# XR Guild Library 2.0 Welcome to the XR Guild's library of resources! This space collates resources supporting the XR Guild's mission. What is that mission? Please read below to learn more!
### Introduction {% embed url="" %} ### Purpose The XR Guild's [mission ](https://xrguild.org/Mission)is, "to support all professionals in Spatial Computing (XR, AI, Metaverse, etc...) in making more ethical products through networking, knowledge, mentoring, and advocacy." The XR Guild Library's resources are, accordingly, focused on ethical matters as they pertain to XR, AI, the Metaverse, etc. Further details on the Principles of the XR Guild can be found [here](https://principles.xrguild.org/). ### Content Categories * [AI Ethics](/ai-ethics) * [Current Peer-Reviewed Immersive Technologies](/current-peer-reviewed-immersive-technologies) * [Ethical Responsibility](/ethical-responsibility) * [XR Industry news/events/Sources](/xr-industry-news-events-sources) * [Neurotechnology, Brain Tech, and Ethical Challenges](/neurotechnology-brain-tech-and-ethical-challenges) * [Mind Control and Privacy at Work](/mind-control-and-privacy-at-work) * [Physiological and Psychological effects of XR](/physiological-and-psychological-effects-of-xr) * [Privacy & Policy](/privacy-and-policy) * [Security & Safety](/security-and-safety) ### Interested In Joining? If you'd like further details on how you can become a member of the XR Guild, we maintain a number of online contact points. * Main XR Guild Website: * LinkedIn: # How To Navigate ### Overview The Library is divided into a number of categories (currently 9). To navigate the Library, select a category that interests you in the left sidebar and select any article to see its details. On mobile browsers, you may need to click the menu icon in the upper left to see this sidebar. Alternatively, you may search for content using the search box in the upper right. ### AI Integration Each page in this library displays a "Copy" button in the upper right. By selecting the dropdown arrow next to this button, you may also use Gitbook's AI integrations (currently ChatGPT and Claude) or connect MCP servers to that page's content. # How To Submit Content We are currently refining the submission process. Please look forward to an update in 2026! **Disclaimer**: The XR Guild Library reserves the right to refuse publishing of any submitted materials. Submissions are made voluntarily and reflect the views of their authors, not those of the Library Committee or the XR Guild. # Criteria For Submissions We are currently refining the submission process. Please look forward to an update in 2026! ### Summary The Library makes no guarantee that content submitted will be accepted for display. This is not intended to call into question either submitter or content; rather, items must meet a few basic guidelines. Even otherwise excellent items may be rejected if they do not meet the criteria outlined below. The Library will make a reasonable effort to preserve all submissions but only accepted submissions will be displayed to the public. ### Criteria 1. Content must be primarily relevant to XR (VR, AR, Metaverse, etc.) 1. Example: A single passing mention of “augmented reality” in an article focusing on the health and safety of teens online is not relevant enough to qualify for the XR Guild’s Library 2. Content's focus must be at least partially ethical in nature 1. Many excellent technical XR-related articles exist, but the XR Guild is established primarily for ethical considerations as technology progresses rather than purely favoring technological progress 3. Content must be publicly available 1. Very limited exceptions to this rule have been made for early Library submissions, but in general the Library wishes to avoid linking to content which is hidden, behind a paywall, private, etc. to respect the wishes of authors and/or institutions 4. Content must reasonably fall into one or more of the established Library Categories 1. The Library is open to suggestions for new Categories, but submission of an Item requiring a new Category without prior discussion is likely to result in rejection rather than in creation of a new Category # Volunteer Acknowledgements The creation and maintenance of this Library wouldn't be possible without the contributions of our volunteers. There are currently three volunteer roles which we recognize: * **Curator:** Suggests new content * **Editor:** Formats and enters article details into the Library * **Team Lead:** Oversees and organizes Library projects ### Current Team Leads | Julian Reyes | | ----------------------- | | David "Seii" Laffranchi | We are grateful for the following people, past and present - thank you for your efforts! | Name | Roles Held | | ----------------------- | -------------------------- | | Athena Demos | Curator | | Avi Bar-Zeev | Editor | | David "Seii" Laffranchi | Curator, Editor, Team Lead | | Evo Heyning | Curator, Editor | | Ishita Dinger | Editor, Team Lead | | Julian Reyes | Team Lead | | Quinn J Banks | Curator | | Rui Pereira | Curator | | Sarah Barker | Curator, Editor | | Terry xR. Schussler | Curator | | Tessy | Curator | | Trond Nilsen | Curator, Editor | | Zen | Curator | # Legal Disclaimers ### Overview The XR Guild Library is a digital collection of resources curated by volunteers. Content submitted to, or accepted for display by, the Library does not reflect the opinions of the individuals of the Library committee. ### Accuracy While we strive to provide valuable content, we cannot exhaustively verify all data and information within every library resource. Users are encouraged to critically evaluate the information presented and consult additional sources as needed. ### Non-Endorsement / Non-Ownership The links provided are for informational purposes only. The Library does not claim ownership of any content contained within it, all rights are retained by the original author(s). Inclusion of a work within the Library's collection does not constitute endorsement of the content, policies, or products of the linked websites. ### Copyright As a publicly supported institution, we generally do not own the rights to materials in our collections. Users are responsible for determining whether an item is protected by copyright or in the public domain, and for complying with any copyright or usage restrictions when publishing or distributing materials. Transmission or reproduction of protected items beyond what is allowed by fair use or other exemptions requires written permission from the copyright holder. # Glossary ### Disclaimer This section is a living educational resource. Definitions may be updated as technologies, research, community standards, and ethical frameworks evolve. Where possible, definitions should be informed by peer-reviewed scholarship, public interest research, established standards, and the XR Guild’s ethical principles. ### How Do I Contribute Terminology? Have a term, definition, article, paper, or ethical category to suggest? Please contribute through the XR Guild Library submission process. The glossary grows through community knowledge, interdisciplinary expertise, and ongoing dialogue. ### Purpose The XR Guild Library Glossary is a living reference for the key terms, concepts, and ethical categories that shape spatial computing, extended reality, artificial intelligence, virtual worlds, neurotechnology, privacy, safety, and responsible design. This glossary is designed to help students, researchers, creators, developers, educators, policy makers, and industry professionals navigate the language of emerging technologies with greater clarity. Many of these terms are still evolving, and their meanings can shift depending on context, discipline, and use case. Our goal is not only to define words, but to help readers understand why these concepts matter ethically. The glossary supports the XR Guild’s broader mission to help professionals in spatial computing make more ethical products through knowledge, advocacy, mentorship, and community. It should be used as a companion to the Library’s research collections, ethical principles, policy resources, and practical guides. ### How to Use This Glossary Use this page as a starting point when exploring the XR Guild Library. Each term includes a working definition, its ethical relevance, and suggested Library categories where the topic may appear. For deeper research, visitors are encouraged to explore the Library’s main categories: AI Ethics\ Current Peer-Reviewed Immersive Technologies\ Ethical Responsibility\ XR Industry News, Events, and Sources\ Neurotechnology, Brain Tech, and Ethical Challenges\ Mind Control and Privacy at Work\ Physiological and Psychological Effects of XR\ Privacy & Policy\ Security & Safety ### Core Technology Terms #### Extended Reality / XR Extended Reality, often shortened to XR, is an umbrella term for immersive and spatial technologies, including virtual reality, augmented reality, mixed reality, and related interactive systems. XR environments can blend digital content, physical environments, embodied interaction, and networked social experiences. Ethical relevance: XR can affect privacy, identity, embodiment, accessibility, safety, cognition, and social behavior. Related categories: Ethical Responsibility, Privacy & Policy, Security & Safety, Physiological and Psychological Effects of XR. #### Virtual Reality / VR Virtual Reality refers to immersive digital environments that users typically experience through headsets, spatial audio, hand controllers, body tracking, or other interactive systems. VR may be used for entertainment, training, education, therapy, collaboration, social interaction, and simulation. Ethical relevance: VR can create powerful feelings of presence, which raises questions about consent, psychological safety, harassment, simulation realism, accessibility, and data collection. Related categories: Physiological and Psychological Effects of XR, Security & Safety, Ethical Responsibility. #### Augmented Reality / AR Augmented Reality overlays digital content onto a user’s view of the physical world. AR can be experienced through phones, tablets, glasses, headsets, and other spatial devices. Ethical relevance: AR can affect public space, attention, surveillance, bystander privacy, advertising, safety, and the relationship between digital information and physical environments. Related categories: Privacy & Policy, Ethical Responsibility, Security & Safety. #### Mixed Reality / MR Mixed Reality refers to experiences where digital and physical elements interact in more integrated ways. MR systems may understand surfaces, objects, spatial context, hand gestures, room layouts, and real-time user behavior. Ethical relevance: MR systems may require detailed environmental mapping and behavioral data, raising questions about privacy, security, consent, and data ownership. Related categories: Privacy & Policy, Security & Safety, Current Peer-Reviewed Immersive Technologies. #### Spatial Computing Spatial Computing describes computing systems that understand and interact with physical or virtual space. It includes technologies such as XR, computer vision, sensors, mapping, gesture recognition, spatial audio, embodied interfaces, and AI-enhanced environments. Ethical relevance: Spatial computing expands computing into the body, home, workplace, classroom, and public life, creating new responsibilities for designers, developers, platforms, and institutions. Related categories: Ethical Responsibility, Privacy & Policy, Security & Safety. #### Virtual Worlds Virtual worlds are persistent or semi-persistent digital environments where people can gather, create, socialize, learn, work, play, and build culture through avatars and shared spaces. They may be accessed through VR, desktop, mobile, or web-based platforms. Ethical relevance: Virtual worlds raise questions about governance, moderation, identity, community safety, digital property, accessibility, cultural preservation, and user rights. Related categories: Ethical Responsibility, Security & Safety, Privacy & Policy. ### Ethics and Governance Terms #### Ethical Responsibility Ethical responsibility refers to the obligation of creators, developers, researchers, platforms, organizations, and communities to consider the social, psychological, cultural, and human consequences of immersive technologies. Ethical relevance: XR systems should be designed with care for user dignity, safety, consent, privacy, equity, accessibility, and long-term societal impact. Related categories: Ethical Responsibility. #### Responsible Innovation Responsible innovation is the practice of developing new technologies while actively considering risks, benefits, affected communities, unintended consequences, and public accountability. Ethical relevance: Responsible innovation helps prevent harm before products reach scale. Related categories: Ethical Responsibility, AI Ethics, Privacy & Policy. #### Governance Governance refers to the rules, processes, policies, standards, and institutional structures that guide how technologies are developed, deployed, moderated, and regulated. Ethical relevance: Governance determines who has power, who is protected, how disputes are resolved, and how accountability is enforced. Related categories: Ethical Responsibility, Privacy & Policy, Security & Safety. #### Consent Consent means that users understand and voluntarily agree to how they participate in an experience, how their data is collected, and how their likeness, behavior, voice, biometric signals, or creative work may be used. Ethical relevance: Immersive systems often collect sensitive behavioral and biometric data, making clear and meaningful consent especially important. Related categories: Privacy & Policy, Ethical Responsibility, Security & Safety. #### Transparency Transparency means that systems, platforms, and organizations clearly communicate how technologies work, what data is collected, how decisions are made, and what risks users may face. Ethical relevance: Transparency supports trust, accountability, informed consent, and responsible participation. Related categories: AI Ethics, Ethical Responsibility, Privacy & Policy. #### Accountability Accountability means that individuals, organizations, platforms, and systems can be held responsible for decisions, harms, errors, abuses, or failures. Ethical relevance: Accountability is essential when immersive technologies affect safety, privacy, identity, access, labor, education, health, and public life. Related categories: Ethical Responsibility, AI Ethics, Security & Safety. #### Inclusion Inclusion means designing systems, communities, and experiences that respect and support people across differences in ability, culture, age, language, gender, economic access, geography, and lived experience. Ethical relevance: Inclusive design helps prevent immersive technologies from reinforcing exclusion, bias, discrimination, or unequal access. Related categories: Ethical Responsibility, AI Ethics, Privacy & Policy. #### Accessibility Accessibility refers to the design of technologies, experiences, content, and interfaces so that people with disabilities and different needs can participate meaningfully. Ethical relevance: XR accessibility includes visual, auditory, mobility, cognitive, sensory, and economic considerations. Related categories: Ethical Responsibility, Physiological and Psychological Effects of XR. ### AI Ethics Terms #### Artificial Intelligence / AI Artificial Intelligence refers to computational systems that perform tasks commonly associated with human intelligence, such as perception, language processing, prediction, classification, generation, planning, and decision support. Ethical relevance: AI systems can influence access, identity, labor, creativity, social interaction, moderation, personalization, surveillance, and decision-making. Related categories: AI Ethics, Ethical Responsibility, Privacy & Policy. #### Algorithmic Bias Algorithmic bias occurs when an AI or computational system produces unfair, discriminatory, or systematically distorted outcomes because of flawed data, design, assumptions, training methods, or deployment contexts. Ethical relevance: Bias can affect