Musings

The ePlane Company's unveiling of its full-scale e200X PT-01 prototype, staged inside a 60,000-square-foot facility at the IIT Madras Discovery Campus, is a milestone worth pausing on — not because prototypes are rare in aerospace, but because this one moves a category that has lived almost entirely in slide decks and subscale lab demonstrations into physical, weight-bearing reality. For Founder and CEO Professor Satya Chakravarthy and the engineers who built alongside him, t

Those who sold the picks and shovels to gold rush prospectors in California, some 175 years ago, often made more money than the prospectors themselves. In India's deep tech landscape today, the modern equivalent is a wave of entrepreneurs building the advanced materials, components and subsystems that Indian industry has historically had to import. In our own portfolio, DashamLabs, based in Haryana, is a prime example — and in the coming weeks, the company will commission Ind

Quantum-safe communication remains one of the hardest verticals in deep tech to commercialise anywhere in the world — India included. Most ventures in this category are still working through lab-stage physics. A small cohort, however, is now making the harder transition: from R&D roadmap to fielded, revenue-generating product, taking made-in-India quantum technology into the global arena. Bengaluru-based QNu Labs is one of them — and it is making that transition visible. As c

India's chip design industry has spent three decades exporting talent, not products: engineers who design silicon for Qualcomm, Intel, and Nvidia while the domestic market runs on imported chips. In June this year , that pattern broke a little further. Mindgrove Technologies, a Speciale portfolio company, has signed a commercial deployment agreement with Prama India to embed its indigenously designed Vision SoC into Prama's CCTV and video security product line. It is a small

In May this year, two years after its historic tech demonstrator flight — the first rocket in the world powered by a single-piece 3D-printed engine — AgniKul Cosmos delivered its next major proof point. On May 19, the Chennai-based launch vehicle company successfully completed a simultaneous hot-fire test of its four Agnilet engine semi-cryogenic cluster: eight pumps, eight motors, synchronized by independent algorithms, operating as a single coherent propulsion unit. This wa

When Uravu Labs was selected for Abu Dhabi's Hub71 Cohort 18, the headline read like a geographic milestone. But for those of us who backed this Bengaluru-based deep-tech startup from its earliest days, the news carried a more significant signal: a technology developed, stress-tested, and commercialised in India is now being sought out by one of the world's most water-stressed and capital-intensive regions. This is not simply expansion. It is validation — of a fundamental tec

There’s a quiet but profound transformation building at the hardware-software boundary — below the applications layer where most AI productivity tools play, and deep in the firmware that actually makes silicon do things. This is where H2Loop is staking its claim. H2Loop’s recent close of a $2 million seed round, co-led by Speciale Invest and 3one4 Capital, validates a thesis we’ve held for some time: the next frontier of productivity lies not in general-purpose models, but in

The name alone should give you a hint. Morphing Machines. Shapeshifters. And in the world of silicon, that is precisely what they are — a Bengaluru-based fabless semiconductor startup building processors that physically reconfigure themselves in real-time to match the demands of a workload. After nearly two decades incubating at the Indian Institute of Science (IISc), Morphing Machines has crossed a critical threshold: a Rs. 80 crore (approximately $11.6 million) Series A rou

A Staircase Worth Climbing If you skip the elevator at Newtrace's R&D facility in Bengaluru and take the stairs, every step greets you with a sticker — a hydrogen factoid. How much of it humanity consumes. How much carbon the current production methods emit. How far the gap stretches between where we are and where we need to be. It's a small detail, but it tells you something important about the founders: Prasanta Sarkar and Rochan Sinha are not building a company for a pitch

Why India needs full-stack health data infrastructure to extend healthy lifespan — and how the right startups can make it happen India's path to longer, healthier lives will be built on unglamorous foundations: interoperable records, clean diagnostics, and software that makes both actionable at the point of care. Not wearables, not longevity clinics, not AI chatbots promising personalised wellness; Infrastructure. This distinction matters because it shapes where durable value

The ePlane Company's new facility signals a shift from prototype to platform. What it means for aerospace investment in India. India has discussed advanced air mobility for years. What has been missing is industrial evidence — physical proof that companies are moving past renders and pitch decks into real engineering. The ePlane Company's opening of a 60,000 sq ft prototyping and testing facility at IIT Madras Discovery Campus in Thaiyur is a meaningful data point in that shi

If the last decade of the evolution of technology was defined by software eating the world, the next decade will likely be defined by software moving the world. Physical AI — software systems that combine intelligence with real-world action for robots — is emerging as the natural evolution of the AI wave. While large language models transformed how machines process text, images, and code, the next leap lies in enabling machines to perceive, decide, and act in physical envir

For decades, India has been the semiconductor industry's back office — providing the engineering muscle for global giants like Intel and Qualcomm while retaining none of the underlying intellectual property. That arrangement is finally changing. Mindgrove Technologies, a fabless chip startup spun out of IIT Madras, has launched the S2401: India's first commercial-grade, high-performance microcontroller. The milestone is more than a product launch. It signals that Indian semic

The stack reflects a paradigm that shifts training from datasets to emulating the active sensing and innate curiosity of a human infant In the vast assembly floors of global manufacturers — from automakers to semiconductor behemoths, despite the ubiquity of robotic arms in promotional videos, the reality of industrial automation is surprisingly limited. In a typical car assembly plant, as much as 90 percent of tasks remain the preserve of human hands. One vital missing piec

As we head into 2026, our announcement of a new growth-stage startup fund is but only one of many ways in how India’s deep tech ecosystem is evolving. Companies are emerging from India that are ready to embrace the next phase of growth in commercializing their innovations – including several companies in our own portfolio. More often than not, deep science and tech companies see global markets as opportunities, competing against global companies from advanced economies. Vent

India's green hydrogen sector has made significant progress, with commissioned plants, operational full-scale factories, and competitive price discovery mechanisms that bring new projects within sight of final investment decisions. In our previous post on this subject, we sought to draw your attention towards the innovative membrane-less electrolyser technologies being developed and commercialised by Newtrace, one of our own portfolio ventures. In this post, we offer our vi

India's renewable energy sector added a record 44.5 GW of capacity in 2025, pushing total non-fossil fuel capacity past 253 GW. Yet these figures mask a fundamental constraint: when the sun sets and the wind dies down, the power disappears. Energy storage remains the missing link between ambitious capacity targets and a reliable electricity supply. Battery energy storage systems (BESS) are no longer a distant aspiration — India expects installations to surge nearly tenfold

India's bioeconomy just crossed $165 billion. A decade ago, it was $10 billion. That's a 16x expansion in ten years, and we're only getting started. At Speciale, we've been investing in Indian deep science since 2018 — across three funds, 35+ companies, and sectors ranging from space and semiconductors to defence and AI. Over the past two years, biotech has become one of the most exciting areas in our portfolio. It is also one of the most misunderstood by the broader investor

India's deep tech landscape is witnessing a quiet but meaningful evolution in artificial intelligence-led software, with private startups demonstrating that AI adoption need not be revolutionary to be valuable. Rather than claiming to transform entire industries overnight, a new generation of entrepreneurs is building practical tools that address specific operational challenges across verticals—from data automation to customer on-boarding, privacy protection to cross-border

Drug discovery is among the areas that scientists and global pharmaceutical companies alike are excited about, when it comes to the hope that artificial intelligence is going to be transformative. AI holds out the promise of not only slashing the time and cost of developing a new molecule from lab to pharmacy to patients, but also helping innovators tap advanced genomics, proteomics and metabolomics data to make the dream of personalised medicine a reality. For India, a c