We work with grid operators and vendors to enable continuous operation and build resilience against targeted cyber and physical attack, keeping critical services available for millions.
Trusted where failure is not an option
We work at the very core of power grid systems — securing the industrial environments where OT meets IT, and hardening the systems that have to keep running under targeted cyber and physical attacks.
We bring practical engineering experience at the intersection of IT and OT, working with the operators who run these systems and the engineers who build them, where the cost of failure is measured in blackouts, not SLAs.
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.
UKRAINE’S MAIN GRID OPERATORWe helped the grid operator rapidly build a secure, reserve hybrid-cloud capability for core grid technology, and supported live migrations under active threat exposure. Addressing the security challenges of virtualising OT, we were able to establish back-up OT infrastructure with seamless transition between primary and reserve systems.
Identify weaknesses before an adversary does — across legacy OT systems, modern software stacks, and the interfaces between them — so operations continue without disruption.
We build proactive product security programmes to operationalise product features faster, offer better security ROI, reduce security incidents’ likelihood and impact, and build repeatable, scalable security processes.
When existing standards don't cover the problem, we build what's missing: new protocols, security controls, and methodological frameworks. We assess emerging capabilities for the weaknesses standards haven't yet caught up to.
Cross-domain integration framework for mission-critical systems
Built to enable novel OT/ICS virtualisation use cases under rapid attacks on physical OT, Fabric facilitates medium-agnostic networking and data unification and binding to create “virtual ICS” environments on top of physically distributed, often contested and attacked networks.
Proven in the operational conditions of Ukraine, where both military capabilities and national infrastructure operate daily under real-world attack.
Build and operate fleets of secure edge hardware
Edge hardware runs outside controlled environments, on firmware that must stay trustworthy, managed by systems that may themselves be under pressure — across heterogeneous hardware, third-party operators, contested supply chains, and technically capable adversaries.
Fleet enables managing that at scale across the whole device lifecycle in a single management layer. Its trust model lets architects balance pragmatic usability against trust. Hardened in active conflict — across UAVs operating in contested, disconnected environments and edge devices on national power-grid infrastructure.
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