Israeli company Tiltan Software Engineering has secured a major order as part of a large-scale Israeli UAS program to supply a state-of-the-art virtual and constructive simulation environment for a multi-domain unmanned aerial systems (UAS) array.
The project centers on building an advanced synthetic battlespace designed for large-scale operational training and mission preparation in system-of-systems scenarios. The environment integrates multiple operational platforms and mission scenarios into a unified framework tailored for advanced defense applications.
TOPS-NX: High-Fidelity IR and Visual Simulation at Scale
At the core of the contract is Tiltan’s TOPS-NX, a physics-based 3D infrared (IR) simulation engine delivering advanced IR and visual (VIS) simulation capabilities. The engine operates in a cloud environment, supports multiple simultaneous instances and provides ultra-high-resolution sensor rendering with exceptional fidelity. TOPS-NX can simulate dense urban environments containing thousands of entities while sustaining the very high frame rates required for real-time operational scenarios.
The program scope includes developer licenses and approximately one thousand run-time licenses to support both development and full operational deployment activities.
Digital Twins and T-VERSE Services
Tiltan will also deliver its T-VERSE services which provide material-based, high-fidelity 3D models and digital twins for the creation of accurate synthetic operational environments in both IR and VIS domains, tailored to complex mission and training requirements. Integration, customization and specific sensor calibration services are also included in the contract scope.
“TOPS-NX successfully met the customer’s most demanding benchmark and performance requirements, proving its ability to deliver the scalability, fidelity, and reliability required for next-generation defense simulation environments,” said Ehud Shafir, CEO of Tiltan Software Engineering.