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Purus Research is a principal investment firm committing the proprietary capital of its founding principals to early stage critical and emerging technology companies in India, across venture and listed markets. The firm is founded on a geoindustrial thesis, which holds that technology sovereignty, supply-chain resilience, and economic statecraft now determine the transformational reach of frontier science as decisively as first-of-kind intellectual property embedded in hardware, physics, chemistry, biology, and advanced materials, or as the engineering complexity that itself constitutes the moat.
Integrating Indian national-security and geoeconomic analysis with exacting technical and financial diligence, Purus backs founders who convert India's scientific talent and free enterprise into compounding sovereign capability.
Six domains where scientific discovery and cumulative process learning compound into industrial diffusion, making sovereign capability affordable rather than subsidised
Reconfigurable and open-ISA silicon,
immune to instruction-set leverage
A breakthrough at the level of physics, chemistry or biology alters the production function of an entire industry. Capability of this order is defended by the cumulative process knowledge required to reproduce it, and it is increasingly governed by states through export control regimes, licensing chokepoints and restrictions on the transfer of process technology itself. India, approaching the position of third largest economy, is arriving at scientific maturity in the same period in which these instruments of technological containment are proliferating, so the capacity to build such technologies domestically has become a determinant of national security prior to any consideration of return.
The economics of a frontier technology cannot be read apart from the science that sets its cost curve, and the science cannot be read apart from the states that decide where it may be built and to whom it may be sold. Purus therefore assesses science, engineering and geoeconomics in a single act of judgement, not in sequence, and commits proprietary capital where that judgement finds Indian founders turning discovery into capability the country would otherwise import on another power's terms.
Purus underwrites a frontier technology for whether the science is real and reproducible, then for whether the capability can be built in India under the dependencies, controls, and sovereign demand that govern it.
Design holds over half a chip’s value, and a fifth of the world’s designers are Indian. Sixteen tape-outs and 140 domestic IP cores have since followed.
Cell therapy made here treats at ₹30 lakh against imported crores. Turbine magnets are ninety percent imported, though India’s rare earth reserves rank third. Deep tech costs fall with cumulative volume, which makes a market of India’s size a manufacturing instrument, and technologies proved at Indian prices become affordable to countries that would otherwise go without them.
Recent notes, press mentions and portfolio activity from Purus Research on frontier industries.
EQT is planning a $50 billion spending spree in India by 2030 that will include a significant investment in billionaire Gautam Adani’s data center business.
India needs up to Rs 172 trillion infrastructure investment by FY31 to turn demand into financeable projects: NaBFID-BCG Report.
The Purus Research Fellowship is a paid, part time program of six to twelve months for graduate students and early career researchers. The mandate is technical and demanding, spanning scientific, geoindustrial, and financial diligence on frontier industries and conducted on the firm's AI assisted intelligence stack, where fellows build applied fluency in structured signal classification, primary literature and patent analysis, technical readiness and architecture assessment, supply and value chain mapping, geoeconomic and export control modelling, and quantitative scenario modelling.
Identify tomorrow's most significant deep tech companies before the market does.
Determining whether the engineering is real, tenable, and investment grade.
Determining whether India's industrial base can actually support the technologies we're evaluating.
Identifing technologies where civilian innovation meets strategic capability.
Translating deep tech intelligence into listed equity investment ideas.
