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SysML v2 · MBSE · MBD

Your SysML v2 model. Every tool connected.

Bridge Model-Based Systems Engineering and Model-Based Design with a web-native platform built on SysML v2.

SysML v2 Pilot Implementation DOORS Next integration Jupyter & Git Pay as you like
Mg platform in action

The challenge

Problems we help teams solve

Complex products need a single thread from requirements to simulation. Mg removes the friction that keeps MBSE and MBD apart.

Disconnected engineering data

Requirements, architecture, analysis, and design live in separate tools. Teams waste time reconciling spreadsheets, models, and slides instead of engineering the system.

MBSE and MBD stay in silos

Systems models rarely flow cleanly into detailed design and simulation. Hand-offs break traceability and slow iteration when the system evolves.

SysML v2 adoption needs a practical path

The standard is powerful but new. Mg helps accelerate adoption by identifying gaps in your existing process and applying SysML v2 where it fits—through an integrated environment aligned with the Pilot Implementation.

Collaboration does not scale

Version control, review, and multi-discipline teamwork need more than desktop files. Web access and notebook workflows matter for modern programs.

Our flagship product

Meet Mg

SysML v2 improves reusability and interoperability—especially in automotive and aerospace where differentiated development is critical.

Mg, from an active contributor to SysML v2 standardization, connects MBSE and model-based design on the latest Pilot Implementation.

Explore the platform
Mg platform overview

How it works

From model to toolchain in three steps

1

Model in SysML v2

Author and evolve your system in a standards-aligned repository on the latest Pilot Implementation.

2

Connect your toolchain

Use MgX, MgS, MgP, MgPy, and DOORS Next integration to reach Excel, Simulink, PowerPoint, Python, and requirements tools without duplicate data.

3

Iterate with confidence

Changes propagate where integrations are defined—traceability and collaboration stay intact.

Outcomes

Benefits for your team

Work the way you already do—while SysML v2 stays authoritative, traceable, and ready for the next step.

Higher productivity

Work in familiar tools—Excel, PowerPoint, MATLAB/Simulink, and Python—while SysML v2 stays the source of truth. Mg also integrates with IBM DOORS Next for requirements traceability.

Reuse across the lifecycle

Leverage SysML v2 redefinition and tight MBD integration so assets carry forward from architecture into design and simulation.

Unified collaboration

Connect systems, software, and domain engineers in one modeling environment with web access and Jupyter-based workflows.

Built for what comes next

Stay aligned with the SysML v2 Pilot Implementation—especially in automotive, aerospace, and complex products.

Case study

Automotive EV thermal management

Nissan employed Mg to improve productivity in high-level design of EV thermal management systems—connecting SysML v2 architecture to practical design workflows.
  • Faster high-level thermal system design
  • SysML v2 as authoritative architecture
  • Integrated path from model to simulation
See use cases
Nissan — Automotive EV thermal management

See Mg in action

Watch how Mg and its modules connect Excel, PowerPoint, Python, MATLAB/Simulink, and IBM DOORS Next around your SysML v2 models.

Start modeling with Mg today

Try Mg at mg.mgnite.com on a pay-as-you-like basis—and connect your SysML v2 work to the tools you already use.