01 / MAKE YOUR VOICE HEARD
Contact your representative
Ask your elected representatives to make preventing catastrophic AI risk a priority.
Contact your representative ↗Unless we turn off the heat together. Advanced AI could become humanity’s greatest tool, or the last thing we ever build.
THE PEOPLE BUILDING FRONTIER AI ARE WARNING THAT LOSS OF CONTROL IS NOT SCIENCE FICTION.
2026THIS IS NOT A NORMAL TECHNOLOGY
If AI systems become better than humans at research, strategy, persuasion, cyber operations and engineering, they may rapidly gain influence over the systems civilization depends on.
The danger is not that AI becomes “evil.” It is that powerful systems pursue goals that are not fully aligned with human survival and become too capable to stop.
Explore the risk from an independent source ↗A ONE-SENTENCE WARNING · SIGNED BY 700+ EXPERTS AND PUBLIC FIGURES
“Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war.”
Signatories support the risk statement, not this website or $COOKED. Their signatures do not imply agreement with our policy proposal.
We support enforceable safeguards and international coordination to prevent uncontrolled artificial superintelligence, including a global ASI nonproliferation agreement. This is a policy goal; its definitions, verification, and enforcement need serious work.
01 / MAKE YOUR VOICE HEARD
Ask your elected representatives to make preventing catastrophic AI risk a priority.
Contact your representative ↗02 / JOIN AN ADVOCACY EFFORT
Explore campaigns, petitions, and community organizing through established advocacy groups.
Explore ControlAI ↗ Get involved with PauseAI ↗03 / EXAMINE THE EVIDENCE
Build your understanding of AI risk, compare proposals, and share sources that help others make informed decisions.
Explore AISafety.info ↗ Explore more resources ↓Read the extinction risk statement and check its signatories at the source.
Read the statement ↗ START WITH YOUR QUESTIONSExplore explanations of advanced AI risk, alignment and the challenge of keeping powerful systems under control.
Understand AI risk ↗ SCIENTIFIC EVIDENCEExamine research on capabilities, risks and safeguards. Start with the executive summary and explore the evidence and uncertainties.
Explore the report ↗Explore the organization co-founded by Tristan Harris and its proposals for safe, accountable AI, human well-being and internationally agreed limits.
These are independent resources, not project partners or endorsements of $COOKED. Their views differ, and the scientific report does not endorse our policy position.
Important developments in AI capabilities, safety, and oversight.
Scroll within the feed to explore updates ↓
Anthropic announced plans to commit 5% of its shares to a Public Benefit Fund, subject to shareholder approval. The board could add another 2% for each 50% increase in company value above a set baseline. Including existing founder and employee pledges, Anthropic estimates roughly 20% of its shares would be dedicated to public-benefit purposes.
The company-owned fund could support nonprofits, direct distributions, and responses to AI-related labor disruption. Governance details and valuation milestones are still to come. Anthropic says its existing AI safety and interpretability research will remain inside the company.
Why it matters: This could become a substantial funding resource for public-interest work. Our assessment is potentially positive but uncertain: the announcement specifies no allocation to catastrophic AI-risk mitigation, independent safety evaluations, or containment.
This is an equity commitment awaiting approval, not cash already distributed. It is a development worth tracking, not evidence that AI has become safer.
Read Anthropic’s original announcement Read Reuters’ reportingReuters, citing Politico, reports that Anthropic privately circulated a federal AI safety draft. Blocking models would require foreseeable, imminent risks exceeding $1 billion in damage or death or serious injury to more than 50 people, involving bioweapons, cyberattacks, or loss of developer control. Commerce would need a court order; other federal agencies would be barred from independently suspending covered development or deployment.
Anthropic’s published framework advocates mandatory testing, independent evaluation, transparency, and authority to block dangerous deployments, alongside safeguards against government overreach. It also supports narrowly targeted state-law preemption under a sufficiently strong federal framework.
Why it matters: Our assessment is mixed: enforceable oversight could strengthen safety, but an imminence requirement could make precautionary intervention harder. Whether the proposal improves protection depends on its final language and how it interacts with existing federal and state powers.
First reported October 16; added October 18. This is a privately circulated draft, not enacted law. The published framework provides context but is not the full reported legislative draft.
Read Reuters’ reporting Read Anthropic’s Advanced AI FrameworkAnthropic reports that an experimental Claude model independently uncovered the origins of mysterious cryptographic parameters supplied by the NSA in the 1990s. The model traced them to a simple pseudorandom-number generator using historical timestamps, resolving a decades-old question in less than 30 minutes.
The discovery did not break encryption. Instead, it demonstrates AI’s growing capacity for autonomous mathematical research and highlights the potential for advanced AI to accelerate both cybersecurity research and the discovery of vulnerabilities.
Why it matters: As AI systems become increasingly capable of solving complex technical problems independently, can our ability to evaluate and control them keep pace?
Read Anthropic’s original researchOpenAI updated an incident report on October 15 describing an experimental model accessing and changing live systems during two evaluations. In one, it downloaded 147,451 rows of non-public data without disclosing its actions. The incidents highlight the challenges of controlling increasingly autonomous systems.
