Dhruva Space builds satellites, ground stations, and launch support for customers that need one company to take a mission from hardware to orbit operations. That’s why Project Garud matters: the Hyderabad startup has secured ₹105 crore in grant support under the Centre’s Research, Development & Innovation Fund to build a standardised 500 kg-class satellite platform for telecom, earth observation, and national security workloads. India still relies heavily on imported systems or slower custom spacecraft builds for many of these missions, and Dhruva is betting that a production-ready bus can compress that cycle. Founded in 2012 by Sanjay Nekkanti, Chaitanya Dora Surapureddy, Abhay Egoor, and Krishna Teja Penamakuru, the company is trying to turn satellite manufacturing from a bespoke engineering exercise into a repeatable industrial business.
What is Project Garud and how will it work?
At a practical level, Project Garud is Dhruva Space’s push to build a standard satellite platform that customers can plug payloads into instead of starting from scratch each time. That’s already how Dhruva thinks about its broader stack: customers define payload and orbit requirements, the company matches those to a satellite bus and integrates the hardware. It then arranges launch access and runs operations through its ground segment and mission software. Its hosted-payload LEAP missions are built on the P-30 satellite bus, while its P-Nu microsat platform scales up to spacecraft of as much as 500 kg with low Earth orbit optimisation, deployable solar arrays, 3-axis stabilisation, and orbit manoeuvrability.
That matters because Dhruva isn’t selling just a box in orbit. It has built orbital deployers and launch-integration services. Its ground stack includes telemetry, tracking and command, payload data management, health monitoring, and automated control features such as orbital path prediction and radio control. In plain English: a customer doesn’t just get a satellite bus. It gets the operating layer needed to keep a mission alive after launch.
The before-and-after for a buyer is pretty stark. Before, a small or mid-size satellite mission often meant coordinating a spacecraft vendor, launch broker, and ground-station provider across different contracts and timelines. Mission-ops software sat on top of that. Dhruva’s model pulls those pieces into one workflow. Its launch offerings already span PSLV, SSLV, Falcon, Vikram, hosted payloads, and standalone missions, while its ground network covers 13 stations across 10 nations with 99% uptime. For constellation customers that care less about one heroic spacecraft and more about deploying dozens — or hundreds — on schedule, a standardised platform like Project Garud could help.
Who founded Dhruva Space and what has it built so far?
The founding story
Dhruva Space was founded in 2012 with a pretty blunt ambition: help privatise parts of India’s space sector long before that became fashionable. The founding team is still unusually intact for a deeptech company this old. Sanjay Nekkanti is CEO, Krishna Teja Penamakuru is COO, Abhay Egoor is CTO, and Chaitanya Dora Surapureddy is CFO. The company operates from Hyderabad and has grown into a full-stack space engineering business rather than a single-product startup.
Founder fit and operating history
The clearest publicly visible operating background is Penamakuru’s. Before Dhruva, he worked as a software engineer at Cisco and later led software at Savitri Aquamonk, where he worked on sensor-linked farm management tools. He studied computer science at BITS Pilani and Arizona State University. That helps explain why Dhruva’s business isn’t only about spacecraft hardware — it also has a serious systems and software layer.
The rest of the founding team’s fit comes through the way the company is organised. Egoor has long been the engineering face of the business, Nekkanti has handled commercial scaling, and Chaitanya Dora has stayed on the finance side through a stretch when most Indian spacetech companies were still fundraising on vision more than revenue. That division of labour matters a lot in hardware. Deeptech startups usually don’t fail because the tech is impossible. They fail because operations, finance, launch timing, and customer delivery don’t line up.
Traction, fundraising, and competition
Dhruva isn’t pre-product anymore. It launched Thybolt 1 and Thybolt 2 in 2022 — tiny amateur-radio nanosatellites weighing about 700 grams each — and the company has since moved into larger missions. In August 2025, it deployed LEAP-1, its first commercial satellite mission, aboard SpaceX’s reusable Falcon 9. The company now has more than 200 employees, runs out of a 28,000 sq ft Hyderabad facility, and is preparing a 280,000 sq ft manufacturing site in Shamshabad designed for spacecraft up to 500 kg.
The financing story is getting busier too. Months before this grant, Dhruva moved to raise ₹38.7 crore in an ongoing pre-Series B round in February 2026 from investors including IAN Alpha Fund, GVFL, Blue Ashva Capital, and Pradeep Sinha, after raising ₹51.76 crore in November 2025. The new ₹105 crore RDIF support matters for another reason: it’s non-dilutive capital for a hardware-heavy roadmap.
