Current Banks: Centralized Logs
01
Soft Record Entry
Transaction history is saved as simple rows in a SQL table. They are not cryptographically sealed.
02
Admin Vulnerability
A person with DB access can modify or delete logs to hide unauthorized activity or system errors.
03
Post-Breach Deletion
Attackers often wipe audit trails as their final step, leaving forensic teams with zero visibility into the theft.
04
Repudiation Risk
Without hardware proof, users can claim "I never did this" and the bank cannot mathematically prove otherwise.
05
Outcome: Unreliable
The audit trail is a "living document" that can be edited, making it weak evidence in a court of law.
NonaShield: Mathematical Custody
01
Cryptographic Sealing
Every action generates a Hardware-Signed Proof that is immediately time-stamped and sealed.
02
Chained Integrity
Entries are linked via hashes. Deleting one row breaks the entire chain, alerting the bank instantly.
03
Admin-Proof Logs
Even a Root Admin cannot alter the past. The Mathematical Chain of Custody is independent of user permissions.
04
Non-Repudiation
The proof is tied to a unique hardware key. It is Indisputable Evidence that a specific device authorized a specific action.
05
Outcome: Legal Gold
The audit trail becomes a permanent, tamper-proof record that meets the highest global regulatory standards.