Blockchain-Secured Records
Every verified instruction is written to a private blockchain, designed to make unauthorized changes to the record detectable.
Standard database vs. WireVault's blockchain
- Records can be edited after the fact by anyone with admin access
- No reliable way to prove a record wasn't changed
- A single point of failure if that access is compromised
- Any change to a written record breaks the chain and is designed to be detectable
- Tampering is designed to be technically evident, not just against policy
- No single administrator can quietly rewrite history without breaking the chain
Most verification tools store their records the same way any other piece of software does: in a standard database. Records like that can typically be edited by anyone with sufficient access, which means the record of what was verified is only as trustworthy as the people and credentials that can reach it. WireVault records every verified wire instruction to a private blockchain instead. Once an entry is written, changing it breaks the chain that every later entry depends on, so unauthorized changes are designed to be detectable rather than assumed away. Every completed verification creates a tamper-evident record designed to make unauthorized changes to the approved instructions detectable.
This is the foundation the rest of WireVault is built on, not an add-on feature. Identity verification and recording the wiring instructions matter because they establish what should be trusted. The blockchain matters because it's what keeps that trust from being quietly undone later.
- Is this a public blockchain, like the ones used for cryptocurrency?
- No. WireVault uses a private, permissioned blockchain built specifically to record verified transaction data, not a public cryptocurrency network.
- What happens if someone tries to alter a record anyway?
- The alteration breaks the chain of subsequent entries, making the tampering technically evident rather than something that could pass unnoticed.