Trusted by organisations that cannot afford to get it wrong
Fleet is a platform for building and operating secure fleets of edge devices across their full lifecycle.
Fleet covers uncrewed vehicles (UxVs), sensors, actuators and data-acquisition equipment. It is built for OEMs and firmware teams embedding security from the build stage; programme and platform operators managing trust across large, heterogeneous or third-party device populations. Fleet's trust model allows to balance pragmatic usability and trust.
Proven in the most challenging environments: application spans the private and public sectors, including power grids and defence, operating under contested supply chains and daily real-world attacks.
UA DroneIDUA DroneID is a security and identification technology for unmanned systems that must operate in contested, degraded, and adversarial network conditions. As cybersecurity partner on the programme, we shaped the standard, security, and reference implementation for integration of unmanned systems into control and coordination system.
UKRAINE’S MAIN GRID OPERATORWe built a hardware-software cross-domain system that integrates with existing energy infrastructure without interrupting operations. Acting as a reserve data acquisition system, it enables national grid resilience against targeted cyber and physical attacks — keeping operators in control even under partial loss of operational control, including during mass attacks on energy facilities.
Secure hardware and firmware development tooling.
Provisioning, identity issuance, key injection.
Remote fleet operations, telemetry, posture monitoring.
Re-keying, credential revocation, end-of-life disposal.
Device identity issuance, attestation and trust-posture assessment; integrated third-party operator identity with device-to-human mapping and credential hierarchy.
Trust decisions that go beyond standard SOC metrics, designed for untrusted-operator scenarios and threat actors with supply-chain or physical access to devices.
Secure storage and lifecycle management for keys, licences and other security assets; integrates with HSMs, pilot ID data and ephemeral authentication tokens from third-party systems.
Integrity protection and rights management for firmware and payloads; prevents tampering, unauthorised extraction and deployment to uncredentialed hardware.
Security-specific stages of firmware delivery: multi-target builds with pre-baked security controls, per-device firmware personalisation and device binding. Not a CI system itself; integrates with existing pipelines.
Integration with HSMs, secure elements, secure enclaves in modern SoCs, external sources of trust, tamper sensors and other hardware security controls.
Continuous collection of device health and security posture; feeds security monitoring and maintenance pipelines, and — with appropriate redaction and sanitisation — vendor predictive-maintenance workflows.
Remote application installation, script execution and configuration management across large, heterogeneous device populations, including under degraded or intermittent connectivity.
Device identity issuance, attestation and trust-posture assessment; integrated third-party operator identity with device-to-human mapping and credential hierarchy.
Trust decisions that go beyond standard SOC metrics, designed for untrusted-operator scenarios and threat actors with supply-chain or physical access to devices.
Secure storage and lifecycle management for keys, licences and other security assets; integrates with HSMs, pilot ID data and ephemeral authentication tokens from third-party systems.
Integrity protection and rights management for firmware and payloads; prevents tampering, unauthorised extraction and deployment to uncredentialed hardware.
Security-specific stages of firmware delivery: multi-target builds with pre-baked security controls, per-device firmware personalisation and device binding. Not a CI system itself; integrates with existing pipelines.
Integration with HSMs, secure elements, secure enclaves in modern SoCs, external sources of trust, tamper sensors and other hardware security controls.
Continuous collection of device health and security posture; feeds security monitoring and maintenance pipelines, and — with appropriate redaction and sanitisation — vendor predictive-maintenance workflows.
Remote application installation, script execution and configuration management across large, heterogeneous device populations, including under degraded or intermittent connectivity.
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