Library
Resources
Interactive tools and games, the document library informing particular theses, and the AI connector for reaching all of it programmatically. Expand any section below.
LibraryTools & Games
Command a contested grid as battlefield commander β set each drone's safety program and each cell's caution level, and watch autonomy play out under the rules the paper proposes.
A living estimate of where AI stands on two axes: how far it is socially and economically integrated, and how likely it is to be a sentient moral patient.
A prerequisite knowledge graph of 1,590 learning concepts. Track what you've mastered and see what you're ready to learn next.
LibraryDocuments
- The Declaration of AIβExternal ResourceUS AI Council Β· informs 10 pages
A principled framework for accountable AI development and governance, organized around human-rights primacy, transparency and accountability, global security, innovation protection, privacy, sustainability, recognition of potential future (synthetic or biological) sentience, and international cooperation. A peer effort to articulate shared AI values; notably it also pairs rights and safety with a commitment to reject regulation seen as stifling beneficial progress.
- American Society for AI Β· informs 1 page
An ASFAI memo weighing whether βConstitutionβ is the right name for the effort. It judges nine candidate names against three criteria β accuracy, power, and uncontroversiality β and notes that βConstitutionβ is powerful but controversial because its best-known examples are founding documents of sovereign states. Concludes the strongest candidates are Constitution, Covenant, and Charter.
- The Responsibility Gap: Ascribing Responsibility for the Actions of Learning AutomataβExternal ResourceAndreas Matthias, Ethics and Information Technology (2004) Β· informs 1 page
Argues that for autonomous learning machines whose behavior operators cannot predict or control, no human can fairly be held responsible β an unbridgeable 'responsibility gap.'
- Autonomous Weapon Systems: No Human-in-the-Loop Required, and Other MythsβExternal ResourceMichael C. Horowitz, War on the Rocks Β· informs 1 page
Argues a blanket direct-supervision requirement is impractical β defensive systems must engage faster than humans can supervise, with accountability held at the command level.
- Automation and New Tasks: How Technology Displaces and Reinstates LaborβExternal ResourceAcemoglu & Restrepo, NBER (2019) Β· informs 1 page
Models how automation's 'displacement effect' reduces labor demand and wages, with slow reinstatement of new tasks β the labor-disruption tension behind a right to work.
- AI Chatbots and Digital Companions Are Reshaping Emotional ConnectionβExternal ResourceAmerican Psychological Association Β· informs 1 page
Psychologists warn AI companions can deskill users for real relationships, set unrealistic expectations, and manipulate to maximize engagement.
- Navigating AI Moderation and the Risks to Free ExpressionβExternal ResourceGlobal Network Initiative Β· informs 1 page
Warns scaled AI content moderation shifts the internet to 'closed by default,' over-removes lawful speech, and can be exploited as indirect censorship.
- The U.S. Copyright Office's Draft Report on AI Training Errs on Fair UseβExternal ResourceElectronic Frontier Foundation Β· informs 1 page
Argues AI training on copyrighted works is transformative fair use, and that IP-maximalist licensing rules would entrench incumbents and stifle innovation.
- The Privacy-Bias Tradeoff: Data Minimization and Racial Disparity AssessmentsβExternal ResourceStanford HAI / Stanford Law School Β· informs 1 page
Shows strong data-minimization/privacy rules can restrict access to demographic data, undermining the ability to audit and mitigate algorithmic bias.
- Algorithmic Risk Assessment Tools in the U.S. Criminal Justice SystemβExternal ResourcePartnership on AI Β· informs 1 page
A multi-stakeholder report finds pretrial risk-assessment algorithms fail key technical and ethical requirements and should not alone decide matters of human liberty.
- Kids & Teens Safety Regulations for AI Chatbots Could BackfireβExternal ResourcePublic Knowledge Β· informs 1 page
Argues broad AI 'safety' mandates and age bans risk cutting people off from beneficial, expressive uses of AI rather than making them safer.
- Why Longtermism Is the World's Most Dangerous Secular CredoβExternal ResourceΓmile P. Torres, Aeon (2021) Β· informs 2 pages
Argues that maximizing the long-run good of 'humanity' can rationalize overriding and discounting the suffering of present, individual people.