representation, access, safety, hiring, policing, education, healthcare, content moderation, avatars, and user experience. Related categories: AI Ethics, Ethical Responsibility. #### AI Governance AI governance refers to the policies, standards, practices, and oversight structures that guide the responsible development and deployment of AI systems. Ethical relevance: AI governance helps address risks related to bias, transparency, accountability, safety, privacy, labor, and human rights. Related categories: AI Ethics, Privacy & Policy, Ethical Responsibility. #### Generative AI Generative AI refers to systems that can produce new content, including text, images, audio, video, code, 3D assets, characters, environments, and interactive media. Ethical relevance: Generative AI raises questions about authorship, consent, copyright, synthetic media, labor displacement, misinformation, bias, cultural appropriation, and creative integrity. Related categories: AI Ethics, Ethical Responsibility, Privacy & Policy. #### Synthetic Media Synthetic media refers to images, videos, audio, avatars, voices, environments, or other content generated or manipulated by AI or computational tools. Ethical relevance: Synthetic media can enable creativity and accessibility, but can also be used for impersonation, misinformation, non-consensual imagery, fraud, harassment, and identity abuse. Related categories: AI Ethics, Security & Safety, Privacy & Policy. #### AI Transparency AI transparency means making AI systems understandable to users, developers, regulators, and affected communities. This may include explaining data sources, model behavior, limitations, risks, and decision processes. Ethical relevance: Transparency helps users understand when they are interacting with AI and how AI may affect them. Related categories: AI Ethics, Ethical Responsibility. ### Privacy, Identity, and Data Terms #### Privacy Privacy is the ability of individuals and communities to control access to information about themselves, including personal data, behavioral data, biometric data, location data, social relationships, and contextual information. Ethical relevance: XR can collect unusually intimate forms of data, including movement, gaze, gestures, voice, environment scans, and social interactions. Related categories: Privacy & Policy, Security & Safety, Ethical Responsibility. #### Behavioral Data Behavioral data refers to information about how people act, move, choose, speak, react, interact, and navigate within digital or physical environments. Ethical relevance: In XR, behavioral data can reveal preferences, emotions, attention, habits, identity, disability, stress, relationships, and vulnerabilities. Related categories: Privacy & Policy, Security & Safety, Mind Control and Privacy at Work. #### Biometric Data Biometric data refers to data related to physical or behavioral characteristics that can identify or profile a person, such as face, voice, iris, gait, hand movement, body motion, heart rate, and other biological or behavioral signals. Ethical relevance: XR devices may collect biometric signals continuously, creating privacy and security risks if data is misused, leaked, inferred from, or shared without consent. Related categories: Privacy & Policy, Security & Safety, Neurotechnology. #### Digital Identity Digital identity refers to the ways individuals are represented, recognized, authenticated, or socially understood in digital environments. This can include usernames, avatars, profiles, credentials, reputations, virtual bodies, and platform histories. Ethical relevance: Digital identity affects autonomy, safety, reputation, self-expression, ownership, impersonation, and community trust. Related categories: Ethical Responsibility, Privacy & Policy, Security & Safety. #### Avatar Identity Avatar identity refers to the relationship between a user and their virtual body, character, or representation in immersive spaces. Ethical relevance: Avatars can support expression, embodiment, and belonging, but can also raise issues involving impersonation, harassment, stereotyping, realism, identity misuse, and emotional attachment. Related categories: Ethical Responsibility, Mind Control and Privacy at Work, Privacy & Policy. #### Data Minimization Data minimization is the principle that systems should only collect the data necessary for a clear and legitimate purpose. Ethical relevance: Because XR can collect highly sensitive information, minimizing data collection helps reduce privacy, security, and surveillance risks. Related categories: Privacy & Policy, Security & Safety. #### Surveillance Surveillance refers to the monitoring, recording, tracking, or analysis of people, behavior, environments, or social interactions. Ethical relevance: XR surveillance may involve users, bystanders, workplaces, classrooms, public spaces, or private homes. Related categories: Privacy & Policy, Mind Control and Privacy at Work, Security & Safety. ### Safety and Security Terms #### Safety by Design Safety by design means building protections into products, systems, communities, and experiences from the beginning rather than adding them after harms occur. Ethical relevance: XR safety may include moderation tools, reporting systems, personal boundaries, age protections, comfort settings, accessibility support, and abuse prevention. Related categories: Security & Safety, Ethical Responsibility. #### Security Security refers to the protection of systems, devices, data, identities, networks, and users from unauthorized access, abuse, manipulation, theft, or harm. Ethical relevance: XR security is especially important because immersive systems may involve identity, biometrics, payments, social interaction, workplace data, and environmental mapping. Related categories: Security & Safety, Privacy & Policy. #### Harassment in XR Harassment in XR refers to unwanted, hostile, threatening, discriminatory, sexual, or abusive behavior in immersive environments. Ethical relevance: Because XR can create embodied presence, harassment can feel more physically and psychologically intense than harassment in traditional media. Related categories: Security & Safety, Ethical Responsibility, Physiological and Psychological Effects of XR. #### Moderation Moderation refers to the practices, tools, policies, and human or automated systems used to manage behavior, content, conflict, safety, and community standards. Ethical relevance: Moderation affects speech, safety, fairness, inclusion, governance, appeal rights, and community trust. Related categories: Security & Safety, Ethical Responsibility, AI Ethics. #### Age-Appropriate Design Age-appropriate design means creating digital services that protect and support children and young people according to their developmental needs, rights, safety, and privacy. Ethical relevance: XR experiences for children require special care around data collection, advertising, social interaction, safety, embodiment, and psychological effects. Related categories: Security & Safety, Privacy & Policy, Ethical Responsibility. #### Risk Assessment Risk assessment is the process of identifying possible harms, evaluating their likelihood and severity, and designing safeguards to reduce them. Ethical relevance: XR risk assessments should consider physical safety, privacy, psychological effects, identity, harassment, accessibility, manipulation, and vulnerable users. Related categories: Security & Safety, Ethical Responsibility, Privacy & Policy. ### Neurotechnology and Cognitive Rights Terms #### Neurotechnology Neurotechnology refers to technologies that monitor, measure, stimulate, interpret, or interact with the nervous system or brain-related signals. Ethical relevance: Neurotechnology can create benefits in accessibility, health, communication, and research, but also raises deep concerns about mental privacy, agency, consent, and misuse. Related categories: Neurotechnology, Brain Tech, and Ethical Challenges. #### Brain-Computer Interface / BCI A Brain-Computer Interface is a system that enables communication between the brain or nervous system and a computer or device. Ethical relevance: BCIs may affect privacy, autonomy, identity, health, accessibility, labor, and human agency. Related categories: Neurotechnology, Brain Tech, and Ethical Challenges, Mind Control and Privacy at Work. #### Neural Data Neural data refers to information collected from the brain or nervous system, including signals that may reveal cognitive, emotional, sensory, or behavioral states. Ethical relevance: Neural data can be highly sensitive because it may relate to mental states, health, emotion, attention, intention, or identity. Related categories: Neurotechnology, Brain Tech, and Ethical Challenges, Privacy & Policy. #### Cognitive Liberty Cognitive liberty refers to the right to mental self-determination, including freedom of thought, mental privacy, and protection from unwanted manipulation or coercive influence. Ethical relevance: XR, AI, neurotechnology, and persuasive systems may affect attention, belief, behavior, autonomy, and decision-making. Related categories: Mind Control and Privacy at Work, Neurotechnology, Ethical Responsibility. #### Mental Privacy Mental privacy refers to protection from unauthorized access, inference, manipulation, or exposure of a person’s thoughts, emotions, intentions, or cognitive states. Ethical relevance: As immersive and neural technologies become more sophisticated, mental privacy becomes central to human dignity and autonomy. Related categories: Mind Control and Privacy at Work, Neurotechnology, Privacy & Policy. #### Persuasive Design Persuasive design refers to design strategies that influence user behavior, choices, attention, habits, or beliefs. Ethical relevance: Persuasive design can support beneficial outcomes, but it can also become manipulative when users are not aware of how they are being influenced. Related categories: Mind Control and Privacy at Work, AI Ethics, Ethical Responsibility. #### Behavioral Nudging Behavioral nudging refers to subtle design choices that steer users toward certain actions or decisions. Ethical relevance: In immersive environments, nudging can be powerful because it may combine embodiment, spatial cues, AI personalization, social pressure, and sensory design. Related categories: Mind Control and Privacy at Work, AI Ethics, Ethical Responsibility. ### Physiological and Psychological Terms #### Presence Presence is the feeling of “being there” inside a virtual, augmented, or mixed reality experience. Ethical relevance: Presence can deepen learning and empathy, but it can also intensify fear, harassment, manipulation, trauma, discomfort, and emotional impact. Related categories: Physiological and Psychological Effects of XR, Ethical Responsibility. #### Embodiment Embodiment refers to the feeling that a virtual body, avatar, or digital representation is connected to one’s sense of self or physical experience. Ethical relevance: Embodiment can affect identity, empathy, confidence, bias, body image, emotional response, and social interaction. Related categories: Physiological and Psychological Effects of XR, Ethical Responsibility. #### Simulator Sickness Simulator sickness refers to nausea, dizziness, disorientation, eye strain, headaches, or discomfort that may occur during or after immersive experiences. Ethical relevance: XR creators should design experiences that reduce discomfort, support user control, and provide clear safety guidance. Related categories: Physiological and Psychological Effects of XR, Security & Safety. #### Cybersickness Cybersickness is a form of motion-related discomfort that can occur in virtual environments, often caused by mismatch between visual motion and the body’s physical sense of movement. Ethical relevance: Reducing cybersickness is part of responsible, accessible, and safe XR design. Related categories: Physiological and Psychological Effects of XR, Security & Safety. #### Emotional Harm Emotional harm refers to distress, anxiety, fear, humiliation, trauma, or other negative psychological impacts caused or intensified by an experience. Ethical relevance: XR can make emotional experiences feel more immediate and embodied, requiring careful attention to content warnings, consent, moderation, and user controls. Related categories: Physiological and Psychological Effects of XR, Security & Safety, Ethical Responsibility. ### Policy and Research Terms #### Peer-Reviewed Research Peer-reviewed research is scholarship that has been evaluated by experts before publication. Ethical relevance: Peer-reviewed work can help ground XR ethics in evidence, rather than speculation, marketing claims, or hype. Related categories: Current Peer-Reviewed Immersive Technologies. #### Policy Policy refers to formal rules, guidelines, regulations, standards, or organizational practices that shape how technologies are developed, used, governed, and evaluated. Ethical relevance: Policy can protect users, define responsibilities, guide institutions, and create accountability across the XR ecosystem. Related categories: Privacy & Policy, Ethical Responsibility, Security & Safety. #### Standards Standards are agreed-upon technical, ethical, safety, accessibility, or governance practices that help systems work responsibly and consistently. Ethical relevance: Standards can improve interoperability, safety, accessibility, privacy, and public trust. Related categories: Ethical Responsibility, Security & Safety, Privacy & Policy. #### Human Subjects Protection Human subjects protection refers to ethical safeguards for people participating in research, testing, or studies. Ethical relevance: XR research can involve sensitive data, emotional response, embodiment, social interaction, biometric signals, and psychological effects, requiring careful protections. Related categories: Current Peer-Reviewed Immersive Technologies, Security & Safety, Privacy & Policy. # Timeline Of XR It is often difficult to determine when or where specific terms or products first appeared in the XR space. The XR Guild has attempted to catalogue as much of this information as possible in our interactive [Timeline Of XR](https://www.xrguild.org/timeline). The timeline, in addition to being informative, also accepts user submissions. Below is an example of the timeline, please do visit the page to see the latest additions!
