A Pure-Play Provider for the Fusion Industry
We are a global fusion supply chain company providing key enabling technologies required to design, build, and operate fusion devices.
Our mission is to support fusion companies and accelerate their path to commercially viable fusion by bridging world-class science with deployable, industry-ready solutions.
Our mission is to support fusion companies and accelerate their path to commercially viable fusion by bridging world-class science with deployable, industry-ready solutions.
DEEP FUSION EXPERTISE
Our team’s deep fusion expertise enables us to support fusion builders from the earliest stages, delivering fully integrated solutions throughout the lifecycle of a fusion device.
FUSION ECOSYSTEM PLAYER
We collaborate across a broad international network of leading fusion research organizations, partners, and supply chain companies to develop and deliver reliable, cost-effective solutions.
VALIDATED MODELING STACK
We validate our integrated modeling framework and tools across multiple fusion devices, building on proven physics models and experimental data to support design, optimization, and control.
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Empowering TOKAMAK BUILDERS to turn fusion into solutions – from energy to propulsion, isotopes, and beyond
Our interdisciplinary team of physicists, engineers, data scientists, software experts, and entrepreneurs continuously develops and tests advanced tools, drawing on experience from both public research and private fusion initiatives.
- Advanced Tokamak SimulationsFrom core equilibrium solvers to full discharge scenarios.Learn more
At the core of our simulation suite is NSFsim — an advanced Grad-Shafranov and 1D transport solver. It forms the foundation of a modular ecosystem of integrated codes, enabling fast, precise, and AI-ready tokamak simulations — for both existing and under-design machines. - Fusion Twin PlatformAdvanced tokamak simulations, accessible from any browser.Learn more
https://fusiontwin.io is a user-friendly web tool that provides access to public digital replicas of tokamaks such as DIII-D, ISTTOK, SMART, and others. Researchers, educators, and students can explore discharge scenarios, visualize plasma behavior, manage fusion data, and build programmatic workflows using Jupyter notebooks and a public web API. - Plasma Control SolutionsFrom plasma shape controller to modern ML-based Plasma Control System (PCS).Learn more
Our fast simulation environment built on NSFsim enables Plasma RL, a toolkit for training ML models to control plasma shape, position, and other parameters, and a public web API for developing and testing controllers. The long-term goal is to build a modern Plasma Control System for next-generation tokamaks and future power plants. - Tokamak Integrated ModelingTokamak concept feasibility study, conceptual design, and full support during design and later stages.Learn more
We support tokamak developers from the initial assessment of a tokamak concept for their business idea, through all iterations of design, and into later phases of assembly, launch, and operations. - Modular Diagnostics PlatformComprehensive, end-to-end microwave diagnostics solution for the next generation of MCF devices and future power plants.Learn more
We leverage our multi-machine experience in measurements and control to develop the Modular Diagnostics Platform (MDP), a standardized set of microwave diagnostics (reflectometry, ECE, CTS, RIP), versatile integrated data acquisition, and post-processing solutions for the next generation of MCF devices and future FPPs.
For our news, team updates, and vacancies, follow us and subscribe to our LinkedIn newsletter.
