Phase
Challenge
A remote verifier issues a one-time challenge so the device cannot replay stale attestations or pre-recorded answers.
Prevents forged trust by forcing fresh evidence.
Aegis
Aegis
Verifiable trust for defense‑grade systems
Aegis proves what’s running before a system is trusted, so mission‑critical devices can be admitted or quarantined based on verified state.
IdentityIsolationVerification
Workflow
Challenge → Proof → Decision
Every device is treated like it’s approaching a checkpoint. A live challenge prevents replay, the proof captures what actually executed, and the decision enforces zero-trust in hardware-constrained environments.
Phase
Proof
The device responds with a signed report describing silicon identity, boot chain, isolation boundaries, and runtime measurements.
Proof captures what actually executed, not what was supposed to.
Phase
Decision
Evidence is checked against the approved baseline. If it matches, admit; if anything deviates, quarantine and alert.
Binary outcomes keep zero-trust policies enforceable in the field.
What is Aegis?
Proof beats assumption.
Aegis is a defense-grade trust gate. It anchors device identity in silicon, verifies the boot chain, enforces isolation, and measures runtime so the verifier can prove integrity even in hostile or long-lived deployments.
Core Capabilities
Designed for Challenge → Proof → Decision.
These capabilities work together so every checkpoint decision is defensible and fast before a system joins the network or touches sensitive workloads.
Hardware Root of Trust
Derives a unique device identity from silicon for non-spoofable provenance.
Verified Boot & Isolation
Attests each stage of the boot chain and enforces isolation before untrusted workloads run.
Runtime Verification
Measures the live system state so the verifier knows exactly what executed.
Remote Verification
Feeds admit/quarantine decisions with cryptographic evidence rather than assumptions.
Industry
Informed by Industry and Research Conversations
Our design has been shaped through conversations with engineers, security professionals, and researchers from:
Long-lived systems, hostile environments, and zero-trust deployments demand verifiable proof before access.
Team