physics-informed AI

Delta-V Analytics builds a physics-informed AI autonomy layer for space and defense, modeling how satellites and defense infrastructure behave, drift, and degrade to detect early failure signatures, isolate root cause, and provide decision support. Its hardware-agnostic engine is deployable in cloud, on-premises, or onboard edge, and was selected by the U.S. Space Force SDA TAP Lab and is in active commercial deployment. The company was founded by Niha Agarwalla and Naushad Rahman.

autonomous reacquisitioncloud, on-premises, and onboard edge deploymentfault detection, isolation, and recovery (FDIR)predictive fault detectionpre-launch validation in SIL, PIL, and HILsimulation-driven modelingSpace domain awareness

Exergi Predictive provides software solutions that leverage simulation-guided AI at the edge or in the cloud, offering physics-informed AI and fuel-flexibility technologies for defense fleets, unmanned systems, and expeditionary power. Its EPICC product predicts and manages mission energy, and MDEC advances JP-8 compatibility for Tier 4 diesel engines. Founded 2019, the company is a small business with past performance in U.S. Navy, Army, SOCOM, and Department of Energy SBIR programs.

energy prediction and managementfuel-flexibility technologiesJP-8 conversion for diesel enginessimulation-guided AI at the edge or in the cloud

Synthetik Applied Technologies is an innovative research and development company specializing in advanced computational modeling, physics-informed AI, and synthetic data solutions for complex real-world challenges in defense, security, energy, environmental resilience, transportation security, and insurance. It develops validated computational codes and solvers for blast, hypersonic, and seismic modeling, and provides AI-driven analytics and 3D data annotation.

3D data annotationblast modelingcatastrophe modelingcomputational fluid dynamicsgeospatial data analysishypersonic flow simulationmachine learningseismic analyticsSynthetic data generation