What is SecretSkyDB?
SecretSkyDB delivers an advanced, quantum-proof security layer for both databases and file systems by utilizing patented cryptographic secret sharing and multi-party computation. Instead of traditional encryption, it shards and distributes your data across multiple cloud providers, ensuring that no single piece reveals any useful information, and only authorized access can reconstruct the full dataset.
The solution seamlessly integrates with existing systems, providing military-grade protection against ransomware, leakage, and unauthorized access, without requiring changes to applications, storage, or infrastructure. SecretSkyDB features tamper-proof distributed execution, encrypted RAM logic, and is architected for zero-trust environments—making it resilient even in adversarial or compromised conditions.
Features
- Mathematical Secret Sharing: Data is split into cryptographically protected fragments, ensuring no single piece is useful on its own.
- Multi-Party Computation: Enables queries, analytics, or AI operations on encrypted data without ever decrypting it.
- Cloud Data Sharding: Distributes data fragments across multiple cloud providers to eliminate single points of compromise.
- Drop-In Architecture: Integrates with existing systems without requiring modifications or performance trade-offs.
- No Performance Overhead: TPC-C benchmarks verify zero added latency, maintaining system speed.
- Tamper-Proof Distributed Execution: Secure computations persist even in hostile or compromised computing environments.
- Encrypted RAM Logic: Keeps data protected during processing, even in untrusted environments.
- Zero Trust Design: No keys to steal and no single vector for full data breach.
Use Cases
- Protecting sensitive enterprise database and file storage from quantum and ransomware attacks.
- Enabling analytics and machine learning on confidential data without decryption.
- Achieving regulatory compliance with zero-trust and data sovereignty requirements.
- Securing multi-cloud or hybrid-cloud data storage architectures.
- Preventing both external and internal data leaks in critical business applications.
