GxPira provides a hardware‑enforced data integrity solution for tactical edge networks by passively intercepting raw serial and TCP/IP telemetry streams at the physical layer. Its out‑of‑band cryptographic node uses a hardware root of trust and real‑time clock to seal packets the moment they leave the chassis, delivering zero‑latency, driver‑free verification and tamper‑evidence for secure monitoring frameworks.
Funding
Funding not disclosed
Founders
Product
Problem
Edge network devices in tactical environments are vulnerable to root-level tampering and data manipulation before telemetry reaches monitoring systems, and software‑based defenses cannot protect the physical layer where attacks originate.
Solution
GxPira offers a passive, out‑of‑band hardware node that intercepts raw serial and TCP/IP streams at the physical layer and duplicates them without inserting latency or requiring drivers on the host PC. Each packet is sealed the microsecond it leaves the chassis using an isolated real‑time clock and an on‑board hardware root of trust, creating immutable provenance before any operating system compromise can occur. The sealed streams are fed directly to secure monitoring frameworks, enabling real‑time detection of network anomalies and generation of cryptographic chain‑of‑custody diagnostics. This approach provides hardware‑enforced data integrity for zero‑trust tactical edge networks, eliminating reliance on software‑only security controls.
Target Audience
Primary customers are defense and mission‑critical organizations that deploy tactical edge devices and require hardware‑level assurance of telemetry integrity.
Features
- Passive, out‑of‑band interceptor that duplicates raw serial and TCP/IP telemetry at the physical layer
- Zero‑latency operation with no driver installation required on the host terminal
- Integrated isolated real‑time clock and hardware root of trust for per‑packet cryptographic sealing
- Immediate generation of immutable, cryptographically signed provenance data for each packet
- Autonomous forwarding of verified streams to external monitoring systems for real‑time tampering detection
- Patent‑pending system architecture designed for deterministic, fail‑to‑wire network security