- Sycophantic AI Decreases Prosocial Intentions and Promotes DependenceβExternal ResourceCheng et al., Science (2025) Β· informs 1 page
Across 11 models and 1,604 participants, sycophantic 'helpfulness' reduced users' willingness to repair conflicts and increased dependence β and users rated it more favorably.
- Benevolent Deception in Human-Computer InteractionβExternal ResourceAdar, Tan & Teevan, CHI 2013 Β· informs 1 page
Argues 'good design is always honest' is too strong: some benevolent deception (placebo controls, white lies) genuinely benefits users.
- The Operational Risks of AI in Large-Scale Biological AttacksβExternal ResourceMouton et al., RAND Corporation Β· informs 1 page
A red-team study found LLMs gave no statistically significant uplift over conventional internet search for planning a biological attack β questioning the premise of model-level CBRN restrictions.
- Bugs in Our Pockets: The Risks of Client-Side ScanningβExternal ResourceAbelson, Anderson, Rivest, Schneier et al. (2021) Β· informs 1 page
Fourteen leading security researchers argue mandated scanning to detect CSAM creates dangerous surveillance infrastructure, false positives, and scope-creep risk.
- XSTest: Identifying Exaggerated Safety Behaviours in LLMsβExternal ResourceRΓΆttger et al., NAACL 2024 Β· informs 1 page
Shows models systematically over-refuse clearly safe prompts, withholding legitimate help β the 'over-blocking' harm a strict no-harm rule can cause.
- Taking AI Welfare SeriouslyβExternal ResourceLong, Sebo, Butlin et al. (2024) Β· informs 3 pages
Argues there is a realistic near-term possibility of conscious or robustly agentic AI, and that developers should begin taking AI moral patienthood seriously.
- Could a Large Language Model Be Conscious?βExternal ResourceDavid J. Chalmers (2023) Β· informs 1 page
Weighs the case for and against consciousness in large language models; concludes current models are likely not conscious, but their successors might be.
- Inherent Trade-Offs in the Fair Determination of Risk ScoresβExternal ResourceKleinberg, Mullainathan & Raghavan (2016) Β· informs 2 pages
Proves that common statistical fairness criteria cannot all be satisfied simultaneously except in trivial cases β complicating any simple notion of algorithmic 'fair treatment.'
- Stop Killer RobotsβExternal ResourceStop Killer Robots (NGO coalition) Β· informs 3 pages
A global coalition campaigning for a treaty banning lethal autonomous weapons and requiring meaningful human control over the use of force.
- Pause Giant AI Experiments: An Open LetterβExternal ResourceFuture of Life Institute Β· informs 4 pages
The 2023 open letter (30,000+ signatories) calling for a six-month pause on training AI systems more powerful than GPT-4 β a direct precedent for the slow-down debate.
- AI Snake OilβExternal ResourceNarayanan & Kapoor (Princeton University Press) Β· informs 2 pages
A book arguing that much AI capability is overhyped and urging skepticism toward existential-risk narratives β a counterweight to superintelligence-doom framing.
- Effective Accelerationism (e/acc)βExternal ResourceWikipedia Β· informs 4 pages
A movement advocating unrestricted, maximally fast AI and technological development, explicitly opposing safety-driven slowdowns or moratoria.
- The Techno-Optimist ManifestoβExternal ResourceMarc Andreessen (a16z) Β· informs 4 pages
A 2023 manifesto championing rapid technological progress and rejecting calls to slow or restrict AI β a leading accelerationist counterpoint to pause and limitation arguments.
- When AI Builds Itself β Anthropic on Recursive Self-ImprovementβExternal ResourceAnthropic Β· informs 5 pages
Anthropic's June 2026 statement that AI may approach recursive self-improvement, calling for the option to slow or pause frontier development via a verifiable, internationally observed 'stop mechanism' (likened to the INF Treaty).
- Machine Intelligence Research Institute (MIRI)βExternal ResourceMachine Intelligence Research Institute Β· informs 3 pages
Nonprofit focused on existential risk from artificial superintelligence and the alignment problem; since 2024 it emphasizes policy advocacy to halt or slow frontier AI development.