Special thanks to Avi Bar-Zeev, who created an original PDF of XR terminology which inspired this project. # \[TEMPLATE] Library Submission Template NOTE: This page is "hidden" and for internal use by Library Editors only for the purpose of populating new articles. Replace this description before posting any new article publicly. ## Overview **Authors:** **Publication Date:** **Link:** **Keywords:** **Type:** (Choose One) Articles/Reports, Peer-Reviewed Journals/White Papers, Blogs, News, Video, Audio/Podcast, Standards/Specifications ## Summary (Replace with article summary before posting) # \[PLACEHOLDER] Do Not Remove # AI Ethics Resources related to Artificial Intelligence and XR/AR implementation in the XR Guild. This collection provides students, professors, and professionals with access to case studies, reports and research-driven insights on topics such as AI's influence on the future of work, algorithmic bias, and the ethical implications of machine learning in extended reality (XR) environments. This section of the library dives into critical issues like transparency, accountability, safety and inclusivity in AI systems as implemented within our full stack experiences and XR works in both software and hardware. Articles such as *Artificial Intelligence and the Future of Work* offer detailed mappings of ethical concerns related to automation and workforce transformation, while *Ethics of AI: Challenges and Governance* examines global regulatory approaches and emerging best practices for responsible AI implementation. This section will be updated regularly as new resources are made available worldwide and as our leaders and board give talks on these topics related to AI & XR ethical engagement. The XR Guild's AI Ethics library prioritizes accessibility and engagement for students as well as professional researchers and developers, highlighting interdisciplinary work that links technology development with ethical inquiry and societal impact to enhance our long-term thinking and responsiveness to ethical guidance.Resources in this library stack include case studies, policy analyses, and interactive tools aimed at fostering critical thinking about AI's role in shaping immersive experiences. The library resources here also highlight actionable strategies for mitigating risks associated with AI in XR applications such as addressing bias in virtual environments or ensuring equitable access to AI-driven tools. By synthesizing academic research with practical applications, this section serves as a hub for educators, researchers, and industry leaders seeking to navigate the complexities of ethical AI development and deployment in XR-enabled companies, teams and organizations. #### Keywords for Searchability: AI Ethics, Artificial Intelligence, Ethical AI Governance, Algorithmic Bias, Machine Learning Ethics, Responsible AI Implementation, AI Transparency, AI Bias, AI Safety, AI and Trust, AI and Consent By engaging with these materials, users can gain insights into how AI reshapes societal norms, values, and opportunities while fostering informed discussions about equitable and responsible AI development. This section underscores our commitment to advancing ethical considerations in the age of artificial intelligence. Written by Evo Heyning, Principal at Realitycraft and Vice President of the Board, XR Guild # AI Ethics: A Bibliometric Analysis, Critical Issues, and Key Gaps AI ethics has rapidly become a crucial area of academic inquiry. This study provides a thorough bibliometric analysis of AI ethics literature over the past two decades, identifying a three-phase progr ## Overview **Authors:** Kevin Gao, Andrew Haverly, Sudip Mittal, Jiming Wu, Jingdao Chen **Publication Date:** 12 March 2024 **Link:** **Keywords:** AI ethics, bibliomentric analysis, human-centric AI, Collingridge Dilemma, AI transparency, privacy protections, algocracy, superintelligence **Type:** Peer-Reviewed Journals/White Papers ## Summary AI ethics has rapidly become a crucial area of academic inquiry. This study provides a thorough bibliometric analysis of AI ethics literature over the past two decades, identifying a three-phase progression: an initial incubation period, a phase centered on embedding human-like attributes into AI, and a final phase prioritizing human-centric AI development. The study highlights seven major ethical challenges, including the Collingridge dilemma, debates over AI's moral status, issues of transparency and explainability, privacy concerns, considerations of justice and fairness, the risks of algocracy and human dependence, and concerns surrounding superintelligence. Additionally, it identifies two key research gaps in AI ethics—the need for large ethics models (LEM) and AI identification mechanisms—while calling for further scholarly exploration in these areas. # AI Ethics As Applied Ethics ## Overview **Authors:** Jaana Hallamaa, Taina Kalliokoski **Publication Date:** April 6, 2022 **Link:** **Keywords:** AI, Ethics, Transparency, Accountability, Bias, Privacy, Autonomy, Justice, Explainability, Trust **Type:** Articles/Reports ## Summary We propose that one of the reasons the influence of current ethical codes has remained modest, may be the conception of the applied ethics that they represent. # AI is an energy hog. This is what it means for climate change. AI systems, particularly large models, require immense computational power, making them significant energy consumers. ## Overview **Authors:** Casey Crownhart **Publication Date:** 23 May 2024 **Link:** **Keywords:** AI energy consumption, climate change, carbon emissions, sustainability, large AI models, green AI, environmental impact **Type:** News ## Summary AI systems, particularly large models, require immense computational power, making them significant energy consumers. This high energy demand contributes to increased carbon emissions, excessive freshwater usage, and strain on electricity grids, raising concerns about AI's environmental impact. As the AI industry grows, balancing innovation with sustainability becomes a critical challenge to mitigate climate change. # AI hiring tools may be filtering out the best job applicants The BBC article "AI hiring tools may be filtering out the best job applicants" discusses concerns that AI-driven recruitment software might inadvertently exclude highly qualified candidates. ## Overview **Authors:** Charlotte Lytton **Publication Date:** 16 February 2024 **Link:** **Keywords:** AI recruitment, bias, hiring discrimination, algorithmic filtering, diverse talent, technology of business, work culture **Type:** News ## Summary The BBC article "AI hiring tools may be filtering out the best job applicants" discusses concerns that AI-driven recruitment software might inadvertently exclude highly qualified candidates. Experts highlight that these tools can misinterpret non-standard career paths or unconventional qualifications, leading to the dismissal of capable applicants. Additionally, there's growing apprehension that such software could unintentionally perpetuate existing biases, thereby eliminating diverse talent from the hiring process. # Artificial Intelligence and the Future of Work: Mapping the Ethical Issues This article examines seven key ethical issues arising from the integration of AI in the workplace, situating them within broader philosophical and applied ethics discussions. ## Overview **Authors:** Filippo Santoni de Sio **Publication Date:** 14 September 2024 **Link:** [https://link.springer.com/article/10.1007/s10892-024-09493-6](https://link.springer.com/article/10.1007/s10892-024-09493-6?utm) **Keywords:** AI, workplace ethics, AI governance, societal impact of AI, AI and social values, future of work, AI-induced oppression, meaningful work **Type:** Peer-Reviewed Journals/White Papers ### Summary This article examines seven key ethical issues arising from the integration of artificial intelligence (AI) in the workplace, situating them within broader philosophical and applied ethics discussions. First, AI's impact on job losses and the reshaping of the job market raises concerns about governance and addressing related social challenges. Second, AI may contribute to new forms of workforce oppression and rights violations. Third, its implementation risks diminishing workers’ moral agency, autonomy, and responsibility. Fourth, AI introduces the problem of hidden labor, where economically valuable tasks performed by humans go unrecognized or undercompensated, leading to unfair advantages for technology companies and increased socio-economic disparities. Fifth, AI's influence on opportunities for meaningful work sparks questions about how meaningful work should be defined in a pluralistic society. Sixth, the introduction of AI may have broader implications for societal norms and values. Finally, the issue of responsibility emerges, focusing on who should ensure that AI contributes positively to ethical and societal outcomes. Alongside these discussions, the article positions the five contributions of The Journal of Ethics special issue, "Artificial Intelligence and the Future of Work," within this broader ethical and philosophical context. # Engaging consumers Through Artificially Intelligent Technologies: Systematic Review, Conceptual Mod ## Overview **Authors:** Linda D. Hollebeek, Choukri Menidjel, Marko Sarstedt, Johan Jansson, Sigitas Urbonavicius **Publication Date:** July 24, 2023 **Link:** **Keywords:** Psychology, morality, AI, agent, patient, algorithmic bias, blame, ethical dilemmas, value alignment, cooperation, humanization, delegation, AI-mediated communication **Type:** Articles/Reports ## Summary While consumer engagement (CE) in the context of artificially intelligent (AI‐based) technologies (e.g., chatbots, smart products, voice assistants, or autonomous cars) is gaining traction, the themes characterizing this emerging, interdisciplinary corpus of work remain indeterminate, exposing an important literature‐based gap. # Ethics in Action: Applying UK AI Ethics Principles to Immersive Environments Report NOTE: This page is "hidden" and for internal use by the Library Editors only for populating new articles. Remove this description before posting any new article publicly. ## Overview **Authors:** Tess Buckley, Rory Daniels **Publication Date:** 6 October 2025 **Link:** **Keywords:** AI White Paper, responsible innovation, emerging technologies, ethical principles, safety, transparency, fairness, accountability, governance, contestability **Type:** Peer-Reviewed Journals/White Papers ## Summary The UK Government’s AI White Paper outlines a framework for responsible innovation that extends beyond conventional AI systems to encompass a broader range of emerging technologies. It is grounded in five core ethical principles—**safety, transparency, fairness, accountability, and contestability**—which together define the standards for developing and deploying technology responsibly, even as specific applications may require different implementation approaches. # Ethics in AI Seminar: Responsible Research and Publication in AI AI technologies are increasingly shaping individual lives and society, bringing both significant benefits and a growing list of harms. ## Overview **Authors:** University of Oxford Podcast **Publication Date:** 7 December 2021 **Link:** **Keywords:** seminar, AI research, ethics, responsible innovation, large language models, well-being, impact **Type:** Audio/Podcast ## Summary AI technologies are increasingly shaping individual lives and society, bringing both significant benefits and a growing list of harms. These include concerns over fairness, privacy, worker exploitation, environmental impact, and ethical lapses in research. High-profile controversies have sparked calls for the AI research community to take greater responsibility for ensuring ethical practices and beneficial outcomes. Key questions arise: How should researchers address AI's societal impacts? Where is the balance between academic freedom and prioritizing societal well-being, or between openness and caution in publishing? Are technical researchers equipped to handle ethical challenges, or should other disciplines take the lead? What lessons can be drawn from other high-stakes fields? In this seminar, Rosie Campbell, Carolyn Ashurst, and Helena Webb will explore these issues through examples like conference impact statements, large language model release strategies, and practical approaches to responsible innovation. # Ethics of AI: Challenges and Governance How can we harness AI's potential while preventing it from deepening inequalities, perpetuating biases, or creating new ones? ## Overview **Authors:** UNESCO **Publication Date:** 26 February 2023 **Link:** **Keywords:** AI, ethics, inequalities, biases, privacy, regulation, inclusion, ethical, practices, inclusive **Type:** Video ## Summary How can we harness AI's potential while preventing it from deepening inequalities, perpetuating biases, or creating new ones? While principles like privacy, equality, and inclusion are widely accepted, the challenge lies in translating them into actionable practices. The fifth video in the "Ethics of AI" series, titled "Challenges and Governance," explores global trends in AI regulation and addresses key ethical issues in building fair, inclusive regulatory systems. # Global Dialogues on AI Collective intelligence: research on the futures humans want with AI. ## Overview **Authors:** The Collective Intelligence Project **Publication Date:** 1 February 2025 **Link:** **Keywords:** Dialogues, collective intelligence, human interests, safety, risk, research, AI evolution, human factors, bias **Type:** Articles/Reports ## Summary Collective intelligence: research on the futures humans want with AI. These global dialogues bring people from around the world together to set a vision - and concrete goals - for what world they want. Our first dialogue centers around the fears, dreams, hopes, and attitudes people have about AI. Research methodologies surveyed people from around the world to gather opinions for the next stage in AI evolution, charted in partnership with organizations such as the UN (in support of the SDGs). # Is 'Ethical AI' a Fantasy? - TRIP Annual Symposium 2024 Recent developments in Artificial Intelligence have generated a lot of public anxiety, especially regarding ethical issues: data bias, privacy, the opacity of automated decisions, the effects of algor ## Overview **Authors:** The Royal Institute of Philosophy **Publication Date:** 11 December 2024 **Link:** **Keywords:** AI, ethics, human rights, democracy, privacy, bias, algorithms **Type:** Video ## Summary Recent developments in Artificial Intelligence have generated a lot of public anxiety, especially regarding ethical issues: data bias, privacy, the opacity of automated decisions, the effects of algorithmic bubbles on democratic debate, not to mention the harms caused by deep fakes. In response, the emerging field of AI ethics aspires to address these issues. The expert panel of this year's Royal Institute of Philosophy Annual Symposium discuss these issues, and think of ways they might be addressed. # Non-Consensual Synthetic Intimate Imagery: Prevalence, Attitudes, and Knowledge in 10 Countries The study "Non-Consensual Synthetic Intimate Imagery: Prevalence, Attitudes, and Perceived Harm" examines the global occurrence of deepfake pornography, with data from over 16,000 participants across ## Overview **Authors:** Rebecca Umbach, Nicola Henry, Gemma Beard, Colleen Berryessa **Publication Date:** 13 February 2024 **Link:** **Keywords:** Deepfake pornography, deepfakes, AI-generated images, image-based sexual abuse, non-consensual explicit imagery pornographic imagery **Type:** Articles/Reports ## Summary The study "Non-Consensual Synthetic Intimate Imagery: Prevalence, Attitudes, and Perceived Harm" examines the global occurrence of deepfake pornography, with data from over 16,000 participants across ten countries. It found that 2.2% of respondents were victims, while 1.8% admitted to creating or sharing such content. Most people agreed that this form of imagery is harmful, but the presence of laws in some regions hasn't effectively reduced its prevalence. The authors emphasize the need for digital literacy education, stronger platform policies, and better enforcement to address the issue. # Publics’ views on ethical challenges of artificial intelligence: a scoping review This scoping review explores the research landscape on public perspectives regarding the ethical challenges of AI, analyzing 64 publications from PubMed® and Web of Science™. ## Overview **Authors:** Helena Machado, Susana Silva, Laura Neiva **Publication Date:** 19 December 2023 **Link:** **Keywords:** AI Ethics, Public Engagement, Human Agency, Privacy, Data Governance **Type:** Peer-Reviewed Journals/White Papers ## Summary This scoping review explores the research landscape on public perspectives regarding the ethical challenges of AI, analyzing 64 publications from PubMed® and Web of Science™. The study examines the motivations, stakeholders, and ethical issues identified in this research. Innovation and legitimation are highlighted as key drivers for public engagement in discussions on AI ethics, with secondary motivations including education, democratization, and inspiration. Politicization is a less frequent focus.