Warfighter Readiness Acceleration
Accelerating readiness through immersive training, adaptive learning, and integrated simulation environments that deliver measurable improvements in soldier performance.
Immersive Training System Delivery (Javelin / HVLE)
ImpactDeveloped the largest non-kinetic serious game on record (Operation Identity Dominance), resulting in a proven 71% increase in knowledge test scores in modules like Cache Detection. Delivers advanced, hands-on, high-fidelity learning experiences using the Javelin framework and the HVLE Mobile Readiness Platform.
Navy Curriculum Development at Scale
ImpactCompleted over 80 curriculum development projects comprising more than 5,200 classroom and practical laboratory hours aligned with NAVEDTRA 130 series standards, supporting Ready Relevant Learning (RRL) initiatives across multiple Navy Learning Centers.
Multi-Domain Simulation & Exercise Delivery (JWA21)
ImpactTrained over 600 soldiers at the Multi-Domain Operations Simulation Center since 2019. During Joint Warfighting Assessment 2021, delivered over 2,000 hours of classroom and hands-on training to 247 soldiers from five Army and three National Guard units on 13 new warfighting systems.
Training Gap Optimization (TGA)
ImpactUtilizes the Training Gap Analysis (TGA) tool powered by AI to identify critical skill gaps, ensuring training programs are optimized for mission readiness through data-driven insights.
Blended Learning for Naval Warfare Readiness
ImpactImplements and manages blended learning programs integrating traditional instructor-led training with VR simulations, AR applications, and LMS-based digital learning for naval personnel. Applies a data-driven approach with assessment and evaluation tools to measure training effectiveness, enabling evidence-based decision-making and continuous curriculum improvement to improve readiness for Naval Warfare.
Big Data to Smart Data — AI-Driven Performance Assessment
ImpactProvides advanced data analysis for marksmanship sensor systems using neural networks and Python-based data mining pipelines, enabling detection of shooter skill levels quickly and efficiently. Built an enterprise data management strategy from data lake to prediction modeling, freeing resources for warfighters who need focused attention while accelerating qualification for skilled shooters. Extended capabilities to soldier pose estimation using Intel OpenVINO for biomechanical analysis.
Lighthouse Human Systems Integration Platform
ImpactDeveloped and sustained the purpose-built Lighthouse technology stack through SBIR Phase III, measuring and reporting on the effectiveness of Human Systems Integration (HSI) tools, methods, and practices. Delivered Carrier Advanced Reconfigurable Training Systems (C-ARTS) to the Navy, administering training to 1,361 students with over 19,000 class hours across multiple carrier groups including CVN 78 and CVN 79, resolving the problem of disconnected requirements data by dynamically linking asset changes to training.