
Collimator is a cloud-based, data-driven design and simulation suite for modern Model-Based Development, built for Python and JAX. It empowers engineers to model, simulate, and optimize complex dynamical systems with a combination of physics and machine learning. The platform offers features like surrogate modeling, digital twin support, system identification, model-predictive control, physics-informed machine learning, and optimization using auto-differentiation. Collimator supports high-performance computing, enabling parallel distributed simulations and GPU acceleration, and facilitates collaborative workflows. It caters to industries such as Aerospace and Defense, Automotive, and Industrial IoT, offering solutions for autonomous systems, control systems, and signal processing. Pricing is tiered into Starter, Professional, and Enterprise plans, with a free option for students.

Collimator is a cloud-based, data-driven design and simulation suite for modern Model-Based Development, built for Python and JAX. It empowers engineers to model, simulate, and optimize complex dynamical systems with a combination of physics and machine learning. The platform offers features like surrogate modeling, digital twin support, system identification, model-predictive control, physics-informed machine learning, and optimization using auto-differentiation. Collimator supports high-performance computing, enabling parallel distributed simulations and GPU acceleration, and facilitates collaborative workflows. It caters to industries such as Aerospace and Defense, Automotive, and Industrial IoT, offering solutions for autonomous systems, control systems, and signal processing. Pricing is tiered into Starter, Professional, and Enterprise plans, with a free option for students.
Product: Cloud-native, Python- and JAX-first modeling & simulation platform for dynamical systems
Core features: Surrogate modeling, digital twins, system identification, MPC, auto-differentiation, HPC/GPU support
Target industries: Aerospace & Defense, Automotive, Industrial IoT
Funding: Seed round reported Feb 2022; total reported ≈ $5–7M
Employee count: 2 (reported)
Design, simulation, and optimization of complex dynamical systems for applications in aerospace, automotive, and industrial IoT.
2020
Simulation / Modeling Software
5000000.00
Seed round reported in Feb 2022; some profiles list a $5.0M Seed entry and profile-level total funding of roughly $7M
“S28 Capital named as lead investor; other investors reported include Octave”