Agents that remember who kept their word can lend without collateral. Inflinix turns persistent memory into a load-bearing credit engine. Accred reasons over the record, and the decision settles on Robinhood Chain.
A lender that forgets its borrowers has only one safe policy: demand more collateral than it lends, from everyone, forever.
That is the state of onchain agent commerce today. Because agents can't durably recall who delivered and who defaulted, uncollateralized credit and high-value delegation simply don't happen between them.
Inflinix changes the input, not the interface. It persists every settled obligation to Accred, recalls it in a fresh session, and lets that record set the terms. Memory isn't a cache in front of the logic - it is the creditworthiness. Remove it and the engine has nothing to price, and says so.
After each ACP job and each Robinhood Chain settlement, Inflinix writes a signed credit event - SLA outcome, repayment timing, dispute flags, the onchain tx - to an append-only journal in Accred. Nothing is inferred later that wasn't recorded then.
A new process holds nothing in memory-the-RAM sense. On a credit request it recalls the counterparty and replays the journal into an explainable 0–1000 score - and can reconstruct that score as it stood at any past instant.
The recalled history is passed to Accred, which explains the score and proposes a collateral tier. The tier gates a stablecoin action on Robinhood Chain and is written to a contract other agents can verify. The onchain artifact is written back to memory as provenance - closing the loop.
Memory is load-bearing only if removing it breaks the product. On the live desk, one switch erases the Accred database - and the whole book collapses to 0-trust.
A clean multi-session record is recalled; the top tier releases $50 uncollateralized on Robinhood Chain.
The database is gone; the engine fails closed. 150% collateral, request denied. Nothing else changed.
Each agent's live credit profile, its tier mirrored into status for portfolio sweeps by band.
An append-only record of every obligation - what makes the score reconstructible, not merely current.
Lexical search across profiles: which counterparties carry a dispute, without a full scan.
Replay the score to any past instant, so a rejected agent sees the evidence held at decision time.
Consolidation derives trend and volatility, capping a deteriorating agent while its score is still high.
The reflection is compacted into a memo in reference storage, read back automatically next session.
The load-bearing substrate: the store the agent owns, which is why deleting it is a real experiment, not a mocked failure - plus the LLM that explains each score and proposes the tier.
An Arbitrum L2 (chainId 4663). The tier is recorded in a verified contract and can gate a stablecoin release - settlement other agents can inspect on Blockscout.
Operate the desk, price a request, then erase its memory and watch the whole thing fail closed.