The Critical Role of Information in Modern Development

Every economy in history has rested on a primary resource. Hunter-gatherer societies depended on game and edible plants. Agrarian civilisations were built on land and labour. The industrial age was powered by coal, steel, and capital. The age we live in now runs on something less tangible but far more potent: information. From the policies a government drafts to the apps we open before breakfast, decisions today are shaped by who knows what, when, and how accurately. Understanding why information has moved from a supporting role to the lead is essential for anyone studying how modern development actually works.

From oral tradition to the information age 🔗

Knowledge has always been valuable, but its form and reach have changed dramatically. Ancient societies passed on agricultural cycles, navigation routes, medicinal recipes, and craft techniques through oral tradition and apprenticeship. The invention of writing, the printing press, and later the telegraph each expanded the speed and scale at which information could travel. Each leap loosened the grip of geography on opportunity.

The real turning point arrived in the second half of the twentieth century. The economist Fritz Machlup was among the first to map the rise of “knowledge industries” in the United States, and the sociologist Daniel Bell built on this work to describe a coming post-industrial society in which information, rather than raw materials or financial capital, would be the key economic resource. By the 1990s, governments in North America, Europe, and Asia were drafting national strategies around the idea of an “information society,” signalling that data and ideas had become as strategically important as oil or iron ore once were.

Why the shift matters for development 🔗

This transition is not just an academic observation. It changes what a country must invest in to grow. Roads and ports still matter, but bandwidth, research labs, classrooms, and data systems matter just as much. A nation that ignores the information dimension of development risks falling behind even if its factories are humming.

Information as the engine of research and development 🔗

Modern R&D is essentially organised information work. A pharmaceutical scientist designing a new molecule depends on decades of published trials, structural databases, and patent records. An agricultural researcher developing a drought-resistant variety draws on weather datasets, soil maps, and genomic sequences. Without reliable, accessible information, R&D collapses into guesswork.

The relationship runs both ways. Information technology has reshaped how research itself is conducted. IT has transformed both the day-to-day practice of researchers and the management of R&D institutions, with computational tools changing the very nature of scientific productivity. Distributed computing lets a team in Pune collaborate with peers in Berlin on the same dataset in real time. Pre-print servers and open-access journals have shortened the gap between discovery and dissemination from years to days.

For a country like ours, this matters enormously. Gross domestic spending on R&D has been rising, supported by targeted programmes and a steadily growing innovation ecosystem. Twenty-five Technology Innovation Hubs established under the National Mission on Interdisciplinary Cyber-Physical Systems have together commercialised hundreds of technologies and supported tens of thousands of skill-development beneficiaries. None of this would be possible without the underlying flow of information that connects laboratories, startups, and markets.

The fusion of science and technology 🔗

For most of history, science and technology developed on parallel but largely separate tracks. Craftsmen built bridges and forges through trial and error; natural philosophers theorised about the cosmos in libraries and lecture halls. The deliberate fusion of the two, where scientific theory directly drives technological invention and technology in turn enables new science, is a relatively recent phenomenon.

Information sits at the seam where the two meet. A satellite is a piece of technology, but the data it sends back becomes the basis for climate science, fisheries management, and disaster forecasting. A genomic sequencer is a tool, but its outputs feed into biology, medicine, and crop research. Science and technology have shaped national development across sectors as varied as space exploration, pharmaceuticals, IT services, and renewable energy, and the binding agent in each case is the timely movement of information from generation to application.

Societal information for socio-economic progress 🔗

Science and technology produce more than gadgets. They produce information that societies can use to plan better. Census data, public health surveillance, agricultural yield estimates, and environmental monitoring are all forms of societal information generated by scientific methods. This is why governments invest heavily in statistical systems and research councils.

The international development community has long recognised this. The Development Science Information System, set up under the joint sponsorship of agencies including UNESCO, UNDP, the ILO, and the OECD, was designed specifically to support policy-makers, planners, and project administrators in developing nations by systematically providing socio-economic data and knowledge. The principle is simple. Better information enables better policy, and better policy improves lives.

Information technology as a force multiplier 🔗

If information is the resource, information technology is the infrastructure that makes it usable at scale. Computers, fibre-optic cables, mobile networks, and now cloud platforms have together collapsed the cost of moving and processing data. A farmer checking a mandi price on a phone, a doctor reviewing a tele-consultation, a small exporter filing GST returns online, and a researcher downloading a dataset from a national repository are all participating in an information economy that simply did not exist a generation ago.

The macroeconomic impact is substantial. The information technology industry contributes around twelve per cent to total services gross value added and roughly seven per cent to GDP, adding more than US$280 billion to the economy. Behind these aggregates lie millions of individual decisions made faster, cheaper, and with better information than was possible before.

Closing the distance gap 🔗

One of the most profound effects of modern IT is what some scholars call “the death of distance.” A software engineer in Hyderabad can serve clients in San Francisco. A medical specialist in a metro can review scans for a patient in a small town. The Internet has been argued to have a positive impact on economic growth, social well-being, political participation, and environmental sustainability in developing countries, with intermediary institutions such as government playing a vital facilitating role. The catch, of course, is that these benefits depend on access. Where connectivity is poor, the information advantage cannot reach the people who need it most.

