Transaction Risk Context
Pre-transaction risk for all parties involved. Get Trust Manifolds for the sender, receiver, and contract in a single call — p99 latency under 100ms.
Pre-Transaction Trust Check
Unlike transaction simulation (which is blind to slow-burn exploits), CENCERA's Transaction Risk Context provides longitudinal behavioral trust scores for every party in the transaction — not just a one-time dry-run. A contract that deploys cleanly but drains funds 60 days later is detectable here.
Endpoint
/v1/transaction-riskp99 < 100msGET /v1/transaction-risk?from=0xFROM&to=0xTO&chain=56
Authorization: Bearer YOUR_API_KEY
from: sender address (EOA)
to: recipient address (EOA or smart contract)
chain: BNB Chain = 56, Ethereum = 1, Polygon = 137{
"sender": { "composite_score": 85, "lifecycle_state": "Active" },
"receiver": { "composite_score": 29, "lifecycle_state": "Flagged" },
"overall_risk": "high",
"recommendation": "block_or_warn"
}Slow-Burn Honeypots
Contracts that deploy cleanly but expose exploit vectors 30–90 days later — invisible to transaction simulation but detectable via temporal risk trend analysis.
Exploit-Adjacent Receivers
Identifies receivers with historical adjacency to known exploit contracts, even if the receiver itself hasn't been flagged yet.
Temporal Risk Trends
Monotonically increasing risk score interpreted as attack staging. Transaction risk is blocked proactively before execution completes.
Cross-Chain Risk Context
Negative signals from other chains follow the entity. A wallet flagged on Ethereum carries that risk context when interacting on BNB Chain.