Kinetics, Inc.

Kinetics, Inc. is a for-profit company headquartered in Bingen, Washington, specializing in advanced research, development, testing, and evaluation services for the U.S. federal government, with a particular focus on national defense technologies. The company has expertise in sensor imaging, signature detection, scene generation technology, and software prototyping, primarily serving the U.S. Air Force and Air Force Research Laboratory through sophisticated technical contracts that support emerging defense capabilities.

Through its federal contract history, Kinetics, Inc. has consistently delivered specialized technical services across multiple domains, with a concentrated emphasis on scene generation technology and advanced imagery modeling. The company has received multiple prime federal contract awards from the Air Force, totaling several million dollars, for projects such as Fast Line-of-Sight Imagery for Target and Exhaust-Plume Signatures (FLITES), Scalable Path Integrations of Directional Energy Radiation (SPIDER), and scene generation technology advancements. These contracts, which are not set-aside, have involved cost-plus-fixed-fee delivery orders focusing on technological improvements for national defense. Additionally, Kinetics has worked as a subcontractor for prominent defense contractors including Science Applications International Corporation (SAIC), Decibel Research, and Leidos, performing technical and analytical engineering services, software development, and research and development work.

Kinetics, Inc. holds a significant Indefinite Delivery Contract (IDC) with the U.S. Air Force Materiel Command, valued at $4.9 million with a period of performance through November 30, 2029. This single-award IDC supports scene generation technology advancements for the Air Force Research Laboratory, with two initial delivery orders already issued: one for $749,975 focused on line-of-sight imagery modeling improvements and another for $999,938 concentrating on scene generation technology using Vulkan ray tracing. The IDC enables the company to continue developing advanced technological capabilities for emerging defense threats, with work performed at their Washington facility and supporting critical national security research and development initiatives.

R&D and T&E simulation capabilities utilize ElectroOptical/Infra=Red (EO/IR) phenomenology, including scene rendering and signature modeling software programs as well as R&D of the integrated real-time EO/IR scene generation process. Develops advanced real-time and non real-time simulation software to support advanced guided-munitions research and development programs and signature intelligence analysis activities.