Information Technologies – Change, Convergence & Digital Divide: Comprehensive Study Notes

Introduction: The Scope and Momentum of Information Technologies

Information Technology (IT) is portrayed as the decisive agent of contemporary social change. Scholars, journalists, and policy–makers apply a wide variety of labels—“communication revolution,” “binary age,” “Infobahn,” “I-way,” “digital age,” or simply “cyberspace”—to capture a single historical intuition: networks that move data, voice, and video are reshaping every sphere of human activity. Isaac Asimov’s early- $1980$ s book entitled “Change” is repeatedly cited as emblematic of the period’s mood: transformation is not optional but inevitable.

Defining Information Technology

Working definition in the text: interactive, computer-based technologies that allow people to participate in the network society created by the Internet.
Emphasis on convergence of computers and telecommunications. IT therefore includes hardware (computers, scanners, satellites, chips), software (protocols, operating systems), and transmission infrastructures (optical fibre, cellular, LAN, ISDN, satellite links).
For laypersons, the microcomputer became the condensed symbol of IT; yet the true breadth of the term covers management, administration, education, and government.

Technological Convergence as a New Paradigm

Pre- $1950$ s: computer and communications technologies developed on separate “rails.”
Digitisation (“computers are digital, most of the world is analogue”) finally fused the two. Resulting “technological convergence” pulls together computers, communications, consumer electronics, mass media, space technology, and entertainment.
Miniaturisation (microchips, semiconductors) compresses functions, enabling multimedia to manage unprecedented information densities. The PC becomes the “pivot” of the multimedia world.
Convergence is reinforced by global trade, satellite imagery of Earth, fibre-optic switching, cashless transactions, and shared world culture (credit cards, blockbuster films, intercontinental concerts).
Examples: phones show pictures; computers listen; keyboards paint; books appear on tape and disk; movies travel as pulses of light; Apple–IBM–Motorola alliance on new microprocessors; Microsoft moving from desktop OSs to set-top cable boxes.

OECD’s Three Sub-types of Convergence

Technical – universal digitisation across computers (already $100\%$ digital), telecom (rapidly digitising), and audio-visual industries (growing).
Functional – disappearance of boundaries: radio transmits data, telephone delivers entertainment, cable offers telephony; rise of “information appliances” (e.g.
- wireless telephones with displays and Web access,
- palmtops as powerful as PCs,
- voice-controlled devices pocket-sized like a personal stereo).
Corporate – media/telecom firms diversify finance and compete across former sectoral lines; simultaneous debates on economic and legislative convergence, plus convergence of social expectations.

Evolution or Revolution?

Masuda: computer-communication technology will usher in an information society, fundamentally unlike industrial society.
Paul F. Burton’s four diagnostic arenas: (i) workforce transformation, (ii) new work patterns, (iii) emerging social/occupational classes, (iv) power shifting to knowledge holders.
Bonnie Bracey (1996) re-labels the process “information super-highway,” stressing satellites, broadband, wireless components, and all forms of content.
Don Tapscott likens current upheaval to printing, telephone, television, and computer revolutions combined.
Tentative conclusion of the chapter: changes are revolutionary in scope but evolutionary in tempo; technology alone will not decide outcomes—social forces mediate.

Perspectives on Technology & Society

Technological determinism – technology autonomously drives change; society must adapt.
Social determinism – society’s cultural values shape what technologies are created and how they are used.
Neutrality thesis – technology is neutral; only human intent defines value.
Cees J. Hamelink’s trio:
- Instrumentalist – technology is merely a tool, outside moral judgment.
- Interventionist – humans steer technology; intervention is a moral duty.
- Functionalist – technological development seems autonomous; Martin Heidegger and Jacques Ellul emphasize its uncontrollability.
- Hamelink counters that IT specifically demands functional responses in behaviour, thought, and environment; it is “neither good, nor bad, nor neutral—but malleable.”

Clarifying “Information” and “Technology”

“Information” variously defined as messages that define, clarify, instruct, reduce uncertainty, answer questions, shape behaviour.
WWII shifted the notion toward something that can be collected, moved, processed. In the IT epoch information becomes a commodity.
“Technology” (Latin textere – to weave) includes hardware and software; Rogers: “a design for instrumental action that reduces uncertainty in cause–effect relationships.”
Therefore Information Technology = advanced, dynamic tools for distributing information, intricately woven into socio-economic, cultural, political, and religious fabric.

