Keeping AI or SI open, Will math discoveries break ECDSA, Pathways for agentic payments
10/9/2026 · 98 min · transcript via mlx
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Key topics
— OpenAI announced significant mathematical breakthroughs, solving dozens of previously difficult problems including partial solutions to famous conjectures like the Riemann Hypothesis.
— Debate over naming conventions for open-weight, permissionless AI models: "Open Superintelligence" (OSI) vs. "Open Source Intelligence" (OSINT) vs. "Open Intelligence" (OI), with implications for adoption by major players like NVIDIA and Jensen Huang.
— Justin Drake's controversial post claiming ECDSA could be broken by AI without quantum computers, prompting discussion of Bitcoin's cryptographic assumptions and public key exposure risks.
— Anthropic announced a free security scanning service for open-source projects, similar to Spiral's Project Loupe but using proprietary closed models; raises questions about disclosure timelines for critical vulnerabilities.
— Ledger suffered a supply-chain attack in Southeast Asia where counterfeit hardware was sold, resulting in ~$86 million in stolen cryptocurrency; no vulnerability in Ledger's hardware itself.
— Personal AI agents (Grokbot, Muse) are becoming operational tools that can manage email accounts, purchase domains, hold Lightning wallets, and autonomously conduct research without human intervention.
Market & price signals
— None discussed.
Actionable insights
— Do not panic about reusing addresses or moving to fresh addresses unless ECDSA is completely broken; if it is, the entire Bitcoin system is compromised regardless. Focus instead on using Taproot and avoiding address reuse for privacy and to reduce nonce-reuse attack surface.
— When purchasing hardware wallets, verify authenticity by checking for remote attestation (e.g., Bitkey's capability) and buy directly from manufacturers or trusted retailers rather than resellers to avoid counterfeit supply-chain attacks.
— Monitor progress on post-quantum cryptography (lattice-based schemes, hash-based signatures) and AI-accelerated security research, but do not adopt them until they offer feature parity with ECDSA/Schnorr (e.g., HD wallet support) and have been formally studied and tested.
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