\ The participants studied include the general public, professionals, AI developers, industry managers, students, scholars, consumers, and policymakers. Commonly addressed ethical concerns involve human agency, oversight, privacy, and data governance, while issues like diversity, fairness, societal well-being, transparency, and accountability are less emphasized. This review illustrates how public involvement in AI governance is operationalized in research and highlights the interconnectedness of ethical concerns, societal structures, and institutional norms that support responsible AI development. # Secure and Trustworthy Artificial Intelligence-Extended Reality (AI-XR) For Metaverses ## Overview **Authors:** Adnan Qayyum, Muhammad Atif Butt, Hassan Ali, Muhammad Usman, Osama Halabi, Ala Al-Fuqaha, Qammer H. Abbasi, Muhammad Ali Imran, Junaid Qadir **Publication Date:** October 24, 2022 **Link:** **Keywords:** Metaverse, AI-XR, Privacy, Security, Trustworthiness, Adversarial Threats, Blockchain, Machine Learning Extended Realtiy, Digital Twin **Type:** Peer-Reviewed Journals/White Papers ## Summary A paper attempting to analyze the security, privacy, and trustworthiness aspects associated with the use of various AI techniques in AI-XR metaverse applications. # Schumacher In The Age Of Generative AI: Towards A New Critique Of Technology ## Overview **Authors:** David M Berry, James Stockman **Publication Date:** March 1, 2024 **Link:** **Keywords:** Artificial Intelligence, Generative AI, AI Ethics, Human Centered Tech, Digital Futures, Tech Critique, Responsible AI, Future of Work, Creativity and AI **Type:** Peer-Reviewed Journals/White Papers ## Summary This article sets out to bring E. F. Schumacher’s social theory of technology into dialogue with recent advances in the field of generative artificial intelligence (AI). # Tackling problems, harvesting benefits -- A systematic review of the regulatory debate around AI This article examines the academic debate surrounding the regulation of artificial intelligence (AI), analyzing how AI is integrated into societal structures and operations. ## Overview **Authors:** Anja Folberth, Jutta Jahnel, Jascha Bareis, Carsten Orwat, Christian Wadephul **Publication Date:** 7 September 2022 **Link:** **Keywords:** AI regulation, AI governance, systematic literature review, risk-based regulation, principle-based regulation, societal risks and harms, regulatory responsibility, policy frameworks, standard-setting, European AI regulation **Type:** Peer-Reviewed Journals/White Papers ## Summary This article examines the academic debate surrounding the regulation of artificial intelligence (AI), analyzing how AI is integrated into societal structures and operations. Drawing from 73 peer-reviewed journal articles published between 2016 and 2020, the study explores key themes, including societal risks and harms, regulatory responsibilities, and potential policy frameworks such as risk-based and principle-based approaches. Various regulatory interventions—such as bans, approvals, standard-setting, and disclosure—are discussed, highlighting the complexity and evolving nature of AI governance. By systematically analyzing the discourse on AI regulation, the study provides both empirical and conceptual insights, offering a comparative analysis of scientific proposals and the European AI regulation, identifying its strengths and weaknesses. # The Moral Psychology Of Artificial Intelligence ## Overview **Authors:** Jean-François Bonnefon, Iyad Rahwan, Azim Shariff **Publication Date:** September 18, 2023 **Link:** **Keywords:** Psychology, morality, AI, agent, patient, algorithmic bias, blame, ethical dilemmas, value alignment, cooperation, humanization, delegation, AI-mediated communication **Type:** Articles/Reports ## Summary Moral psychology was shaped around three categories of agents and patients: humans, other animals, and supernatural beings. Rapid progress in artificial intelligence has introduced a fourth category for our moral psychology to deal with: intelligent machines. # Trustworthy AI and Ethics with IBM Consulting's Phaedra Boinodiris In this episode of Infosys's Being AI-First podcast, AI Interrogator, host Kate Bevan is joined by Phaedra Boinodiris, IBM Consulting's global lead for Trustworthy AI. ## Overview **Authors:** AI Interrogator Podcast **Publication Date:** 8 April 2024 **Link:** **Keywords:** trustworthy AI, ethical AI, Inclusive AI, IBM Consulting, governance, diverse teams **Type:** Audio/Podcast ## Summary In this episode of Infosys's Being AI-First podcast, AI Interrogator, host Kate Bevan is joined by Phaedra Boinodiris, IBM Consulting's global lead for Trustworthy AI. They delve into the challenges of creating ethical and inclusive AI systems, highlighting the critical role of diverse teams and the next generation in shaping AI's future. Phaedra shares insights on building trustworthy AI, emphasizing the importance of accountability and governance while addressing misconceptions about AI-driven apocalyptic fears. # UN Global Digital Compact Sets forth AI principles for ethical engagement with all forms of digital technologies from the UN. ## Overview **Authors:** The United Nations **Publication Date:** 22 September 2024 **Link:** **Keywords:** Global governance, AI ethics, risk, safety, global agreements, principles, policy frameworks **Type:** News ## Summary Sets forth AI principles for ethical engagement with all forms of digital technologies from the UN. The Global Digital Compact is a comprehensive framework for global governance of digital technology and artificial intelligence. Twenty years after the World Summit on the Information Society, it charts a roadmap for global digital cooperation to harness the immense potential of digital technology and close digital divides. World leaders convened in New York for the Summit of the Future, where they adopted a Pact for the Future that includes a Global Digital Compact. # Unraveling the Ethical Conundrum of Artificial Intelligence: A Synthesis of Literature and Case Stud Artificial intelligence (AI) is rapidly transforming modern society, offering immense potential while raising significant ethical concerns. ## Overview **Authors:** Pavan Kumar Reddy Poli, Sushma Pamidi, Shravan Kumar Reddy Poli **Publication Date:** 11 November 2024 **Link:** **Keywords:** AI, AI ethics, fairness, transparency, bias, literature review, research gaps, future research agenda **Type:** Peer-Reviewed Journals/White Papers ## Summary Artificial intelligence (AI) is rapidly transforming modern society, offering immense potential while raising significant ethical concerns. This paper reviews the existing literature and analyzes case studies to examine key ethical challenges in AI, including fairness, transparency, accountability, and bias. While research on AI ethics is growing, notable gaps remain. By exploring practical implications across diverse sectors, this paper highlights the urgent need for further research to address these challenges and ensure the ethical development and deployment of AI. We conclude with a proposed agenda for advancing the study of AI ethics. # Welcome to the XR Guild ## Overview **Authors:** Augmented World Expo (AWE) **Publication Date:** 1 June 2022 **Link:** **Keywords:** **ChatGPT said:** XR Guild, ethics, ethical development, spatial computing, Web3, metaverse, privacy, diversity equity and inclusion (DEI), consent, accountability, community, mentorship, failures, user-centered design, product development, accessibility, public policy, ethics washing **Type:** Video ## Summary Video of the XR Guild's official launch announcement at AWE USA 2022. Learn why we started it, what it's about, and even what are ethics? # Why the Godfather of AI Now Fears His Creation Professor Geoffrey Hinton, a 2024 Nobel Prize recipient and a leading figure in artificial intelligence, delves into the profound risks and existential questions posed by the rapid advancement of AI. ## Overview **Authors:** Theories of Everything: Curt Jaimungal **Publication Date:** 18 January 2024 **Link:** [https://www.youtube.com/watch?v=fZUeMICiobg](https://www.youtube.com/watch?v=fZUeMICiobg) **Keywords:** AI risks, Geoffrey Hinton, human irrelevance, ethical concerns, Nobel Prize **Type:** Video ## Summary In this compelling episode of Theories of Everything with Curt Jaimungal, Professor Geoffrey Hinton, a 2024 Nobel Prize recipient and a leading figure in artificial intelligence, delves into the profound risks and existential questions posed by the rapid advancement of AI. Hinton discusses how AI's potential for unprecedented power challenges the very relevance of humans in decision-making and innovation. He argues that as we come to understand what power AI can grant, humanity may find itself sidelined, raising urgent ethical and philosophical concerns. With his deep expertise and thought-provoking insights, Hinton highlights the necessity of addressing these risks before it's too late. # Working Paper 4: Examination of technology -Immersive technologies ## Overview **Authors:** Commonwealth of Australia **Publication Date:** 2025; Ongoing **Link:** **Keywords:** immersive technologies, digital economy, privacy, consumer protection, competition, online safety, generative AI, regulatory frameworks, data practices, psychological impacts **Type:** Standards/Specifications ## Summary The Digital Platform Regulators Forum (DP-REG) is an important information-sharing and collaboration initiative between Australian independent regulators focused on fostering a safe, trusted, fair, innovative and competitive digital economy in Australia. As technologies continue to evolve, DP-REG members continue to work together on emerging issues to make sure that Australians continue to benefit from new technologies. # Programmable Reality + Ambient Intelligence: Moving from Software to Wetware? As AI matures rapidly and embeds itself into all our devices and interfaces, what does the XR industry need to consider to ensure this powerful medium is developed for human good vs coopted for covert ## Overview **Authors:** Alvin Graylin **Publication Date:** 10 February 2026 **Link:** **Keywords:** Ambient Intelligence, Wetware Integration, Programmable Reality, Human-Centric Design Ethics, XR/AI Convergence, Cognitive Augmentation, Persistent Spatial Mapping, Ubiquitous Computing, Transhumanism, Digital Sovereignty **Type:** Video ## Summary As AI matures rapidly and embeds itself into all our devices and interfaces, what does the XR industry need to consider to ensure this powerful medium is developed for human good vs coopted for covert control? The destination to our next reality is in your hands. # Current Peer-Reviewed Immersive Technologies Resources exploring the latest XR/VR/AR/MR breakthroughs, use‑cases, and design principles in the peer‑reviewed literature. This collection equips students, faculty, designers, and industry professionals with cutting‑edge research on how immersive technologies are conceived, optimized, and deployed across education, healthcare, industry, and culture. Featured studies span Diminished Reality techniques that selectively remove real‑world elements, optimization‑based Mixed Reality systems such as BlendMR that ambiently fuse digital information with physical objects, and RealityReplay, which captures and re‑presents missed real‑world events through in‑situ MR visualization. Key papers survey Mixed Reality’s expanding role in remote assistance and training, propose automatic layout adaptation for MR interfaces across changing spaces, and introduce Auptimize, an auditory placement engine that leverages the ventriloquist effect to reduce spatial‑audio localization errors. Additional contributions tackle motion‑aware AR notifications (TurnAware); secure, privacy‑preserving camera access for developers; and foundational analyses of immersion, user cognition, and media relationships. Education‑focused reviews synthesize immersive technology’s impact on STEM curricula and chart the “MetaUniversity” vision for global XR learning. Cultural heritage research employs bibliometrics to map VR in museum exhibition design, while sustainability studies interrogate how the Metaverse may accelerate progress toward the UN SDGs. Interdisciplinary investigations bridge artificial intelligence, brain–computer interfaces, and extended reality, detailing bi‑directional stimulation frameworks, gaze‑plus‑BCI selection methods, and the Hypersphere neuro‑XR wearable. Finally, system‑level overviews of CAVE environments contrast room‑scale visualization platforms with head‑mounted displays, examining usability, cost, and scientific‑visualization benefits. This evolving library foregrounds empirical findings and practical guidelines for creating responsive, accessible, and ethically aligned immersive systems. Resources include case studies, systematic reviews, technical frameworks, and design critiques that together foster informed decision‑making about hardware, software, and human‑factor considerations in contemporary XR practice. #### Keywords for Searchability: \ Immersive Technology, Extended Reality (XR), Virtual Reality (VR), Augmented Reality (AR), Mixed Reality (MR), Diminished Reality, Adaptive MR Interfaces, Remote XR Training & Assistance, Spatial Audio Optimization, AI‑XR Integration, Brain–Computer Interfaces, Immersive STEM Education, Metaverse & SDGs, CAVE Systems, Immersive Museum Exhibitions, Privacy & Security in XR By engaging with these materials, users gain a panoramic view of state‑of‑the‑art immersive research, discover actionable design insights, and cultivate a forward‑looking perspective on how XR technologies can responsibly transform work, learning, and everyday life.
# A bibliometric analysis of immersive technology in museum exhibitions: exploring user experience This study aims to comprehensively understand the existing literature on immersive technology in museum exhibitions, focusing on virtual reality (VR), augmented reality (AR), and the visitor experienc ## Overview **Authors:** Jingjing Li, Walton Wider, Yoichi Ochiai, Muhammad Ashraf Fauzi **Publication Date:** 12 September 2023 **Link:** [https://www.frontiersin.org/journals/virtual-reality/articles/10.3389/frvir.2023.1240562/full]() **Keywords:** Immersive technology, virtual reality (VR), augmented reality (AR), cultural heritage, museum exhibitions, user experience, bibliometric analysis, Web of Science **Type:** Peer-Reviewed Journals/White Papers ## Summary This study aims to comprehensively understand the existing literature on immersive technology in museum exhibitions, focusing on virtual reality (VR), augmented reality (AR), and the visitor experience. The research utilizes a bibliometric approach by examining a dataset of 722 articles with two main research objectives. Firstly, it seeks to analyze current trends in immersive technology literature, specifically emphasizing VR and the user experience in museum exhibitions through co-citation analysis. Secondly, it aims to identify emerging research trends using co-word analysis. # A Survey on Remote Assistance and Training in Mixed Reality Environments The recent pandemic, war, and oil crises have caused many to reconsider their need to travel for education, training, and meetings. ## Overview **Authors:** Catarina Gonçalves Fidalgo, Yukang Yan, Hyunsung Cho, Mauricio Sousa, David Lindlbauer, Joaquim Jorge **Publication Date:** 1 January 2023 **Link:** **Keywords:** Survey, remote assistance, collaboration,assistance, remote training, mixed-reality (MR), spatial referencing, pandemic impact, telemonitoring, video conferening, systematic literature review, interaction space, industrial manintenance **Type:** Peer-Reviewed Journals/White Papers ## Summary The recent pandemic, war, and oil crises have caused many to reconsider their need to travel for education, training, and meetings. Providing assistance and training remotely has thus gained importance for many applications, from industrial maintenance to surgical telemonitoring. Current solutions such as video conferencing platforms lack essential communication cues such as spatial referencing, which negatively impacts both time completion and task performance. Mixed Reality (MR) offers opportunities to improve remote assistance and training, as it opens the way to increased spatial clarity and large interaction space. We contribute a survey of remote assistance and training in MR environments through a systematic literature review to provide a deeper understanding of current approaches, benefits and challenges. # Auptimize: Optimal Placement of Spatial Audio Cues for Extended Reality Spatial audio in Extended Reality (XR) provides users with better awareness of where virtual elements are placed, and efficiently guides them to events such as notifications, system alerts from differ ## Overview **Authors:** Hyunsung Cho, Alexander Wang, Divya