SEGMENTS
Cyber security and network management automation
ADDNET's unique solution for automated network service management and network access control (integrated DDI/NAC) is suitable for large networks and can be used not only in hybrid IT/OT networks, but also in field networks. The solution greatly complements security monitoring, providing a wide range of data from distributed network environments for detection and investigation. At the same time, it provides the possibility of automated responses and dynamic changes to network configurations.
Development of polymer cartridges and supply of production lines for polymer cartridges
This innovative solution, which uses an advanced method of injecting special polymers, significantly reduces the weight of cartridge cases by up to 90% and production costs by more than 60%, and can be applied to all common calibres, including heavy types such as 152 mm or 125 mm. The availability of polymer materials eliminates the risk of production downtime associated with traditional raw materials such as brass or steel. The result is a lighter, cheaper and logistically undemanding alternative that simplifies production, storage and deployment in the field.
Development and delivery of critical infrastructure protection solutions against drones
The C-UAS system is a state-of-the-art drone defence solution that provides armed forces with tactical superiority through advanced detection, identification and neutralisation of UAV threats. It utilises a modular architecture with a wide range of sensors and effectors — from radars to laser weapons — and intelligent C4 command for fast and accurate response. It is fully interoperable, cyber-protected and suitable for deployment in both fixed and mobile environments, making it the ideal choice for defending airports, bases and critical infrastructure.
Production and application of graphene – the material of the future
Lightning graphene is a new generation of ultra-fine powder material with exceptional conductivity, strength and flexibility, ideal for composites, batteries, sensors, electronics and defence technologies. Thanks to its extremely low number of layers (1–3) and high purity, it enables efficient energy transfer, reduces the weight of final products and increases their durability. It is a key raw material for industries seeking performance beyond the limits of current technologies.