NurjanaTech is a highly specialized systems engineering, development, and integration solutions provider that helps government and commercial entities tackle tomorrow’s technical challenges through innovative products, collaborative ideas, and expansive networks. Technologies and demands are changing at an increasingly rapid pace. NurjanaTech’s specialized competence in pioneering precise, reliable designs and solutions gives defense and aerospace organizations a distinct advantage in system integration. Our ground-breaking proven target identification, recognition, tracking, and command and control solutions provide the foundation for multiple worldwide projects, including sensor and data fusion for automatic ballistic tracking, test range command and control, space surveillance and tracking, artificial intelligence command and control, and wildfire monitoring and prediction. As a trusted partner, NurjanaTech provides its specialized skills, defense background, and expertise to projects, programs, governments, militaries, and companies. We bring relationships, ideas, and experiences to the table, helping our partners surge ahead of the competition and write the story for our future. Our offering includes Systems and SW Solutions for Real Time System Integration, Multi Sensor Data Fusion, Situational Awareness, Remote Sensing, Automatic Target Identification and Tracking, AI for the mission critical systems and applications like Drones, C2 and 3D Virtual Engineering & Configuration to simplify the configuration of satellites in an immersive environment. NT long-standing expertise provide the foundation for Space Safety. Space Response to Risk & Integration with Ground segment is an integrated solution for semi-automatized calculation and communication between ground detection, ground-based threat assessment and reaction scenarios recommendation, interfacing with military C2 and the flight segment for space-based object surveillance and autonomous planning. It integrates a communication chain between the ground segment and the onboard (flight) segment to increase the safety and reactivity of military space systems through avoiding collision or close encounter with a hostile spacecraft. The project allows the first ever integrated calculation & communication chain between ground and flight segments, able to send, in a lab environment, a countermeasure to a spacecraft within 90 seconds following the detection of a threat with optical ground means (networks of telescope stations).