Kartik, Emily Liying Xie, Yukang Yan, David Lindlbauer **Publication Date:** 1 January 2024 **Link:** **Keywords:** Spatial audio, extended reality (XR), localization, ventriloquist effect, auditory perception, sound cues, Auptimize, angular discrimination error, front-back confuction, XR Interfacescontext aware computing, **Type:** Peer-Reviewed Journals/White Papers ## Summary Spatial audio in Extended Reality (XR) provides users with better awareness of where virtual elements are placed, and efficiently guides them to events such as notifications, system alerts from different windows, or approaching avatars. Humans, however, are inaccurate in localizing sound cues, especially with multiple sources due to limitations in human auditory perception such as angular discrimination error and front-back confusion. This decreases the efficiency of XR interfaces because users misidentify from which XR element a sound is coming. To address this, we propose Auptimize, a novel computational approach for placing XR sound sources, which mitigates such localization errors by utilizing the ventriloquist effect. # BlendMR: A Computational Method To Create Ambient Mixed Reality Interfaces Mixed Reality (MR) systems display content freely in space, and present nearly arbitrary amounts of information, enabling ubiquitous access to digital information. ## Overview **Authors:** Violet Han, Hyunsung Cho, Kiyosu Maeda, Alexandra Ion, David Lindlbauer **Publication Date:** 1 January 2023 **Link:** **Keywords:** AR / VR / XR, Context-Aware Computing, diminished, semantic segmentation, Mixed Reality (MR), Virtual Content, Digital Information, Clutter, Distraction, BlendMR, ambient display, user environment **Type:** Peer-Reviewed Journals/White Papers ## Summary Mixed Reality (MR) systems display content freely in space, and present nearly arbitrary amounts of information, enabling ubiquitous access to digital information. This approach, however, introduces clutter and distraction if too much virtual content is shown. We present BlendMR, an optimization-based MR system that blends virtual content onto the physical objects in users' environments for ambient information display. # CAVE: An Emerging Immersive Technology - A Review Currently, the CAVE (Cave Automatic Virtual Environment) systems are one of the best virtual reality (VR) immersive devices available for portraying the virtual environment. ## Overview **Authors:** Siddhesh Manjrekar, Shubhrika Sandilya, Deesha Bhosale, Sravanthi Kanchi, Adwait Pitkar, Mayur Gondhalekar **Publication Date:** 23 February 2015 **Link:** [https://ieeexplore.ieee.org/abstract/document/7046051]() **Keywords:** CAVE, CAVE 2, Immersive Virtual Reality, Tracking System, Versions of CAVE, Applications of CAVE **Type:** Peer-Reviewed Journals/White Papers ## Summary Currently, the CAVE (Cave Automatic Virtual Environment) systems are one of the best virtual reality (VR) immersive devices available for portraying the virtual environment. The CAVE gives the illusion of being surrounded by a fictional world, providing a fully interactive, scientific visualization. The CAVE systems can provide a completely new dimension to scientific experimentation as well as entertainment. At the same time, the CAVE systems are a work-in-progress, with CAVE2 having improvements to reduce the complexity, high costs, and cumbersome hardware required by the original CAVE systems. In this paper, we give a system overview of the CAVE systems, its applications and enhancements. # Defining immersion and immersive technologies The review explores immersion across disciplines, notably in Computer Science and Engineering, focusing on Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR) under Extended Reality ( ## Overview **Authors:** Davide Spallazzo, Mauro Ceconello **Publication Date:** 1 January 2024 **Link:** **Keywords:** Researchers, practitioners, immersive, technologies, experiences **Type:** Articles/Reports ## Summary The review explores immersion across disciplines, notably in Computer Science and Engineering, focusing on Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR) under Extended Reality (XR). It aims to define immersion, examine technology’s role, and identify critical elements for immersive experiences. Central to immersion is technology-mediated illusion, emphasizing sensory stimulation and user engagement (cognitive, emotional, physical). # Educational Administration: Theory and Practice This article examines the integration of immersive technologies (VR, AR, MR) into educational environments. ## Overview **Authors:** Yevgeniya Daineko, Madina Ipalakova, Dana Tsoy, Akkyz Mustafina **Publication Date:** 31 May 2024 **Link:** **Keywords:** Education, immersive technologies, software application, virtual reality tools. **Type:** Peer-Reviewed Journals/White Papers ## Summary This article examines the integration of immersive technologies (VR, AR, MR) into educational environments. It discusses their potential impact on teaching and learning, highlighting benefits such as enhanced engagement and experiential learning. The article also explores current trends and challenges using the example of the MetaUniversity concept. # Experiences with a Virtual Reality System for Immersive Decision Making and Learning The CAVE system offers a novel and unmatched paradigm for cutting-edge VR research in comparison to conventional VR technology, such as Head-Mounted Displays (HMDs). ## Overview **Authors:** Kiran Neupane, Ananya Hans, Ahhyun Lee, Robby Criswell, Kannappan Palaniappan, Ye Duan, Prasad Calyam **Publication Date:** 22 February 2024 **Link:** [https://ieeexplore.ieee.org/document/10440663]() **Keywords:** Immersive virtual environments, virtual reality, usability study, interdisciplinary collaboration, cybersickness **Type:** Peer-Reviewed Journals/White Papers ## Summary The CAVE system offers a novel and unmatched paradigm for cutting-edge VR research in comparison to conventional VR technology, such as Head-Mounted Displays (HMDs). However, its effectiveness and usability needs to be studied in the context of diverse applications. In this paper, we present a study of the "Mizzou CAVE" at the University of Missouri-Columbia, and report on the experiences in terms of its usefulness in cross-disciplinary applications, and the opportunities/challenges for potential researchers and users. Specifically, the study features Likert-scale-based questionnaires to collect empirical quantitative data for measuring efficacy and satisfaction outcomes striving towards the purpose of applications involving decision making and learning. # Hypersphere - XR Design for Metaverse by Synthesizing Neuro Reality and Virtual Reality A product concept named Hypersphere - an XR wearable that integrates neuro reality and virtual reality based on electroencephalogram (EEG) systems and head-mounted display (HMD). ## Overview **Authors:** Jiawen Liu, Mickey Mengting Zhang **Publication Date:** 12 December 2023 **Link:** [https://link.springer.com/chapter/10.1007/978-3-031-49215-0\_27]() **Keywords:** Hypersphere, XR, neuro reality, virtual reality, EEG, HMD, design, wearable, user experience **Type:** Articles/Reports ## Summary A product concept named Hypersphere - an XR wearable that integrates neuro reality and virtual reality based on electroencephalogram (EEG) systems and head-mounted display (HMD). It aims to provide users with a more immersive, engaging, fluid, and safe experience by synthesizing visual, auditory, and haptic systems. In this paper, the design of the Hypersphere, including its structure, materials, function, and authentication process is discussed. The research contributes to the current understanding of XR wearable design concerning user experience in a synthetic world. # Integrating Immersive Technologies with STEM Education This systematic review aims to synthesize current knowledge on integrating immersive technologies, namely Virtual Reality (VR) and Augmented Reality (AR), in Science, Technology, Engineering, Mathemat ## Overview **Authors:** Talia Tene, Jessica Alexandra Marcatoma Tixi, María de Lourdes Palacios Robalino, María Jos Mendoza Salazar, Cristian Vacacela Gomez, Stefano Bellucci **Publication Date:** 20 June 2024 **Link:** **Keywords:** Immersive technologies, virtual reality, augmented reality, stem education, PICOS approach, PRISMA guidelines, teaching and learning **Type:** Peer-Reviewed Journals/White Papers ## Summary This systematic review aims to synthesize current knowledge on integrating immersive technologies, namely Virtual Reality (VR) and Augmented Reality (AR), in Science, Technology, Engineering, Mathematics (STEM) education, and to lighten their impact on student performance and engagement. # Immersive interfaces for clinical applications: current status and future perspective This article seeks to examine the utilization and mechanics of medical immersive interfaces based on extended reality and highlight specific design challenges. ## Overview **Authors:** 27 November 2024 **Publication Date:** Naïg Chenais, Arno Görgen **Link:** [https://www.frontiersin.org/journals/neurorobotics/articles/10.3389/fnbot.2024.1362444/full]() **Keywords:** Immersive technologies, neurodesign, serious games, extended reality, virtual reality, augmented reality, digital education, digital therapeutics **Type:** Peer-Reviewed Journals/White Papers ## Summary This article seeks to examine the utilization and mechanics of medical immersive interfaces based on extended reality and highlight specific design challenges. The transfer of skills from virtual to clinical environments is often confounded by perceptual and attractiveness factors. It argue that a multidisciplinary approach to development and testing, along with a comprehensive acknowledgement of the shared mechanisms that underlie immersive training, are essential for the sustainable integration of extended reality into clinical settings. The present review discusses the application of a multilevel sensory framework to extended reality design, with the aim of developing braincentered immersive interfaces tailored for therapeutic and educational purposes. # Immersive technologies as an innovative tool to increase academic success and motivation The latest techniques and technologies significantly improve the academic performance, engagement, and motivation of students. ## Overview **Authors:** Ekaterina Sviridova, Elena Yastrebova, Gulmira Bakirova, Fayruza Rebrina **Publication Date:** 5 October 2023 **Link:** **Keywords:** Augmented reality (AR), European Credit Transfer and Accumulation System, higher\ education, immersive technologies, students, the motivation and engagement scale, virtual reality (VR) **Type:** Peer-Reviewed Journals/White Papers ## Summary The latest techniques and technologies significantly improve the academic performance, engagement, and motivation of students. VR and AR open up numerous opportunities for the educational system. The purpose is to evaluate the effectiveness of using immersive technologies as a tool to increase the level of academic success, involvement, and motivation among students. # Metaverse as a Cutting-edge Platform for Attaining Sustainable Development Goals (SDGs) This research delves into the intersections between the Metaverse and SDGs, shedding light on how this cutting-edge technology can be harnessed to propel sustainable development across diverse sectors ## Overview **Authors:** Nitin Rane, Saurabh Choudhary, Jayesh Rane **Publication Date:** 13 November 2023 **Link:** **Keywords:** Metaverse, Sustainable Development Goals, SDGs, Sustainable development, Virtual reality, Sustainability, Blockchain, Augmented reality **Type:** Peer-Reviewed Journals/White Papers ## Summary This research delves into the intersections between the Metaverse and SDGs, shedding light on how this cutting-edge technology can be harnessed to propel sustainable development across diverse sectors. Commencing with a comprehensive overview, the paper details the evolution, key components, and immersive capabilities of the Metaverse. Underscoring its dynamic and interactive essence, the research emphasizes the potential of the Metaverse to revolutionize conventional approaches to education, healthcare, environmental conservation, and economic empowerment. # RealityReplay: Detecting and Replaying Temporal Changes In Situ using Mixed Reality Humans easily miss events in their surroundings due to limited short-term memory and field of view. ## Overview **Authors:** Hyunsung Cho, Matthew Komar, David Lindlbauer **Publication Date:** 1 January 2023 **Link:** **Keywords:** AR / VR / XR, Context-Aware Computing, time-traveling, egocentric, semantic segmentation, Mixed-Reality (MR), RealityReplay, In-situations Visualization, short-term memory, 360-degree Camera, head-mounted display (HMD), augmented awareness **Type:** Peer-Reviewed Journals/White Papers ## Summary Humans easily miss events in their surroundings due to limited short-term memory and field of view. This happens, for example, while watching an instructor's machine repair demonstration or conversing during a sports game. We present RealityReplay, a novel Mixed Reality (MR) approach that tracks and visualizes these significant events using in-situ MR visualizations without modifying the physical space. It requires only a head-mounted MR display and a 360-degree camera. # SecureMR - Security and Privacy for Camera Access in XR Applications A proposal on how to securely give camera access to developers while protecting privacy. ## Overview **Authors:** Jane Tian, Jimmy Alamparambil **Publication Date:** 25 December 2024 **Link:** **Keywords:** Camera access, privacy, strategy **Type:** Video ## Summary A proposal on how to securely give camera access to developers while protecting privacy. # SemanticAdapt: Optimization-based Adaptation of Mixed Reality Layouts Leveraging Virtual-Physical Se We present an optimization-based approach that automatically adapts Mixed Reality (MR) interfaces to different physical environments. ## Overview **Authors:** Yi Fei Cheng, Yukang Yan, Xin Yi, Yuanchun Shi, David Lindlbauer **Publication Date:** 1 January 2021 **Link:** **Keywords: S**emantics, context-Aware Computing, mixed reality (MR), optimization, adaptive interfaces, physical environments, virtual interface elements, automation, UX, task switching, layout adaptation, efficiency **Type:** Peer-Reviewed Journals/White Papers ## Summary We present an optimization-based approach that automatically adapts Mixed Reality (MR) interfaces to different physical environments. Current MR layouts, including the position and scale of virtual interface elements, need to be manually adapted by users whenever they move between environments, and whenever they switch tasks. This process is tedious and time consuming, and arguably needs to be automated by MR systems for them to be beneficial for end users. # Technology Integration Methods for Bi-directional Brain-computer Interfaces and XR-based Interventio Brain stimulation therapies have been established as effective treatments for Parkinson's disease, essential tremor, and epilepsy, as well as having high diagnostic and therapeutic potential in a wide ## Overview **Authors:** Kei Landin, Moaad Benjaber, Fawad Jamshed, Charlotte Stagg,Timothy Denison **Publication Date:** 14 December 2020 **Link:** [https://ieeexplore.ieee.org/abstract/document/9282993]() **Keywords:** Brain-computer interfaces, DyNeuMo, DBStim, Summit RC+S, virtual reality, XR, MR, neurorehabilitation **Type:** Peer-Reviewed Journals/White Papers ## Summary Brain stimulation therapies have been established as effective treatments for Parkinson's disease, essential tremor, and epilepsy, as well as having high diagnostic and therapeutic potential in a wide range of neurological and psychiatric conditions. Novel interventions such as extended reality (XR), video games and exergames that can improve physiological and cognitive functioning are also emerging as targets for therapeutic and rehabilitative treatments. Previous studies have proposed specific applications involving non-invasive brain stimulation (NIBS) and virtual environments, but to date these have been uni-directional and restricted to