High Power Radio Frequency (HPRF) Dynamic Surface Engagement Modeling and Simulation Tool: This product establishes the requisite modeling and simulation framework to provide battlespace decision-makers capability to preview surface engagement scenarios for naval assets employing Directed Energy weapons in their battlespace environments. It enables user to understand the impact of HPRF weapons on their adversaries during realistic wargaming situations and can be adapted to Land, Air, Sea, Space, and Cyber environments. TechFlow Inc. specializes in the physical sciences of Directed Energy and Laser Technologies and integrates those technologies with its information technology (IT) and Cyber capabilities to provide end-users with robust user interfaces from timely, accurate information. TechFlow Inc. services both government and commercial markets with leading technologies and products to preserve our national and economic security.
Techflow integrates high power radio frequency (HPRF) weapons effects and failure analysis into its High Power Microwave Lethality and Vulnerability Analysis (HPM LAVA) framework to provide scientists, engineers, planners, and operators capability to evaluate effects of high power electromagnetic (HPEM) directed energy (DE) on electronic systems. HPM LAVA establishes a versatile tool to service DE and electronic warfare (EW) domain test and research personnel, and mission or campaign level engagement analyst requirements. HPM LAVA supports analysts to accurately target and identify appropriate levels of radiation required to destroy, disable, or take control of various platforms. TechFlow specializes in integration of DE and laser physical science, with cyber and information technology and is looking to extend HPM LAVA for Extended Air Defense Simulation. TechFlow services both government and commercial markets with leading technologies and products to preserve national and economic security.