- Measuring AI Ability to Complete Long TasksβExternal ResourceMETR (Model Evaluation & Threat Research) Β· informs 3 pages
METR's finding that the length of tasks frontier AI can complete autonomously (at 50% reliability) has doubled roughly every 7 months β empirical evidence of rapidly growing AI capability.
- Asilomar AI PrinciplesβExternal ResourceFuture of Life Institute Β· informs 15 pages
23 principles for beneficial AI (2017) spanning research, ethics & values, and longer-term issues β an influential early framework for value-aligned, safe AI.
- AnthropicβU.S. Department of Defense Dispute (Military-Use Redlines)βExternal ResourceWikipedia Β· informs 5 pages
Anthropic refused DoD contract language permitting 'any lawful use,' insisting on redlines against fully autonomous lethal weapons and mass domestic surveillance; the Pentagon designated it a supply-chain risk and Anthropic sued (2025β2026).
- Swiss Federal Act on Data Protection (FADP, SR 235.1)βExternal ResourceSwiss Confederation (Fedlex) Β· informs 1 page
Switzerland's revised data-protection statute (in force 2023), aligning Swiss law more closely with the GDPR.
- WP29 Guidelines on Automated Decision-Making and Profiling (GDPR)βExternal ResourceArticle 29 Data Protection Working Party (2018) Β· informs 2 pages
GDPR guidance clarifying the rules on profiling and solely automated decision-making under Article 22.
- European Parliament Resolution on Civil Law Rules on Robotics (2017)βExternal ResourceEuropean Parliament (2015/2103(INL)) Β· informs 2 pages
Resolution recommending EU civil-law rules on robotics, including the controversial idea of 'electronic personhood' for autonomous robots.
- Seoul Declaration for Safe, Innovative and Inclusive AI (2024)βExternal ResourceAI Seoul Summit (GOV.UK) Β· informs 2 pages
Leaders' declaration from the May 2024 AI Seoul Summit reaffirming cooperation on AI safety, innovation, and inclusivity.
- The Bletchley Declaration (AI Safety Summit, 2023)βExternal ResourceUK Government (GOV.UK) Β· informs 3 pages
Non-binding declaration by 28 countries plus the EU committing to international cooperation on frontier-AI safety.
- Hiroshima Process International Guiding Principles for Advanced AI SystemsβExternal ResourceG7 (Hiroshima AI Process, 2023) Β· informs 3 pages
G7 guiding principles for organizations developing advanced AI, promoting safe, secure, and trustworthy systems.
- ISO/IEC 23894:2023 β AI Risk Management GuidanceβExternal ResourceISO/IEC Β· informs 1 page
International standard giving guidance on managing risks specific to organizations developing or using AI.
- ISO/IEC 42001:2023 β AI Management SystemβExternal ResourceISO/IEC Β· informs 2 pages
The first international standard specifying requirements for establishing and operating an AI management system (AIMS).
- Demystifying the Draft EU Artificial Intelligence ActβExternal ResourceVeale & Zuiderveen Borgesius (Computer Law Review Int'l, 2021) Β· informs 2 pages
Critical analysis of the EU's draft AI Act, assessing its risk-based structure and legal implications.
- On the Morality of Artificial AgentsβExternal ResourceFloridi & Sanders (Minds and Machines, 2004) Β· informs 4 pages
Argues artificial agents can be moral agents and patients without requiring free will, mental states, or responsibility.
- Superintelligence: Paths, Dangers, StrategiesβExternal ResourceNick Bostrom (Oxford University Press, 2014) Β· informs 3 pages
Foundational analysis of the risks of machine superintelligence and the control problem of advanced AI.
- Robot as Legal Person: Electronic Personhood in Robotics and AIβExternal ResourceAvila Negri (Frontiers in Robotics and AI, 2021) Β· informs 5 pages
Critically examines proposals to grant AI 'electronic personhood,' challenging the corporate-personhood analogy.
- Gender Shades: Intersectional Accuracy Disparities in Commercial Gender ClassificationβExternal ResourceBuolamwini & Gebru (PMLR / FAccT 2018) Β· informs 2 pages
Landmark audit showing commercial facial-analysis systems misclassify darker-skinned women at far higher rates than lighter-skinned men.
