Join Us At
Booth #201
August 21-23
Reno, NV
MTSI Supports Our Navy Customers
Our Value Proposition
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.
Digital Trinity/Government Reference Architecture
Authoritative Source of Truth (ASoT)
Top down strategy, vision, objectives, and principles across Government Systems
Digital design thread Program Lifecycle Management (PLM)
Cost Optimization across Project and Solutions Portfolio
Digital Ecosystem
Integration of a transformation strategy by embedding cutting edge technologies and methodologies:
Digital Engineering
Digital Twins
Artificial Intelligence (AI)
Agile Development
DevSecOps
Cloud Computing
DevSecOps/Agile Development
Software Containerization
Re-usable “hardened” libraries
Applies agile software & hardware
Applies agile software & hardware development sprints
Digital Engineering
Authoritative “Digital Twin” models and data ability to pull a “digital thread” through the entire System Life Cycle provides ability to model design, manufacturing, test & sustainment
Modular Open Systems Approach
“Consortium” defined & enforced interface standards enables modular designs and “plug & play” capability encourages competition for system upgrades break “vendor lock”
Benefits & Our Unique Approach
MTSI tailors digital transformation strategies to meet the particular needs of government and defense communities as well as joint- and multi-domain customers. We educate customers about our specialized services and demonstrate how we can collaborate in order to:
- Improve mission effectiveness
- Increase operational efficiency
- Advance situational awareness
Digital Transformation 101
MTSI’s “Foundations for Enabling Digital Transformation” is a four (4) hour course designed to provide a detailed introduction of Digital Transformation including Digital Engineering, Model Based Systems Engineering (MBSE), Digital Twins, DevSecOps agile software development, Open Architecture, and other elements of a Digital Ecosystem.
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.
Solutions That Inform
MTSI develops AFSIM Modeling, Simulation & Analysis (MS&A) solutions that inform decision making across the scope of problems from component & phenomenology up to mission and campaign levels. Our expertise and experience in physics-based modeling, algorithms and system simulation anchor higher level mission and campaign analysis.
Our technically deep algorithm development capability enhances AFSIM MS&A solutions in topics such sensing/detection, image processing, tracking, classification, guidance, navigation and control. This work is enhanced by the development and use of AI/ML techniques.
MTSI has developed many custom designed system simulations to represent advanced systems and concepts – we also federate and tailor government- and commercial-off-the-shelf software with AFSIM where needed for efficiency and technical pedigree.
Mission & Operations Analysis
MTSI uses AFSIM to evaluate multi-domain kill chains and kill webs built on existing and future advanced concepts. Our analytic work spans mission areas from Intelligence, Surveillance, and Reconnaissance (ISR), Joint All-Domain Command and Control (JADC2), Precision Strike, Air and Missile Defense. We often develop simulation and analysis products that combine/integrate across these.
MTSI has a deep bench of AFSIM developers. We use AFSIM to model both blue and red systems, kill webs and multi-mission operations.
Model Integration
MTSI’s AFSIM modeling, simulation, analysis, and visualization capabilities span all domains including space. Our space model libraries consist of multi-phenomenology ISR, communication and navigation satellite constellations in all orbital regimes, LEO through GEO, and include models of the supporting ground infrastructure.
We have executed analysis of present-day, on-orbit capabilities as well as future capabilities at various epochs such as the Space Development Agency’s Tranche 1 and 2 tracking and transport layers. MTSI’s space models are integrated with our surface, ground, and air platform models in multiple Joint All-Domain Command and Control (JADC2) kill-web scenarios which enables quantification of space-based contributions and effects when analyzed with our kill-web metrics framework.
Space Operations Scenarios
HF propagation (OTH Radar)
- GPS ionospheric degradation
Earth weather-dependent
- Cloud cover and LOS blockages
- “Noise cloud” propagation errors
Space Vehicle
Modeling
- High-fidelity propagators
- Spacecraft and vehicle signatures
- Access and eclipse reports
- Rocket maneuvering models
- On-orbit operations
- Attitude control models
- Visualization improvements
Constellation
Library
- Representative comms and sensors
- Vehicle signatures (open source)
- Position, Navigation, and Timing
- Communications
- Weather
- Commercial ISR
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.
Offensive/Defensive Engineering
Expertise
Expertise in adversarial penetration testing of cyber-physical systems for both public and private customers.
Developing and Testing
Extensive experience in developing and testing offensive cyber capabilities in both lab settings and complex mission-representative environments.
Training
Develops and delivers hands-on technical training on cyber physical system reverse engineering and cyber attack methods.
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.
