Connected devices in high-risk environments face cyber threats on every node. We secure the whole device lifecycle, from development through field deployment to ongoing management.
Enabled rapid and secure deployment and management of large UAV device fleets operating in contested airspace.
Industrial control system security solutions and a reserve data-acquisition system operating in the Ukrainian power grid — built and hardened under sustained cyber-physical attacks.
Secured firmware updates, trust management, and large-scale cryptographic key distribution for a consumer AI platform with over 250 million users.
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.
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.
Device trust starts at the firmware layer. We protect your IP from reverse engineering, establish verifiable device identity, and enable controlled, authenticated firmware updates across your entire fleet — so scaling doesn't mean scaling your risk.
Solving identity at scale requires more than certificates. We design and implement machine identity frameworks, OTA security, and cryptographic key management built for the operational constraints of distributed embedded systems — including environments with intermittent connectivity.
We examine the full data path: from secure elements, TEEs, and MCU trust anchors through communication layers to cloud infrastructure. Each transition point is assessed and hardened, with architecture decisions made against your operational model
We identify and help eliminate root causes of security weaknesses — unshackling development and easing SOC workload.
We help establish and maintain a product security programme to operationalise features faster, improve security ROI, and reduce the likelihood and impact of security incidents.
Cross-domain integration framework for mission-critical systems
Interoperability framework for heterogeneous distributed systems, enforcing security across untrusted networks, and delivering data to control and decision systems under degraded, intermittent or denied connectivity.
Proven in the most challenging environments, operating across private, national and defence critical infrastructures, under daily real-world attacks.
Security and lifecycle management for edge device fleets
Platform for building and operating secure fleets of edge devices across their full lifecycle, in contested, disconnected environments.
Proven in the most challenging environments: application spans the private and public sectors, including power grids and defence, under daily real-world attacks.
Securing AI from model build to field inference
Securing AI across its lifecycle — datasets, training environments, models in the cloud and at the edge, and the AI-enabled applications. Built for ML models running in high-risk environments, shaped by real threats and operational requirements.
Helmet capabilities are built and running across our programmes in private and public sectors including mobile apps with 100 million+ users and defence systems.
Contact us to explore how we can support your goals.
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