aegis-by-akasha

Aegis by Akasha is an autonomous treasury guardian built on Chainlink CRE.
It observes an external market signal, applies a deterministic risk policy, generates a reproducible event hash, and anchors the resulting decision on Sepolia.
The project is designed around a simple trust problem in autonomous systems: operators should be able to verify what the agent saw, why it acted, and what it wrote on-chain.
In this project, a CRE workflow ingests BTC 24h market movement from CoinGecko, classifies the signal into a reserve posture, computes a deterministic evidence hash, and writes the result to Sepolia. We also include replayable fixture runs, explicit failure-safe scenarios, and a proof-oriented operator console so the workflow is explainable, testnet-safe, and demonstrably real.

Aegis is built as a Chainlink CRE workflow in TypeScript using the Chainlink CRE SDK. A cron trigger starts the workflow, an HTTP ingest step pulls external market data from CoinGecko, and the workflow then applies a deterministic threshold-based policy to classify risk as low, medium, or high.
After the decision is created, the workflow computes an event hash from the workflow ID and decision payload, and then uses the CRE EVM path to anchor the result on Sepolia. The project also uses supporting scripts for simulation, deterministic fixture replay, and broadcast runs, with proof artifacts captured in logs and markdown docs. On top of the workflow, we built an operator-facing Aegis console to present proof state, incident replay, policy controls, and live demo interactions.