“Is Public Interest Technology Just a Buzzword?”

How can inclusive design be effectively integrated into a business strategy, rather than remaining a side project? What role must policy, public procurement, regulation, and community engagement play so that inclusion is viable, not optional? How do technologists, designers, business leaders, and policymakers align so that public interest and profit aren’t at odds but intertwined?

I was introduced to terms like Internet governance four years ago. Since then, one new word after another has surfaced in the tech-policy space. When I came across the phrase public interest technology, I found myself pausing: How exactly does this connect to what we often see around us? And in a world where almost everything is built around making a profit, can this idea really find a place?

Public interest technology refers to the study and application of technology expertise to advance the public interest , to generate benefits for society and promote the public good. It doesn’t mean simply building the “next app” for the mass market, but asking: Who is this technology for? What impact does it have beyond revenue? How are communities being engaged so that the technology doesn’t inadvertently exclude or harm?

When I say “inclusion and equity” in this context, I do not mean only gender or rural-versus-urban divides (though both matter). I’m talking about a broader idea: technology designed and governed so that anyone, regardless of income, language, disability, digital-skill level, location, or other circumstance; has the capacity and opportunity to engage, benefit from, and not be left behind. For example: accessibility for persons with disabilities, multilingual interfaces, low-bandwidth versions of apps, and inclusive design that anticipates users with low digital literacy. These dimensions matter because the barriers to participation in tech are many and intersecting.

From one perspective, the appeal is compelling. Imagine designing a digital service with accessibility built in, community-driven features, fairness in algorithms, and transparency in how data is used. When implemented effectively, technology can expand access to essential services (such as education and healthcare), empower historically marginalized groups, and help reduce inequality. Technology becomes not just a tool for commerce, but a tool for inclusion and justice.

Yet from another view, the feasibility question looms large. Many tech firms, investors, and start-ups operate under business models that expect scale, monetisation, rapid growth, and market competition. Designing for inclusion or public interest often involves additional costs, a slower rollout, more engagement with user communities, localization, and more careful governance. The incentives may not align: underserved populations may be more complex to serve, with less immediate profit potential; inclusive design may not be rewarded in the same way as a feature that boosts user numbers or ad revenue. There are also measurement problem like how do you capture “fairness”, “access”, “dignity” as business metrics? Without strong alignment of incentives, inclusive features risk being sidelined.

So where do these two paths meet? Where does the promise of public interest technology sit in a profit-driven world? One possibility is when value is redefined: if inclusive design becomes a source of new markets (for example, by reaching underserved users), if social license, trust, and reduced risk become integral to the business strategy. Another is when business models become hybrid, combining private sector, public funding, and philanthropic support. Additionally, when regulations, procurement policies, or public-sector contracts demand or reward inclusive features, they thereby shift incentives. Or when the ecosystem builds the infrastructure, norms, and tools, inclusive design becomes less costly, easier, and standardized.

A contemporary office desk setup with laptops, gadgets, and accessories, creating a tech-savvy workplace.

When I think of my context (India and the Global South), the stakes become quite concrete. The digital divide is real. Multilingual diversity, rural-urban gaps, access issues, these are not abstract. Suppose technology is designed with inclusion in mind. In that case, huge populations can be brought into digital services, and new users can be accessed. However, the pressures of cost, scalability, and profit motive remain simultaneously. The question becomes: How can inclusive design be effectively integrated into a business strategy, rather than remaining a side project? What role must policy, public procurement, regulation, and community engagement play so that inclusion is viable, not optional? How do technologists, designers, business leaders, and policymakers align so that public interest and profit aren’t at odds but intertwined?

In what ways can we expect technology companies to embed public interest values when the ecosystem rewards speed, scale, and monetisation? Conversely, what does a truly public-interest-oriented technology initiative look like when it must survive and sustain itself in a market economy? Perhaps the intersection lies not in choosing one side over the other, but in asking how the structures around technology, business models, funding mechanisms, regulation, community participation, need to shift so that public interest becomes part of the equation rather than an afterthought.

I’m not claiming I have the answer. But I believe this is one of the questions we must keep alive: Can technology designed for profit also truly serve inclusion and equity — and if so, under what conditions?

Quantum India: At the Edge of a New Technological Epoch

India’s quantum technology ecosystem is expected to undergo significant change around 2025. There is a noticeable uptick in conversations and advancements on quantum innovation in academic institutes, startup ecosystems, and critical policy domains. Even if artificial intelligence still makes the news, quantum computing and communication are subtly paving the way for a more profound technological shift that may completely alter how India protects its data, models complexity, and constructs infrastructure for the future.

Creative depiction of 'quantum' using wooden letter blocks on a blurred natural background.

The establishment of the National Mission on Quantum Technologies and Applications (NMQTA) in 2020, supported by a ₹8,000 crore budget, set the foundation for this momentum. As we move forward in time, we are starting to see results. This year, Bengaluru-based startup QpiAI unveiled a 25-qubit quantum computer—an achievement that signals

Research in quantum sensing, encryption, and simulation has accelerated at government and academic institutions such as IISER Pune, C-DAC, and IIT Madras. Infrastructure development and experimentation are being accelerated by partnerships with worldwide colleagues. In addition to enhancing India’s technical prowess, these partnerships establish the nation as a legitimate player in the development of international quantum governance and standards.

Elegant black globe and notebook against warm bokeh lights, perfect for educational themes.

Even with the advancements, there is still a long way to go. The lack of qualified quantum professionals is one of the most urgent issues. Due to the interdisciplinary nature of quantum development, knowledge of physics, computer science, engineering, and systems design is required. It will take significant expenditures in curriculum reform, research money, and domestic fellowships that encourage sustained involvement in the subject to build such capacity at scale.

Hardware independence is another important difference. India still relies on imported parts for quantum processors, cryogenic equipment, and specialized chips, even if software algorithms and simulations are being produced domestically. This reliance may limit India’s innovation cycle’s speed and independence. It will be necessary to develop domestic hardware capabilities through public-private cooperation and focused industrial support in order to create a fully robust quantum ecosystem.

India, however, has a clear edge. Our experience developing scalable digital public goods, such as DigiLocker, and UPI, has demonstrated that technology change need not be exclusive or top-down. When used properly, quantum technologies have the potential to improve public services, ranging from critical infrastructure protection and defense encryption to healthcare diagnostics and climate modeling.Equity and ethics must be prioritized, though, just like with any new technology. Quantum systems could lead to the concentration of political, economic, and technological power. We run the risk of reproducing current digital gaps in even more enigmatic and unaccountable ways if we don’t have broad access, open research, and transparent governance.

Abstract green matrix code background with binary style.

More than just celebration is required at this time; strategic patience, policy vision, and group creativity are needed. Quantum is a foundation to carefully lay, not a fad to follow. And 2025, with all of its fervor and focus on quantum, might be regarded as the year India ceased to be a spectator and began to influence the discourse.

As someone who works at the nexus of technology, policy, and community empowerment, I see this change as a chance to innovate, but to do so in a way that is inclusive, ethical, and deliberate. The tale of quantum technology in India is still being written. Let’s make sure it’s a story that everyone can enjoy.

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