Forging the Future of Defense.
Innovative military solutions and strategic insight — proudly made in Ukraine.
Innovation Capabilities
Made in Ukraine
- [01]
Military
R&DFocused on the creation of next-generation technologies: autonomous systems, artificial intelligence in command and control (C2), smart munitions, unmanned platforms, sensor networks, and multi-spectral integration systems.
- [02]
Integration
LaboratoryA platform for implementing innovations into classical combat platforms. We create synergy between traditional systems (tanks, armored personnel carriers, self-propelled artillery) and new capabilities (electronic warfare, drone swarms, AI targeting systems), providing a technological advantage on the battlefield.
- [03]
Analytical
and Doctrinal CenterA division responsible for the formation of modern military doctrines, policies, capability frameworks, and white papers. We participate in the development of defense policies, institutional reforms, strategic planning, and the creation of future force models.
- [04]
Scientific
and Advisory BoardThe company’s work is supported by a powerful scientific council and specialized advisory boards, uniting leading experts in defense technologies, engineering, and military transformations. Their expertise ensures the scientific accuracy and strategic precision of our solutions.
Military
Development
& Capabilities
Volumetric Charge for Underwater Mining
Development of underwater volumetric charges as part of an additional protection mechanism for coastal and surface infrastructure from low-flying missiles, surface drones, and other above-water attack systems.
Deployment for the protection of critical facilities or as a barrier involves the use of minefields against low-flying or surface attack systems. The volumetric charges are submerged up to 50 cm below the water surface. Detonation mechanisms are non-contact and remote-controlled. When an enemy object enters the strike zone, the charge is activated, creating a dense water column explosion up to 30 meters high, destroying or damaging the target.
Volumetric Ammunition Against UAVs
Development of volumetric ammunition against unmanned aerial vehicles (UAVs), aimed at utilizing volumetric detonation in the UAV movement zone. Upon activation, the ammunition produces a shockwave of compressed air, neutralizing attacking UAVs or preventing them from reaching the protected object.
- High strike efficiency: Volumetric charges create a powerful explosion with high temperature and pressure, effectively destroying UAVs within the blast radius.
- Wide damage zone: Volumetric charges affect a large area, providing defense against multiple UAVs, even if they attack simultaneously or from different directions.
- Versatility: Volumetric charges can be effective against various UAV types, including reconnaissance drones, strike drones, and kamikaze drones.
Vibrational Seismic Survey Complex
Hardware-Software Passive System for Detection and Identification of Explosive Devices. This project pertains to the field of humanitarian demining. The goal is to create a domestic system for remote detection of mines and explosive objects, including their marking and mapping of mined areas, with a primary focus on clearing agricultural lands and further territory decontamination.
The seismic survey technology is based on detecting and recording ground vibrations or seismic waves. The proposed technology works by detecting unique seismic signatures or vibration patterns created by underground objects. When initiated by a pulse impact on the ground surface, seismic waves are generated in the survey zone. These waves propagate through the soil, interact and resonate with buried objects. Installed seismic sensors capture these waves and analyze the unique seismic signatures of explosive devices.
- A reliable method for detecting all types of buried mines, even low-metal-content ones like anti-personnel mines, due to their mechanical properties that differ significantly from soil and typical debris.
- The detection depth range can reach several meters, which is beyond the capability of traditional search methods but achievable using seismic survey technology.
- The use of vibrational seismic survey technology allows for the development of remote monitoring systems operating 24/7 to detect explosive objects in the upper soil layers being scanned.
Opposing-Action Directed Explosion Charge
This charge is designed to produce a directed explosion and consists of two identical charges positioned opposite each other with two identical lenses. Upon activation, simultaneous high-speed bilateral initiation occurs. The structure of the charge creates a concentrated shock effect in the form of a disc with a narrowly focused shockwave.
The charge allows for achieving a concentrated shock effect, significantly enhancing penetration efficiency—the explosive energy is concentrated in a single plane, ensuring maximum penetration into armor or other obstacles, or inflicting damage on enemy targets with controlled destruction and impact. An additional advantage is the controlled direction of impact—a directed disc-shaped explosion minimizes shrapnel and shockwave dispersion, reducing collateral damage. The charge is effective in special operations.
Aerial Smart Minefield – a matrix of drones as an extension of air defense systems
- A coordinated network (matrix) of airborne drones positioned to create a dynamic and adaptive “minefield” in the airspace.
- Designed to detect, track, and neutralize aerial threats (UAVs, cruise missiles, loitering munitions) before they reach critical infrastructure.
- Functions as a mobile, scalable supplement to traditional air defense systems.
- Can operate autonomously or in coordination with radar and EW assets.
Project “EVOLUTION”
An important factor of flexibility: continuous development and improvement. Doctrine of forming modern approaches to the equipping of arsenals of robotic systems and related munitions in accordance with current relevance, considering the dynamics of development, changes, and technological innovations.
Formation of a situational management and decision-making system (in economic, technological, and defense domains) based on data analysis from sensor devices that register seismic and infrasound vibrations of various origins.
Integration of traditional systems (tanks, artillery, etc.) with new technologies within a comprehensive approach and strategy through the lens of capabilities:
- Synergy of traditional and emerging technologies: armored vehicles, tanks, drones, and AI within a unified combat framework.
- How legacy platforms (MBTs, SPGs, APCs) gain new effectiveness through integration with networked and autonomous solutions.
- Examples of integrated solutions: tank + EW system + drone swarm + sensors.