Socio-Economic & Political Background

Neoliberal turn (early $1980$ s) – Reagan (USA), Thatcher (UK), Indira & Rajiv Gandhi (India) deregulate and privatize finance/industry to integrate into global markets.
Promise: competition will accelerate IT adoption; individuals become “active communicators” rather than passive consumers.
Conservative variant emphasises encrypted cable networks as electronic marketplaces with usage‐based pricing.
Result: Mergers among telephone, cable, film, recording studios, game developers, TV stations, newspapers → dominance of a few tri-continental (US–EU–Japan) media conglomerates.

IT as Dominant Economic Force

Multinational information-tech corporations (MNCs): huge capital, global production chains (“components in country A, assembly in B, markets in C”), headquarters retain control.
Ideology of technology transfer promises development but often enforces a single market-driven model, absorbing local cultures into global consumerist values.
TV sponsorships, global branding, telecom “revolution,” and instant worldwide communication exemplify this dynamic.

Changing Society: From “Info-Culture” to “Control Revolution”

Steven Lubar:
1. New communications tech is simultaneously technological, social, cultural, economic.
2. Growth of organisations whose central activity is processing information.
3. Rise of information-consuming middle-class workers.
James Beniger’s “Control Revolution” – industrial growth outpaced existing control infrastructures, prompting inventions (telegraph, telephone, tabulating machines) $1830\text{–}1920$ to restore control.
Yates – managerial transformation in late $19^{\text{th}}$ -century corporations paralleled new filing cabinets, report formats, memos, duplicators.

Historical Paths to IT

Writing Era ( $\sim4000\,\text{B.C.}$ – $1456$ )

Clay tablets, scrolls, manuscripts; literacy rates low.

Printing Era (paper > movable metal type $1456$ )

Gutenberg’s press: $1$ book/day; catalysed Renaissance.
Mass-print revolution parallels industrialisation (e.g.
Benjamin Day’s New York Sun, $1833$ ).

Telecommunication Era

Radio: India’s first broadcast $20\,Aug\,1921$ ; AIR established $1936$ ; National AIR satellite channel $1988$ .
Television: commercials from $1976$ ; INSAT- $1A$ $1982$ (5-month life); INSAT- $1B$ $1983$ expanded coverage.
Policy shifts ( $1984$ – $1985$ ) – Rajiv Gandhi prioritises telecom alongside literacy, water, immunization, oil-seeds. Creation of a dedicated Department of Telecommunications; foreign collaboration encouraged.
Telephone as data carrier; merits of modem; rise of fax, voicemail, data lines.
Cable TV: born $1950$ in Pennsylvania; satellite delivery $1975$ ; explosion in India $1990$ s.
Satellites: from Sputnik $1957$ to US WESTAR- $1$ $1974$ ; India’s INSAT- $2C$ milestone.

Interactive Communication Era

Integration of micro-computers, TV screens, telephone lines (e.g.
French Minitel); emergence of videotext, teletext, audio/video-conferencing; convergence of media institutions.

Computer Communication

Electronic age begins $1912$ vacuum-tube amplifier.
Mainframes → micro-computers (mid- $1970$ s).
Networking transforms computers from stand-alone calculators to communication devices; bulletin-board systems illustrate “many-to-many” model.
Human–Computer Interface (Alan Kay):
1. Character-based (typing).
2. Graphical UI (menus, icons).
3. Voice & motion recognition (future).
Personalisation trend: data visualisation, interactive graphs, “less-paper” rather than “paperless” workplaces.
Virtual reality and trans-national business gateways (e.g.
US–India infotech link permitting live data, colour images, audio).

Present IT Trends

Multimedia boom: seamless mixing of voice, sound, text, images, graphics, data, animation, video; affordable PC-cum-AV configurations.
WebTV – TV set doubles as computer display.
LAN $\to$ Internet: local sharing extends to global “network of networks”; digital signals converted via modems for long-distance travel.
Internet characteristics:
- Global – annihilates geographic distance.
- Decentralised – architecturally resistant to control.
- Democratic potential – anyone can publish; students become Web authors; public databases accessible.
WWW vs Internet: Web is a hypertext subset with interface advantages; activities: “surfing,” e-mail, chat rooms.

Globalisation and IT in India

Post- $1991$ economic reforms (Finance Minister Manmohan Singh) open market to foreign capital; WTO rules entrench free-market ideology.
MNCs establish wholly owned units; information-tech sector becomes showcase of globalisation.

