The method behind our banking products comes from cognitive engineering: capture how experts reason, turn it into agents, have independent models check each other, and keep a person in charge of the decision. Our R&D group applies the same method wherever decisions are high-stakes, in defence, aerospace and public safety.
A system that pulls intelligence, logistics, terrain and unit-status feeds into a single operating picture, and lets AI draft, war-game and continuously update the mission plan itself. Commander approval is built into every decision point, not a form filled out after the fact.
Several agents fuse kinematic, signature/IFF and context data to classify air tracks in real time using the NATO colour convention (blue, red, amber, green).
Open the tactical demoPublic ADS-B traffic cross-referenced against aircraft registries, with each flagged aircraft showing the reason it was flagged.
Open the flight trackerWe capture experienced planners while they build real plans and record how they reason: which constraints they check first, and what makes them change course.
Agents on models from different labs draft and assess the plan in the same strict format, and every disagreement is flagged.
A supervising agent watches the whole plan as feeds change and raises what needs a human's attention.
Every decision point waits for approval, and each approval is recorded.
Human-automation teaming for single-pilot operations, focused on the moments where pilot and system disagree.
Read the SymbIA case studyCapturing pilot reasoning in real time and supporting it with AI companions under high workload.
Explore C-PilotHow AI can help people supervise abnormal situations they would otherwise miss, using the 2025 Louvre burglary as a case study.
Read on Insights