Operates when communications fail.
Authenticates without transmitting any identifier.
Built for the quantum era.
AEGISΩ holds and licenses a cryptographic security architecture for autonomous vehicles,
UAVs, and critical infrastructure — 19 patents filed. Tokyo, Japan.
Architecture
Five independent cryptographic layers. Each layer cryptographically inherits the validity of the layer below. Click each layer to expand technical details.
Long-term security assurance spanning the quantum transition. Every cryptographic operation is logged to a tamper-proof audit chain that continues operating offline.
A session key is derived only when all three cryptographic proofs — authentication, command authorization, and subsystem signature — are simultaneously valid.
The critical vulnerability of every autonomous system: communications loss means mission failure. Pre-signed cryptographic command envelopes guarantee operation for 72+ hours after total comm loss.
Conventional IFF transmits an identifier — which can be intercepted and cloned. AEGISΩ transmits nothing. Mathematical proof alone establishes legitimacy.
Trust begins at the hardware root. Every boot stage cryptographically verifies the previous before launching. Internal hash values and key material are never transmitted externally.
Core Technology
The security of every autonomous system reduces to three fundamental questions. AEGISΩ provides mathematically provable answers to each.
Conventional authentication transmits an identifier — which can be intercepted and cloned. AEGISΩ's ZKP-IFF transmits nothing. Mathematical proof alone establishes legitimacy. Hardware physical uniqueness is simultaneously verified inside the HSM, detecting cryptographic key cloning and transplantation.
Communications loss is the critical vulnerability of every autonomous system. Pre-signed cryptographic command envelopes — bound by time, location, and preconditions — enable 72+ hours of autonomous operation with zero connectivity. For novel situations outside the batch, surviving agents generate collective command authority via threshold signing.
Current cryptographic communications will be decryptable by quantum computers in the 2030s. Harvest Now, Decrypt Later attacks are already underway. CRYSTALS-Dilithium migration is built into the architecture from day one. Constrained embedded MCUs participate via split-signing — no hardware replacement required.
Applications
AEGISΩ technology is hardware- and platform-agnostic. It applies to any system that must operate securely in environments where communications cannot be guaranteed.
GPS denial · C2 blackout · active electronic warfare. Pre-signed commands sustain autonomous operation after comm loss. Zero-identifier IFF nullifies interception and spoofing.
Swarm robotics · distributed IoT · multi-agent logistics. Group ZKP authenticates swarm membership without individual identification. Distributed command authority at scale.
Power grids · water / desalination · communications · medical infrastructure. Device authenticity verified in <1s without identifier disclosure. Compound authorization for cross-organizational trust.
Manufacturing → deployment → operation → decommission. ZKP chained boot proves integrity at startup. Cascading key revocation manages entire product lifecycle phases from a single root of trust.
Staged migration to PQC while maintaining current operational infrastructure. Constrained MCUs participate in Dilithium via split-signing. No hardware replacement required. Long-term stored data protected starting today.
Cryptographic proof and recording of regulatory and safety compliance. Capability proof demonstrates software spec compliance without disclosure. Full hash-chain record of command lifecycle. Offline operation guaranteed.
Intellectual Property
19 patents filed as of 2026. Full claim text and technical specifications disclosed after NDA execution. Licensing available in exclusive, non-exclusive, or full assignment form.
| Patent | Invention | Layer | Core Novelty | Status |
|---|---|---|---|---|
| Patent A | Multi-Layer Cryptographic Authentication — Zero Identifier Disclosure | Identity | Atomic ZKP + HSM physical attestation. No prior art. | JP Filed PCT Pending |
| Patent B | Pre-Signed Batch Commands × Distributed Threshold Signing — Offline Command Continuity | Command | Offline × threshold fallback integration. No prior art. | JP Filed PCT Pending |
| Patent C | Verification Mode-Separated Cryptographic Agility for Constrained Devices | Governance | Split-signing PQC migration. No prior art. | JP Filed PCT Pending |
| Patent D | ZKP-Integrated Secure Boot Chain | Boot | ZKP proves boot chain integrity transitively. Hash values never disclosed. | JP Filed |
| Patent E | Hierarchical Key Management with Spatiotemporal Constraints and Cascading Revocation | Boot | Geographic and temporal constraints enforced at HSM level. | JP Filed |
| Patent F | Session Key Derivation Binding Multiple Subsystem Outputs (AKDF) | Session | Multi-source binding HKDF. Key derived only when all proofs valid. | JP Filed |
| Patent O | Zero-Knowledge Range Proof System | Civic / Sovereign | Attribute-free proposition proof. GDPR-compliant by design. | JP Filed PCT Pending |
| Patent P | Content Authenticity Proof System | Sovereign | Device-signature embedding at creation time. Deepfake detection. | JP Filed PCT Pending |
| Patent Q | Autonomous Agent Authentication System | Sovereign | Entity-type flagged ZKP certificates. Human vs. delegated AI identification. | JP Filed PCT Pending |
| Patent Q1 | UAV-Specific Autonomous Agent Authentication | Sovereign | Low-power continuous authentication optimized for UAV flight profiles. | JP Filed |
| Patent Q2 | Critical Infrastructure Autonomous Agent Authentication | Sovereign | SCADA/ICS-specific. NRA / IAEA audit compliance. | JP Filed |
| G–N + D4 | Command Lifecycle / Swarm Mesh / ZK Range Proofs / Community Auth + 8 more | All Layers | Full claim text disclosed after NDA execution. | JP Filed |
Inquiry & NDA
Full technical specifications and patent claims are disclosed after NDA execution. A proof-of-concept demo can be delivered approximately 8 weeks after NDA signing.
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