OKTAL-SE is among the few companies capable of simulating multi-sensor systems—from the visible spectrum to LWIR, and from laser systems to radar and GNSS—within a single physics-based platform. SE-Workbench is a comprehensive simulation suite that supports the entire sensor system lifecycle, from specification through development and validation, within one unified ecosystem. Powered by a physics-based rendering engine, real-world scenes, materials, atmospheric effects, and sensor interactions are modeled with high fidelity, delivering significant time and performance advantages for complex projects.

OKTAL-SE’s physics-based image generation engine can produce millions of highly diverse synthetic datasets for deep learning models. By varying weather conditions, sensor types, viewing angles, ranges, and labeled image structures, it significantly enhances the training quality and performance of AI-based perception systems. OKTAL-SE solutions are also used to analyze how a platform’s thermal, radar, or optical signatures change under different conditions. This approach enables costly and hard-to-execute field tests to be performed in a simulation environment, facilitating the validation of camouflage and low-observability solutions.

OKTAL-SE is a unique technology provider that delivers high-fidelity, physics-based sensor simulations grounded in real-world physical laws—reducing risk, lowering costs, and accelerating development cycles across defense, aerospace, and security programs. Its ability to simulate diverse sensor types such as EO/IR, radar, SAR, and GNSS within a single, coherent platform offers exceptional flexibility for a wide range of applications, from parametric analysis and HWIL integration to deep learning data generation and seeker development.