Military & Defence
Sovereign architecture. Designed for a 30-year lifecycle.
EU Defence Industrial Strategy mandate for sovereign simulation capability — the lifecycle and architecture we design for
Sovereign integration. Classified avionics in-house. MOSA-compatible architecture. 30-year capability that evolves without vendor permission.
Discuss Your RequirementsLong-lifecycle programmes need architectures that evolve without external dependencies.
The EU Defence Industrial Strategy (EDIS 2024) identifies sovereign simulation capability as a strategic priority. Programmes built on open, modular architectures are better positioned to meet this expectation across a 30-year lifecycle.
Modular Open Systems Architecture (MOSA) principles require that components can be substituted or upgraded independently. Closed stacks limit that flexibility at every layer, and the constraint compounds over time.
Integrating classified or export-controlled avionics through an external team extends the access boundary of the programme. In-house integration keeps that perimeter tighter and makes revision management more tractable.
European engineering. Modular architecture. In-house integration.
Classified avionics, MOSA-compatible, upgradeable modules. 30-year capability without vendor permission.
Classified avionics integrated in-house. No foreign vendor access
MOSA-compatible architecture. Modular upgrade without vendor sign-off
EDIS-aligned: European sovereign simulation alternative
30-year lifecycle hardware design. Operational loads, adaptable modules
Update cycle controlled in-house. No foreign vendor for regulatory changes
Ground vehicle dynamics & comms - beyond fixed-wing FSTD when the mission requires it
GPS jamming & spoofing scenarios - train recognition and response without live flight risk
VHF / UHF / HF communications modelling for joint and coalition exercises
