Cryptography Sandbox

Sovereign Invoice Signer Playground

Simulate the client-side cryptographic hashing and signing lifecycle of Ecompensa 2.0. Generate secure digital signatures (RSA-SHA1 standard) [cite: 335] and witness how ZK-Nullifiers protect transaction integrity against in-flight data manipulation [cite: 41, 384].

1. Inbound Invoice Asset Details

Input raw invoice variables to generate the standardized payload block.

Toggle to simulate a malicious actor altering the transaction amount before the smart contract clears it.

mTLS Cryptographic Pipeline

Trace signature hashing, validation enclaves, and ZK-Nullifier generation in real-time.

1. Concatenating payload & calculating SHA-1 / SHA-256...
2. Applying Client Private Key (RSA-SHA1 Signing)...
3. Verifying signature on Smart Contract ledger...
Resulting Cryptographic Block
Click run to generate payload block...