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Digital Engineering

Using modern Digital Engineering practices, OMNI accelerates the design, development and deployment of complex systems while maintaining high levels of quality and engineering standards.  We use techniques such as Model Based Systems Engineering (MBSE), Digital Modeling, Digital Twins, Mission Threads and Automation to fully understand requirements and evaluate various engineering solutions.  The result is faster development time, better understanding and communication of requirements, improved usability, better reliability and an overall improved architecture that is modular and flexible.

Digital Ecosystem & Model-Based Enterprises
We empower organizations to meet Digital Engineering mandates (like DoDI 5000.97) and embrace data-driven decision-making. We achieve this by:

  • Transitioning clients to a Model-Based Enterprise (MBE) using decision-driven modeling to streamline engineering.
  • Architecting the MBE within a System of Systems model, standardizing services, interfaces, and data exchanges to deliver mission-critical capabilities.
  • Implementing outcome-based Digital Threads to ensure modularity, scalability, and rapid value delivery.

Model Based Systems Engineering (MBSE)
We apply Model-Based Systems Engineering (MBSE) using SysML to bring clarity and efficiency to your projects. With our MBSE approach, we:

  • Simplify complex systems by creating a digital representation, significantly reducing reliance on traditional documentation.
  • Improve decision-making and support analysis throughout the lifecycle by ensuring all stakeholders work from a common, accessible system model.
  • Modernize your engineering processes, helping you deliver effectively even with constrained budgets and timelines.

CASE STUDY: Unified Integration and Transformation Enterprise (UnITE) Prototype Project

Unified Integration and Transformation Enterprise (UnITE) Prototype Project

The Program Executive Office Simulation, Training, and Instrumentation (PEO STRI) maintains highly capable but segregated architectures, interfaces, standards, and products hosted in multiple disparate live and synthetic environments, using a variety of tools, methods, and frameworks. This stove-piped arrangement is not conducive to effective and efficient understanding and management of enterprise system interdependencies for modern training, threats, and test-based environments to achieve Multi-Domain Operations (MDO). The Unified Integration and Transformation Enterprise (UnITE) needs to provide an enterprise-wide product line factory that enables PEO STRI training, threats, and test-based programs to develop, secure, deploy, and operate training capabilities in a secure, flexible, and interoperable manner.

OMNI is providing an enterprise-wide product line factory to support the U.S. Army’s PEO STRI mission. We established an open, non-proprietary, industry-standard, multi-tenant DevSecOps Software Factory and migrated multiple pilot programs. OMNI leverages open architecture and modular design to ensure flexibility and scalability and we maximize reuse. We bring proven processes and technologies to streamline implementation and ensure full functionality.

CASE STUDY: Kessel Run (KR) Command and Control Simulation Environment for Training (C2SET) Modernization

Kessel Run (KR) Command and Control Simulation Environment for Training (C2SET) Modernization

To better align with Air Operations Centers’ (AOC) model simulation and training goals, the Air Force Constructive Model & Simulation (M&S) portfolio moved under the jurisdiction of Kessel Run. Kessel Run continues to expand its M&S efforts within the All-Domain Common Platform (ADCP) by modernizing legacy M&S systems needed to simulate theater warfare. This modernization effort addresses several M&S challenges including automation and replacement of the legacy Air Force Modeling and Simulation Training Toolkit (AFMSTT) stimulation and simulation capabilities for the conduct, initialization, and certification under the Command and Control Simulation Environment for Training (C2SET) Modernization program.

In collaboration with KR and the Air Force Constructive M&S Portfolio personnel, OMNI is developing, maintaining, and implementing the C2SET software that will run M&S scenarios capable of handling operationally realistic and complex theater warfare models and predictive analysis. Additionally, we provide core M&S training services for AOC Block 20 and all Joint Force Air Component Commander (JFACC) applications residing at Kessel Run and throughout the worldwide AOC community. The primary objective of this project is to deliver a flexible, scalable M&S engine utilizing the Advanced Framework for Simulation, Integration, and Modeling (AFSIM) in conjunction with other Government off-the- Shelf/Commercial off-the-Shelf products to meet the M&S needs of the warfighter. This will modernize wargaming capabilities by having a cloud-based system to set up dynamic scenarios more quickly for the rapidly changing and emerging theater warfare contest sets. Furthermore, through the machine learning/reinforcement learning model on behavior development, M&S will better train the warfighter and decision-makers to address future problems.