Hardware entropy for modern data platforms.
A dedicated source of true random entropy for cryptographic operations across EDP, EnclaveVault, and the rest of the PostQS stack - for environments where software-only randomness is insufficient for long-lived, security-sensitive data systems.
Purpose-built for cryptographic foundations.
TRNG exists to support cryptographic operations that are foundational to PostQS execution, storage, and identity models.
- Continuous, hardware-generated entropy
- A stable entropy source for cryptographic operations
- Isolation from operating system-level randomness
- Predictable availability for platform components
Cryptography is foundational. Its inputs should be too.
Modern data platforms rely on cryptography for data protection, access control, execution isolation, and secure coordination between components. In many systems, entropy is derived from software-visible sources that are shared, virtualized, or difficult to validate over time.
Independent of host software
Operates without depending on host OS-level randomness assumptions.
Consistent across deployments
The same cryptographic behavior in single-node and distributed configurations.
Validated over time
An entropy source designed for long-running, continuously verified operation.
Entropy as a platform resource - not an incidental dependency.
TRNG is integrated such that EnclaveVault uses hardware entropy as part of cryptographic lifecycle management, while EDP benefits from consistent entropy availability for execution and persistence.
Designed for continuous, long-running systems.
Intended for data center deployments, on-prem and controlled environments, and high-availability platform configurations.
- Sustained entropy over long runtimes
- No reliance on transient or startup-only randomness
- Cryptographic operations without periodic re-seeding assumptions
Cryptographic foundations as first-class platform resources.
Specific hardware characteristics and integration details are provided under appropriate authorization.