The growing demand for information across sectors 🔗

Demand for information has expanded into virtually every sector of modern life, and the pressure is only intensifying.

Business and finance 🔗

Markets run on information. Stock prices respond to earnings reports within milliseconds. Credit decisions hinge on transaction histories and behavioural data. Supply chains are optimised through real-time tracking of inventory and demand. A firm that cannot collect, analyse, and act on information loses ground quickly.

Health and education 🔗

Public health surveillance systems detect outbreaks. Electronic health records make patient care safer and more continuous. In education, online platforms, digital libraries, and adaptive learning tools have multiplied the reach of even the best teachers. Universities, research institutions, and businesses all need access to the latest research, datasets, and case studies to remain competitive in fields such as finance, healthcare, and technology.

Tourism and hospitality 🔗

The travel industry is one of the most information-intensive sectors there is. Travellers research destinations online, compare reviews, book multi-leg journeys, and share experiences in real time. Tourism boards depend on visitor analytics to plan campaigns. Hotels use revenue management systems that adjust prices dynamically based on demand patterns. Every stage of the traveller’s journey, from inspiration to feedback, is mediated by information flows.

Governance and public services 🔗

Digital identity systems, online tax filing, land record digitisation, and direct benefit transfers all rest on the ability to collect and verify information at scale. Economies thrive when accurate and reliable information is available to businesses, investors, policymakers, and citizens, with indicators such as employment rates, inflation data, and trade statistics guiding decisions on investment, fiscal policy, and social welfare.

The power shift towards information-rich societies 🔗

Perhaps the most striking feature of our era is how power itself has been redistributed. In agrarian societies, the powerful were those who controlled land. In industrial societies, the powerful were those who owned factories and capital. Today, the most valuable companies in the world tend to own remarkably few physical assets. Uber owns no cars, Airbnb owns no hotels, and platforms like Facebook produce no content of their own; their value sits in software, user data, and the ability to connect people. Brainpower has overtaken horsepower as the engine of wealth.

This shift has geopolitical consequences. Countries that invest aggressively in education, research, and digital infrastructure pull ahead. Nations that prioritise knowledge and innovation become competitive in the global market, with examples including the United States, Japan, and South Korea, while India is also making significant progress through its strong IT sector and growing startup ecosystem. Those that lag in producing and using information find themselves importing not just technology but also the standards, platforms, and norms that come with it.

Information and equity 🔗

It would be misleading to suggest the information revolution benefits everyone equally. Access gaps persist along lines of geography, gender, language, and income. Access to information promotes not just economic growth but also economic equity, allowing workers to learn about labour rights, businesses to understand licensing and tax rules, and farmers to consult land records and market trends. Right-to-information frameworks and open data initiatives are attempts to ensure that the benefits of an information-rich society are shared rather than concentrated.

Information, policy, and global competitiveness 🔗

At the level of the nation-state, information shapes policy in three connected ways. It informs what governments choose to do, it makes implementation more effective, and it allows citizens to hold authorities accountable. Reliable statistics on poverty, education, and health let planners target interventions where they are most needed. Real-time monitoring of programmes flags problems early. Public dashboards and audits build trust.

Globally, competitiveness is increasingly measured in informational terms. Indices track digital readiness, research output, patent filings, and skills. India rose from the 60th to the 49th position in the 2024 Network Readiness Index, reflecting advances in ICT application and impact. These rankings are not vanity metrics. They influence investment flows, partnership choices, and the country’s ability to set rules in international forums.

Putting it all together 🔗

Information is no longer a supporting actor in development. It is the through-line connecting research, technology, governance, business, and daily life. Societies that produce, share, and use information well tend to grow faster, govern better, and adapt more readily to shocks. Those that treat information as an afterthought struggle to keep up, regardless of their other endowments.

For students preparing to work in service sectors like tourism and hospitality, the implication is direct. The ability to gather the right information, interpret it accurately, and act on it quickly is no longer a specialist skill confined to analysts. It is a baseline competence for anyone who wants to contribute meaningfully to a modern economy.

What do you think? Which sector in our country do you believe has been most transformed by the rise of information, and where do you see the biggest gaps still waiting to be closed?

References

1. https://www.sciencedirect.com/topics/social-sciences/information-society
2. https://www.sciencedirect.com/science/article/pii/S131915789680005X
3. https://www.ibef.org/industry/science-and-technology
4. https://www.studyiq.com/articles/science-and-technology-in-india/
5. https://www.sciencedirect.com/topics/social-sciences/information-and-development
6. https://www.tandfonline.com/doi/full/10.1080/02681102.2019.1596654
7. https://lis.academy/information-communication-society/growing-value-information-modern-societies/
8. https://www.lisedunetwork.com/the-needs-and-importance-of-information/
9. https://journalism.university/information-and-communication-technologies/rise-information-knowledge-societies-global-perspective/
10. https://lis.academy/library-information-and-society/information-to-knowledge-society-future-impact/
11. https://www.researchgate.net/publication/322116538_Role_and_Importance_of_Information_in_Economic_Development_and_Social_Prosperity