Security incident update Since our last update, our team has continued working to protect the community and resolve the impact of the recent security incident. Here's where things stand across affected tokens. - FET: FET is unaffected by the incident. Token minting controls were not affected, and FET held in your own wallets is not at risk. We're asking exchanges to resume FET deposits and withdrawals on Ethereum. - AGIX: Our legacy token, AGIX is being retired following the security incident. A replacement token will be issued for affected holders, with details to follow. AGIX on Ethereum remains paused. - Other affected tokens: We're working with other affected teams on next steps. We'll continue to keep you informed as things progress. Thank you for your patience and support through this.

Dear SingularityNET Community, On September 19, an unauthorized party gained access to part of our cloud infrastructure and used it to mint tokens and withdraw assets through our bridge infrastructure. Treasury and exchange wallets were not affected, and FET held in your own wallet or on an exchange was not impacted. We revoked the compromised access and deactivated the affected bridges and conversion contracts, and our team and security partners responded as soon as the activity was detected. Actions Taken: - We revoked the identified compromised access - Deactivated the bridges and conversion contracts - Paused AGIX and NTX transfers on Ethereum - Tracing and monitoring are ongoing, and we are working with exchanges and security partners Current Status: - FET: FET was withdrawn from the token converter. FET has been secured, and its minting controls were not affected. No action is required from token holders; your own wallets are not at risk from this incident. - AGIX: Our team is working on a secure and compliant way for eligible holders to transfer their tokens, and we will share details as they are confirmed. - NTX, WMTX, CGV: Unauthorized tokens were minted. We recognize the disruption this has caused these communities and their project teams, and we are in direct contact with each of them. Next steps: - Independent security review: We have been working closely with our security partners since the incident began. The bridges will stay deactivated until an independent security review confirms they are safe to restore, and we will share additional findings as they become available. - AGIX holders: AGIX migration is paused. We are working on a legitimate, verified path forward for eligible holders, in a way that is legally sound, and we will share details as they are confirmed. - Other affected tokens: We are working with each project team on next steps. Each team will communicate about its own token through its official channels. - Exchanges and tracing: Monitoring continues, and we are sharing data with exchanges and partners who need it. - Law enforcement: We are working with law enforcement in the relevant jurisdictions and will provide updates when available. We are committed to working with every affected community and project team, and we will keep updating you as facts are confirmed. All updates will come only through our official channels. Do not trust information from any other source. This was a coordinated, multi-stage attack with a high degree of automation. Our systems are audited regularly and we follow industry security standards, but attacks like this are accelerating and becoming more sophisticated. We encourage every team in this space to review their external cloud critical infrastructure now.

We are aware of an exploit involving the FET token migration and bridge architecture, as well as other tokens within this infrastructure. Our team responded immediately and is working with security partners. An unauthorized party withdrew approximately $1.56M in FET from the converter. Treasury and Exchange wallets are not affected, and FET held in your own wallet or on an exchange is not impacted. Holders do not need to take any action. We will publish a full report of what happened and how once the investigation is complete, and we will share verified updates here as they become available.

Our CEO, Dr. @bengoertzel, spoke with MarketWatch about proposals to slow frontier AI development, questioning the premise that controlling the largest language models can control AI. "I think the assumption that only a few companies can be at the frontier may not look so true a year from now," he said. "The smaller the cutting-edge things get, the harder it is to police." marketwatch.com/story/ai-lea…

Khellar Crawford, Chief AGI Innovation Officer at SingularityNET, joined us for a Technical Tuesdays discussion to examine our continually operating agentic framework, Omega. piped.video/5VrAZhZ83Qo

We have published the FabricPC roadmap, setting out the next stage of work to make building and training neural networks using predictive coding easier, more scalable, and more reproducible.

Why we dropped the Claw from OmegaClaw (Mind over hands!!), and why this is the moment for a lot more people to start raising their own AI helpers...

Join us on Wednesday, September 16, 2026, at 5 PM UTC, for a community AMA to discuss the latest ASI:Chain developments. Set a reminder and join the conversation on X 👇nitter.net/i/spaces/1MJgNboylpyGL

Our CEO, Dr. @bengoertzel, shared his perspective with POLITICO on the growing calls from leading technology executives for a global slowdown of artificial intelligence development. Read here: politico.com/newsletters/dig…

Join us on Wednesday, September 16, 2026, at 5 PM UTC, to discuss the latest ASI:Chain developments, the first AI-native layer 1. We will be joined by Albina Pomogalova, Head of Blockchain Development at SingularityNET, and Kevin, Head of DeFi and Tokenomics at SingularityNET, for direct insight into the work underway and an opportunity to put your questions to the people building ASI:Chain. Set a reminder and join the conversation on X: nitter.net/i/spaces/1MJgNboylpyGL Have a question for the team? Submit it in advance: forms.gle/s4XCi5PhHrFrgUST8

“The real question before us is not whether transformative AI arrives, but under whose control, with what values, and for whose benefit.” — CEO Dr. @bengoertzel. The answer is not to slow AGI development, but to accelerate open, decentralized development through Hyperon for the benefit of all humanity.

Haley Lowy, Chief of Staff at @SingularityNET, discusses how Omega agents can learn how you work, understand and adapt to your systems and projects, and "grow into a better partner over time."

Our CEO, Dr. @bengoertzel, recently spoke at the AI for Theorem Proving (AITP) conference in Aussois, France, on mathematical conjecturing, theorem proving, and their implications for AGI. @OpenAI's recent Navier-Stokes result shows how far automated theorem proving has advanced. Its system produced a result showing that, under a smooth external force, a three-dimensional Navier-Stokes solution can develop a singularity in finite time while its total energy remains finite. OpenAI also provided a formalization in Lean so the proof could be machine-checked. The problem was precisely defined, allowing many AI agents to work on the same target. OpenAI reports that its system used on the order of 10,000 concurrent agents to produce the resolution. This illustrates the strength of current AI systems on mathematical problems where the objective and conditions are clearly specified. The harder problem is conjecturing: generating new mathematical ideas and deciding which theorems are worth proving in the first place. LLMs can produce mathematical ideas, but their outputs remain strongly shaped by their training data. Human mathematical creativity can also draw on scientific observation, abstraction, reflection, and experience. “The creativity that goes into coming up with new math ideas is a bit different from the creativity that goes into proving them.” This distinction has implications beyond mathematics. Automated theorem proving is closely connected to formal verification, which can establish that software behaves according to its specification. As AI systems gain the ability to modify their own software, formal methods could verify those changes before deployment. The AITP talk outlined an architecture for mathematical conjecturing that brings together automated theorem provers such as Lean 4 and Megalodon, Hyperon for inductive and abductive hypothesis formation, and Omega for agent activity, inference, coordination, symbolic memory, and reasoning. Work is now underway on this approach with developers within our ecosystem. Mathematical conjecturing may therefore offer a different test of AI capabilities from solving increasingly difficult predefined problems. The challenge is to develop systems that can generate new concepts, abstractions, and hypotheses, then use formal reasoning to develop and test them. This combination of creative hypothesis formation and rigorous verification is central to the architecture being explored.

Khellar Crawford, Chief AGI Innovation Officer at @SingularityNET, discusses OmegaClaw's approach to agent intelligence, including its ability to reason, work with abstract ideas, formulate higher-order concepts, and continuously learn.