How We Do It

Harnessing the transformative power of digital engineering, we’re innovating to ensure that the modern warfighter has the tools needed to succeed in the 21st-century battlespace. Through relentless research and testing, our advanced development teams utilized DevSecOps to create AI-powered autonomous solutions- at speed and scale- tailored to multi-domain operations.

The Underpinnings of Our Digital Engineering Approach

Three tenets underpin our integrated approach to digital engineering, with the ultimate goal of delivering mission capabilities to our end users.

  • First, we champion a “software factory ecosystem,” incorporating people, tools, and processes that encourage rapid software rollouts and cutting-edge cyber resilience. We are compliant with DOD best practices and our cloud-based solutions are scalable to any size project.
  • Second, we use modeling and simulation to understand and predict how systems will behave, which allows us to build trust in our autonomous software systems through extensive automated testing and analysis in realistic environments.
  • Third, we use model-based systems engineering to quickly design and iterate autonomous software systems, allowing us to easily merge our capabilities into DOD models.

Converging Hardware and Software

In an era where hardware and software are deeply intertwined, digital engineering bridges the gap, offering a unified approach to managing complex systems of systems (SoS). As DevSecOps revolutionized software lifecycle management, digital engineering optimizes processes, automates integration, and emphasizes continuous evolution.

Join Us in
Shaping the Future of Defense

At Scientific Systems, we are committed to pushing the boundaries of innovation and driving meaningful change in defense advancements. Through our expertise in digital engineering, we empower the modern warfighter with unparalleled capabilities, ensuring readiness for the challenges of tomorrow.

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