Recognizing the inherent challenges in digital transformation — from cultural shifts and technical hurdles to the need for logistical efficiency and overall readiness — MTSI prioritizes organizational change and workforce empowerment to better position our military forces ahead of evolving threats and challenges to our national security.

MTSI led system architecture development for hypersonic programs, using Cameo to identify and standardize common components and reduce system cost and complexity.

Guide current and future customers by enabling the DoD and IC vision for transforming software acquisition into secure, responsive software factories. Design, architect and implement Agile and DevSecOps best practices in Cloud, On-Prem, or Tactical Edge environments.

The MTSI Weapon Systems Cybersecurity team provides differentiated, comprehensive, high-end Risk Management and Engineering solutions. We use our expertise to identify and characterize risk for a platform, system, or weapon system to help our clients maintain their mission amid ongoing, evolving cybersecurity threats.

MTSI applies a disciplined systems engineering process to every project we support, resulting in comprehensive guidance material, well-written requirements, and proven VV&A techniques.

High fidelity modeling and simulation tools are used by our customers to make both strategic and tactical decisions resulting in cost savings, improved performance, and mission success.

With over 20 years providing highly specialized T&E expertise to multiple government customers and over 40 Test Pilot School and 70 DAU’s PM course graduates, MTSI evaluates complex weapon systems, aircraft, sensors and payloads at all classification levels.

MTSI performs rapid prototyping, testing, deployment, and sustainment of ground-based, space capabilities meeting time-sensitive requirement with a join military-government civilian team focused on the warfighter. We also provide technical leadership roles critical to development of acquisition strategies and technology efforts to meeting aggressive cost and schedule requirement for both the Transport and Tracking Layers.