Maximizing performance today and tomorrow.
MBSE
MBSE is a practice that specifies requirements and use cases by accurately defining systems and their behavior. MBSE is requirements-driven and test-driven. When used with an agile release framework and agile software factory, it significantly increases the rate of identifying risks and understanding the nature of dependencies.
Navigable Relationships (NavRel)
NavRel provides the ability to collaborate and visualize data using digital threads. Digital threads string together data as it is generated from engineering and business processes, connecting previously incompatible tools and databases. NavRel allows relationships among disparate data to be defined in one place. Leveraging automation processes, the result is a huge reduction in manual documentation and its associated problems – decentralization, version control, inaccessibility, duplication of effort, and obsolescence of artifacts.
ASOTs
GDIT has designed a Digital Engineering solution as a living framework encompassing the data – and the applications used to create, edit, and view data – associated with the entire system, also known as ASOTs. An ASOT is the birthplace and home to enterprise data. It can be found in engineering or business applications, databases, or models, and it is trusted for its accuracy by virtue of its provenance.
Leveraging Expertise to Accelerate Results
GDIT’s Digital Engineering solution is a revolutionary, model-driven solution that optimizes “what if” engineering cycles and critical decision-making. The DE framework was created by a team of experts leveraging agile frameworks, DevSecOps, integration, and operations to deliver cross-functional value to all users, not just engineers. Role-based training enables all users to unlock DE’s capabilities.
Agile Framework
Digital Engineering uses an agile development framework to enable teams to quickly design, test, and apply learning to solutions that accelerate the speed and fidelity of information-sharing throughout a system. We know the users need faster delivery of new capabilities. They need accelerated identification of requirements. And they need technological advancements throughout lifecycle. Digital Engineering can deliver all of that.
DevSecOps
With Digital Engineering, we are developing models that become the digital twin of an environment. This involves full-cycle DevSecOps from architecture to implementation and back. which, in turn, creates a streamlined, repeatable process for software development. We also leverage other system resources, such as container images and pipelines as code, which further accelerate delivery. This all-for-one, mission-focused pursuit is DevSecOps at its finest. Coupling DevSecOps and an Agile software factory, Digital Engineering can significantly increase the rate at which teams can identify risks and opportunities.
Integration
Within the Digital Engineering solution, data from many disciplines is stored and utilized as a central reference. This allows for simulations and decision-making, but also requires integration with multiple hardware and software systems. This replaces traditional static modeling and enables teams to discover relationships, threats, and opportunities more efficiently. It breaks down silos and makes teams more connected, and modernizes traditional engineering functions.
Operations
From an operational perspective, Digital Engineering solutions are important because it is an environment of cross-functional collaboration, with customizable workflows and dashboards, where users can access the data they need, when they need it. Because it is cloud-agnostic, scalable, and adaptable, GDIT's Digital Engineering solutions offer the flexibility of programmable infrastructure and the financial efficiency of an agile environment.
Training
GDIT’s approach to customer training encompasses continuous feedback and stakeholder engagement in the design and development of any specialized Digital Engineering training solutions to prepare every user to maximize DE.