In late March 2026, a report placed before Parliament created a stir. It asked a simple but uncomfortable question: Is India selling its hard-earned space technology too cheaply? This report did not come from the CAG, the government's official auditor. It came from the Parliamentary Standing Committee on Science and Technology, Environment, Forests and Climate Change, headed by Rajya Sabha MP Bhubaneswar Kalita. The panel's 410th report studied the money being given to the Department of Space for 2026-27, and looked closely at the work of NewSpace India Limited, or NSIL, which is ISRO's commercial arm -- the body that sells ISRO's know-how to private companies.

Here it is useful to understand what "technology transfer" means. ISRO spends years and public money developing something -- a special coating, a small transmitter, a satellite part. Instead of manufacturing everything itself, ISRO hands over the design and method to an Indian company, which then produces and sells it. The company pays a fee for this. That fee is the point of the whole debate.

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The committee examined 100 such agreements covering 61 technologies. It found that nearly 70 of these agreements had fees below ₹10 lakh. Some were licensed for less than ₹5 lakh, a few for just ₹6,000, and a handful were given completely free.

The panel called these rates "disproportionately low relative to their commercial potential." Its worry was straightforward: private firms may earn good profits, while the public institutions that actually created the technology get only a tiny share.

The panel also noted there was no proper system to check whether the benefit of cheap transfer was really reaching the ordinary user at the end of the chain.

But what exactly went out at these low prices? Not rockets and satellites. Most of the cheap transfers were of specialised materials and processes with small markets.

The most talked-about example is the second-generation Distress Alert Transmitter, a small device that lets fishermen in tiny boats send an emergency message along with their location. Several companies got it at ₹6,000 or even free, especially those who had already taken the earlier version.

The Department of Space told the committee that the low price was because the device serves society, not just business. Other low-fee items were phenolic resins, rubber compounds, flame-proof coatings, black anodisation processes for aluminium alloys and certain composite materials -- useful industrial know-how, but nowhere near a full launch vehicle design.

The bigger technologies did fetch bigger money. The ISRO Laser Gyro went to Zetatek Technologies for around ₹1.87 crore. MiniSAR X-band airborne radar technology went to several companies at ₹52.6 lakh each. And the Small Satellite Launch Vehicle (SSLV), a complete rocket system, was transferred to Hindustan Aeronautics Limited under an arrangement worth ₹511 crore, including long training and support. So the pricing was clearly not nominal everywhere; complex and strategic systems commanded serious fees.

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The panel's recommendations were firm. It said pricing should become competitive and market-aligned, reflecting commercial value, uniqueness and societal impact. Clear guidelines should be framed for the Standing Committee already set up by IN-SPACe to decide these fees. And every transfer agreement should face periodic third-party audit for transparency.

The Department of Space did not deny the figures. It explained the process instead. A private applicant applies through the IN-SPACe digital platform. IN-SPACe evaluates it with technical inputs from ISRO.

A multi-member committee -- with people from DoS, ISRO, IN-SPACe, NSIL and the concerned ISRO centre -- fixes the fee after looking at development cost, market size, how many firms can absorb it, and possible spin-off uses. NSIL then signs the agreement, hands over documents, gives training and collects the fee.

The official logic is worth understanding. Technology sitting locked inside a laboratory earns nothing. The development cost is already spent and cannot be recovered. A modest fee that helps an Indian company manufacture the product here, create jobs, pay taxes and cut imports may serve the country better than a high fee that scares away small firms and startups.

Behind this pricing lies a deliberate strategy. ISRO was never built as a profit-making body. Its founding purpose was to apply space technology to national development -- communication, weather warning, crop mapping, fishing, education. Money earned from licensing was never the measuring rod; usefulness on the ground was. That thinking still shapes how fees are fixed today.

There is also a hard commercial reality. India's private space industry is young and thin. Most firms taking these technologies are small companies and startups with limited capital. A high upfront fee would simply mean no takers, and the technology would stay unused. ISRO is effectively buying an ecosystem — accepting less money now so that a supplier base exists a decade later.

The third reason is capacity. ISRO cannot itself manufacture everything it invents while also building rockets and satellites. Handing routine production to industry frees its scientists for frontier work. Seen this way, a cheap transfer is not lost revenue but outsourced manufacturing — with the payoff arriving as domestic capability, not as a cheque.

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Critics of the panel add another point. Many of these cheap technologies have niche and uncertain markets. The real worry, they say, is the slow pace -- only 100 agreements over several years from an organisation with decades of research. Technology that never leaves the lab simply becomes outdated.

The episode naturally reminded people of the old Antrix-Devas controversy, where the CAG had flagged a huge presumptive loss in an exclusive spectrum deal. But these transfers are different -- mostly open, often given to multiple companies, and running under the new IN-SPACe and NSIL framework. Only the pricing method remains disputed.

Meanwhile, the government has moved further in the same direction. In early August 2026, the Department of Space announced support of 30% to 100% for private entities on launch services, facility access, satellite data and transfer fees. A 30% subsidy on technology transfer fees is part of a three-year Price Support Scheme running till February 2029.

IN-SPACe is also pushing ahead with transferring PSLV technology, with an Expression of Interest process having key deadlines in August 2026. The report alleged no corruption and no secret deal. It only pointed to a gap between public investment and the money recovered, and asked for clearer valuation rules.

The government's reply is that the true return on space research should be measured in factories, skills, jobs and reduced imports, not in licence fees alone. Both sides have weight.

The real task ahead is a balanced path -- fair value where commercial potential is clear, easy access where the purpose is social or where small industries are involved, and a guarantee that these agreements actually turn into real production rather than remaining papers in a file.

The author is an award-winning science communicator and a defence, aerospace & geopolitical analyst.