SOVEREIGNTY
BY LOGIC.
Industrial-grade cybersecurity anchored in silicon. We enforce structural integrity at the microchip level for sovereign critical infrastructure.
PROVEN ARCHITECTURE
HARDWARE-ROOTED TRUST
EPHEMERAL KEYS
Cryptographic primitives generated on-the-fly in secure enclaves. No trace, no persistence, zero risk.
RUST-NATIVE FIRMWARE
Memory safety guaranteed at compile time. We eliminate 70% of vulnerabilities before the first line of code.
TEE ISOLATION
Dynamic partitioning through ARM TrustZone. Critical tasks run in total isolation from the rest of the system.
SYSTEM TOPOLOGY
THE ARCHITECTURE OF INTEGRITY
Our 'Sovereign Bridge' architecture ensures that critical energy and banking assets exceed EU standards, isolating the cryptographic core even if the OS is compromised.
- ROOT OF TRUST HARDWARE-BOUND
- MEMORY PROTECTION EXECUTION-BASE
- LATENCY < 1.2ms (Deterministic)
- ATTESTATION REMOTE CLOUD-SYNC
APPLICATIONS
ONE STANDARD. INFINITE APPLICATIONS.
ENERGY
Security of edge assets and NIS2 compliance in critical infrastructure.
BANKING
Secure enclaves for digital asset custody and high-frequency transaction signing with latency < 1.2ms.
DEFENSE
Logical sovereignty in tactical communications and embedded systems via TrustZone isolation.
GOVERNMENT
Sovereign cloud infrastructure where hardware guarantees citizen privacy beyond the OS.
GEO-SPATIAL TRUST
Cryptographic location attestation to eliminate GPS Spoofing in agriculture and logistics with < 1.5ms latency.
TECHNICAL COMPLIANCE
NIS2 COMPLIANCE: BUSINESS CONTINUITY VIA TEE ISOLATION
Unlike purely software-based solutions, our implementation creates a deterministic physical partition of CPU resources. This allows critical functions to operate in an isolated enclave, remaining entirely immune even in the event of a total compromise of the main operating system.
TECHNICAL INQUIRIES
ENGINEERING & COMPLIANCE FAQ
The directive requires "appropriate technical, operational, and organizational measures...". SilicoTrust addresses the technical component through Security by Design (SbD). By using the nRF9160 TEE, we isolate critical functions from the OS, meeting Article 21's resilience requirements.
Memory safety is critical in industrial systems. 70% of serious vulnerabilities stem from memory management errors. Rust eliminates these error categories at compile time, allowing us to deploy firmware that is secure by default.
While an HSM is typically an external component, SilicoTrust integrates the Root of Trust directly into the SoC (nRF9160/STM32L5) via ARM TrustZone. This reduces latency to deterministic levels (< 1.2ms) and eliminates external bus attack vectors.
Yes. We implement a Secure Over-the-Air (OTA) update protocol where the TEE verifies the cryptographic signature of the new firmware before allowing any writes. The "Sovereign Bridge" ensures only authenticated code runs in the trusted environment.