SysGit - Accelerate Hardware Development, with your Software Stack#
SysGit activates agile hardware development to enable the timely acquisition of vehicles and weapon systems, integrating decisions across the dozens of distributed vendors supporting a single program. Accelerate time-to-capability, reduce cost, and improve quality with open standards and existing Git infrastructure.
It's not "Like GitHub for Hardware." It's "GitHub, with Your Hardware."#
SysGit brings Model-Based Systems Engineering (MBSE) directly into your existing Git workflow. Treat Hardware-as-Code with SysML v2 Textual Notation, adopting open standards and Modular Open System Approaches. Store and iterate on designs in Git, leveraging your existing investment in Git providers. Your hardware models live alongside your software code, enabling true parallel path development with the same proven tools that revolutionized software engineering.
Engineers use SysGit to create, iterate, review, and share requirements and system models. Using the same tools and practices that transformed software development, SysGit automates systems engineering workflows with the branching, merging, diffing, and DevOps capabilities your team already knows.
The Post-Cloud Advantage#
SysGit represents a new approach to enterprise software that uniquely merges the benefits of cloud, client-only, and on-prem deployments. Rather than imposing new infrastructure demands, SysGit "lives off the land" of your existing investments. Your team has already made deliberate decisions and investments around security posture and Git infrastructure—whether it's GitLab Enterprise deployed in an air-gapped environment or cloud-provided GitHub—and SysGit respects those choices.
The platform doesn't deploy a database to store technical or user information. Instead, it stores everything within your Git provider and inherits your implemented security posture. Your enterprise maintains full control over all team data through administration of your Git provider, while SysGit simply updates the underlying model captured in plaintext and stores it within Git. This approach optimizes your existing security posture while conforming to rigorous DoD cybersecurity standards.
SysGit offers flexible deployment options to match your organization's needs: IT-supported deployment delivers the application through a centralized server with browser-based access, or self-service deployment provides a desktop application that individual users install and configure with their own API credentials.
How SysGit is Different#
Natively supports parallel path and distributed development practices, matching the Defense Industrial Base#
Power continuous iteration with battle-tested Git workflows, including branching and merging and pull requests. Empower informed decision making and reduce costly delays during technical reviews through interface management. Digital artifacts improve speed, efficiency, and quality of hardware development, while supporting early verification and validation.
Compliant with open standards and existing infrastructure investments#
Deliver modular and open systems with SysML v2 Textual Notation, the open systems modeling language developed by the Defense Industrial Base. Extend your architecture investment in Git providers, including GitHub, GitLab, and Gitea. SBOM reduction consolidates many tools with vendor lock-in to one built on open standards.
Easily deployed into highly secure environments#
Zero Trust approach protects core IP at-rest. Inherit the security posture of the underlying Git provider, including SSO support and RBAC settings. Flexible deployment, including client only, on-prem, or cloud.
Unified Platform for Systems Engineering#
SysGit delivers requirements, models, and systems engineering automation in a single machine-readable format, on one platform. Requirements Management captures, decomposes, and analyzes requirements in one integrated platform that keeps every stakeholder aligned with the mission. System Modeling and MBSE capabilities use proven tools and practices from software development to capture full system architectures and iterate with confidence as designs evolve. Systems Engineering Automation improves models continuously by unlocking the power of AI, DevOps, and CI/CD to accelerate systems engineering workflows.
Make hardware engineering data accessible to every tool and every stakeholder—from specialist engineers to contracting officers. Different engineers work on the same parts of the project at the same time, and gracefully resolve their differences with branching, merging, diffing, and DevOps practices inherited from decades of software development experience.
Trust is Built-In#
Ditch bespoke tools and complicated architecture for one platform that leverages your existing Git infrastructure.
Reduce Tool Sprawl: Consolidate brittle, vendor-locked platforms that your engineers don't like anyway.
Secured to Your Standards: SysGit inherits the security posture of your technology stack, ensuring safety and compliance of your most sensitive data.
Own Your Data: Everything is stored in Git and open standards, not walled gardens.
Getting Started#
Ready to transform your hardware development process? Start by installing SysGit and connecting to your Git provider. The platform supports GitHub, GitLab, and Gitea, integrating seamlessly with your existing infrastructure. Visit the Installation and Setup guide to begin, or explore the Requirements Management documentation to understand how SysGit revolutionizes systems engineering workflows.