MODEL-BASED SYSTEMS ENGINEERING (MBSE)
In a rapidly evolving threat landscape, traditional document-intensive systems engineering methods can no longer keep up. As system complexity increases, costs to keep documentation current and integrated climb, the probability of errors grows, project timelines extend and hours engineers spend sifting through countless program documents rise when they should be doing what they do best: engineering.
Leveraging MBSE to advance the mission
Arcfield’s MBSE solution simplifies the dynamic challenges faced by our government customers, which means improved decision-making, greater accuracy, long-term cost savings, and most importantly, accelerated mission success.
A proprietary approach to MBSE
Arcfield’s digital engineering ecosystem—an integrated infrastructure of curated modeling, simulation and data visualization engineering tools—can generate a high-fidelity digital twin of a system with traceability spanning the entire engineering life cycle. With end-to-end project management from product definition and concept phases through production and disposal, we guarantee a single source of truth that reliably serves as an authoritative description of the system at any instance in the development process.
An expert team
Arcfield maintains a robust team of highly qualified modelers with OMG-Certified SysML Professional (OCSMP), AGI System Tool Kit (STK) and MathWorks MATLAB certifications and decades of proven systems engineering and integration (SE&I) experience. Our dedicated staff are available to work onsite with our government customers to provide hands-on digital engineering expertise and trusted mission support as an extension of their teams.
Committed to the future of engineering
Arcfield has invested in innovative solutions to make MBSE-driven digital engineering accessible to government stakeholders. With more than 64 years of experience providing SE&I services in support of our nation’s most critical space, defense and intelligence missions, we have instantiated a complete digital engineering ecosystem of integrated processes, technologies and data that can adapt to current and future system requirements.
Arcfield Requirements Transformation Tool (ARTT)
Accelerate your digital engineering with the Arcfield Requirements Transformation Tool (ARTT).
Designed to enhance your model-based systems engineering (MBSE) process, ARTT helps teams generate requirements directly from system models, trace them throughout the lifecycle, and validate them early—reducing risk and boosting confidence. Whether you're working on complex systems or cyber-physical platforms, ARTT provides a reliable, auditable foundation for streamlined, model-driven development.
Model-Driven Product Line Engineering (PLE)
Mission requirements are rarely one-size-fits-all. Arcfield’s Model-Driven Product Line Engineering (MDPLE) solution enables engineering teams to design and deliver high-performance, mission-tailored systems at scale. By leveraging a single model-based architecture, users can rapidly generate, evaluate, and optimize system variants—streamlining trade studies and accelerating development. Shifting to a model-driven approach reduces manual effort, eliminates redundancies and enhances decision-making across the entire system lifecycle.
Intelligent MBSE™
Securely add speed, accuracy and automation to your model-based systems engineering. Our proprietary Intelligent MBSE tool harnesses the power of artificial intelligence to transform how traditional text-based information is converted into digital models and system design artifacts.
Digital Twin Technology
Arcfield’s digital twin technology is the core of a secure, model-based systems engineering approach across the full lifecycle of national security systems. Our digital engineering ecosystem connects people, processes, data and tools to deliver real-time collaboration and informed decision-making. With high-fidelity models, agencies can monitor system health, trace requirements and quickly adapt to mission needs. The result is smarter decision-making, improved agility and accelerated mission outcomes.