It’s GitHub, with Your Hardware

Agile Hardware Development through native SysML v2 and your software architecture.
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SysML v2
Treat Hardware as Code with our SysML V2 Native Systems Modeler. 
SysML v2 is the open systems modeling language developed by the OMG consortium, which includes many DIB organizations.
SysML v2 supports:
Unique textual notation, allowing engineers to treat hardware as code while capturing design intent.
Enhanced model precision and quality.
Interoperability with other engineering models and tools through a standard API and notation.
Usability for a wide range of engineering personas.
Power Parallel Path Hardware Development across the DIB, with your software stack
SysGit leverages Git providers as the Storage Mechanism, including GitHub, GitLab, and Gitea.
DIB organizations have already made significant investments in Git providers.
SysGit transposes Git’s familiar functions, including branching and pull requests, for hardware engineering, enabling parallel path iteration.
SysGit inherits the security posture of your underlying Git provider.
SysGit is post-cloud.
Elevate your existing tools by extending a scalable deployment through cloud-based and on-premises solutions. Don’t spend important resources on custom configurations, commodity tools, and brittle APIs. 

Apply your existing infrastructure and organizational skills:
Leverage existing CI/CD infrastructure to accelerate development.
Systems Engineers perform usual work with SysGit.
DevOps & DevSecOps Engineers administer workflows in GitLab or GitHub.
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Using Git

What it Enables

Version Control
Take advantage of the widely adopted and well documented feature of Git’s merging and branching to unlock parallel path hardware development.

Git’s branching and merging system has been battle-tested for nearly two decades. Ditch proprietary and broken boutique collaboration platforms and store your hardware as code.
Here's why branching and merging are useful:
You can try out new ideas during impact analysis, without messing up your main work.
Different people can work on different parts of the project at the same time, without getting in each other's way.
When you're happy with your changes, you can easily add them to the main project.
Digital Design Reviews
Capture low- and high-level Verification & Validation decisions during PDR and CDR with SysML v2 textual notation.
Adopt pull-request style reviews for rapid iteration to develop solutions in a continuous feedback loop that meets the specs and operational needs of your customers.
Track buy-off, approvals, comments, and other user-facing feedback.
Utilize the SysML v2 “Stakeholder” syntax, storing all feedback alongside your design, and support a digital acquisitions process.
Traceability
Anticipate where information is generated and how relationships affect various data types. Your team’s impact analysis will only get better and mature with your product over time, leading to traceability and stakeholder buy-in across your organization.
Reports
Easily show compliance with regulators and provide updates to your stakeholders by generating and exporting reports containing the most up-to-date values and graphs.
We support the following templates: Word, Excel, .CSV, PDF, HTML

Serving the Full Engineering Ecosystem

Role-based interfaces and real-time collaboration tools facilitate effective communication and coordination among all stakeholders.
SysGit for Engineering Teams
Enables detailed design and analysis work, capturing engineering decisions in real-time.

Move faster, with less error.
SysGit for Program Managers
Manage requirements, conduct design reviews, and automate engineering workflows.

Spend less time in meetings correcting issues, and more time on high-value tasks.
SysGit for Acquisitions Officials
Curated views for oversight and collaboration.

Speed up procurement cycles and field capabilities faster.

SysML v2 Native Requirements Management

Typical Legacy Platform
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Vendor Lock-In
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No Interoperability
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Complex Security Architecture
Typical Cloud Platform
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Vendor Lock-In
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New Data Ontology
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No Interoperability
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Complex Security Architecture
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Data Ownership Issues
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Proprietary APIs
Post-Cloud Platform
Existing Infrastructure
Interoperability
Powerful Collaboration
Accelerated Development Cycles
Version Control
Open Standards
Branching & Merging
Leverages Existing Git Provider
Advanced Data Security
Complete Data Ownership