Knowledge Society’s Impact on Education and Information Systems

A knowledge society is one where the creation, sharing, and use of information becomes the main engine of development. Unlike an industrial society that runs on factories and raw materials, a knowledge society runs on educated people, fast information flows, and the ability to turn data into good decisions. This shift does not affect every part of life equally. It transforms some sectors deeply and quickly. Two of the most affected are education and the information systems that support how knowledge moves through society. Understanding these two sectors gives you a clear picture of what a knowledge society actually demands from individuals, institutions, and governments.

Why education sits at the centre of a knowledge society 🔗

Every knowledge society rests on a few core foundations. According to UNESCO, knowledge societies must build on four pillars: freedom of expression, universal access to information and knowledge, respect for cultural and linguistic diversity, and quality education for all. Notice that two of these four pillars are directly about education and access to knowledge. This tells you that education is not just one sector among many. It is the platform on which the entire structure stands.

The reason is simple. A knowledge society depends on people who can find, understand, evaluate, and apply information. Those abilities are not automatic. They have to be built through education and training. When the pace of change is slow, the skills you learn in school can last a lifetime. But in a knowledge society, technological and scientific knowledge grows so fast that continuous knowledge transfer becomes an imperative necessity for the labour force. The skills that made you employable five years ago may already be outdated.

From literacy to a broader set of skills 🔗

In older models of development, the goal was basic literacy, meaning the ability to read and write. A knowledge society raises this bar. Literacy now includes the ability to work with science and technology, to use digital tools, and to think critically about the information you encounter. This is often called digital literacy or functional literacy.

Digital literacy matters because so much knowledge now flows through screens. A person who can read printed text but cannot navigate a website, evaluate an online source, or fill a form on a government portal is at a serious disadvantage. Digital literacy includes a mix of cognitive, technical, and social skills, and a lack of these skills restricts a person’s ability to evaluate the accuracy of information and to function as a competent learner or worker. So when we talk about education in a knowledge society, we mean education that produces this wider, modern form of literacy.

Lifelong learning as the new normal 🔗

The single biggest change a knowledge society brings to education is the idea of lifelong learning. Formal schooling can no longer give a person every skill they will need across a forty-year career. So learning must continue throughout life, through formal courses, workplace training, and self-directed study. As one analysis puts it, in an era of constant change, formal education cannot possibly equip individuals with all the skills they will need throughout their lives, which is why people must embrace continuous learning through many channels.

This idea is not new. UNESCO has promoted it for decades. The 1972 Faure report, Learning to Be, emphasised that education should not be limited to formal schooling. This was followed by the 1996 Delors report, Learning: The Treasure Within, which set out four pillars of education that are still widely taught: learning to know, learning to do, learning to live together, and learning to be. These pillars push education beyond memorising facts and towards developing the whole person, including the capacity to keep learning.

How this plays out in the Indian context 🔗

The National Education Policy 2020 is a clear example of a knowledge society approach to education. The policy moves away from rote memorisation towards experiential and application-based learning, and it places strong emphasis on integrating technology through digital platforms and e-learning tools. It also treats lifelong learning and adult education as central goals rather than afterthoughts.

The shift is visible in how adult education is now framed. Earlier policy, such as the National Policy on Education 1986, focused mainly on spreading functional literacy. NEP 2020, by contrast, focuses on skill development and training programmes that help people become economically independent and useful members of society. The policy also imagines a network of shared learning spaces. Schools, public libraries, and special Adult Education Centres are to be ICT-equipped and supported by technology-based options such as apps, online courses, satellite-based TV channels, and online books. This is exactly the kind of flexible, technology-supported, continuous education a knowledge society requires.

Information and knowledge support systems 🔗

The second sector deeply transformed by a knowledge society is the set of systems that store, move, and deliver information. These are the information and knowledge support systems. They are the plumbing of a knowledge society. Without them, even the best-educated population cannot put its knowledge to work, because information would not reach the right people at the right time.

At the heart of these systems is advanced infrastructure built on Information and Communication Technologies, or ICTs. UNESCO notes that knowledge and information have a significant impact on people’s lives, and that through ICTs they have the power to transform economies and societies. The internet, in particular, is treated not just as a convenience but as essential for realising rights related to education and economic development.

What these systems actually do 🔗

Information support systems perform a few key functions. They collect and store large amounts of data. They process and organise that data into usable knowledge. And they distribute that knowledge quickly to those who need it. When these functions work well, the result is faster and better decision-making in both government and business.

