Torch teams provide intelligence augmentation (IA) for weapon systems engineering, prototyping and operations. Torch supports adapting AI technologies to improve operator efficacy when using defensive weapon systems.
Engineers develop automation for batch driven processes and perform analysis on large datasets in support of Ground Vehicle Systems, missile testing, and aiding in decision support. Engineers have a wide range of skills and have experience collecting, interpreting, and analyzing data using various analytical methods and statistical techniques.
Torch engineers develop geographically dispersed enterprise-based applications. Our portfolio consists of systems used for tactical mission planning, distributed computational analysis, diagnostic applications, and web-based planning systems among others. Torch teams provide support to government labs in the creation of enterprise platform simulation framework.
Torch teams have expertise in developing frontend platform, backend platforms and cloud-based technology. This enables Torch to develop and deploy software solutions more rapidly for our customers.
Torch has developed a wide range of real-time applications, from low-level embedded systems to large-scale high-performance compute-cluster systems. This includes development of sophisticated safety-critical operational software systems such as UAS ground stations and radar calibration systems.
Torch development teams use a Model-Driven Architecture approach. Using UML modeling tools, Torch can rapidly produce complex interface-compliant software. We provide expertise to develop, enhance, evaluate, and maintain a suite of distributed digital simulation, and system-of-systems specific to Hardware in the Loop (HWIL) and virtual simulations.
