Hyperstition
Hyperstition builds asymmetric coordination infrastructure that enables parties to reveal private information simultaneously without ceding negotiation leverage. The platform uses trust graphs and observable proxies to validate hidden information without disclosure, addressing trust and information asymmetry in high-stakes deals and AI-era verification challenges.
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Coordination is fundamentally hamstrung by trust and information asymmetry, forcing parties into sequential information exchange where one side must commit first and lose leverage. This manifests across domains from failed M&A deals to prolonged conflicts to mundane group planning, where revealing one's position first incurs a structural cost. The problem intensifies as machine intelligence produces information at unprecedented scale, requiring new frameworks for assigning trust, relevance, and liability to abstract, unobservable intelligence.
Solution
Hyperstition provides asymmetric coordination infrastructure that allows for the discreet simultaneous revelation of private information without tilting negotiation dynamics. The platform uses trust graphs and observable proxies to validate hidden information without leaking it, enabling negotiations that would otherwise never occur. Its architecture supports dynamic trust allocation that cuts through AI slop and provisions infrastructure for the comprehension gap created by unbounded information production. The system accounts for non-human information sources, liability, group trust, distrust, social privacy, and the verification problem extended to prioritization.
Target Audience
Primary users include organizations and individuals engaged in high-stakes negotiations (M&A, acquisitions, deal-making) where information asymmetry creates inefficiency, as well as institutions needing verifiable trust frameworks for AI-generated content and liability assignment.
Features
- Cryptographic simultaneous revelation protocols that eliminate leverage asymmetry in negotiations
- Trust graph architecture enabling dynamic trust allocation across human and non-human information sources
- Observable proxy systems that validate private information without disclosure, replacing sequential commitment
- Hyper-calibratable relevance framework designed for unbounded exponential information production
- Systems accounting for AI liability verification, group trust, distrust, and social privacy constructs
- Privacy-preserving verification mechanisms where trusted agents validate hidden information without human exposure