Use cases

A downtown venue has reported a series of rogue multirotor incursions between tall buildings. Security engineering needs an engagement plan that is both credible and obviously not a kinetic response into a populated area.

The operator composes the scenario with a terrain model of the venue, traces the surrounding buildings as obstacles, and attaches a small multirotor threat on an evasive ingress profile. A net-capture engagement is attached — proximity fuze at a short stand-off, single shot, modest Pk envelope.

The validation gate immediately surfaces the relevant physical constraints: the Pk curve is monotonic, the fuze arms before it triggers, and the RF line-of-sight heat-map flags which approach corridors have interference from the surrounding structures.

A deterministic Monte Carlo then sweeps the guidance law against the threat's jink schedule, showing expected miss distance, detection event timing, and — because the engagement is attached — the overlaid p(kill) against miss. Reviewer sign-off closes the loop before the plan reaches the operator rehearsal.

A fixed-wing threat is ingressing under reduced visibility and moderate wind. The engagement plan needs to survive weather degradation and, if the first shot misses, present a credible second-shot window.

The operator assembles a degraded-visibility environment, attaches the fixed-wing threat on a dash profile, and picks a blast-fragmentation engagement with a two-shot salvo doctrine at a fixed spacing. Guidance is proportional navigation with an augmented variant alongside for comparison.

The validation gate checks the salvo spacing is physically achievable, that the seeker's detection range is appropriate for the stated visibility, and that the engagement's Pk curve does not pretend to credit miss distances above the warhead's lethal radius.

The run renders both guidance laws in a single comparison chart; with the engagement attached, the Pk overlay identifies the better law by expected kill probability at the mean miss, and the Best Profile card surfaces that verdict for the reviewer.

A group-1 swarm is approaching a forward operating position; the interceptor stockpile is limited, and the defender needs to know how many kinetic engagements it can afford before the swarm is disrupted.

The operator attaches a swarm threat in comms-denied mode with on-detection fallback waypoints, so the threat correctly switches behaviour the moment the interceptor's seeker acquires first detection. The interceptor carries a contact-fuzed kinetic warhead.

The deterministic Monte Carlo estimates shots-per-kill and the probability of total swarm disruption within a stockpile of N interceptors. The diagnostic scrubber on each sample shows the detection chevron, a lock-loss chevron (if the threat jinks hard enough to break track), a re-acquisition chevron, and the comms-denied transition marker.

The analyst submits the run; the reviewer verifies the fallback waypoints match the threat doctrine in use and approves. The approved run is promoted to a golden reference for future trade studies against different interceptor inventories.