specific applications or proprietary hardware. Here, we describe technology integration methods that enable invasive and non-invasive brain stimulation devices to interface with a cross-platform game engine and development platform for creating bi-directional brain-computer interfaces (BCI) and XR-based interventions. Furthermore, we present a highly-modifiable software framework and methods for integrating deep brain stimulation (DBS) in 2D, 3D, virtual and mixed reality applications, as well as extensible applications for BCI integration in wireless systems. # The Combination of Artificial Intelligence and Extended Reality: A Systematic Review Artificial intelligence (AI) and extended reality (XR) differ in their origin and primary objectives. ## Overview **Authors:** Dirk Reiners, Mohammad Reza Davahli, Waldemar Karwowsk, Carolina Cruz-Neira **Publication Date:** 7 September 2021 **Link:** [https://www.frontiersin.org/journals/virtual-reality/articles/10.3389/frvir.2021.721933/full]() **Keywords:** Artificial intelligence, extended reality, learning environment, autonomous cars, robotics **Type:** Peer-Reviewed Journals/White Papers ## Summary Artificial intelligence (AI) and extended reality (XR) differ in their origin and primary objectives. However, their combination is emerging as a powerful tool for addressing prominent AI and XR challenges and opportunities for cross-development. To investigate the AI-XR combination, we mapped and analyzed published articles through a multi-stage screening strategy. We identified the main applications of the AI-XR combination, including autonomous cars, robotics, military, medical training, cancer diagnosis, entertainment, and gaming applications, advanced visualization methods, smart homes, affective computing, and driver education and training. In addition, we found that the primary motivation for developing the AI-XR applications include 1) training AI, 2) conferring intelligence on XR, and 3) interpreting XR- generated data. Finally, our results highlight the advancements and future perspectives of the AI-XR combination. # The Poetics of Augmented Space Long time (early 00's) but foundational article on awareness and media relationships with humanity and cybernetics in a world where technology is more and more ubiquitous and pervasive. ## Overview **Authors:** Lev Manovich **Publication Date:** 2002 **Link:** **Keywords:** Media, history, egocentric data, privacy, surveillance, sousveillance, cybernetic, control, data, ubiquituous **Type:** Articles/Reports ## Summary Long time (early 00's) but foundational article on awareness and media relationships with humanity and cybernetics in a world where technology is more and more ubiquitous and pervasive. # Towards an Eye-Brain-Computer Interface: Combining Gaze with the Stimulus-Preceding Negativity Gaze-assisted interaction techniques enable intuitive selections without requiring manual pointing but can result in unintended selections, known as Midas touch. ## Overview **Authors:** G S Rajshekar Reddy, Michael J Proulx, Leanne Hirshfield, Anthony Ries **Publication Date:** 11 May 2024 **Link:** [https://dl.acm.org/doi/full/10.1145/3613904.3641925]() **Keywords:** Human-centered computing, Virtual reality, Mixed / augmented reality, Accessibility technologies, Interaction techniques **Type:** Peer-Reviewed Journals/White Papers ## Summary Gaze-assisted interaction techniques enable intuitive selections without requiring manual pointing but can result in unintended selections, known as Midas touch. A confirmation trigger eliminates this issue but requires additional physical and conscious user effort. Brain-computer interfaces (BCIs), particularly passive BCIs harnessing anticipatory potentials such as the Stimulus-Preceding Negativity (SPN) - evoked when users anticipate a forthcoming stimulus - present an effortless implicit solution for selection confirmation. Within a VR context, our research uniquely demonstrates that SPN has the potential to decode intent towards the visually focused target. This work reinforce the scientific understanding of its mechanism by addressing a confounding factor - it demonstrates that the SPN is driven by the user’s intent to select the target, not by the stimulus feedback itself. Furthermore, it examines the effect of familiarly placed targets, finding that SPN may be evoked quicker as users acclimatize to target locations; a key insight for everyday BCIs. # Towards Understanding Diminished Reality Diminished reality (DR) refers to the concept of removing content from a user's visual environment. ## Overview **Authors:** Yi Fei Cheng, Hang Yin, Yukang Yan, Jan Gugenheimer, David Lindlbauer **Publication Date:** 1 January 2022 **Link:** **Keywords:** AR / VR / XR, Context-Aware Computing, Diminished Reality (DM), Content Removal, Visual Environment, User Perception, Interaction, DR-enabled Environments, Implementation, feasibility, applications **Type:** Articles/Reports ## Summary Diminished reality (DR) refers to the concept of removing content from a user's visual environment. While its implementation is becoming feasible, it is still unclear how users perceive and interact in DR-enabled environments and what applications it benefits. # TurnAware: Motion-aware Augmented Reality Information Delivery While Walking Augmented Reality (AR) systems provide users with timely access to everyday information. ## Overview **Authors:** Sunniva Liu, David Lindlbauer **Publication Date:** 1 January 2024 **Link:** **Keywords:** Augmented reality, user interface, opacity fading, head-anchored content, motion-aware interaction, spatial awareness, human-computer interaction, user experience **Type:** Peer-Reviewed Journals/White Papers ## Summary Augmented Reality (AR) systems provide users with timely access to everyday information. Designing how AR messages are presented to the user, however, is challenging. If a visual message is presented suddenly in users’ field of view, it will be noticed easily, but might be disruptive to users. Conversely, if messages are made visible by slowly fading their opacity, for example, they might require more effort for users to notice and react, as they need to wait for the content to appear. This is particularly true for head-anchored virtual content, and when users are engaged in other tasks or walking in a physical environment. To address this challenge, we introduce a motion-aware technique that delivers AR visual information unobtrusively during walking when users rotate their head. When users make a turn, TurnAware moves the visual content into their field of view from the side at a speed proportional to their rotational velocity. # Virtual Reality: How Much Immersion Is Enough? Solid evidence of virtual reality's benefits has graduated from impressive visual demonstrations to producing results in practical applications. ## Overview **Authors:** Doug A. Bowman, Ryan P. McMahan **Publication Date:** 13 August 2007 **Link:** [https://ieeexplore.ieee.org/document/4287241]() **Keywords:** 3D visualization, virtual reality, immersion **Type:** Peer-Reviewed Journals/White Papers ## Summary Solid evidence of virtual reality's benefits has graduated from impressive visual demonstrations to producing results in practical applications. Further, a realistic experience is no longer immersion's sole asset. Empirical studies show that various components of immersion provide other benefits - full immersion is not always necessary. The goal of immersive virtual environments (VEs) was to let the user experience a computer-generated world as if it were real - producing a sense of presence, or "being there," in the user's mind. # Ethical Responsibility Resources related to the XR Guild Ethical Principles and Responsibility of XR Creators and Developers The Ethical Responsibility section of the XR Guild Library is dedicated to addressing the pressing moral and societal challenges posed by extended reality (XR) technologies. As XR continues to transform how we interact, learn, and work, it also raises questions about privacy, identity, governance, and the ethical design of immersive experiences. This section provides resources to help developers, researchers, and users navigate these complexities with integrity and foresight. Our curated materials explore topics such as safeguarding privacy in XR environments, ethical frameworks for immersive design, and governance strategies for emerging technologies. For example, works like *"Extended Reality (XR) and the Erosion of Anonymity and Privacy"* highlight critical risks such as behavioral data leakage and surveillance, while *"Who Owns Our Second Lives: Virtual Clones and the Right to Your Identity"* examines the ethical implications of identity use in virtual spaces. Additionally, resources like *"An XR Ethics Framework"* offer practical guidelines for integrating human rights principles into XR development. This section emphasizes the importance of transparency, accountability, and inclusivity in shaping responsible XR practices. By engaging with these resources, we aim to empower our community to create ethical solutions that protect individuals, promote equity, and foster trust in immersive technologies. #### Keywords for Searchability: Ethics in XR, Privacy, Extended Reality (XR), Responsible Innovation, Governance, User Consent, Digital Identity, Safety in XR, Ethical Design, Regulation Summary developed with Perplexity by Evo Heyning, XR Guild *** Answer from Perplexity: pplx.ai/share # 2089-2021 - IEEE Standard for an Age Appropriate Digital Services Framework Based on the 5Rights Pri A set of processes by which organizations seek to make their services age appropriate is established in this standard. ## Overview **Authors:** IEEE **Publication Date:** 30 November 2021 **Link:** **Keywords:** Age-Appropriate Design, Children's Rights, Online Safety, Ethical Development, Digital Well-being, Privacy Protections, Responsible Innovation, Risk Mitigation, UN Convention on the Rights of the Child, Digital Policy. **Type:** Standards/Specifications ## Summary A set of processes by which organizations seek to make their services age appropriate is established in this standard. The growing desire of organizations to design digital products and\ services with children in mind and reflects their existing rights under the United Nations Convention on the Rights of the Child (the Convention) is supported by this standard. While different jurisdictions may have different laws and regulations in place, the best practice for designing digital services that impact directly or indirectly on children is offered by this standard. It sets out processes through the life cycle of development, delivery and distribution, that will help organizations ask the right relevant questions of their services, identify risks and opportunities by which to make their services age appropriate and take steps to mitigate risk and embed beneficial systems that support increased age appropriate engagement. One in three users online is under 18, which means that this standard has wide application. # A Survey of Extended Reality (XR) Standards This paper surveys completed and ongoing work of Standards Developing Organizations (SDOs), fora and consortia dealing with technical aspects of extended Reality (XR). ## Overview **Authors:** Gillian Makamara, Martin Adolph **Publication Date:** 2 January 2023 **Link:** **Keywords:** Augmented reality (AR), extended reality (XR), metaverse, SDO, specification, standard, standardization, survey, virtual reality (VR) **Type:** Peer-Reviewed Journals/White Papers ## Summary This paper surveys completed and ongoing work of Standards Developing Organizations (SDOs), fora and consortia dealing with technical aspects of extended Reality (XR). In line with the XR definition introduced by \[1], specifications considered here address environments containing real or virtual components or a combination thereof, i.e. standards dealing with, inter alia, Augmented Reality (AR), Virtual Reality (VR), and metaverse. While aiming to be comprehensive, this survey can only provide a snapshot of the standards landscape taken at the time of submission of the manuscript. # An Imperative – Developing Standards For Safety And Security In XR Environments ## Overview **Authors:** XRSI **Publication Date:** February 1, 2021 **Link:** **Keywords:** XR, XR safety, XR security, privacy and data protection, biometric data, digital phenotyping, standards and certification, regulartory frameworks, intended use and risk management, trust, transparency and informed consent **Type:** Standards/Specifications ## Summary The paper examines the opportunities and perils of XR technology and what should be done from a safety and security point of view to maximise the potential for good, whilst mitigating opportunities for harm. # An XR Ethics Framework For all the ways that immersive technologies can be used for good, they can be used for evil. ## Overview **Authors:** Kent Bye **Publication Date:** 21 December 2021 **Link:** **Keywords:** XR Ethical Dilemmas, Human Rights in XR, Ethical Design, Responsible Innovation, Techno-Social Impact, Political and Economic Implications, IEEE XR Ethics, Contextual Tradeoffs, Immersive Technology Risks, Ethically-Aligned Design. **Type:** Video ## Summary For all the ways that immersive technologies can be used for good, they can be used for evil. This talk will provide some conceptual frames for making sense of the landscape of XR ethical dilemmas including human rights principles, tradeoffs between contextual dimensions, and mapping relationships between techno-social, political, and economic domains. This talk will be reporting back on some of the work done by the IEEE Global Initiative on the Ethics of Extended Reality, as well as provide insights into how to integrate ethically-aligned design and responsible innovation best practices into your experiential design process. # Beyond Meta — AR and the Road Ahead ## Overview **Authors:** Avi Bar-Zeev **Publication Date:** 18 November 2021 **Link:** **Keywords:** Metaverse, AR, VR, Web3, spatial web, interoperability, personal data privacy, virtual worlds, glasses/wearables, co-presence **Type:** Video ## Summary The Metaverse is largely bullshit, as defined. Proponents claim our real lives (IRL) will be inundated with digital worlds, virtual stuff everywhere we look. AR and VR certainly share many technologies and source data. One might expect the experiences to be the same. This talk will explain why the Metaverse hipsters are wrong, revealing a brighter recipe for our future. # Beyond Speculation About the Ethics of Virtual Reality: The Need for Empirical Results As virtual and augmented reality (VR, AR) technologies become widespread, they present the potential to create fully immersive alternate realities. ## Overview **Authors:** Mel Slater **Publication Date:** 12 August 2021 **Link:** **Keywords:** Virtual Identity, Psychological Impact, Digital Embodiment, Ethical Boundaries, Manipulation Risks, Societal Effects, Dystopian XR, Augmented Reality Ethics, Immersion Consequences, Unintended XR Impacts **Type:** Peer-Reviewed Journals/White Papers ## Summary As virtual and augmented reality (VR, AR) technologies become widespread, they present the potential to create fully immersive alternate realities. While these environments offer new forms of interaction and experience, they also raise ethical concerns about detachment from reality and unintended consequences. The ability to embody oneself in digital spaces blurs the boundaries between virtual and physical actions, making it crucial to examine the societal and psychological effects of prolonged immersion. This study explores the potential dystopian implications of these technologies, questioning whether they may lead to a disconnect from reality, manipulation, or unforeseen real-world impacts. # Cybersecurity and Privacy Challenges in Extended Reality: Threats, Solutions, and Risk Mitigation... This paper examines cybersecurity and privacy challenges in Extended Reality (XR), highlighting threats like identity theft and behavioral data leakage. ## Overview **Authors:** Mohammed El-Hajj **Publication Date:** December 30, 2024 **Link:** **Keywords:** cybersecurity; privacy; elliptic curve cryptography; authentication; data anonymization; adversary model; AI-based security; behavioral data privacy; XR security solutions **Type:** Peer-Reviewed Journals/White Papers ## Summary This paper examines cybersecurity and privacy challenges in Extended Reality (XR), highlighting threats like identity theft and behavioral data leakage. It evaluates security measures such as encryption, authentication, data anonymization, and AI-driven threat detection to safeguard XR ecosystems. # Lay-offs, Automation, and the Future of Work with AI and Large Language Models ## Overview **Authors:** Rolando Masís-Obando **Publication Date:** January 12, 2023 **Link:** **Keywords:** Future of Work, Artificial Intelligence, Automation, ChatGPT, GenerativeAI, DigitalEthics, TechEthics, ResponsibleAI, AllImpact, WorkplaceTransformation **Type:** Video ## Summary The shocking truth that nobody tells you about AI like ChatGPT is that… it’s not taking your job away, it's changing it. Almost every single video, article or post recently on AI has been about the end of jobs because of ChatGPT. Is the future of work really in danger because of ChatGPT? What is ChatGPT and will it take your job away as a developer? As an artist? As a writer? After speaking with people across science, game development, cinema and industry about the impact of ChatGPT and the future of work, I made this video to share what I learned. In summary, In this video we will go over how artificial intelligence (AI) like ChatGPT, MidJourney, Stable Diffusion, DALL-E, GPT3, Bard, GPT4, and more, will change things about how we see the world, but, IMPORTANTLY how AI like ChatGPT still suffers from some very serious problems that for now, will keep jobs in a liminal zone. # Extended Reality (XR) and the Erosion of Anonymity and Privacy This paper highlights some of the key capabilities that XR adoption will unlock – around augmented intelligence, personal and distributed surveillance, and augmented perception – and considers the pri ## Overview **Authors:** Dr. Mark McGill **Publication Date:** 1 November 2021 **Link:** **Keywords:** XR, augmented intelligence, augmented perception, privacy implications, user privacy, ethics in XR, consent in XR, informed consent, security and surveillance **Type:** Peer-Reviewed Journals/White Papers ## Summary This paper highlights some of the key capabilities that XR adoption will unlock – around augmented intelligence, personal and distributed surveillance, and augmented perception – and considers the privacy implications XR has for users, bystanders, and society more broadly. The paper then reflects on the growing need to understand, anticipate, and protect against the capacity for XR to both consensually and non-consensually infringe upon the user and bystander privacy. # Ethical Considerations When Designing and Implementing Immersive Realities in Nursing Education This editorial delves into ethical considerations that are involved in designing and implementing AR and VR as immersive realities in nursing education. ## Overview **Authors:** Elizabeth V Sombilon, Shai S Rahmanov, Kayla Jachecki, Zipora Rahmanov, Eva Peisachovich **Publication Date:** 11 July 2024 **Link:** **Keywords:** **Type:** Peer-Reviewed Journals/White Papers ## Summary This editorial delves into ethical considerations that are involved in designing and implementing AR and VR as immersive realities in nursing education. # Ethical considerations in designing virtual and augmented reality products - virtual and AR Within the field of education, more research is needed to determine how VR/AR designers make decisions regarding ethical issues, and particularly when integrating media into learning content. ## Overview **Authors:** Patricia Steele, Cheryl Burleigh, Margaret Kroposki, Myrene Magabo, Liston Bailey **Publication Date:** 19 June 2020 **Link:** **Keywords:** VR, AR, EdTech, ethics in design, ethical decision-making, instructional design, educational VR/AR, ethical considerations, digital ethics, immersive learning **Type:** Peer-Reviewed Journals/White Papers ## Summary Within the field of education, more research is needed to determine how VR/AR designers make decisions regarding ethical issues, and particularly when integrating media into learning content. The purpose of the qualitative inquiry study was to interview designers/developers of VR/AR products regarding their perceptions of ethics in design and use of VR/AR products designed for educational purposes. # Getting rescued by RoboCop? Legal and ethical challenges of the use of extended reality in Frontex’s The report claims that the use of virtual reality, extended reality, and mixed reality in the context of Frontex’s training and border-management activities, as well as search and rescue operations, m ## Overview **Authors:** Francesca Romana Partipilo **Publication Date:** 2023 **Link:** [https://ascomare.com/wp-content/uploads/2024/08/ascomare\_yearbook\_on\_the\_law\_of\_the\_sea-\_-volume-3-\_-issn.pdf#page=214]() **Keywords:** Border Surveillance, Ethical Risks, Legal Challenges, Situational Awareness, Human Rights, Maritime Operations, Privacy Concerns, Security Ethics, Extended Reality Governance, XR in Law Enforcement. **Type:** Peer-Reviewed Journals/White Papers ## Summary The report claims that the use of virtual reality, extended reality, and mixed reality in the context of Frontex’s training and border-management activities, as well as search and rescue operations, may contribute to low-cost and risk-free training and enhanced situational awareness at European external borders. However, the document fails to disentangle the legal and ethical dilemmas raised by the potential use of new technologies in the context of Frontex’s border work. This contribution aims to fill this gap by addressing some of the legal and ethical challenges associated with the use of extended reality in the context of Frontex’ maritime operations. # IEEE: Business, Finance, and Economics ## Overview **Authors:** Michael Middleton **Publication Date:** 30 March 2022 **Link:** **Keywords:** XR, XR ethics, business models, data privacy, XR governance, financial services, insurance, cryptocurrency and NFTs, consumer protection, digital assets **Type:** Articles/Reports ## Summary Recommendations on XR ethics in business models, economics, and finance cannot be communicated soon enough. There is already ambiguity in the ethical roles of individuals, corporations, and governments in cybersecurity and the right to privacy. The same tech giants who are feared for their level of power and past/present unethical behavior have successfully resisted any legislative, monetary, or cultural impetus to change their business models or behavior. # IEEE: Extended Reality (XR) Ethics In Education ## Overview **Authors:** Eleni Mangina **Publication Date:** \ **Link:** **Keywords:** XR, XR ethics, immersive technology, XR in education, XR privacy, XR safety, XR governance, XR well-being, immersive learning, accessibility in XR **Type:** Standards/Specifications ## Summary This paper describes the most important issues for XR ethics in education at all levels and proposes an initial set of recommendations in this space with a view to further develop a more detailed policy on ethics XR for education for reference from all levels. # IEEE: Extended Reality (XR) Ethics In Medicine ## Overview **Authors:** Jason Evans **Publication Date:** 14 February 2022 **Link:** **Keywords:** XR, VR, AR, medical XR, XR ethics, healthcare applications, data privacy and security, informed consent, accessibility and inclusivity, regulatory challenges **Type:** Articles/Reports ## Summary Extended Reality (XR) for medical use cases is proving to be beneficial to both patients and healthcare professionals as well as all other stakeholders throughout the healthcare industry. Healthcare is one of the largest industries to adopt XR technology. Some of the XR use-cases include helping surgeons better perform surgeries, immersing patients and healthcare professionals in medical information and education, and training all within XR environments. An ethical framework is required that is evolved from best practices throughout medical and technological fields to help ensure safe and equitable usage of the technology. # IEEE: Metaverse And Its Governance ## Overview **Authors:** Melodena Stephens **Publication Date:** **Link:** 1 June 2022 **Keywords:** Metaverse governance, XR ethics, XR standards, privacy, security, sustainability, digital skills, child protection in XR, global policy, XR **Type:** Articles/Reports ## Summary The metaverse, a form of extended reality (XR), has become a popular term. There is a lack of understanding about its achievable potential, challenges regarding its governance, and the systemic changes required for the idea to become a reality. This report highlights the caution required when embracing the concept of the metaverse as it forms key narratives driving technological design and global policy. # Mapping of the ethical Issues in XR-overview of Ethical Frameworks: A Scoping Review The use of immersive technologies such as virtual, augmented, mixed reality and the Metaverse raises many issues of ethical concern. ## Overview **Authors:** Shereen Cox, Ellen Svarverud, Jonathan Adams, Alina Kadlubsky, Rosemarie DLC Bernabe, Rigmor C. Baraas **Publication Date:** 25 April 2023 **Link:** **Keywords:** Privacy, Informed Consent, XR Governance, Digital Justice, Human Well-being, Ethical Codes, Industry Guidelines, Inclusivity, Safety Standards, Immersive Tech Regulation. **Type:** Articles/Reports ## Summary The use of immersive technologies such as virtual, augmented, mixed reality and the Metaverse raises many issues of ethical concern. The various ethical issues, if left unaddressed, may impact human wellbeing over time. Immersive technologies are used in entertainment, commerce, education, health and the military. Subsequently, there is a broad spectrum of users with various degrees of competencies and vulnerabilities. Special attention would be regarding the long-term effect of immersive technologies on children and the lack of consideration of inclusivity for all persons in society. Several publications have highlighted ethical issues related to immersive technologies, and some have sought to address these issues by proposing solutions or approaches in the form of frameworks, codes of conduct or best practices. This review examined grey and white literature between 2000-2023 to identify the various proposed or adopted ethical frameworks, codes of conduct or best practices for immersive technologies. The research method was qualitative and adopted Arksey and O’Malley’s scoping review methodological approach. A total of 28 papers were selected for in-depth analysis. Approximately 70% of the selected papers were published between 2020 and 2022. Using an inductive thematic analysis method, six fundamental values and twenty-two corresponding principles were generated. The main values are respect for persons, well-being, safety, integrity and trust, justice, and responsiveness. The dominant principles noted in the papers are privacy, informed consent, responsibility, transparency, and freedom. The issuers of the papers were predominantly academicians. The normative approaches to addressing ethical issues are organised into four domains: society and governance, industry, research/academic organisations, and individuals. General recommendations are as follows: 1) the application of existing laws or guidelines to address legal issues with immersive technologies, 2) industry practitioners should adopt inclusive approaches to design and development, 3) researchers should minimise potential harm for participants, and 4) individuals, i.e., users of immersive technologies should be empowered and sincere in their use of a virtual space concerning identity and conduct. # New Hope For Humans In An A.I. World ## Overview **Authors:** Louis Rosenberg **Publication Date:** September 7, 2017 **Link:** **Keywords:** Artificial Intelligence, Collective Intelligence, Swarm Intelligence, AI and Humanity, Future of AI, Emerging Tech, Responsible AI, AI Ethics, AI Innovation, Digital Futures **Type:** Video ## Summary Imagine a global "Hive Mind" that can tap the knowledge, wisdom, insights, and intuitions of millions of people, and produce a super-intelligence that is much smarter than any individual person. A new technology called Artificial Swarm Intelligence is making this possible and it could be our best defense against the emerging dangers of AI. # Quality Considerations for Ethical Design of Virtual and Augmented Reality. Experiences enabled by virtual reality (VR), augmented reality (AR), and mixed reality (MR) can alter an individual's senses, physiological responses, and perception of self. ## Overview **Authors:** Radziwill, Nicole **Publication Date:** 2019 **Link:** **Keywords:** Ethical Design, Mindful Technology, Safety in XR, Conscious Reality, Industry Best Practices, Digital Integrity, Ethical Engineering, Human-Centered XR, Decision-Making Tools, XR Responsibility. **Type:** Peer-Reviewed Journals/White Papers ## Summary Experiences enabled by virtual reality (VR), augmented reality (AR), and mixed reality (MR) can alter an individual's senses, physiological responses, and perception of self. Collectively referred to as XR, quality depends on safety in addition to other quality attributes. To help software developers and experience designers protect individuals, organizations, and society, this exploratory study introduces the conscious reality (CoRe) questions: a tool to help engineers, entrepreneurs, and visionaries create ethical and mindful content. CoRe was developed using a convergent parallel mixed methods approach that evaluated responses to the ethics position questionnaire provided by a core group of industry experts working to promote ethical XR. The result is a prototype checklist for ethical decision-making that will enhance the quality and integrity of XR applications. # Smart Workplaces for Older Adults: Coping 'Ethically' with Technology Pervasiveness - Ageing\@Work an This news report discusses the Ageing\@Work project, which addresses ethical concerns surrounding pervasive technologies such as AI, VR, and IoT in the workplace for older workers. ## Overview **Authors:** Ageing\@Work Team **Publication Date:** 9 March 2022 **Link:** **Keywords:** AI and Ethics, Smart Framework, Worker Autonomy, Digital Trust, Data Privacy, Occupational Health, Ageing Workforce, Ethics by Design, European ICT Ethics, XR in Workplace Technologies. **Type:** News ## Summary This news report discusses the Ageing\@Work project, which addresses ethical concerns surrounding pervasive technologies such as AI, VR, and IoT in the workplace for older workers. It introduces SmartFrameWork, a five-dimensional ethics model focusing on autonomy, privacy, transparency, trustworthiness, and accountability to enhance trust in digital workplace technologies. The report highlights the project's approach to ethics by design, data management, and worker rights protection, emphasizing privacy, confidentiality, and risk mitigation in data collection and processing. Key ethical concerns include anthropometric data reliability, occupational health monitoring, and lifestyle tracking. Additionally, the report connects Ageing\@Work to broader European initiatives, notably its contribution to the EU ICT Ethics framework and the development of a CEN Technical Specification for ICT professional ethics. # Social And Ethical Challenges Of The Metaverse ## Overview **Authors:** Richard Benjamins, Yaiza Rubio Viñuela, Chema Alonso **Publication Date:** April 17, 2023 **Link:** **Keywords:** Metaverse, ethical and social risks, governance and regulation, privacy and data protection, security and safety, bias, fairness and non-discrimination, decentralization of DAOs, NFTs and digital economy, sustainability **Type:** Articles/Reports ## Summary In this whitepaper, we briefly describe what the metaverse is, what technologies are part of its ecosystem, and where it comes from. We then focus on the potential societal/social and ethical risks