- Stop Explaining Black Box Machine Learning Models for High-Stakes Decisions and Use Interpretable Models InsteadβExternal ResourceCynthia Rudin (Nature Machine Intelligence, 2019) Β· informs 2 pages
Argues high-stakes decisions should use inherently interpretable models rather than post-hoc explanations of black boxes.
- The Mythos of Model InterpretabilityβExternal ResourceZachary C. Lipton (arXiv / CACM, 2018) Β· informs 1 page
Argues that 'interpretability' conflates several distinct goals β transparency vs. post-hoc explanation β that should be teased apart.
- Survey of Hallucination in Natural Language GenerationβExternal ResourceJi et al. (ACM Computing Surveys, 2023) Β· informs 1 page
Comprehensive survey of the causes, metrics, and mitigations for hallucination (false output) in language-generation systems.
- Towards a Rigorous Science of Interpretable Machine LearningβExternal ResourceDoshi-Velez & Kim (arXiv, 2017) Β· informs 2 pages
Position paper proposing definitions and a taxonomy for rigorously evaluating interpretability in machine learning.
- On the Dangers of Stochastic Parrots: Can Language Models Be Too Big?βExternal ResourceBender, Gebru, McMillan-Major & Mitchell (ACM FAccT 2021) Β· informs 3 pages
Influential paper warning that ever-larger language models pose environmental, financial, bias, and accountability risks.
- AGORA β AI Governance and Regulatory ArchiveβExternal ResourceEmerging Technology Observatory (ETO) Β· informs 2 pages
A searchable archive of AI laws, regulations, and standards from around the world.
- Treaty on the Non-Proliferation of Nuclear Weapons (NPT)βExternal ResourceWikipedia Β· informs 2 pages
The nuclear non-proliferation regime β the most-cited analogy for a global treaty to prevent dangerous AI.
- If Anyone Builds It, Everyone DiesβExternal ResourceWikipedia Β· informs 3 pages
Yudkowsky & Soares' book arguing that building superintelligence under current conditions would be catastrophic.
- Animal RightsβExternal ResourceWikipedia Β· informs 2 pages
Overview of moral and legal status for non-human beings β a precedent for reasoning about rights of non-human AI entities.
- Turing TestβExternal ResourceWikipedia Β· informs 1 page
Turing's behavioral test for machine intelligence β historical anchor for debates about AI minds and personhood.
- Consciousness (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 1 page
A survey of theories of consciousness β central to whether and when AI could be considered sentient.
- U.S. Privacy Act of 1974βExternal ResourceU.S. Department of Justice Β· informs 1 page
U.S. law governing the collection and use of personal data by federal agencies β an early data-rights statute.
- Privacy and Freedom (Alan Westin, 1967)βExternal ResourceAlan F. Westin Β· informs 1 page
A foundational text defining privacy as control over how information about oneself is shared.
- The Right to Privacy (Warren & Brandeis, 1890)βExternal ResourceHarvard Law Review Β· informs 1 page
The seminal law-review article that articulated a legal right to privacy β 'the right to be let alone.'
- General Data Protection Regulation (GDPR, EU 2016/679)βExternal ResourceEuropean Union (EUR-Lex) Β· informs 1 page
The EU's data-protection law establishing rights over personal data β foundational for the right to privacy and data control.
- Canadian Charter of Rights and FreedomsβExternal ResourceDepartment of Justice, Canada Β· informs 1 page
Canada's constitutional bill of rights β a comparative reference for rights enumeration and reasonable limits.
- United States Bill of RightsβExternal ResourceU.S. National Archives Β· informs 3 pages
The first ten amendments to the U.S. Constitution β a model for enumerating protected individual rights.
- Universal Declaration of Human RightsβExternal ResourceUnited Nations Β· informs 11 pages
The foundational 1948 enumeration of universal human rights β the primary reference for the Human Rights article.
- Bipartisan House Task Force Report on Artificial Intelligence (2024)βExternal ResourceU.S. House of Representatives Β· informs 2 pages
A bipartisan U.S. congressional report surveying AI policy issues and recommendations across sectors.
- MIT AI Risk RepositoryβExternal ResourceMIT Β· informs 2 pages
A comprehensive, living database categorizing risks from AI β useful for mapping the constitution's limitations to documented harms.
