Join Us At The
2025 UAS Summit & Expo
Booth #412
October 14-15
Grand Forks, ND
Buzzing at The Hive – Be Part of the Industry Buzz on October 14!
Location: The Hive
Time: 6:15 PM – 9:00 PM
Hypersonics
MTSI is a leading technology services company supporting multiple government offices to rapidly and effectively achieve their mission objectives in critical areas including UAS, hypersonics, flight test, mission analysis, and wargaming.
MTSI develops and provides innovative solutions for customers executing end-to-end hypersonic flight tests involving flexible launch platforms, unique low-cost target solutions, and sub-/full scale launch vehicles at high test cadence.
We provide test planning, integration, mission architecture, range coordination, safety, test execution, as well as pre-/post-test analysis and reporting.
Rapid Acquisition Support
MTSI has been repeatedly selected by senior DoD leaders to start-up and serve as the SETA prime for rapid prototyping, testing, and deployment of Warfighting capabilities. As the first choice to lead these critical efforts in the AF RCO, OSD SCO, Space RCO and key role on Army RCCTO, we have over 300 FTE supporting rapid efforts of National importance across these organizations today. Our knowledge of rapid acquisition authorities, utilization of digital engineering, and cadre of subject matter experts enables the desired support to customer organizations necessary for effective and efficient delivery of capability.
Committed to our Partners
United States Space Force
Missile Defense Agency – Department of Defense
U.S. Air Force
U.S. Army
U.S. Navy
Test Support
The MTSI team delivers proven Test and Evaluation (T&E) capabilities to support end-to-end flight test planning, design, development, integration, test execution, analysis and evaluation.
Strategic Test Planning
Our support encompasses the full span of systems engineering and technical assistance (SETA) activities across multiple stakeholders. We have expertise in requirements development, prototyping, integration, test and fielding.
The MTSI Cyber Physical Systems 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.
Customer:
Federal Government
Applied Solution:
Mission Assurance & Cybersecurity
Platform Risk Management & Secure Systems Engineering
Platform IT
Experience ensuring cyber resiliency and survivability on varying Platform IT (PIT) (aircraft, maritime, ground vehicles, etc.).
RM/SSE Techniques
Experience ensuring cyber resiliency and survivability on varying Platform IT (PIT) (aircraft, maritime, ground vehicles, etc.).
Equip customers with relevant RM/SSE integration techniques to maximize early cyber rigor and align with federally mandated requirements (NIST/RMF, Acquisition Artifacts, MBSE Integration).
Prioritization
Employ various risk management processes in order to prioritize the mission, maximize cybersecurity and engineering trade space, and deliver secure solutions at various stages of the acquisition lifecycle.
Risk Assessment
Effective
Effectively assess, measure, and communicate risk to decision makers through the use of URAMS, an in-house model that uses a system of connected tools across the spectrum of qualitative analysis and quantitative measurement.
Understanding
Enables the understanding of cyber risk for cyber-physical systems across a wide range of potential environments and use cases.
Integrates
Compliments/Integrates/Aligns with existing requirement frameworks (Risk Management Framework, Air Worthiness, etc.).
The MTSI Weapon Systems Cybersecurity team provides differentiated, comprehensive, high-end Risk Management and Engineering solutions. The core capability within the MTSI Weapon System Cybersecurity team is a full-package pipeline that begins with MTSI’s URAMS risk assessment framework which leads to informed cyber penetration testing which shapes the eventual RMF package requirements.
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.
Course Info
Overview
At MTSI, we have a long-standing relationship with Artificial Intelligence and Machine Learning. We have proudly supported our DoD customers for 30 years with advanced algorithm development and keep pace with all the emerging technologies and DoD policies.
With over a century of combined advanced analytics support to DoD customers, 100% of our AI/ML team have advanced degrees in data science, predictive analytics, computer science, physics, and engineering. A successful AI/ML effort requires expertise in algorithms, the technical domain, and the warfighting mission.
We have all three.
MTSI is awardable in the Tradewinds solutions market place.
AI For Test & Evaluation
MTSI created the Harnessing AI for Development and Evaluation of Systems (HADES) Tool to assess the real-world performance of Machine Learning (ML) algorithms under test (AUT), enhancing their reliability and resilience.
HADES uses an intelligent agent designed as an ‘adversary’ to explore the AUT’s performance space by altering its inputs.
This agent’s search process is more efficient than grid search methods and more effective than traditional Design of Experiments. Insights generated by HADES can be used to retrain the AUT, significantly improving its robustness across At MTSI, we have a long-standing relationship with Artificial Intelligence and Machine Learning. We have proudly supported our DoD customers for 30 years with advanced algorithm development and keep pace with all the emerging technologies and DoD policies.
Calibrated Trust In a dynamic, always-changing world.
Generative AI
MTSI leveraged advanced generative AI to tackle a data-heavy challenge by compressing high-fidelity, physics-based kinematic data into an autoencoder. This enables users to produce lower-fidelity trajectories suitable for analysis, modeling, and simulation.
Generative AI delivers results 1,000 to 10,000 times faster than traditional physics-based models, while also producing significantly smaller file sizes.
This approach accelerates analysis and facilitates rapid exploration of system concepts. The solution is deployable in secure cloud environments or standalone enclaves, operating on customer data at required classification levels.
Deep Neural Networks for Super-Resolution
We developed an algorithm for model based super resolution that converts unresolved focal plane imagery into a highly resolved map of the target. This has immediate utility for the intelligence community and mission defense Fire control in areas of object characterization and aimport selection.
Algorithm
We developed a diffusion model (DDPM) which uses a convolutional neural network (U-Net) to recursively denoise an image
Ongoing work
We integrate DDPM into our M&S environment to assess its utility for aimpoint selection, adding a classification layer for implicit object classification and including pose information as an output.
