AI-POWERED DEFENCE SYSTEMS

SOFTWARE SOLUTIONS FOR THE DEFENSE SECTOR

  • AI-based UAV flight autonomy system
  • Multifunctional command centers
  • High-precision mission simulator
  • Anti-drone hardware and software system
  • Multi-purpose mission planner
NAVIGATION – DETECTION – TARGETING

UAV FLIGHT AUTONOMY SYSTEM

  • AI-powered autonomy for mission execution in contested environments
TRAINING – ANALYTICS – COMBAT READINESS

HIGH-PRECISION MISSION SIMULATORS

  • Every hour in the simulator reduces risk for the operator in real combat
AWARENESS – DECISION – ACTION

COMMAND CENTER FOR COUNTERING DRONES

  • Integration of data, analytics, and control
  • in a single interface
  • for rapid decision-making
DETECTION – CLASSIFICATION – ENGAGEMENT

ANTI-DRONE HARDWARE AND SOFTWARE SYSTEM

  • Onboard + ground-based AI system
  • for fast and precise target interception
18+ YEARS OF EXPERIENCE
100+ PROJECTS
50+ PARTNERS
40+ ENGINEERS

OUR SOLUTIONS

UAV FLIGHT AUTONOMY SYSTEM

UAV FLIGHT AUTONOMY SYSTEM

AI-driven navigation without GPS
  • Resistance to electronic warfare
  • Automatic target detection and engagement
  • UAV swarm coordination
  • Mission completion in case of communication loss
HIGH-PRECISION UAV FLIGHT SIMULATORS

HIGH-PRECISION UAV FLIGHT SIMULATORS

Maximally realistic landscape reproduction
  • Simulation of electronic warfare, spoofing, and signal loss
  • Up to 70% reduction in training cycle time
  • Up to 80% reduction in equipment losses during training
  • Support for multirotors and aircraft-type UAVs
DRONE COUNTERMEASURES CONTROL CENTER

DRONE COUNTERMEASURES CONTROL CENTER

Real-time unified battlefield overview
  • Integration of up to 15 types of sensors
  • From detection to decision ≤ 1 sec
  • Simultaneous tracking of 10+ targets
  • Coordination of units and interception assets
ANTI-DRONE SYSTEM

ANTI-DRONE SYSTEM

Precise target interception
  • Onboard AI system for target detection and classification
  • Compensation of radar inaccuracies via onboard detection
  • Rapid task assignment to the interceptor
  • Autonomous guidance to hit the target

FROM DETECTION TO HIT THE TARGET

SCENARIOS SIMULATION MISSION PLANING FUSION DATA DETECTION CLASSIFICATION TRACKING ORСHESTRATION GUIDANCE DECISION MAKING STRIKE INTERCEPT ASSESSMENT

The MPS Development ecosystem covers training, mission management, and autonomy for executing combat tasks

SIMULATORS
COMMAND CENTERS
UAV FLIGHT AUTONOMY

THE DEFENSE SECTOR TRUSTS US

18+ years
AI systems and software
for the defense sector
  • System integration and operator training
  • Technologies for unmanned platforms
  • Combat-proven software
100+ projects
Proven in real combat conditions
  • Government, military structures, manufacturers, and integrators
  • From R&D to combat deployment
  • Custom software stack for end-to-end solutions
50+ partners
Leading organizations
and companies
  • Government of Ukraine, NASA, FAA
  • Collins Aerospace and international defense companies
  • Collaborative development of critical systems

EXPERIENCE AND PROJECTS

HELICOPTER SIMULATORS

HELICOPTER SIMULATORS

Мі-8/Мі-17
  • 2 full-scale mission simulators
  • Designed for training military crews
  • Proven effectiveness in real operation
AIRCRAFT TRAINER

AIRCRAFT TRAINER

Aero L-39 "Albatros"
  • Full-featured simulator of a combat training aircraft
  • Realistic aerodynamics and combat scenarios
UAV simulators

UAV simulators

Leleka-100 AND Darts
  • Mission trainer for reconnaissance UAV
  • Mission simulator for strike UAV
  • Integration of real control panels
SIMULATION PLATFORM

SIMULATION PLATFORM

Since 2008
  • Developed and continuously improved for over 18 years
  • 100,000+ km² of simulated territory
  • ≤5% deviation of the model from actual telemetry data

ABOUT US

MPS DEVELOPMENT

A Ukrainian engineering company specializing in the development of high-precision military simulation and command-and-control (C2) systems, as well as the autonomization of combat UAVs.

For 18 years, we have been creating software solutions for combat systems—from pilot training to autonomous target engagement.

WE DEVELOP TECHNOLOGIES that enhance the effectiveness of combat systems and accelerate decision-making in environments where the cost of error is critical.

Our products are already in use in real combat conditions and provide a battlefield advantage.

BUILDING A COMPREHENSIVE ARCHITECTURE

where data, management, and mission execution are integrated into a single system.

This allows us to:

  • reduce the operator’s workload
  • increase the speed and accuracy of decisions
  • ensure operations continue even in the event of communication loss or enemy interference

Our solutions make the execution of combat missions more predictable, controllable, and effective.

MPS Development

ADVANTAGES OF MPS SOLUTIONS

A Unified Operational Picture

Data from radars, sensors, and UAVs integrated into a single command-and-control loop: from detection and classification to guidance and engagement.

Operation in a countermeasure environment

Resistance to electronic warfare, GPS disruptions, and loss of individual channels.

INTELLIGENT DECISION SUPPORT

Automated trajectory calculation, interception, and threat prioritization.

DECISION-MAKING SPEED

From detection to decision ≤ 3 seconds.

REDUCED OPERATOR WORKLOAD

The system handles routine processes and supports critical decisions.

IMPROVEMENTS TO THE SIMULATION PLATFORM

The most realistic simulation possible for practicing complex scenarios — the result of continuous development since 2008.

CONTINUOUS IMPROVEMENT THROUGH DATA

Simulators and AI loop increase effectiveness after each mission.

OPEN INTEGRATION

Connection of radars, UAVs, and third-party systems via API.