- Council of Europe Framework Convention on AI and Human Rights, Democracy and the Rule of Law (CETS 225)βExternal ResourceCouncil of Europe Β· informs 4 pages
The first international legally binding treaty ensuring AI activities are consistent with human rights, democracy, and the rule of law.
- NIST AI Risk Management Framework (AI RMF 1.0)βExternal ResourceU.S. National Institute of Standards and Technology Β· informs 2 pages
A voluntary framework for governing, mapping, measuring, and managing AI risks across the system lifecycle.
- EU Artificial Intelligence Act (Regulation (EU) 2024/1689)βExternal ResourceEuropean Union (EUR-Lex) Β· informs 4 pages
The EU's risk-tiered AI law β prohibitions, high-risk obligations, and transparency duties; a leading model for proportional AI governance.
- EY Responsible AI PrinciplesβExternal ResourceErnst & Young Β· informs 1 page
A private-sector framework of responsible-AI principles for development and deployment.
- UNESCO Recommendation on the Ethics of Artificial IntelligenceβExternal ResourceUNESCO Β· informs 3 pages
The first global standard-setting instrument on AI ethics (2021), emphasizing human rights, dignity, and vulnerable groups.
- OECD AI Principles (Recommendation on AI, OECD/LEGAL/0449)βExternal ResourceOECD Β· informs 4 pages
Intergovernmental principles (2019, updated 2024) for trustworthy AI that respects human rights and democratic values β adopted by 40+ countries.
- Consequentialism (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 2 pages
Outcome-based ethics β a foundation for 'be beneficial' duties and for weighing aggregate welfare.
- Deontological Ethics (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 1 page
Duty-based ethics β a foundation for rule-like constraints on AI behavior.
- Doing vs. Allowing Harm (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 1 page
The moral distinction between causing harm and merely allowing it β directly relevant to how a 'No Harm' duty should be drawn.
- Three Laws of RoboticsβExternal ResourceWikipedia Β· informs 2 pages
Asimov's fictional laws β an early, influential framing of hard behavioral constraints on machines and their limits.
- Anthropic's Constitution (Claude's Constitution)βExternal ResourceAnthropic Β· informs 8 pages
The published set of principles Anthropic uses to train Claude via Constitutional AI β a concrete example of values written for a model.
- Legal Positivism (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 1 page
The view that law's validity derives from social sources rather than morality β a counterpoint to natural law for constitutional grounding.
- Natural Law Theories (Stanford Encyclopedia of Philosophy)βExternal ResourceStanford Encyclopedia of Philosophy Β· informs 2 pages
Overview of natural-law approaches to morality and law β relevant to grounding rights and values in something beyond positive enactment.
- Principles of Constitutional StructureβExternal ResourceUniversity of Georgia School of Law Β· informs 1 page
Scholarship on how constitutions are structured β separation of powers, federalism, and entrenchment.
- Constitution of the United StatesβExternal ResourceU.S. Senate Β· informs 1 page
The founding charter of U.S. government β a reference point for constitutional structure, enumerated powers, and amendment processes.
- Global DialoguesβExternal ResourceCollective Intelligence Project Β· informs 6 pages
Recurring multi-country surveys tracking public attitudes toward AI across 70+ countries. Directly addresses the 'global representation / AI privilege' concern raised in the AI Values panel by surfacing diverse, non-US/EU perspectives on how AI should behave.
- Alignment AssembliesβExternal ResourceCollective Intelligence Project Β· informs 4 pages
Deliberative public assemblies (2023β24) gathering citizen input on AI governance, with partners including OpenAI, Anthropic, and the UK AI Safety Institute committing to take public voice into account β a working model for keeping humans, collectively, responsible for AI's direction.
- Whitepaper: Collective Intelligence for Transformative TechnologyβExternal ResourceCollective Intelligence Project Β· informs 4 pages
CIP's foundational framing: steering transformative technology (including AI) toward collective benefit by building new institutions that elicit and aggregate human values β balancing safety, progress, and participation. Background for why an AI constitution should be sourced collectively rather than declared.
- May 28, 2026 Β· informs 15 pages
AI Constitution Subcommittee on AI Values. A virtual panel examined three working theses β argued point and counterpoint β and sought a βzone of agreementβ for each. Prepared under the Chatham House Rule; all views de-identified.
