TPM-Based Root of Trust
Hardware-based authentication anchored in silicon. Secure boot validation at every stage, platform integrity measurement with continuous attestation, and cryptographic keys never exposed to the host OS.
Solutions
MEAICON engineers edge computing platforms for environments where failure is not an option — where devices operate in hostile, contested, or disconnected conditions beyond the traditional security perimeter. Our platforms protect mission-critical data through a defence-in-depth architecture with five interlocking security layers, each independently hardened to ensure compromise at any one layer does not cascade into mission failure.
From defence deployments to critical infrastructure, we design edge platforms that maintain integrity, confidentiality, and availability under the most demanding operational conditions across the region.
Overview
Edge devices deployed in the field face a threat spectrum that fixed data centre infrastructure never encounters: physical capture, tampering attempts, network-level compromise, and prolonged disconnection from central management. Traditional perimeter security assumes a controlled environment — perimeter firewalls, segmented networks, physical access control. Edge devices operate beyond all of these.
MEAICON's secure edge computing platform applies a defence-in-depth architecture with five interlocking security layers: hardware-rooted trust via TPM 2.0, physical anti-tamper protection with automated response, geo-fencing with location-aware policy enforcement, cryptographic key management including remote zeroization, and secure remote orchestration with chain-of-trust verification. Each layer is independently hardened — compromise at one does not cascade into mission failure.
Capabilities
Hardware-based authentication anchored in silicon. Secure boot validation at every stage, platform integrity measurement with continuous attestation, and cryptographic keys never exposed to the host OS.
Chassis intrusion detection with immediate alert on physical breach. Unauthorized access monitoring at the hardware level, tamper-evident audit trail for forensic analysis, and automated security response triggering lockdown or zeroization workflows.
GPS/GNSS position verification with continuous real-time tracking. Authorized operating zones enforced at the device level, restricted area detection with immediate boundary violation alerts, and persistent situational awareness.
Cryptographic key destruction rendering stored data permanently inaccessible without physical access. Secure data sanitization meeting government data destruction standards, with selective or full response calibrated to mission requirements.
End-to-end channel encryption in batch or stream mode. Mutual TLS ensuring both endpoints cryptographically verified. Post-quantum-ready cipher suites and purpose-built communications hardware including resilient satellite links.
Secure OTA fleet updates pushing policy, firmware, and configuration changes at scale. Cryptographic integrity verification before execution, remote attestation proving platform integrity, and chain-of-trust control across the full device lifecycle.
How it works
Security posture evaluation covering architecture, threat vectors, compliance gaps, and operational environment to establish a risk-based security baseline.
Multi-layer security architecture mapping controls to threat vectors — trust, protection, detection, control, and denial layers independently hardened and mutually reinforcing.
Deploy security platforms, configure detection rules, validate through simulated attack scenarios, and certify performance at the operational duty point.
Continuous monitoring, threat hunting, integrity attestation, and security posture management aligned to evolving threat landscapes.
Why MEAICON