We guide organizations through the adoption, implementation, and optimization of MBSE practices, ensuring a seamless transition to model-driven engineering. Our services include:

• Organizational Strategy and Planning: develop tailored MBSE implementation roadmaps aligned with your goals, infrastructure needs, and scalability requirements.
• Project Initiation and Support: facilitate project kick-offs by defining objectives and creating initial models to set a strong foundation for MBSE adoption.
• Process Integration and Optimization: collaborate with teams to embed MBSE into existing engineering workflows, ensuring alignment with organizational practices and enhancing efficiency.
• Proven MBSE Approaches for Engineering Challenges: leverage a library of established MBSE methodologies and frameworks designed to address common engineering challenges, enabling teams to accelerate problem-solving and adopt best practices.
• Model Governance and Validation: establish governance frameworks and validation processes to maintain quality, consistency, and compliance with standards.
• Tool Customization and Integration: configure modeling environments, implement Teamwork Cloud (TWC), and establish seamless interoperability between MBSE and engineering tools such as DOORs.
• Training and Knowledge Sharing: deliver foundational training, Cameo-specific instruction, and best practices to empower teams to effectively utilize MBSE.

We provide comprehensive systems engineering solutions, integrating traditional practices with MBSE approaches to support the entire system lifecycle. Key offerings include:

• Mission Engineering Support: apply MBSE techniques to analyze, design, and optimize mission-focused goals, address current and future threats, ensure seamless integration across systems, and enhance decision-making.
• Modernization Strategy and Architecture Development: use MBSE to develop scalable architectures that align with modernization goals, ensuring platforms and systems are prepared for future capabilities and evolving mission requirements.
• Interoperability and Integration Modeling: leverage MBSE to design and validate interfaces, ensuring seamless interoperability across systems of systems and alignment with operational standards.
• Requirements Management and Integration Analysis: capture, trace, and validate requirements while evaluating interdependencies and integration points across platforms.
• System Upgrade Planning and Execution: utilize MBSE to map current system capabilities, identify gaps, and model upgrade paths to integrate new technologies while minimizing operational disruptions.
• System Design and Technical Review Support: develop detailed system designs and provide expert facilitation for technical reviews, including Preliminary Design Reviews (PDRs), Critical Design Reviews (CDRs), and Test Readiness Reviews (TRRs), to validate designs and ensure system readiness.
• Test and Sustainment Support: develop test scenarios, manage changes, and sustain fielded systems to ensure readiness and reliability.
• In-Service Engineering and Sustainment Support: provide lifecycle sustainment solutions to maintain and enhance the performance, reliability, and readiness of fielded systems. Support In-Service Engineering Agent (ISEA) responsibilities, addressing system updates, troubleshooting, and operational readiness.

Our Model-Based Analysis and Simulation services leverage advanced techniques to deliver actionable insights and data-driven decision-making. Capabilities include the following:

• Advanced Analyses and Simulations: use system models to identify risks, evaluate alternatives, and optimize designs and cost effectiveness through MBSE-enhanced methods, supporting data-driven decision-making.
• Trade Studies and Decision Analysis: conduct quantitative trade-off analyses that integrate data directly from system models to enable informed decision-making at all development stages.
• Operational Availability and Reliability Analysis: assess system readiness, availability, and reliability using MBSE-driven techniques like Reliability, Maintainability, and Availability (RMA) and Failure Mode and Effects Analysis (FMEA).
• Sustainment and Maintenance Planning: integrate reliability data into models to support Reliability-Centered Maintenance (RCM) strategies, optimizing maintenance schedules, reducing downtime, and extending system lifecycles.
• Risk, Safety, and Hazard Analysis: identify and mitigate risks and hazards with MBSE’s visualization and early detection capabilities, alongside traditional systems engineering practices.
• Obsolescence and End-of-Life Analysis: use MBSE to evaluate and plan for system obsolescence and lifecycle transitions.
• Traceability and Requirements Integrity Analysis: perform gap analyses across requirements, architecture, and capabilities while ensuring parent-child linking and cross-checking between diagrams and requirements. Automatically generates logical interface requirements for enhanced integrity.
• Parametric Analysis and SWaP Optimization: set up and execute parametric analyses to evaluate system performance, focusing on Size, Weight, and Power (SWaP) considerations for optimal design outcomes.

We help clients navigate the complexities of defense acquisition by aligning program objectives with architectures, requirements, and documentation. Our services include:

• Planning, Programming, Budgeting, and Execution (PPBE) and Joint Capabilities Integration and Development System (JCIDS) Support: align budgeting and planning with program objectives and develop architectures to meet JCIDS milestones.
• Regulatory Compliance: create DoDAF and UAF compliant diagrams and ensure alignment with SysML for acquisition documentation.
• Acquisition Strategy and Execution: provide expert guidance to streamline acquisition processes and achieve milestone decision reviews.

The Human Factors Engineering (HFE) Service optimizes system usability, safety, and performance by embedding human-centered design principles into the system development lifecycle.

By leveraging automation for repeatable processes and integrating MBSE, the service ensures ergonomic and cognitive considerations are consistently applied to system designs. This approach enhances decision-making, reduces operator workload, and ensures alignment with human factors standards like MIL-STD-1472H, Design Criteria Standard Human Engineering. It provides actionable insights through usability testing, ergonomic evaluations, and compliance validations to improve mission readiness and operational efficiency.

G2 Ops crafts digital twins that empower Navy warfighters with Cyber Ready resilience for NAVWAR and NAVSEA. Beyond the tool, our proven MBSE methodology integrates system interactions, stakeholder decisions, and mission-critical processes, ensuring secure, warfighter-ready systems in contested environments.

Advanced Modeling for Warfighter Missions

For NAVWAR and NAVSEA’s most complex needs, G2 Ops builds digital twins that model intricate operations, requirements, and architectures. These advanced models enable warfighters to plan, maintain, and modernize critical systems, from mission operations to message threads, accelerating ATO and ensuring DoD mission dominance.