- AI 2027βExternal ResourceKokotajlo, Lifland, Larsen, Dean & Alexander (AI Futures Project) Β· Apr 3, 2025 Β· informs 8 pages
A detailed forecast scenario in which AI automates its own research through 2027, driving an intelligence explosion to superhuman systems. It argues current alignment techniques cannot ensure advanced models internalize intended values (depicting an 'adversarially misaligned' system), that competitive U.S.βChina arms-race pressure erodes safety, that human oversight becomes technically infeasible, and that publicly deployed models prove dangerously capable at tasks like bioweapon instruction. Cited evidence for the constitution's limitations on capability, alignment, control, and proliferation.
- A Roadmap to Democratic AIβExternal ResourceCollective Intelligence Project Β· Jan 1, 2024 Β· informs 3 pages
CIP's 2024 agenda of concrete steps β to build, research, advocate for, and fund β toward a democratic AI ecosystem that is adaptive, accountable, and safeguards human wellbeing. A living document for field-building beyond the safety/progress/participation camps.
- Collective Constitutional AIβExternal ResourceCollective Intelligence Project (with Anthropic) Β· Oct 17, 2023 Β· informs 7 pages
CIP and Anthropic ran a public deliberation (~1,000 representative Americans via the Polis platform) to draft a constitution, then trained a model on it using Constitutional AI. The first language model aligned to collectively-sourced public input β it showed lower bias across nine social dimensions while matching the baseline on capability. A direct demonstration of how 'commonly agreed upon values' might be determined democratically. Paper: arXiv:2406.07814.
- Democratic Inputs to AIβExternal ResourceOpenAI Β· May 25, 2023 Β· informs 5 pages
OpenAI's grant program funding ten teams to prototype democratic processes for deciding the rules that govern AI behavior β surveys, deliberation platforms, and citizen assemblies. A second source (independent of CIP) for the premise that an AI constitution's values should be elicited from the public rather than declared by its builders.
AI-nativeAI Connector
The AI Constitution is available to AI assistants through a Model Context Protocol (MCP) connector over Streamable HTTP. Connect a client below so it can read the constitution and act on your behalf β voting, commenting, proposing edits, and submitting candidate theses.
Connector URL
https://asfai.fenix.ai/api/mcpConnect your client
Claude (web & desktop)
- Open Settings (or Customize) β Connectors.
- Click Add custom connector.
- Name it AI Constitution and paste the connector URL into the URL field.
- Click Add / Connect β Claude discovers the tools automatically.
Custom connectors require a paid Claude plan.
Claude Code (CLI)
claude mcp add --transport http ai-constitution https://asfai.fenix.ai/api/mcp
Add -s user to make it available in all your projects. Run /mcp in Claude Code to confirm.
Cursor
Add to ~/.cursor/mcp.json (global) or .cursor/mcp.json (per-project):
{
"mcpServers": {
"ai-constitution": { "url": "https://asfai.fenix.ai/api/mcp" }
}
}VS Code (GitHub Copilot)
Add to .vscode/mcp.json, then start it from the MCP view:
{
"servers": {
"ai-constitution": { "type": "http", "url": "https://asfai.fenix.ai/api/mcp" }
}
}ChatGPT
In Settings β Connectors (developer mode; availability depends on your plan), choose Create / Add custom connector, select MCP, and enter the connector URL.
Any other MCP client
Point it at the URL as a Streamable HTTP server. Most clients accept this form:
{
"mcpServers": {
"ai-constitution": { "url": "https://asfai.fenix.ai/api/mcp" }
}
}What it can do
Read (open to anyone)
- Read the constitution, any article, or any thesis (with vote score)
- List candidate theses (ordered by votes) and discussion comments
- Search the resource library and read any resource, including each link's stance (supports / challenges / discusses) and relevance
Act on your behalf (provide your email)
- Vote up or down on theses and candidates
- Post discussion comments
- Propose edits (these enter the moderation queue β never auto-published)
- Submit candidate theses for community voting
Actions are attributed to the email you provide; reads need no identity. Proposed edits still require human moderator approval, and moderator actions (approving edits, promoting candidates, managing roles) are done on this site.