Our Vision

Designing the missing bridge between your imagination and physical reality.

The world of systems engineering has been stuck for decades in closed tools and isolated workflows. Modeloop is here to set your creativity free.

We believe that designing the future of robotics and intelligent systems should be as fluid, transparent, and inspiring as any great creative act.

Robotics at the Core

Robotics isn't just a feature; it's our foundation. Transform visual logic into intelligent, autonomous motion with an environment built for the next era of machines.

Confidence in Every Signal

Feel the security of knowing your system works perfectly. Validate your logic in a virtual world so your physical hardware is always safe and predictable.

Engineering at speed of light

We don't believe in over-engineering. Experience a tangible, zero-friction and high-level performance environment that feels so familiar you'll feel like you've been using it for years.

Your Logic, Unlocked

Own your work in a transparent, open world. No black boxes, no secrets — just your ideas captured in a format that belongs to you, forever.

MBSE That Moves at the Speed of Agile

Stop treating your models as static documentation. Modeloop is the MBSE backbone that integrates natively into your DevOps and Agile workflows.

The Only Tool for Model-Level Pull Requests

Modeloop is unique. We don't just store diagrams; we enable a modern workflow. Submit a Pull Request for a model change, and your teammates can review the logic changes with semantic visual diffs—just like code.

Native CI/CD for Systems

Integrate your models directly into your GitHub or GitLab pipelines. Automatically run simulations, verify requirements (SYS-REQ), and generate source code on every commit. No human intervention needed.

End-to-End Traceability

Every block is automatically linked to your requirements. If you modify a parameter, Modeloop detects impacts immediately, keeping your design, requirements, and validation tests in perfect sync.

Open #42 Add derivative term to PID controller
@eng-team · 2 models changed
Before
error Kp Σ out
After
error Kp Σ out Kd·s +
+ block: derivative Kd=0.05, τ=0.01
+ connection: error → Kd·s → Σ

Models as Code

In Modeloop, the diagram is not just a picture—it is a first-class software asset that can be versioned, diffed, and tested automatically.

Our Manifesto

Transparency over Obscurity

Binary formats belong to the past. Every bit of logic in Modeloop is saved in human-readable JSON.

Ownership over Lock-in

Your models are yours. The execution engine is open-core and built on industry standards.

Speed over Bureaucracy

From idea to simulation in seconds. Lightweight tools that accelerate innovation, not hinder it.

Start Designing Today

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