From Physical Systems to Collaborative Autonomy.
Kokasa is building a technology stack that spans the physical systems that sense and move, the autonomy that enables individual systems to understand and act, and the software architecture that allows multiple systems to operate together. Deep technology ownership across these layers enables us to engineer mission-critical systems from the physical layer upward.
Actuation & Motion Systems
Electromechanical and electrohydraulic systems engineered to convert commands into precise, controlled physical motion in mission-critical environments.
Rotary & linear EMA · integrated feedback · precision force & position control
EHA · hydraulic boosters · servo-hydraulic control
Torque motors · BLDC/PMSM · frameless architectures · high torque density
Power electronics · closed-loop control · multi-axis motion
Precision hydraulic modulation · pressure & flow control
Low-backlash gearing · screws · bearings · transmission systems
Gimbals · traverse/elevation · precision pointing & positioning
Rotary Actuator
Compact rotary actuation for weapon stations, unmanned platforms and robotic joints.
Integrated electromechanical joint module combining motor, gearing, feedback and brake in one sealed housing.
Sensing & Instrumentation Systems
High-reliability sensing and instrumentation systems that measure physical state, provide feedback and generate the data required for control, monitoring and decision-making.
LVDT/RVDT · contactless sensing · feedback measurement
Rotational speed · shaft monitoring · engine & machine sensing
Pressure measurement · load/force feedback · ruggedised interfaces
Piezoelectric sensing · rotating machinery · condition monitoring
High-temperature monitoring · thermal state measurement
Micro/reed switching · position/proximity · hermetic sensing
Amplification · isolation · filtering · data interfaces
Multi-sensor monitoring · fault detection · system-health awareness
Vibration Sensor
Piezoelectric vibration sensing for airborne rotating-machinery health monitoring.
Piezoelectric vibration sensor for airborne rotating-machinery health monitoring. Compact MIL-spec form factor with integrated shielded cable and 2-bolt flange mount.
Autonomous Systems
Software, sensing and control technologies that enable an individual platform or system to understand its environment, make mission decisions and execute actions autonomously.
Detection · classification · identification · tracking
Sensor correlation · track fusion · state estimation · situational awareness
GNSS/INS · relative positioning · navigation in degraded environments
Route planning · task planning · constraints · dynamic re-planning
Prioritisation · mission logic · response selection · autonomous behaviours
Trajectory generation · stabilisation · pointing · closed-loop action
6×6 Unmanned Ground Vehicle
Electric ground platform for surveillance and logistics in forward areas.
A modular electric 6×6 vehicle carrying an EO/IR sensor suite, onboard mission computer and open payload deck. Built for remote operation.
Collaborative Autonomous Systems
A modular software and systems architecture that enables multiple autonomous and semi-autonomous platforms, sensors and effectors to share information, coordinate decisions and operate together toward a shared mission objective.
Multi-platform detections · fused tracks · asset state · shared situational awareness
Role allocation · task assignment · synchronized action · dynamic re-tasking
Shared mission logic · prioritisation · coordinated planning · degraded-connectivity operation
Detect · classify · prioritise · select · cue · authorize · execute
Collaborative Autonomous Systems
Multiple systems. One mission.
Kokasa is developing the software and systems architecture required to connect heterogeneous sensors, autonomous platforms and effectors into coordinated mission systems. The architecture is designed to fuse distributed information, support real-time mission decisions, coordinate multiple assets and translate decisions into physical action.
Programme-specific qualification cycles ongoing. Organisational certifications in progress: DGAQA DOA · AS9100D.