Technology Service Corporation

The sequential Phase II effort will modify, evaluate and demonstrate the performance of innovative continuous High Pulse Repetition Frequency (HPRF) radar waveforms and processing techniques for the a ...

The Combat system test bed High performance computing Architecture independent Dynamic Scheduler (CHADS) is a proposed solution for SBIR N191-019. The design is loosely based off of HTCondor, an open ...

The sequential Phase II effort will combine low-cost, fixed site and mobile RF sensors and a scalable mesh-network C3/data relay capability to develop and demonstrate a scalable common operating pictu ...

AAA, SAMs and future rail-gun weapons present a significant threat to US aircraft including the F-35 JSF and AC-130 in contested areas. In Phase 1, TSC will investigate radar-based approaches to both ...

The Air Force has a requirement for a real-time system to monitor High Energy Laser (HEL) damage effectiveness and provide laser hazard assessment. Due to target reflective properties and environmenta ...

Multiband technology provides a very promising advancement for RF seekers. Multiband seekers have the ability to optimize performance for each function (e.g. search, track, homing, fuzing, discriminat ...

In order to control and dominate the Electromagnetic Spectrum space in the Electronic Warfare domain, US military has to be armed with modern radar technologies especially on small UAS and rotary airc ...

GPS-denial in a Degraded Visual Environment has significant impact on military aircraft missions. In Phase I, TSC successfully demonstrated techniques to correlate onboard radar imagery with previousl ...

TSC is proposing a new software mode for the TEMPR system to be created in order to support the HEL cueing mission. The mode will utilize a pulse-Doppler waveform specially designed for detecting smal ...

TSC proposes to combine existing high-TRL sensor technologies to develop a C-UAS system that maximizes effectiveness through distributed responsibility.