The Collaboration Layer for Complex Hardware
Create, iterate, review, and share requirements and system models.
Automate systems engineering using the same tools and practices that revolutionized software development.
Ditch bespoke tools and complicated architecture for one platform that leverages your existing Git infrastructure.
Hardware engineering hasn't changed in decades. Engineering tools, processes, and practices leave vehicles and weapons systems delayed, over-budget, failing or abandoned. To build better capabilities and field them faster, we have to transform how hardware is designed, certified, and acquired. We need a completely new enterprise-grade platform, purpose-built for complex systems and battle-tested for the vehicles our nation depends on most.
Unified Platform
Requirements, models and systems engineering automation, in a single machine-readable format, on one platform.
Requirements, models and systems engineering automation, in a single machine-readable format, on one platform.
Agile Engineering
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.
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.
Integrated Stack
Make hardware engineering data accessible to every tool, and every stakeholder — from specialist engineers to contracting officers.
Make hardware engineering data accessible to every tool, and every stakeholder — from specialist engineers to contracting officers.
Reduce Tool Sprawl
Consolidate brittle, vendor-locked platforms that your engineers don’t like, anyway.
Consolidate brittle, vendor-locked platforms that your engineers don’t like, anyway.
Trust is Built-In
SysGit inherits the security posture of your technology stack, ensuring safety and compliance of your most sensitive data.
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.
Everything is stored in Git and open standards, not walled gardens.
Finally Delivering Agile for Hardware
Two decades ago, Git revolutionized software development at scale with version control. Today, SysGit is pioneering agile hardware development by making the same tools, workflows, and practices available to help engineers build hardware at the speed of software.
SysGit for Requirements Management
Capture, Decompose, and Verify, in One Git-based Workflow
Keep every stakeholder aligned, map linkages, and ensure consistency across the full project lifecycle.
Keep every stakeholder aligned, map linkages, and ensure consistency across the full project lifecycle.
What You Need to Do
Capture all requirements and verification activities in one place.
Capture all requirements and verification activities in one place.
How it Breaks Down
Derive and decompose requirements with the precision necessary for every team.
Derive and decompose requirements with the precision necessary for every team.
How it All Connects
Visualize and analyze relationships between requirements, parts, and verifications.
Visualize and analyze relationships between requirements, parts, and verifications.
The Foundation for Fast and Successful Delivery
SysGit brings together all traditional requirements activities together in one tool, and accelerates development with version control that matches your software stack in lockstep.
SysGit brings together all traditional requirements activities together in one tool, and accelerates development with version control that matches your software stack in lockstep.
Dynamic Views
Choose from graphical, tabular, and code views, perfectly in sync and tailored for specific tasks
Choose from graphical, tabular, and code views, perfectly in sync and tailored for specific tasks
Traceability
Understand upstream and downstream impacts, while easily documenting every step along the way.
Understand upstream and downstream impacts, while easily documenting every step along the way.
Seamless Integration with MBSE
Supports direct mapping into modeling, no interconnection tool required.
Supports direct mapping into modeling, no interconnection tool required.
SysGit for System Modeling and MBSE
Keep Every Team in Sync with Version Control
Use the proven tools and practices of software development to iterate with confidence as your design evolves.
Use the proven tools and practices of software development to iterate with confidence as your design evolves.
Capture Full System Architecture
See how every system and subsystem breaks down, works together and changes over time, in tabular, graphical, and code views.
See how every system and subsystem breaks down, works together and changes over time, in tabular, graphical, and code views.
Views and Viewpoints
Give different stakeholders different perspectives on the same underlying model.
Give different stakeholders different perspectives on the same underlying model.
Design Reviews as Pull Requests
Branching and merging allow teams to create, test, and deconflict changes without affecting the main project.
Branching and merging allow teams to create, test, and deconflict changes without affecting the main project.
The Git Advantage: Distributed Collaboration that Scales
SysGit leverages the battle-tested best practices and enterprise deployment of Git to transform your workflow, and consolidate tools.
