Developing exceptional technologies for defence
Developing new technologies for the defense industry has become increasingly important in the current world situation, where conflicts and cyber threats put sovereign countries and individuals at risk. The Internet of Military Things (IoMT) is a concept that involves the integration of various military systems and devices through advanced communication and secure platform technologies. This requires the defense industry to embrace the transformation towards developing advanced software and security for their devices.
We support defense & security manufacturers by providing secure embedded engineering solutions and services for mission critical systems.
We are an integral part of defence ecosystems
Autonomous Defence Drones and UGVs
Autonomous vehicles are becoming increasingly important in modern defence due to their ability to enhance operational efficiency, reduce risks to human personnel, and provide strategic advantages. Unikie has the experience and competence to develop robust and secure autonomous operations.
Defence Drones
- Drone fleet technologies: Mission planning, last mile AI enabled UAV (UAV)
- Drone Module with Autonomous Jamming / Tampering (UAV)
- Drone range: testing environment for autonomous capabilities
Defence UGVs
- AI marshalling (Infrastructure based automated driving)
- AI vision (Onboard autonomous driving)
- Non-GPS navigation methodologies
- Intelligent UGV concept
Internet of Military Things
The Internet of Military Things (IoMT) is a concept that involves the integration of various military systems and devices through advanced communication and networking technologies. We at Unikie implement smarter integrations, allowing for real-time situational awareness, improved decision-making, and enhanced operational efficiency.
IoMT relies on a network of sensors and mesh technologies to collect and transmit data. This data is used to monitor the environment, track assets, and ensure secure communication.
IoMT involves the collaboration and integration of various systems and platforms across different domains. This ensures that all components work together seamlessly to achieve mission objectives.
Ocean of Things with intelligent floats connected to C2 (IoMT)
Zero Trust Digital Platform
Embedded security and communications are a critical component of IoMT. We use our embedded security platform to protect against threats in battlefield and in server rooms to ensure the integrity of tactical data as well as security of our customers assets.
- Embedded Security expertise of incorporating security features directly into the hardware & software of military devices
- Secure platform for Post Quantum safe encryption and key storage, with secure boot, tamper detection and runtime protection
- Experience in product creation of communication and network devices with post-Quantum crypto
- Experience in design of architectures to enable interoperability across various systems not following normal standard (MIL)
- Communication device product creation offering, such as secure phone or tactical communication device
- Secure Supply Chain consultation and service offering
Data-Driven Defence
“Intelligence to the Edge” refers to the concept of pushing data processing and decision-making capabilities closer to the source of data, rather than relying solely on centralized systems. Unikie supports you with enhancing real-time situational awareness and enabling faster, more efficient responses to dynamic operational environments. Our AI experts can also build decision making systems helping users in tactical decisions based on multiple sensor data sources.
Intelligence to the edge allows for the rapid collection and analysis of data from various sources, providing a comprehensive and up-to-date picture of the surroundings. This enables military personnel to make informed decisions quickly and effectively.
Decentralizing intelligence and processing capabilities enhances the resilience of military operations. If one node or system is compromised, others can continue to function, ensuring continuous operation and reducing the risk of a single point of failure.