Potentialities of IT

Individual level – satisfies intellectual, physical, emotional needs (Dyson: shifts power toward consumers and citizens).
Interpersonal/community – enables “many-to-many” communication and new forms of sociality.
Societal/democratic – redefines participation, education, work, leisure, development.
Education – IT promises flexible, visual, dense knowledge management; the “fundamental particle” is the bit.
Tele-Economy – shocks telecoms, retail, info services; banks face on-line payment, newspapers face on-line news.
Cost efficiency – e-mail as global fax; VoIP offers $\text{international}$ calls at local rates; prospects for cheap video-conferencing.
Business processes – intra-office networks, supply-chain integration, e-commerce.

Ethical & Inequality Concerns

Digital Divide coined mid- $1990$ s during US Telecom Act debates. Definition: gap among individuals, households, firms, or regions in access to and use of ICT.
Critics:
- Over-emphasises physical access, ignores content, language, skills.
- Implies a misleading binary; realities are graduated (John uses broadband, Peter a slow office PC, James cyber-café, Thomas indirect).
- Risks patronising imagery of “uncivilised non-users.”
Exclusion vs Inequality (J.
Mohan Razu): exclusion hits those at the bottom; inequality is structural unevenness worsened by market-led IT diffusion.
Information factor – bits travel at light-speed; benefit contingent on inexpensive devices and universal skills → otherwise amplifies disparities.
Ethical triad (Dorothy Nelkin): privacy, social control, democracy.
Home/work blurring – telework can lower salaries, erode promotion prospects, intensify surveillance, and reproduce gender roles.
Time & space colonisation – leisure subordinated to commodified network marketplaces; “work–consume–connect” cycle.

Empirical Reality of Digital Divide

Global categories:
1. Rich IT leaders.
2. Emerging adopters struggling to bridge gaps.
3. Lagging nations with inadequate capacity.
Connectivity statistics: an oft-quoted figure— $4$ billion people have never made a phone call.
US contrast: $40\text{–}80$ million adult users vs persistent demographic gaps (income, race, education).

India: A Divided Reality

Structural Divides

Poverty – UNDP “capability poverty” stresses health, nutrition, female literacy; majority poor are rural labourers, marginal peasants, urban informal workers.
Casteism – $\sim240$ million Dalits (≈ $25\%$ population) endure hereditary segregation. Untouchability persists in housing, labour, sexual violence.
Urban–Rural – $73\%$ rural vs $27\%$ urban (Census $1995$ ); resource centralisation in cities; rural tele-density low.
Gender/Patriarchy – women face “structural oppression” embedded in caste religion; malnutrition, lower education, wage gaps, violence.
Education – Female literacy rose from $39.29\%$ ( $1991$ ) to $54.16\%$ ( $2001$ ); male from $64.13\%$ to $75.85\%$ ; gender gap narrowed but remains $\approx21.7$ percentage points; disparities within states and districts remain large.

IT-Specific Divides

Caste – Sudheendra Kulkarni blames hierarchical caste for IT illiteracy; social justice must partner IT.
Class – home Internet adoption strongly tied to household income; middle-class graduates crowd IT jobs; poor rely on public kiosks or none.
Urban–Rural – quality telephone lines rare in villages; limited electricity; cyber-cafés fill gaps but access costs are high relative to rural income.
Gender – women cluster in low-paid data-entry/clerical roles; telework reproduces domestic labour expectations; professional women still juggle childcare.
Education – English proficiency and computer literacy prerequisite for full participation; training materials seldom in local languages.

Grass-roots & Low-Cost Initiatives

M.S. Swaminathan Foundation – solar-powered, wireless info-villages near Pondicherry: fisheries, agriculture, health, bus timetables.
Simputer – open-hardware, multilingual, <!10{,}000 rupees handheld aimed at rural micro-credit and self-help groups.
Nation-wide Electronic Voting ( $2000$ ) – Indian-made voting machines eliminated paper ballots, illustrating mass digital adoption potential.

Conclusion & Forward Questions

The chapter closes with a balanced stance: acknowledge IT’s transformative possibilities without romanticism. Critical questions posed:

Who benefits from IT in India?
Will virtualisation redistribute wealth or entrench new inequalities?
Can cyberspace avoid reproducing caste, class, gender divides?
How large is the gap between on-line virtual life and off-line realities of access, capability, and distribution?

Subsequent research (Chapter $3$ ) will apply Indian Cultural Studies methodology to measure, map, and interpret the digital divide, emphasising “from-below” perspectives and scientific rigor.