
- Tue, 24 March 2026
Pranos Fusion has raised 6.8 million dollars in a seed funding round co led by pi Ventures and Ankur Capital, with participation from Industrial47 and several angel investors from India’s startup ecosystem.
The capital will support the development of its fusion technology stack, including magnet systems, plasma control software, testing infrastructure, and team expansion.
The company had earlier secured pre seed funding from Industrial47 along with support from the Startup India Seed Fund.
Global electricity consumption is expected to grow sharply before the end of the decade as artificial intelligence infrastructure, manufacturing capacity, and urbanisation accelerate.
Fusion energy remains one of the few long term solutions capable of delivering clean and large scale power without the intermittency challenges of renewable sources.
Startups working on compact reactor designs could play a critical role in reducing the cost and complexity traditionally associated with fusion infrastructure.
Founded in 2024 by Shaurya Kaushal and Roshan George, Pranos Fusion is developing compact magnetic confinement systems designed for stable long pulse operation.
Its integrated technology stack includes JENGA, a plasma design and control software platform, PRAGYA, a compact tokamak reactor platform, and MAGGA, a high temperature superconducting magnet program.
Together these systems are intended to accelerate progress toward commercially viable fusion energy.
The company is working with institutions such as the Institute for Plasma Research and the Jawaharlal Nehru Centre for Advanced Scientific Research.
It is also engaging with the global fusion initiative ITER as part of its research alignment with international efforts in tokamak development.
Globally, companies such as Commonwealth Fusion Systems are advancing large scale tokamak programs aimed at commercial fusion deployment.
Pranos Fusion is taking a different route by focusing on compact low aspect ratio reactor designs that aim to reduce both footprint and cost.
If successful, this approach could help accelerate the transition from experimental fusion systems to scalable infrastructure ready for grid integration.




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