Layer zero software integrity for critical infrastructure.

Cryptographic proof that your devices run exactly the software you declared, with exactly the configuration you intended.

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Security ends at boot.
Attacks don't.

Current security architectures verify software at discrete checkpoints. After that, the actual runtime state is invisible. Between the last verification and what's actually executing lies an unmonitored gap where software can be manipulated, configurations altered, and containers replaced undetected.

Secure Boot Verified
Installation Verified
Runtime Unknown

From static checks to a
living chain of evidence.

DeepSeal establishes a cryptographic chain that captures every security relevant execution event on the device. Not periodic snapshots. Continuous, tamper evident proof.

Every execution event cryptographically chained

Hardware anchored via secure element, tamper evident by design

Third party verifiable without device access

Five layers of runtime proof.

01

Execution State

02

SBOM Verification

03

Container Integrity

04

Configuration Binding

05

Build to Runtime Provenance

Evidence that stands up to audit.

DeepSeal generates attestation evidence that can be independently verified by external auditors, customers and regulatory bodies without requiring direct device access. Built for environments where provability is not optional.

Industrial Control Systems Medical Devices Energy Infrastructure Connected Vehicles Telecommunications Smart City Infrastructure