Sense & Understand
Turn operational data and observations into a useful picture of what is happening.
info@rlktech.co.uk
0141 319 4813

The RLK Group develops operational intelligence, mission software and autonomy technologies for defence, public safety and critical infrastructure. From simulation and evidence to multi-asset coordination and platform-level autonomy, we help organisations understand difficult environments and act with greater control.
What We Do
Turn operational data and observations into a useful picture of what is happening.
Test scenarios, quantify uncertainty and compare capability before committing resources.
Support decisions by comparing options, constraints, confidence and consequences.
Bring assets, information and operators into a governed mission workflow.
Apply bounded autonomous functions to compatible platforms and integrate them into the wider system.
Solutions
Analytical assessment, mission integration, autonomy and selected airframe programmes.
Learn moreContinuity of situational awareness and operator-controlled aerial observation through Helais Sentinel.
Learn moreMission orchestration and aerial support workflows through Helais.
Learn moreOperational analytics from existing infrastructure through UrbanAnalytix.
Learn morePlatforms
Simulation and decision support for counter-UAS capability assessment
VisitVision-based target-oriented adaptive control for autonomous platforms
ExploreMission orchestration and aerial-operations platform
ExploreOperational intelligence from existing infrastructure
VisitHow RLK Works
We design systems around your operational requirement, not around our product catalogue. Our approach integrates existing infrastructure, qualified partner equipment, and RLK technology to solve defined problems with traceable evidence.
Evidence & Assurance
Every RLK product comes with defined evidence, model provenance, and clear maturity indicators. We distinguish current capability from future roadmap and maintain human authority at every decision point.
View Evidence & AssuranceWe will define the smallest credible system needed to solve it.
Discuss a Requirement