Capabilities
Layers, software, and the ability to keep building
Depth beats a single point of failure. Each layer closes the gap the others leave open, and the common software core means a site can begin with one layer and grow into the rest.
01 Architecture
The layered architecture
- 1.1
Detect & deny
Long-range RF and video detection with jamming, before a threat reaches its target.
- 1.2
Tactical EW
Close-in SIGINT and suppression for positions, convoys, vehicles and unmanned platforms.
- 1.3
Kinetic defeat
A remote weapon station for what jamming cannot stop, including fibre-optic drones.
- 1.4
Interception
Cued interceptors for the last echelon, kinetic or warhead kill.
- 1.5
Offshore reach
Autonomous surface vehicles carrying sensors and effectors where fixed sites cannot.
02 Software
One command picture, one operator
- Real-time detection analytics with map overlay across every connected unit.
- Automatic or manual engagement, selectable per operator preference or rules of engagement.
- Detection logs, filters and third-party integration through an open API.
- Continuously updated classification engine; one operator, 30–90 second alarm reaction.

03 Development
Hardware and software under one roof
In-house R&D, prototyping and manufacturing rather than resale or integration of third-party kits. That is what allows the range to expand continuously: a new requirement becomes a configuration, and a fielded system improves through software rather than replacement.
- 3.1
Idea to serial production
Concept, engineering, integration, prototype, testing, production and field deployment handled internally.
- 3.2
AI and real-time analytics
Detection, classification and threat-prioritisation engines trained on real front-line signal data.
- 3.3
Field iteration
Engineers deploy, operate and revise their own systems, so changes reach production quickly.
- 3.4
Growing catalogue
Further EW form factors, interceptor airframes, mission modules and platform classes are in development.
04 Production & transfer
Modular by design, transferable by consequence
Production runs on EU territory through a joint-venture entity registered in Estonia, with practices aligned to EU and NATO defence-industry norms. Cooperation models are shaped around each partner, from supply through to local production and a phased transfer of sub-systems, software integration and know-how.
- A locally sustained capability, not imported equipment.
- Tell us which part of the value chain you want to hold and we will scope the transfer around it.
