4626.fun

4626 is a creator-vault protocol that manages value flows across onchain smart contracts, offchain systems, and cross-chain integrations.
Operating this type of infrastructure introduces a difficult operational problem. Protocol operations such as payout routing, strategy monitoring, auction settlement, and keeper actions depend on both onchain state and external systems. As protocols scale, manual operations introduce risk including missed actions, duplicate execution under retries, stale pricing assumptions, and payout misconfiguration.
To address this, 4626 integrates Chainlink Runtime Environment (CRE) as the orchestration layer for deterministic protocol operations.
CRE workflows continuously monitor protocol state, verify payout integrity, process keeper queues, ingest blockchain data, and enforce protocol policies across onchain and offchain systems. These workflows combine blockchain reads, oracle data, external APIs, and AI-assisted analysis while preserving deterministic execution and replay-safe behavior.
This submission demonstrates several CRE workflows operating within the protocol. These workflows verify creator payout configuration, process automation queues, ingest blockchain data streams, and read Chainlink oracle feeds used in protocol monitoring.
The system also demonstrates cross-chain operational monitoring through a Solana workflow that compares oracle pricing with onchain liquidity conditions and alerts operators when deviation thresholds are exceeded.
All workflows can be simulated locally using the Chainlink CRE CLI to demonstrate deterministic workflow execution.
By integrating Chainlink CRE, Data Feeds, and VRF, 4626 enables reliable automation for creator-vault infrastructure while protecting protocol value.

4626 is built using a hybrid architecture combining smart contracts, Chainlink infrastructure, and offchain services.
Onchain layer
EVM smart contracts manage creator vault accounting, payout routing, auctions, and governance logic.
The protocol also integrates Chainlink VRF 2.5 for verifiable randomness used in creator reward lotteries.
Chainlink integrations
4626 uses several Chainlink products:
Chainlink Runtime Environment (CRE)
CRE workflows orchestrate deterministic protocol automation across cron triggers, HTTP integrations, and blockchain reads.
Chainlink Data Feeds and MVR
Oracle feeds provide reliable and tamper-resistant price reference data used in monitoring and protocol decision logic.
Chainlink VRF 2.5
Provides cryptographically verifiable randomness used for fair reward distribution.
CRE workflows implemented
The submission includes several workflows located under:
cre/cre-workflows/
Key workflows include:
payout-integrity
Verifies creator payout routes using EVM reads, API bridge calls, and an AI advisory endpoint to detect misconfiguration risk.
keepr-queue
Processes pending protocol automation tasks and keeper operations.
runtime-indexer-block
Ingests blockchain block events into the runtime pipeline.
runtime-indexer-data-fetch
Fetches external API data used for protocol monitoring.
runtime-reference-feeds
Reads Chainlink Data Feeds and MVR bundles.
runtime-orchestrator
Coordinates runtime automation and checkpoint-based protocol decisions.
External integrations
CRE workflows interact with offchain services via HTTP API bridge endpoints and an AI advisory endpoint used for risk classification while deterministic checks remain authoritative.
Cross-chain monitoring
A Solana monitoring workflow compares oracle pricing with Solana DLMM liquidity pricing to detect deviations and trigger alerts.
Workflow simulation
Workflows are demonstrated through successful simulation using the Chainlink CRE CLI.
Example commands:
cre workflow simulate ./payout-integrity --target local-simulation
cre workflow simulate ./keepr-queue --target local-simulation