SysGit leverages the battle-tested best practices and enterprise deployment of Git to transform your workflow, and consolidate tools.
Seamless Integration
Bring together requirements management and MBSE into one tool built on SysMLv2 to its core.
Bring together requirements management and MBSE into one tool built on SysMLv2 to its core.
Data Ownership
Store data in a trusted Git backend, not walled gardens.
Store data in a trusted Git backend, not walled gardens.
Secure from Day One
Protect your most precious data with your security posture inherited from the existing Git platforms you already use.
Protect your most precious data with your security posture inherited from the existing Git platforms you already use.
SysGit for Systems Engineering Automation
Improve Models Continuously with AI
With SysGit’s first-of-its-kind automation suite, say goodbye to tedious systems engineering tasks and vendor-locked tools.
With SysGit’s first-of-its-kind automation suite, say goodbye to tedious systems engineering tasks and vendor-locked tools.
CI/CD as Digital Thread
Leverage infrastructure used by software developers for automated model testing and validation.
Leverage infrastructure used by software developers for automated model testing and validation.
AI-Assisted Systems Engineering
Translative requirements generation from other engineering artifacts.
Translative requirements generation from other engineering artifacts.
From Docs to Code
Generate a part breakdown structure from PDFs and shred engineering artifacts from productivity suites.
Generate a part breakdown structure from PDFs and shred engineering artifacts from productivity suites.
DevOps for Hardware: Deliver Better Complex Systems, Faster
Accelerate development and catch errors before any metal is bent with CI/CD infrastructure and engineered ML pipelines, purpose-built for complex hardware.
Accelerate development and catch errors before any metal is bent with CI/CD infrastructure and engineered ML pipelines, purpose-built for complex hardware.
Less Busywork
Minimize time spent updating system architectures and requirements based on changes from disparate teams.
Minimize time spent updating system architectures and requirements based on changes from disparate teams.
Fewer Errors
Prevent the costly and time-consuming mistakes and rework that bottleneck projects, increase risk, and cause delays.
Prevent the costly and time-consuming mistakes and rework that bottleneck projects, increase risk, and cause delays.
The Only 100% Syntactically Correct Tool
For mission-critical hardware, LLMs fall short. Complex systems require highly specialized training across many disciplines. That’s why SysGit developed a proprietary robust graph object model and agentic AI to reliably improve models.
For mission-critical hardware, LLMs fall short. Complex systems require highly specialized training across many disciplines. That’s why SysGit developed a proprietary robust graph object model and agentic AI to reliably improve models.
SysGit for Government Leaders
Unleash Innovation at Battlefield Speed with Continuous Acquisition
Immovable requirements and siloed model data form giant roadblocks to capability delivery. SysGit transforms acquisition by embedding iterative development across the lifecycle of defense programs, so DoW can field vehicles and weapons systems faster, and seamlessly adapt as the environment demands.
Immovable requirements and siloed model data form giant roadblocks to capability delivery. SysGit transforms acquisition by embedding iterative development across the lifecycle of defense programs, so DoW can field vehicles and weapons systems faster, and seamlessly adapt as the environment demands.
Purpose-Built for Defense
Developed by engineers with decades of experience in the Defense Industrial Base, SysGit is built to accelerate time-to-capability, while aligning with the standards of national security.
Developed by engineers with decades of experience in the Defense Industrial Base, SysGit is built to accelerate time-to-capability, while aligning with the standards of national security.
Modular Open Systems Approaches
Unlock interoperability with built-in adherence to SysMLv2, the A&D industry’s consensus open standard for MBSE.
Unlock interoperability with built-in adherence to SysMLv2, the A&D industry’s consensus open standard for MBSE.
Federated Change Control
Delivered by Git, the same battle proven version control system that revolutionized software development.
Delivered by Git, the same battle proven version control system that revolutionized software development.
Speed as Deterrence
With rapid design-build-test loops, what used to take years now takes months.
With rapid design-build-test loops, what used to take years now takes months.
