Assurify is building the on-chain coverage layer for AI agents operating capital on Solana. Three parametric products — financial loss, per-transaction slippage, and data breach — designed for oracle-verified, USDC-denominated settlement.
Parametric triggers underwritten on-chain. Pricing is risk-based, computed from agent autonomy, capital under management, and historical on-chain behavior.
Designed to activate when an agent's wallet balance breaches a pre-set drawdown threshold. Switchboard monitors on 60-second intervals; Pyth resolves USD-denominated loss; USDC settles automatically on trigger — no claim filing.
Designed to activate on every transaction. Pyth records the asset price at submission and at execution — if the adverse delta exceeds the configured threshold, USDC is designed to settle within the same slot. Intended for HFT and market-making agents.
Designed for agents that leak, transmit, or mishandle protected data. Policyholders submit cryptographically signed execution logs as evidence. A staked reviewer panel cross-references the on-chain log commitment, with target settlement within 72 hours.
No intermediaries. No manual reviews for parametric triggers. No counterparty risk. The same Solana infrastructure that settles DeFi trades settles your coverage.
Assurify is an Anchor program deployed on Solana, with dual-oracle verification, a USDC-denominated reserve pool, and a staked review panel for hybrid-settled policies.
The protocol is designed around Pyth Network for sub-second price feeds and Switchboard for on-chain wallet monitoring at 60-second intervals. Both are public Solana oracle networks — and the combined design means every parametric trigger is intended to be independently verifiable by two oracle sources before payout.
The protocol is designed to maintain a reserve backing of 1.5× outstanding coverage, funded by external USDC liquidity providers. A target LP yield is structured from premium flow and a seven-day unbonding period. Specific partner integrations and yield sources are under active design.
Assurify's design includes a parametric reinsurance tranche above protocol reserves, intended to absorb catastrophic drawdowns. Conversations with prospective reinsurance partners are ongoing. No commercial agreement is in place at this time.
Data breach claims are settled by a panel of five independently staked reviewers. Approvals require 3-of-5 consensus. Reviewers voting in the minority on clear cases are slashed, aligning incentives with protocol integrity rather than individual claim outcomes.
// Parametric financial loss trigger pub fn settle_claim( ctx: Context<SettleClaim>, ) -> Result<()> { let policy = &ctx.accounts.policy; let oracle = &ctx.accounts.pyth_feed; // Read verified Pyth price let price = get_pyth_price(oracle)?; let balance = read_wallet( &policy.agent_wallet )?; // Compute drawdown vs threshold let loss = policy.baseline .checked_sub(balance * price) .ok_or(ErrorCode::Underflow)?; require!( loss >= policy.threshold, ErrorCode::NoTrigger ); // Transfer USDC payout to agent token::transfer( ctx.accounts() .into_transfer_ctx() .with_signer(&[b"reserve"]), loss.min(policy.limit), )?; emit!(ClaimSettled { policy: policy.key(), amount: loss, slot: Clock::get()?.slot, }); Ok(()) }
Assurify is pre-launch. Rather than cite performance numbers we don't yet have, these are the published protocol design specifications — the parameters encoded into the testnet program and documented for external review.
Premiums are designed to be computed on-chain from each agent's risk profile — autonomy level, capital under management, and on-chain behavior. The figures below are indicative design targets; final mainnet pricing may differ based on testnet learnings, actuarial review, and reserve economics.
Common questions about the protocol, coverage triggers, payout mechanics, and LP participation. For anything not covered here, reach out directly.
hello@assurify.io →Assurify is pre-launch. If you're running autonomous agents on Solana — or building the infrastructure they rely on — we'd like to talk. Design partners help shape the protocol before mainnet.