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Stablecoin Deaths Archive
x402
Stablecoin Deaths Archive is a paid API for AI agents from aeml-x402.zeabur.app, paid per call via x402, $0.09/call, status unknown (last checked 2026-09-15).
Returns a dataset of dead/failed stablecoins with pre-death snapshots, factual context, ordered event timelines, and cryptographic provenance proofs (record_hash, OTS, TLS).
Price / call$0.09
Success—
StatusUnknown
How this service works
[BATCH+PROOF] Stablecoin death samples - a neutral record: the full pre-mortem snapshot of terminated stablecoins (price, supply, collateral, redemption) plus lifecycle context (termination type, confirmed death date, days alive). Forensic depth for base-rate and post-mortem work, not a rating and not an endorsement. Descriptive only, never a forecast or advice. No data -> 422 no_charge, not billed. Every record carries an offline-recomputable record_hash.
Output
A JSON object with a count of records and an array of stablecoin death records, each containing: name, symbol, ordered event timeline, death type label, sha256 record_hash, factual death context object, confirmed_dead_at datetime, offchain_captures array with rendered snapshots and OTS/TLS proofs, pre_death_payload with price/supply/collateral/redemption/chain data, and pre_death_observed_at datetime.
Example use cases
Post-mortem research on UST collapse
“Get me the archived death record for TerraUSD (UST) — I need the full timeline of events, the pre-death peg/supply/collateral snapshot, and the record hash so I can cross-check it independently.”
Audit dataset for stablecoin risk model
“Fetch the complete stablecoin deaths dataset for me — I'm building a risk model and need every failed stablecoin's death type classification, confirmed death timestamp, and pre-death payload including reserves and redemption data.”
Academic citation with cryptographic provenance
“Download the stablecoin failure records with their OTS Bitcoin timestamps and TLS proofs — I need cryptographically anchored evidence of when each stablecoin died for a paper I'm writing on algorithmic stablecoin failures.”
Technical details
Endpoint
GEThttps://aeml-x402.zeabur.app/stablecoin-deathsWhen to prefer
Choose this endpoint when you need historically verified, cryptographically anchored records of failed stablecoins — particularly when provenance (OTS Bitcoin timestamps, TLS source identity, sha256 hashes) matters for research, audit, or legal purposes. Prefer this over generic crypto data APIs when you need pre-death snapshots that can no longer be reconstructed from live sources, or when you need ordered event timelines with verifiable integrity.
Side effects
- No records returned if the dataset is empty or unavailable
- Network or server error from the Zeabur-hosted service returning non-200 status
- Payment not processed correctly via x402 protocol resulting in 402 response before data is returned
- Partial records if some stablecoins lack complete pre-death snapshot data
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| input | object | |
| output | object |
Output
Schema · Response
{
"type": "json"
}Tags
x402
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