A hardware-rooted, quantum-resilient trust appliance that secures military communications, cryptographic keys, and mission data against capture, deception, and future quantum threats.
This is not "IT security for defence." This is trust infrastructure for modern warfare.
The Problem We Solve
VAJRAX solves a problem no existing defence system addresses end-to-end: how to guarantee trust in communications, cryptographic keys, and mission data for decades.
VAJRAX is a hardware-rooted, quantum-resilient trust appliance that secures military communications, cryptographic keys, and mission data against capture, deception, and future quantum threats—making it a foundational capability for modern defence forces.
Defence-Grade Capabilities
Ten mission-critical capabilities designed for the realities of modern defence operations.
Dedicated secure element acts as the identity and conscience of the device. Keys never exist in plain form outside hardware. Secure boot ensures only authorised firmware can ever run.
Defence Advantage
Software can be copied. Hardware trust cannot. Captured code ≠ captured secrets.
Generates cryptographic randomness from physical noise, not software algorithms. Continuous entropy health monitoring. Independent of CPU, OS, or firmware state.
Defence Advantage
Most crypto failures in history happened due to bad randomness, not weak algorithms. VAJRAX removes that failure class entirely.
Designed to support quantum-safe algorithms. Hybrid cryptography modes (classical + PQC). Crypto-agility: algorithms can be replaced without changing hardware.
Defence Advantage
Data intercepted today cannot be decrypted tomorrow—even by future quantum adversaries. Supports 10-30 year platform lifecycles.
Works as a bump-in-the-wire. Protects data without redesigning legacy systems. Encrypts and authenticates C2 traffic, tactical communications, and sensor feeds.
Defence Advantage
Armies cannot replace platforms mid-conflict. VAJRAX upgrades security without touching mission systems.
Verifies authenticity of incoming data. Detects tampering, replay, and spoofed inputs. Attaches trust status to data before it reaches decision systems.
Defence Advantage
Modern warfare is vulnerable to false data, not just intercepted data. VAJRAX ensures commanders act on truth, not deception.
No cloud dependency. No always-on connectivity required. No GPS reliance. Operates fully in air-gapped bases, forward deployments, and EW environments.
Defence Advantage
Civilian security fails when connectivity disappears. VAJRAX is built for disconnection by design.
Detects physical opening, voltage manipulation, environmental anomalies. Immediate cryptographic zeroisation. Locks device permanently if compromised.
Defence Advantage
Capture does not equal compromise. VAJRAX assumes capture is inevitable and survives it.
Centralised crypto rules enforced at hardware level. Controls which algorithms are allowed, which links are protected, and which data classes are critical.
Defence Advantage
Security is enforced by physics and hardware, not by training manuals.
Append-only, cryptographically protected logs. Records security-critical events, not sensitive data. Enables post-mission analysis and compliance verification.
Defence Advantage
Accountability without operational exposure.
Fanless, solid-state architecture. EMI/EMC hardened. Shock and vibration tolerant. Designed for vehicles, ships, bases, and forward posts.
Defence Advantage
Lab-grade security devices fail in the field. VAJRAX is designed for dust, heat, vibration, and power instability.
Quantum Mission Impact & Risk Assessment
The decision brain inside VAJRAX. While VAJRAX protects, Q-MIRA thinks ahead—quantifying how quantum-era threats impact military missions and orchestrating mitigation before those threats materialise.
Answers questions commanders care about: Which missions are exposed? Which communications fail first? What happens if encrypted data captured today is decrypted in the future?
Models both quantum computing threats (HNDL, legacy crypto breakage) and quantum sensing threats (enhanced spoofing, sensor deception, navigation integrity loss).
Builds a live map of mission systems, communication links, cryptographic assets, data sensitivity levels, and dependency chains.
Provides 5-year / 10-year / 20-year quantum exposure outlook. Defence planning happens in decades—Q-MIRA speaks that language.
Prioritises crypto upgrades, enforces stronger keying on high-risk links, activates hybrid or PQC modes, and updates policies across VAJRAX units automatically.
Simple risk summaries, mission readiness indicators, "what breaks first" scenarios. No cryptographic jargon. No quantum math.
Why VAJRAX
Existing defence security solutions fall into silos. VAJRAX unifies all four critical dimensions in one deployable unit.
| Category | What they do | What they miss |
|---|---|---|
| QKD Systems | Key exchange | Cost, fragility, deployability |
| HSMs | Key storage | Quantum readiness, field use |
| Software PQC | Algorithms | Hardware trust, capture resistance |
| Secure Radios | Transport | Data integrity & long-term secrecy |
VAJRAX represents a fundamental shift in defence security infrastructure. Join our waitlist to be among the first to receive updates, technical specifications, and early access opportunities.
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