Join Us at the
Booth #9
October 28-31
Norfolk, VA
Thursday, October 31
3:30 – 4:00 PM @
SALON B
As digital mission engineering efforts within the Department of Defense gain traction, DMA is investigating innovative techniques to make complex models and their data readily accessible outside of the tool to decision makers and the warfighter community at large, creating a means to close an information sharing gap.
Wednesday, October 30
1:00 – 1:30 PM @
SALON A
We can more accurately assess the cyber survivability of our systems by scoring likelihood and impact for each discrete sub-step an attacker must take and then combining all those steps all the way up to mission impact and likelihood using a combination of system-, mission-, and campaign-level models. The system models can largely determine a risk’s likelihood, and the mission and campaign level models can determine the mission impact.
Tuesday, October 29
12:00 – 12:30 PM @
SALON B
This presentation will present MI’s work in progress to develop and refine approaches for the design of mission engineering experiments. These approaches have been developed though their application to MI’s real world mission architectures used for mission engineering studies.
Wednesday, October 30
4:30 – 5:00 PM @
SALON B
The Mission Engineering Architecture Style Guide will facilitate standardization of mission architecture development and presentation across the Department of Defense (DoD) utilizing a historical example to demonstrate the application of the Unified Architecture Framework (UAF) and Systems Modeling Language (SysML).
Select the best AI/ML solutions by applying mission-focused AI/ML policies, Data conditioning, tailored test & evaluation criteria, and systems engineering best practices for both civil and military applications.
Development of tailored unmanned and autonomous solutions leading to rapid fielding and operations support in both military and civil environments.
Development of high-fidelity modeling, simulation and analysis tools to address our customers most complex and challenging problems of national importance.
Application of digital engineering best practices across the system lifecycle using industry standard MBSE tools; resulting in well-defined architectures, interfaces, requirements, comprehensive VV&A techniques, and minimal cost/schedule over-runs.
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.
Provide platform and weapon system cybersecurity support by applying proven techniques to identify and mitigate vulnerabilities across aircraft, missiles, satellites, sensors, ground vehicles, command & control facilities and other platform types.
Provide tailored solutions and architectures than span all-domains and ensure reliable command, control and communications in complex and unfriendly environments.
Identify solutions to complex challenges related to electronic warfare (EW), cognitive EW, Spectrum Control, and Non-Kinetics such as Electronic Attack, Directed Energy and High-Power Microwave.