From physics to power
The science is converging
For decades, fusion has been the most exciting challenge in energy. We are the closest we have ever been.
The age of fusion is here
Today, engineering has caught up with ambition. Plasma physics is better understood. Reactor designs are being standardised.
Building the path to scale
The frontier is no longer "if" but how to build it reliably, at scale, and at cost.
We are building the tokamak technology across design software, control systems and High-Temperature Superconducting (HTS) magnets, all integrated into a breakthrough small aspect-ratio tokamak.
Pragya
Tokamak control testbed
Pragya is our first low-aspect-ratio, medium-scale tokamak, built for advanced plasma control and integrated with Jenga.
Jenga
Tokamak Design and Control Software
Jenga is built to narrow the gap between tokamak concept and machine. It integrates control-oriented design from the outset, ensuring that reactor design choices support stable operation.
MAGGA Magnetic Gain
High-Temperature Superconducting (HTS) Magnets
HTS magnets create stronger fields that enhance Tokamak performance while maintaining efficiency with more compact reactor architectures. Both Jenga and Pragya are engineered to integrate HTS magnet modules.
Built in India.
Designed for the world.
Very few technological efforts bring humanity together at this scale. Fusion is one of them. Thirty-three nations, private industries, technology startups and national laboratories - an ecosystem forming in real time and we are building within it.
The team
Our team brings together expertise across plasma simulation, tokamak physics, control software, magnet technology and engineering.
Our ambition is bold. The execution, precise.
Backed by
