Exhibition category
Contact address
| Address | Via Betti 27/29, Elmas - ITALY |
|---|---|
| Telephone | +39070240924 |
| URL | https://www.nurjanatech.com/ |
| administration@nurjanatech.com |
Main exhibits 1
NEOS - Nurjana Electro Optical Tracking System
NurjanaTech’s electro-optical system uses optical sensors to provide real-time long-range automated target identification, video tracking, and recording of terrestrial, airborne, and Earth-orbiting objects.
Onboard software is programmed to client parameters, allowing the system to automatically detect, identify, track, and record. Multiple sensor systems precisely located around a range or perimeter provide greater accuracy and can replace radar.
The system is highly effective for terrestrial applications in delivering real-time data for infrastructure monitoring, surveillance, and range safety. In space, the system provides vital data on orbiting objects and space debris to protect orbiting objects from collisions.
Our comprehensive and fully automated electro-optical system includes optical tracking devices with built-in control electronics and software, our multi-sensor central control system, and an integrated and modular command and control system based on our mission management platform software suite. As a result, the number of optical tracking devices is expandable while the software seamlessly integrates the devices according to client-defined scenarios.
Fully customizable, the rugged hardware can be configured with a variety of sensors. Sensors can be chosen based on the target size, the desired field of view, and visual or infrared spectrum sensing.
NT-NEOS Brochure （PDF file - 389KB）
Main exhibits 2
SPADAS - Space Domain Awareness Platform
SPADAS is an advanced space domain awareness software platform designed to provide critical intelligence to both commercial operators and defense stakeholders, operating 24/7. The platform includes several key capabilities and uses data from private and public catalogs, such as Norad, to provide:
• Conjunction Assessment: the platform performs detailed conjunction assessments to predict and evaluate potential collisions between space objects.
• Maneuver Recommendation: based on conjunction assessments, SPADAS can recommend maneuvers to avoid collisions, ensuring the safety of satellites and other space assets.
• Satellite Maneuver Detection: SPADAS can detect and analyze maneuvers performed by satellites, providing valuable insights into their operational status.
• Integration with external sensors: the platform can be easily integrated with external optical and radar ground sensors. It uses a patented algorithm to schedule a network of sensors to optimize the observation of a set of spacecrafts. It can use this raw data to improve conjunction assessment and other services.
• Payload satellite communication: it can use a network of ground stations to communicate with an asset of satellites to gather onboard data to feed the conjunction and maneuver detection algorithms.
• Monitoring platform and 3D Visualization tool: a GUI allows operators and users to have real-time information about the alerts generated by the detection and assessment modules and explore the data coming from sensors and satellites. A 3D Globe visualizer helps operators in assessing and analyzing the alerts and recommendations.
By integrating these functionalities, SPADAS delivers a comprehensive solution for SDA, enhancing the ability to manage and protect space assets. The platform’s continuous operativity and integration of both public and private data sources make it a vital tool for maintaining situational awareness and ensuring the safety and efficiency of space operations.
