Unpredictable outputs
GenAI models can hallucinate, misinterpret edge cases, or amplify bias — creating hard-to-price legal and operational risk for enterprises.
SaNAI aggregates multiple GenAI models, records every interaction on-chain, and connects claims to a DAO of experts. SaNAI는 여러 개의 생성형 AI를 한 번에 사용하고, 모든 질의·응답을 블록체인에 기록하며, 손해 발생 시 전문가 DAO가 보상을 결정하는 AI 세이프티넷 플랫폼입니다.
Generative AI is already in critical workflows — but no standard, neutral process exists to compare models, trace failures, or compensate parties harmed by wrong answers.
GenAI models can hallucinate, misinterpret edge cases, or amplify bias — creating hard-to-price legal and operational risk for enterprises.
When harm occurs there is no standard recourse: who pays — model provider, integrator, data owner, or end user?
Tuning, prompts, plugins, sensor data and runtime all interact. Pinpointing what failed — and how to prevent it — is rarely possible today.
Model providers lack a shared environment to compare outputs on identical queries, slowing competitive pressure and safety improvements.
SaNAI combines multi-model access, immutable logging, and mutual-aid style coverage — bootstrapping an AI reinsurance layer as data and participation grow.
Users gain controlled access to multiple models, transparent context windows, and a clear path to recourse when things go wrong — all without locking into a single vendor.
As AI moves from experimentation to regulated industries, safety, auditability, and financial backstops become prerequisites — not optional add-ons.
SaNAI is designed as an industry-wide utility rather than a single-model product: any model, any channel, one shared infrastructure for trust, audit and compensation.
Two flows: everyday usage of multiple GenAI services with coverage, and a transparent compensation process when users submit a claim.
The user sends a query through SaNAI — for example, legal, financial, or operational questions where errors matter.
Several GenAI engines respond in parallel. Their outputs are collected and displayed for comparison.
Queries, responses, and metadata are stored via blockchain & IPFS, creating an immutable record.
DAO validators and expert panels can annotate outputs, improving individual AIs and generating high-value RLHF data.
A user experiences damage allegedly caused by an AI-guided decision and files a claim via SaNAI.
The claimant uploads proof of loss. DAO validators match it against the on-chain query/response trail.
The DAO evaluates causality, negligence and impact, then proposes compensation or penalties.
Approved claims are paid out from pooled fees, with decisions recorded openly for future precedent.
SaNAI mirrors how insurance unlocked the automotive era: turning unpriced risk into a sustainable industry by aligning operators, users, and underwriters.
Target segments range from heavy GenAI subscribers to flexible pay-as-you-go users, representing up to $23B in annual service revenues.
Usage royalties, mutual fund income, anonymized Q&A & feedback data sales, and expert RLHF datasets together target $0.5B+ in Year 2 annual revenue.
A dedicated mutual fund, capitalized from usage fees, backs compensation payouts and seeds a transition into full AI (re)insurance.
Share your use cases and risk profile, and we’ll walk you through SaNAI’s pilot program, technical architecture, and partnership options.
Or email us at info@rustyelement.com