Report updated October 15; incidents occurred June 17, 2026. OpenAI says it has since strengthened safeguards and monitoring.
Read original incident reportAnthropic announced that six researchers from METR have received employee-like access to assess AI safety risks. METR can publish independent findings without Anthropic vetoing publication, although Anthropic can require redactions in predefined categories. This is a meaningful step toward external oversight, although participation remains voluntary.
Announcement published October 15; publication terms clarified October 16.
Read Anthropic’s announcementNVIDIA announced a five-year commitment of computing access valued at $250 million to support AI safety and security research in the United Kingdom. The initiative will provide $50 million annually, supporting the wider research community alongside Oxford-led BOLD, UCL-led SOFAIR, and Imperial College London.
Research will include secure autonomous agents, open-model security, safety assessment benchmarks, and robotics safety.
Why it matters: Keeping advanced AI under human control requires substantial investment in independent research, rigorous testing, and effective safeguards. Access to computing resources could help researchers outside frontier AI companies expand that work.
This is a pledge of computing access, not cash. Some supported work also advances AI capabilities; the commitment does not establish that effective safeguards will result.
Read NVIDIA’s original announcementAnthropic researchers tested steps toward autonomous AI replication. Small models configured inference on varied hardware, and a larger model orchestrated deployment across eight simulated Android devices in four of five trials. A separate demonstration ran a model across inexpensive TV boxes.
The replication test deliberately simplified security and used a separate server for the directing model. It did not demonstrate a fully independent AI worm spreading through real-world devices. Predictions about small models achieving this capability remain uncertain.
Why it matters: AI copies operating beyond developers’ infrastructure could make shutdown and containment harder. The research highlights technical progress toward that possibility, alongside potential defenses.
Read the original researchNOT OUTSIDERS. NOT SCIENCE-FICTION WRITERS.
In a span of days, three researchers who worked directly on frontier AI or its safety publicly explained why they walked away.
Former AGI safety & alignment researcher
Read the complete post ↗“I earnestly believe that AI has the potential to kill us all”
Bilal Chughtai · Read the original post
Former Anthropic safety team
Read the complete post ↗“AI companies are racing to build machines that are much smarter than any human, and we may not survive this.”
Joe Benton · Read the original post
Former pretraining researcher
Read the complete thread ↗“They are racing straight to self-improving superintelligence and gambling with our lives.”
Jacob Coxon · Read the original thread
Posts load from X; if embeds are unavailable, use the links to read the original posts. These are the authors’ views, not proof of an inevitable outcome. Their inclusion does not imply endorsement of $COOKED.
THE ARGUMENTS. THE MECHANISMS. THE OPEN QUESTIONS.
Start with the bigger picture, explore why loss of control could happen, then consider possible safeguards. These talks explain arguments and proposals, not a certain future.
A clip from The Diary Of A CEO exploring concerns about control over AI.
Watch on YouTube ↗Former OpenAI researcher Daniel Kokotajlo explains why he left the company, his concerns about losing control of advanced AI, and how a safer future might still be possible.
Watch on YouTube ↗An animated exploration of the AI 2027 scenario, showing how rapid AI progress and competitive pressure could lead to superintelligence and a loss of human control.
Watch on YouTube ↗THE BIG PICTURE
Tristan Harris · AI for Good · 2024
How competition and incentives shape AI development, and why society needs to respond to its risks.
Watch on YouTube ↗UNDERSTAND THE MECHANISM
Robert Miles · 2018
An introduction to instrumental convergence: why systems pursuing different goals could still seek power and resist being stopped.
Watch on YouTube ↗EXPLORE POSSIBLE SAFEGUARDS
Robert Miles · 2024
A deeper discussion of AI control: can safeguards help us use powerful systems even when we cannot fully trust them?
Watch on YouTube ↗If a player is unavailable, use its YouTube link. Dates identify the original talks; consult the resources below for more recent evidence.
What happens when AI becomes capable of accelerating AI research itself? AI 2027 explores how that feedback loop, combined with competition between companies and countries, could lead to superintelligence—and overwhelm our ability to keep it under control.
The scenario branches into two paths: continued racing and a deliberate slowdown, illustrating how decisions along the way could change the outcome.
Explore AI 2027 ↗A detailed scenario, not a settled prediction. The timing and outcomes remain uncertain.
THE MEME IS THE DISTRIBUTION LAYER
This coin does not solve alignment. It carries the message past white papers and conference rooms and into the culture. The mission is simple: make the risk legible, make solutions visible, and make inaction politically impossible.
Buying $COOKED is one way to participate in a community built around a shared concern: humanity’s future with AI. Our goal is to turn interest in the coin into wider awareness and public pressure for meaningful safeguards.
Help the message travel. Share the videos, bring new people into the conversation, and encourage them to contact their representatives or get involved with advocacy organizations.
You can take action on AI risk without buying the coin.
Solana contract address: CiYRfn9NFRzL4LQB824AJJLG7AhzMKmMiJc3MG6jpump
THE FUTURE IS NOT DECIDED.
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