End Corp builds the verification, protocol, and market rails that let measured planetary stress become financially usable before it becomes a loss.
End Corp is focused on a narrow but powerful question: if a climate state can be measured, finalized, and reproduced, what financial rule should it be allowed to trigger?
The first answer is Endcoin: a monetary protocol where finalized sea-surface-temperature prints govern bounded token supply actions and route value through public protocol accounts.
Capital usually moves after fires, floods, crop failures, claims, defaults, and bailouts.
Scientific products are public, but provenance, finality, and reproducibility are rarely packaged for settlement.
Most emissions and climate stress still sit outside direct pricing, leaving trillions in unmanaged monetary exposure.
Markets need measured states, trusted final values, and rules that move money without discretionary issuance.
The data does not pay people directly. It updates a bounded pressure state. That pressure can authorize capped minting or capped burns from a protocol-held buffer, then route outputs by public rule.
Ingest public SST products, manifests, masks, source hashes, and reproducible anomaly calculations.
Validators reproduce the print, challenges resolve, assurance is scored, and weak days become null.
A final print updates climate monetary pressure and can authorize a capped mint or buffer burn.
New Endcoin moves through public accounts for print security, data operations, integrations, and resilience liquidity.
Endcoin
SST analytics
dePredict
Endcoin starts with daily global sea-surface-temperature anomaly because it is global, measurable, economically meaningful, and reproducible from public scientific datasets.
The larger company view is broader: verified Earth-state data can become a settlement trigger, data product, API standard, risk input, resilience-finance tool, liquidity source, and future CAT-risk interface.
We are planning the first atomic proof: one verified ocean-temperature print, one pressure-state update, one capped mint or buffer burn authorization, and one auditable output router.