Consider how a government decides where to build a new road or how to deliver a welfare scheme. In a knowledge society, these choices are increasingly driven by data rather than guesswork. Geographic Information Systems, real-time dashboards, and integrated databases let officials see patterns and consequences before they act. This is the difference between an information-poor system and a knowledge support system.

Digital infrastructure in the Indian setting 🔗

The clearest national example of building knowledge support systems is the Digital India programme, launched in 2015. Its stated vision is to transform the country into a digitally empowered society and knowledge economy. The programme rests on three pillars: digital infrastructure as a utility for every citizen, governance and services on demand, and digital empowerment of citizens.

The link to better decision-making is built directly into the design. The programme aims to leverage Geographic Information Systems for decision support systems and to seamlessly integrate services across departments and jurisdictions so that services are available in real time. When departments share information instead of guarding it in separate silos, planning improves and citizens face less duplication and delay.

India’s broader digital public infrastructure shows the same logic at a larger scale. Platforms that allow the secure flow of data between government and private entities enhance decision-making processes and support efficient delivery of services while promoting transparency and trust. The PM GatiShakti master plan, for instance, provides a GIS-based platform for integrated infrastructure planning, and the government reports that as of February 2026, 352 infrastructure projects worth around ₹16.10 lakh crore have been evaluated through this data-driven mechanism. This is a knowledge support system directly shaping major public decisions.

Benefits for the public and private sectors 🔗

The value of these systems is not limited to government. In the private sector, the same infrastructure allows businesses to reach customers, process payments, and analyse markets. The spread of digital payment systems is a good example. India’s payment infrastructure has crossed national borders, with UPI now live in eight countries including the United Arab Emirates, Singapore, and France, easing remittances and expanding financial inclusion. For a small business, access to such systems can be the difference between serving a local market and serving a national one.

In both sectors, the underlying benefit is the same. Better information, delivered faster, leads to better decisions. A hospital with a connected records system treats patients more safely. A company with good market data invests more wisely. A government with integrated databases targets help to those who need it most.

The challenge of the divides 🔗

A knowledge society creates real risks alongside its benefits. The most serious is the digital divide, the gap between those who can access and use information systems and those who cannot. If education and infrastructure reach only some groups, a knowledge society can widen inequality rather than reduce it.

This is visible in India. Even as infrastructure improves, the challenge of reaching remote, tribal, and rural regions persists. The government has run several missions to address this, including the Pradhan Mantri Gramin Digital Saksharta Abhiyan and the National Digital Literacy Mission, aimed at bridging the digital divide. There is also a gender dimension. Earlier national survey data showed that the share of women able to use the internet was far lower than that of men, especially in rural areas. This is why education and infrastructure must advance together. Building information systems without building the skills to use them simply moves the inequality from one place to another.

How the two sectors reinforce each other 🔗

Education and information support systems are not separate stories. They feed each other. Strong information infrastructure makes better education possible, through online courses, digital libraries, and remote learning. At the same time, a well-educated population is needed to build, run, and use that infrastructure. A society that invests in one while neglecting the other will not get far.

This is the core insight of the knowledge society model. Knowledge is the main resource, but knowledge does not flow on its own. It needs educated people to create and use it, and it needs systems to carry it. When both develop together, the result is faster innovation, more responsive governance, and a population better equipped to handle a fast-changing world.

What do you think? In your own experience, has access to digital information systems improved the quality of decisions made around you, or has it mainly added more noise? And if you had to choose where a developing region should invest first, in education or in information infrastructure, which would you pick and why?

References

1. https://en.unesco.org/70years/knowledge_societies_way_forward_better_world
2. http://eruditio.worldacademy.org/volume-2/issue-4/article/lifelong-learning-necessity-knowledge-society
3. https://sociology.institute/sociology-of-development/nurturing-skills-knowledge-society-education-learning/
4. https://globalchallenges.ch/issue/14/reimagining-education-in-the-knowledge-society/
5. https://www.researchgate.net/publication/384227270_EVOLUTION_OF_ADULT_EDUCATION_TO_LIFELONG_LEARNING_IN_INDIA_A_VITAL_STRATEGY_FOR_ACHIEVING_UNIVERSAL_LITERACY_UNDER_NEP_2020
6. https://www.orfonline.org/expert-speak/nep-2020-achieving-universal-literacy-in-india-by-2047
7. https://www.unesco.org/en/wsis/access-information-knowledge
8. https://www.digitalindia.gov.in/about-us/
9. https://www.indiascienceandtechnology.gov.in/st-visions/national-mission/digital-india-di
10. https://proteantech.in/articles/Decoding-Digital-Public-Infrastructure-in-India/
11. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2235812&reg=3&lang=2
12. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11984724/