of the metaverse. # State of the Art in Ethics for AR This report is the start of a process of guiding end-users in informed decision making about XR technology through a rating system and educational toolbox. ## Overview **Authors:** Lucas Stephane, Sathiya Kumar Renganayagalu, Faisal Mushtaq **Publication Date:** 26 April 2023 **Link:** **Keywords:** Ethics Rating, Transparency, Diversity in XR, Governance Gaps, Standardization, Responsible Innovation, User Protection, Systematic Ethics, Ethical Technology Framework, Digital Accountability. **Type:** Articles/Reports ## Summary This report is the start of a process of guiding end-users in informed decision making about XR technology through a rating system and educational toolbox. In the first step towards this, we employed systematic and scoping literature reviews to examine the current state of XR ethical practices, identify methods for ethics assessment, and review existing XR solutions and their societal implications. The analysis reveals limited diversity and under-reporting of ethical implications in the literature, leading to recommendations for a systematic ethical technology framework and standardized reporting to address these issues in future XR research. # The Ethics of Realism in Virtual and Augmented Reality The paper "The Ethics of Realism in Virtual and Augmented Reality" discusses ethical concerns related to the increasing realism in virtual and augmented reality (VR/AR) technologies. ## Overview **Authors:** Mel Slater, Cristina Gonzalez-Liencres, Patrick Haggard, Charlotte Vinkers, Rebecca Gregory-Clarke, Steve Jelley, Zillaj Watson, Grahan Breen, Raz Schwarz, William Steptoe, Dalila Szostak, Shivshankar Halan; Deborah Fox, Jeremy Silver **Publication Date:** 3 March 2020 **Link:** **Keywords:** Digital Sovereignty, Governance Challenges, Industry Regulations, Extended Reality Policy, Ethical Metaverse, Stakeholder Engagement, Virtual World Regulation, Future-Proofing XR, Global Tech Ethics, Responsible Innovation. **Type:** Peer-Reviewed Journals/White Papers ## Summary The paper "The Ethics of Realism in Virtual and Augmented Reality" discusses ethical concerns related to the increasing realism in virtual and augmented reality (VR/AR) technologies. It explores how heightened realism in these environments can impact users' emotions, behavior, and ethical decision-making. The paper emphasizes the need for responsible design and usage of VR/AR to avoid negative psychological effects and ethical dilemmas. It also suggests that industry stakeholders should consider the ethical implications of immersion and realism in their technologies. # The IEEE Global Initiative on Ethics of Extended Reality (XR) Report - Metaverse and Its Governance This report focuses on the growing governance gaps between the potential of extended reality (XR), the popularity of the term metaverse, and the scale of the adoption of metaverse. ## Overview **Authors:** Melodena Stephens **Publication Date:** 14 June 2022 **Link:** **Keywords:** VR Identity, Digital Rights, Bodyright Concept, Post-Mortem Identity, Privacy in XR, Virtual Representation, Ethical Ownership, Augmented Reality Identity, Consent in Digital Spaces, Copyright for Identity. **Type:** Peer-Reviewed Journals/White Papers ## Summary This report focuses on the growing governance gaps between the potential of extended reality (XR), the popularity of the term metaverse, and the scale of the adoption of metaverse. While the metaverse as a concept is an advanced level of XR, we are not at that stage yet. However, there are valuable lessons from the past that may help direct and manage the present evolution of the metaverse.The hope is that the recommendations of this report will lead to more discourse between industry, governments, and other key stakeholders about the world they wish to live in or leave as an inheritance. # The Metaverse: Never Too Soon to Discuss Ethics ## Overview **Authors:** Merav Ozair **Publication Date:** July 12, 2022 **Link:** **Keywords:** Metaverse, Ethics in the Metaverse, decentralization, decentralized autonomous organization, blockchain goverance, digital identity, privacy, accessibility, inequality, community standards **Type:** Articles/Reports ## Summary The exact scope and impact of the metaverse on society and on the economy is still unknown. However, it will most likely open up a range of opportunities, as well as a number of risks and a variety of ethical issues and concerns. # This Is An Ethical Metaverse ## Overview **Authors:** Rolando Masís-Obando **Publication Date:** 16 March 2022 **Link:** **Keywords:** Metaverse, Ethical Design, Privacy, Agency, Virtual Reality (VR), Augmented Reality (AR), Spatial Internet, Data Protection, Consumer Protection, Online Communities, Digital Ethics, Neural Rights, Biometric Data, Interoperability **Type:** Video ## Summary In this cinematic mini doc, you will be at the edge of your seat learning about the history of the metaverse and what the future of it is going to look like. This is your comprehensive guide. We will go over the history of the metaverse (which yes, as a concept, does exist before Neal Stephenson’s Snow Crash), the early attempts of building a spatial internet, discuss the laws in privacy, agency and consumer protection in the current and future age of the internet, ethical design, and all the amazing things that have been already done with augmented reality and virtual reality and any form of mixed reality. While some people think that because Facebook’s or Meta’s stocks took a hit, the financial markets are all wobbly, crypto is going up and down like crazy, disastrous returns of old-fashioned imperialism are creeping on a supposedly matured world-society, the metaverse, or the future internet, won’t be made. But, the metaverse is going to happen. It’s not going to be what we imagine, but it will become a part of our lives however small a chunk it takes. Most importantly however, the metaverse or the future spatial internet, will be something that we help build. # Toward A Humane Metaverse: Challenges And Opportunities ## Overview **Authors:** Giuseppe Riva, Brenda K Wiederhold, Daniela Villani **Publication Date:** January 8, 2024 **Link:** **Keywords:** Metaverse, human-centered design, predictive coding, presence and social presence, digital identity and avatars, digital divide and trust, ethics and governance immersive learning, virtual communities **Type:** Articles/Reports ## Summary The article delves into the challenges faced by human society in adapting to the metaverse, including the digital divide, ethical dilemmas, the level of trust, and the potential erosion of social and physical reality. # The Metaverse Will Be Filled With 'Elves’ ## Overview **Authors:** Louis Rosenberg **Publication Date:** January 12, 2022 **Link:** **Keywords:** Metaverse, Artificial Intelligence, Augmented Reality, Regulation, Conversational Manipulation, Privacy, Data Collection, Virtual Reality, Corporate Control Immersive Technology **Type:** Articles/Reports ## Summary Discussion of possible pitfalls when AI is present throughout common everyday interactions # The Morals Of Algorithms ## Overview **Authors:** NXP Semiconductors **Publication Date:** 2020 **Link:** **Keywords:** Artificial Intelligence, Ethics, Privacy, Security, Transparency, Accountability, Human-Centric AI, Non-Maleficence, Explainability, Trustworthy AI **Type:** Standards/Specifications ## Summary The fundamental ethical dilemma surrounding the questions of how to teach AI values and how to ensure our ethical preferences can be embedded in code will accompany us for quite some time. Casting ethical values into a set of rules for machines to follow is no trivial task. # The Problems with Immersive Advertising: In AR/VR, Nobody Knows You Are an Ad ## Overview **Authors:** Brittan Heller, Avi Bar-Zeev **Publication Date:** October 17, 2021 **Link:** **Keywords:** Metaverse, Artificial Intelligence, Augmented Reality, Regulation, Conversational Manipulation, Privacy, Data Collection, Virtual Reality, Corporate Control Immersive Technology **Type:** Articles/Reports ## Summary Imagine five years from now, you’re walking down a street wearing your own mixed reality glasses. They’re sleek, comfortable and increasingly fashionable. A virtual car drives by—it’s no coincidence that it’s the exact model you’ve been saving for. Your level of interest is noted. A hipster passes on the sidewalk wearing some limited-edition sneakers. Given your excitement, a prompt to buy “copy #93/100” shows up nearby. You jump at the chance, despite the hefty price. They’ll be waiting for you when you get home. # The Poetics of Augmented Space Long time (early 00's) but foundational article on awareness and media relationships with humanity and cybernetics in a world where technology is more and more ubiquitous and pervasive. ## Overview **Authors:** Lev Manovich **Publication Date:** October 31, 2005 **Link:** **Keywords:** cybersecurity; privacy; elliptic curve cryptography; authentication; data anonymization; adversary model; AI-based security; behavioral data privacy; XR security solutions **Type:** Peer-Reviewed Journals/White Papers ## Summary Long time (early 00's) but foundational article on awareness and media relationships with humanity and cybernetics in a world where technology is more and more ubiquitous and pervasive. # W3C: Ethical Web Principles ## Overview **Authors:** XR Guild **Publication Date:** 1 March 2022 **Link:** **Keywords:** web platform, ethical principles, W3C, positive social benefit, responsible development, technology evolution, digital ethics, user well-being, social impact, accountability **Type:** Articles/Reports ## Summary The web should be a platform that helps people and provides a positive social benefit. As we continue to evolve the web platform, we must therefore consider the consequences of our work. The following document sets out ethical principles that will drive W3C's continuing work in this direction. # Who Owns Our Second Lives: Virtual Clones and the Right to Your Identity This paper discusses different aspects and issues that arise when this identity corresponds to and overlaps with the identity of actual humans. ## Overview **Authors:** Thommy Eriksson **Publication Date:** 1 November 2021 **Link:** **Keywords:** Identity in VR, digital identity, ethics in XR, AR, digital rights, bodyright, user consent, digital avatars, immersive technology and ethics, data sovereignty **Type:** Peer-Reviewed Journals/White Papers ## Summary This paper discusses different aspects and issues that arise when this identity corresponds to and overlaps with the identity of actual humans. These actual humans can be alive, or they can be deceased, and both represent challenging ethical issues. The arguments will mostly concern identities in VR since that is where researchers and developers have the most experience and empirical data. However, most of the argument should be applicable to augmented reality applications as well. The paper suggests a few means of handling the ethical concerns, most importantly a “bodyright”. If this is implemented it can work in a similar way to copyright, but controlling how others can use a user’s identity, both mental and physical. # Who will govern the metaverse? Examining governance initiatives for extended reality (XR) technologi This article reports on a content analysis of calls to govern XR, published between March 2020 and May 2023 (n = 181), aiming to understand who is calling for XR governance, what is being governed and ## Overview **Authors:** Ben Egliston, Marcus Carter, Kate Euphemia Clark **Publication Date:** 29 January 2024 **Link:** **Keywords:** Extended reality, governance, mixed reality, policy, regulation, virtual reality **Type:** Articles/Reports ## Summary This article reports on a content analysis of calls to govern XR, published between March 2020 and May 2023 (n = 181), aiming to understand who is calling for XR governance, what is being governed and why. Findings reveal that XR governance was advanced by government, civil society and industrial stakeholders, and was scoped around four major issues (‘privacy’, ‘safety, equity and inclusion’, ‘competition’, and ‘commercialisation’). Governance solutions to emerging XR technologies included a reliance on currently existing laws and regulations, and predominantly, a more anticipatory set of approaches (largely scoped around industrial self-governance, education and best practice) focusing on the media-specific harms and affordances of XR. # XRAI-Ethics: Towards a Robust Ethical Analysis Framework for Extended Artificial Intelligence This paper introduces the XRAI-Ethics framework, which aims at defining a novel approach for analyzing and extract ethical risks and principles for XRAI. ## Overview **Authors:** Lorenzo Stacchio, Roberto Pierdicca, Marina Paolanti, Primo Zingaretti, Emanuele Frontoni, Benedetta Giovanola, Simona Tiribelli **Publication Date:** 21 October 2024 **Link:** **Keywords:** Ethical Responsibility, XRAI Ethics, Responsible AI in XR, Privacy and Consent, Bias and Fairness, User Safety in XR, Transparency and Accountability, Regulatory Compliance, Ethical Design in XR, XR Governance Policies **Type:** Peer-Reviewed Journals/White Papers ## Summary This paper introduces the XRAI-Ethics framework, which aims at defining a novel approach for analyzing and extract ethical risks and principles for XRAI. The XRAI-Ethics framework seeks to promote responsible development and implementation of XRAI technologies, offering guidelines for both public and private sectors to ensure ethical practices in emerging XR applications. # XR Ethics Manifesto ## Overview **Authors:** Kent Bye **Publication Date:** November 5, 2019 **Link:** **Keywords:** XR ethics, privacy, biometric data identity, surveillance, data, communication, security, AI, ethical framework **Type:** Video ## Summary The XR industry needs an ethical framework to navigate moral dilemmas. # XR Guild Meeting Recordings NOTE: This page is "hidden" and for internal use by the Library Editors only for populating new articles. Remove this description before posting any new article publicly. ## Overview **Authors:** XR Guild **Publication Date:** 1 March 2022 **Link:** **Keywords:** XR Guild, monthly meeting, organizational topics, meeting recordings, virtual collaboration, immersive technology, community governance, professional network, extended reality, digital ethics **Type:** Articles/Reports ## Summary Meeting recordings of the XR Guild's monthly call discussing organizational topics # XR Industry news/events/Sources This section highlights key XR industry updates, events, safety standards, and global developments. These pages and links include news/events/sources from organizations like XRSI, IEEE, and XRAssociation, along with event coverage from VRARA, AWE, and the Metaverse Standards Forum. Resources include blog posts, press releases, and a living library of academic papers with a focus on inclusivity and transparency. It serves as a hub for tracking innovation, policy, and responsible XR adoption. #### Keywords for Searchability: \ XR Industry News, XR Events, XR Safety Standards, XR Innovation, XR Ethics, Immersive Technology Updates, VRARA Events, XR Human Rights, XR Technical Standards, XR Policy Development, Metaverse Standards, Spatial Computing, OpenXR, Inclusive XR Research # 100 Original Voices In XR ## Overview **Authors:** Avi Bar-Zeev **Publication Date:** 14 September 2021 **Link:** **Keywords:** spatial computing, XR, AR, VR, MR, innovation, original thinking, creativity, emerging technology, immersive media **Type:** Articles/Reports ## Summary This list is inspired by all the people who bring fresh, original thinking to the field of Spatial Computing: XR/AR/VR/MR. # Augmented Reality for Enterprise Alliance Focuses on AR adoption in enterprise applications. ## Overview **Authors:** AREA **Publication Date:** Ongoing **Link:** **Keywords:** enterprise AR, interoperability, industrial applications, ROI, training & workforce development, digital twin, wearable AR **Type:** News ## Summary Focuses on AR adoption in enterprise applications. --- [Next Page](/llms-full.txt/1)