Expertise
Scientific Research + Analysis
We assist our customers avoiding technological surprise with comprehensive weapon technology road maps aimed at discovering warfighting and test and evaluation deficiencies. We identify design drivers and sensitivities associated with state-of-practice, and state-of-art leading threat designs. We project capabilities of those technologies applied to threat systems and how they may impact our war-fighting performance
Aerodynamics (Subsonic, Supersonic and Hypersonic Flows)
Computational – Semi-empirical, Inviscid, and Viscid
Experimental – Wind Tunnel, Scaled and Full-Scale Flight Testing
Hybrid Systems
Airbreathing to Solid Rocket Motor Systems
Solid Rocket Motor to Airbreathing Systems
Flight Sciences (Subsonic, Supersonic and Hypersonic Flows)
Steady – Linear Continuous Flow
Unsteady, Non-Linear
Damaged States and Tumbling Motion
Electromagnetic Warfare Technologies
Threat missile seeker engineering
Seeker LPI, adv. waveform design including AI/ML-based methods
Missile-target configurations
Swarm C4ISR transceivers /swarm training disruption
Threat missile targeting air-to-surface, air-to-air advance including surface synthetic imaging
Optimal use of captive-carry at-sea anechoic tests and configurations fusion
Identify the importance of EA, EP and counter-DRFM methods
Guidance Estimation and Control
Guidance Laws
Proportional Navigation (family)
Optimal Guidance Laws
Estimation
Alpha-beta-gamma
Kalman-Bucy (K-B)
Extended K-B
Interactive Multiple Model (IMM)
Control - STT, BTT and Preferred Orientation Control
Roll Rate Stabilized
Roll Attitude Stabilized
Thrust Vector Control (TVC)
Advanced Weapons Technologies
Multi-Sensor, Multitarget Swarm Systems
In-Flight Coordination
AI/ML Decision Logic systems - PINN
High Speed / High Altitude Propulsion Systems
Time Phased Defense Penetration Techniques
Range Dependent Lethality & Damaged States
Fault Tolerant Control
RF Signatures Studies and Analysis
Signature Management - RCS versus (f): Battlespace Analysis
Marcum-Swerling Analytical Techniques
Time-space Correlation Techniques
Engagement Level Modeling and Simulation
End-to-End Emulative Architectures
AI/ML and Physics Informed Neural Networks (PINN)
OT&E Assets
Advanced Weapons Design + Performance Analysis
We assist our customers using threat engineering spectrum analysis to help avoid building costly and redundant target and M&S characterization products. We specialize in the application of reverse and forward digital engineering processes and practices to ensure our customers understand their threat representation development alternatives that ensure meeting credibility and adequacy requirements while assuring meeting OT&E validation policy requirements.
Electromagnetic / countermeasure systems
Threat missile seeker engineering
Seeker LPI, adv. waveform design including AI/ML-based methods
Missile-target configurations
Swarm C4ISR transceivers /swarm training disruption
Threat missile targeting air-to-surface, air-to-air advance including surface synthetic imaging
Optimal use of captive-carry at-sea anechoic tests and configurations fusion
Identify the importance of EA, EP and counter-DRFM methods
Airbreathing Systems
Subsonic
Supersonic
Hypersonic
Solid Rocket Motor Systems
Subsonic
Supersonic
Ballistic and Hypersonic Glide
Hybrid Systems
Airbreathing to Solid Rocket Motor Systems
Solid Rocket Motor to Airbreathing Systems
System Solutions
We assist our customers with developing advanced test and training solutions utilizing advanced Systems engineering processes and practices incorporating digital engineering as our fundamental practice meeting milestone objectives employing iterative processes. We search for cost effective segmented testing and LVC approaches that also satisfy DOW policy requirements saving time and cost.
Advanced Systems Engineering Solutions
Test Targets and Payloads Systems Solutions
Modeling and Simulation Solutions
Test Strategies, Architectures and CONOPs Solutions
Verification and Validation of M&S and Threat Representations
