Engineering Systems That Move From Concept to Deployment
Ingenix Technologies is a defense technology practice that designs, builds, and deploys software, simulation, and embedded systems for mission-critical environments. It operates across five technical disciplines: cybersecurity, modeling and simulation, extended reality (XR) training systems, full-stack software and embedded hardware development, and applied AI for operational decision support. Ingenix produces fielded products including TIMELOCK, a constraint-timeline modeling tool for hypersonic weapon logistics, and a portable Device Inspection System for hardware security analysis.
Nadia WrightChief Executive Officer
Dr. Shelton WrightVice President
Hardware and software security solutions for detecting, analyzing, and defending against threats to mission-critical systems.
Side-channel analysis, tampering detection, and counterfeit identification - including ASIC and FPGA inspection - using machine learning and signal processing techniques.
Automated and manual analysis of software systems to identify vulnerabilities from firmware to cloud applications.
Custom tooling for cyber operations teams to support real-world reconnaissance, analysis, exploitation, and red team assessment.
Security-first architecture for embedded systems, OT/SCADA environments, networks, and software platforms operating in contested environments.
Physics-aware simulation tools and digital twins that model complex system behavior under real-world constraints.
Simulation tools grounded in physical principles including thermodynamics, kinematics, signal propagation, and material degradation with support for co-simulation across software and physical boundaries.
Virtual representations of physical systems built on model-based systems engineering (MBSE) principles for requirements traceability through validation.
Operational constraint modeling over time to analyze system capabilities, including timeline evaluations using tools like TIMELOCK.
Entity-level and aggregate simulations supporting hardware-in-the-loop (HWIL) and software-in-the-loop (SWIL) integration across air, land, sea, and space domains.
Immersive training environments built on extended reality platforms for high-stakes operational readiness.
Virtual and augmented environments designed for high-fidelity training, mission rehearsal, and system simulation.
High-stakes training applications built to improve operator performance and prepare teams for complex operational scenarios.
Full-stack software and embedded hardware development for defense platforms, ranging from firmware to cloud environments.
Low-level software development for embedded microcontrollers, processors, and custom hardware components.
Scalable cloud-based applications designed to support defense systems, operational logistics, and data analytics.
Design and engineering of custom hardware systems, printed circuit boards, and electronic components for tactical platforms.
Machine learning and intelligent automation integrated into operational systems for real-time decision support.
Deployment of advanced machine learning algorithms within mission-critical operational systems to enhance capabilities.
Automated categorization and identification of outliers in complex operational data and hardware signals.
Automated decision support workflows designed to streamline operations and support fast-tempo mission environments.
Defense · Intelligence & National Security
Defense
A lightweight, physics-aware modeling and simulation tool that answers how much time before a system fails an operational constraint. It is built for hypersonic weapon logistics and is extensible to other time-constrained operational domains.
Defense
A portable hardware security analysis system that detects malicious, counterfeit, or tampered hardware through machine learning and side-channel signal analysis. It is field-deployable, non-destructive, and designed for rapid cyber attack response.