Every critical infrastructure has unique requirements and security risks. Nurjana Technologies’ tailor-made solutions are precisely designed to guarantee operational continuity and environmental safeguarding against any form of physical or cyber attack.
We provide our clients with an industrial-grade platform and specific, customized services to address the unique needs of the world’s most complex and critical infrastructures. Typical application areas include ports, border control, environmental monitoring, refineries, and power plants.
We seamlessly integrate with legacy security systems by introducing artificial intelligence to video surveillance, new radar technology, smart drones, and long-range electro-optical systems. Our systems provide complete target detection, identification, and tracking for comprehensive protection. READ MORE
Our capabilities to manage multi-source, multi-format data and process it in real time offers our customers unprecedented access to satellite-enabled situational awareness. The analysis of radar images from Low Earth Orbit combined with radio frequency intelligence help our key customers understand specific situations and react to threats hidden from other means of detection. Contact NurjanaTech to learn how a detailed geospatial understanding of a specific coastline or plant can be enhanced through our solutions.
Our wildfire detection and modeling solution fuses specialized sensor data with satellite and ground technology to deliver critical information necessary to identify, track, and predict environmental events such as wildfires. READ MORE
Our cyber counter-drone solution automatically detects the intrusion, identifies the drone and operator, takes control, and safely lands drones in a designated area. It also denies take-off within a designated protected areaREAD MORE
Leverage the power of Synthetic Aperture Radar Images from Space.
Thanks to our strategic partnership with Capella Space we are able to deliver the most accurate SAR images with unprecedented timeliness and refresh rates.