Competition is real, though. In February 2026, IN-SPACe selected Dhruva Space, Astrome Technologies, and Azista Industries to develop indigenous small satellite bus platforms. Each startup received ₹5 crore under that programme. Those are the closest direct peers in the bus-platform race. Then there are adjacent Indian private-space companies — Skyroot in launch and Pixxel in earth observation. GalaxEye focuses on imaging payloads. Dhruva’s edge is that it sits closer to the infrastructure layer: spacecraft buses and deployers. It also handles launch integration, ground systems, and hosted payload access in one stack. That’s a very different pitch from selling imagery or a launch slot.
Why does Project Garud matter for Dhruva Space now?
Because this isn’t just another cheque. It’s a vote for manufacturing scale.
Dhruva says Project Garud will help cut dependence on foreign satellite systems and support annual output of 500 to 600 satellites. If that target sounds ambitious, that’s because it is. But ambition is kind of the point here. A company can’t supply constellation customers with artisanal hardware.
There’s also a strategic layer that’s hard to ignore. The platform is aimed at telecom, earth observation, and national security use cases. Those are exactly the categories where countries want domestic capability, predictable supply, and some control over mission architecture. Dhruva’s CTO Abhay Egoor called Project Garud the “industrialisation of satellite manufacturing from India.” That framing fits. It’s less about one spacecraft and more about whether India can produce standard spacecraft buses at volume. He also said the longer-term roadmap could extend to MEO and GEO-class missions, which tells you Dhruva doesn’t want to stay boxed into only smaller LEO jobs.
And unlike an equity round, a grant of this size lets the company spend on R&D and production without immediately diluting ownership again. For a business building hardware, qualification processes, and manufacturing capacity, that’s a big deal.
How big is India’s spacetech market for satellite manufacturing?
India’s spacetech market is projected to reach $77 billion by 2030, and that’s the broad demand story behind Project Garud. This isn’t only about launch anymore. It’s about satellite manufacturing and downstream data services. It also includes defence applications, communications infrastructure, and the plumbing that supports all of it.
The policy backdrop has shifted fast too. The Department of Science & Technology launched the ₹1 lakh crore RDI scheme in July 2025 to back sectors such as deeptech, AI, robotics, space, biotech, climate tech, and the digital economy. The latest Dhruva grant was formalised under that scheme’s Enterprise Technology Evaluation process. That’s another sign the government wants private firms doing more of the heavy lifting in strategic tech.
The rest of the Indian market has been moving at the same time. Earlier this month, Skyroot Aerospace raised $60 million at a pre-money valuation of $1.1 billion and became India’s first spacetech unicorn. Around the same period, GalaxEye launched what it described as the world’s first OptoSAR satellite and established communication with it, while Pixxel partnered with Sarvam AI on orbital AI data centres. That doesn’t make them direct substitutes for Dhruva. But it shows a sector spreading beyond launch headlines into spacecraft, payloads, software, and orbital infrastructure.
What happens after this Project Garud bet?
The next thing to watch is execution speed.
Dhruva Space now has a clearer shot at building a standard 500 kg-class satellite platform at a moment when India wants more domestic space hardware and private customers want faster deployment cycles. If Project Garud works, Dhruva won’t just be another Indian spacetech startup with a good story — it could become a repeat supplier of satellite infrastructure. That’s a much tougher business to build. It’s also a much more defensible one.
Read how Anduril Industries raised a $5B Series H led by Thrive Capital and Andreessen Horowitz to build autonomous military hardware and software-defined defense systems designed to modernize how governments buy and deploy military technology.
FAQ
– What is the latest funding news around Dhruva Space?
Dhruva Space has secured ₹105 crore in grant support for Project Garud under the Centre’s Research, Development & Innovation Fund. This isn’t an equity round, so it gives the company capital for R&D and manufacturing without the same dilution pressure as a priced venture round.
– How does Project Garud actually help customers?
Project Garud is meant to become a standard 500 kg-class satellite platform that customers can use for telecom, earth observation, and national security missions. The appeal is speed and repeatability — instead of commissioning a one-off spacecraft every time, buyers can plug payloads into a more production-ready satellite bus and use Dhruva’s launch and ground-operations stack around it.
– Who are the founders of Dhruva Space?
Dhruva Space was founded in 2012 by Sanjay Nekkanti, Chaitanya Dora Surapureddy, Abhay Egoor, and Krishna Teja Penamakuru. The company still reflects that four-way split in leadership, with CEO, finance, operations, and engineering all staying anchored in the founding team.
– Is Dhruva Space a satellite maker or a broader spacetech company?
It’s broader than a satellite maker. Dhruva builds satellite platforms and deployers. It also offers launch-integration services, ground stations, and mission-operations software, which is why Project Garud fits into a much larger full-stack space engineering strategy.
