How one resilience architecture can serve vehicles, aircraft and vessels without locking programmes into a single vendor stack.
Zantasy Defence Systems · 2026 · 5 MIN READ
Land, air and maritime platforms differ in almost every physical respect — yet the autonomy problems they face in contested environments are strikingly similar. Signals degrade, sensors disagree, links drop, and every domain needs systems that recognise uncertainty and degrade gracefully.
01
One architecture, many platforms
Zantasy structures this shared problem as a five-layer resilience stack: connect, trust, decide, supervise, assure. Connection adapts to each platform’s controls, sensors and command systems; trust monitors integrity; decision layers map confidence to authorised behaviour; supervision keeps humans in authority; assurance produces evidence.
Because the layers are defined by function rather than by vehicle type, the same architecture serves a ground vehicle, a small craft or a partner UAS — with domain kits handling what is genuinely different.
02
Open by design
Defence programmes cannot afford autonomy that only works with one vendor’s hardware. Open integration means documented interfaces, third-party command systems treated as first-class citizens, and partner platforms connected rather than replaced. Programme teams keep sovereignty over their architecture decisions.
The resilience layer should connect existing platforms — not compete with them.
03
Evidence that travels across domains
A common architecture also means common evidence. Test methods, confidence-state definitions and assurance artefacts carry across land, air and maritime programmes, so lessons from one domain strengthen the next instead of being relearned.
Conclusion
Cross-domain autonomy does not require a universal vehicle. It requires a common resilience architecture, openly integrated, that lets each domain keep what makes it different while sharing what makes it trustworthy.