Innovision LLC

Innovision LLC, registered as Innovision, Llc. Division, is a minority-owned small disadvantaged business that provides research, engineering, and information technology services to U.S. federal government agencies. The company specializes in areas such as aviation systems, biomechanics, robotics, medical devices, and data analytics. Innovision has a strong focus on developing innovative solutions through digital technology, including digital twin systems and musculoskeletal modeling. The company has been registered in SAM.gov since April 3, 2017, and has a history of securing federal contracts and grants, particularly in support of Department of Defense initiatives.

Innovision LLC has provided a wide range of goods and services through federal contract awards, primarily focusing on research and development in support of defense and medical initiatives. The company has received multiple Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) awards from various defense agencies. Notable projects include the development of an Integrated Digital Engineering Environment for Airman Accommodation and Fit for the Air Force Research Laboratory, valued at $1,249,992.00, and a $1,999,957.00 STTR Phase II contract with the Naval Air Warfare Center. Innovision has also worked on projects such as a pilot digital twin for neck injury mitigation and a parametric musculoskeletal model for human-robot interaction simulation. These contracts, typically set aside for small businesses, have been awarded by the Department of the Air Force, Department of the Navy, and Department of the Army Medical Command, demonstrating Innovision's expertise in addressing complex research needs across multiple defense sectors.

In terms of federal grant awards, Innovision LLC has received funding from the National Science Foundation (NSF) to support its research and development efforts. A notable example is a $255,735 Project Grant awarded on January 15, 2022, under the NSF Engineering program (CFDA 47.041). This grant funded the development of a patient digital twin and performance capture system for scoliosis physiotherapy. The project aimed to create an integrated digital environment utilizing parametric musculoskeletal models and dynamic avatars to simulate human-robot interaction for scoliosis treatment. This grant demonstrates Innovision's capability to apply its expertise in digital technology and biomechanics to medical applications, aligning with NSF Engineering's goal of improving quality of life through innovative engineering research.

Innovision LLC holds a Federal Supply Schedule contract awarded by the General Services Administration's Federal Acquisition Service. This multiple-award contract, with ID 47QRAA24D009L, has a ceiling value of $1,500,000.00 and a performance period from June 24, 2024, to June 23, 2029. Under this contract, Innovision is expected to provide a range of services and products related to its core competencies, including aviation systems, biomechanics, robotics, medical devices, and data analytics. This Federal Supply Schedule contract allows various federal agencies to place task orders for Innovision's services, potentially expanding the company's reach beyond its traditional defense and research-focused clientele. The contract's structure as a multiple-award vehicle suggests that Innovision may compete with other contractors for specific task orders within the scope of the schedule.

Technology Solutions

Innovision's scientists and engineers have broad knowledge and extensive experience of research, development, and technical support in the following areas:

Digital human modeling and simulation;

Biomechanical modeling and simulation;

Finite element modeling and analysis;

Impact, crashworthiness, and safety;

Structural dynamics and vibration;

Computer vision;

Machine Learning;

Optimization;

Digital Twin.

Products

DACAA (Dynamic Avatars with Complete Articulated Anatomy): a software tool for repositioning a human anatomical model to a desired pose.

HART (Human Activity Replication Tool): a Blender add-on for quick and easy modeling and animation of human activities.

UFit: a dynamic 3-D human-cloth modeling tool for virtual try-on and fit.

Individual Warfighter Physiological Status Simulation and Prediction.