Enterprise Data Security & Resilience.
In an era of increasing cyber threats, centralized databases are single points of failure. Inery provides a decentralized, immutable storage layer that ensures data integrity and availability.
Technical Architecture
Immutable Audit Logs
Every data transaction is cryptographically signed and recorded on the Inery blockchain, creating an unalterable audit trail for compliance and security forensics.
Distributed Storage Sharding
Data is encrypted, sharded, and distributed across multiple nodes. No single node holds the complete dataset, making unauthorized access virtually impossible.
High Availability (HA)
The decentralized nature of the network ensures that data remains accessible even if multiple nodes go offline, providing 99.999% uptime for mission-critical apps.
Implementation Scenarios
Financial Institutions
Secure transaction records and customer PII against ransomware and unauthorized internal access.
- Zero-Trust Architecture
- Real-time Compliance
- Encrypted Sharding
Government Agencies
Protect national databases and citizen records with immutable, verifiable data structures.
- Sovereign Data Control
- Public Auditability
- Disaster Recovery
Legal & Compliance
Maintain verifiable chains of custody for digital evidence and legal documentation.
- Timestamped Records
- Cryptographic Proofs
- Secure Sharing
Real-World Implementation:
Global Bank X
Global Bank X integrated Inery DLS to secure their internal settlement logs. Previously, these logs were stored in a centralized SQL cluster, vulnerable to administrative tampering.
By migrating to Inery, they achieved:
- 100%Data Integrity
- 40%Audit Speed
- 0Single Points of Failure
- Real-timeCompliance Reporting