E-Governance

E-Government maturity model

A maturity model describes the successive stages through which a government's online presence and services evolve, from simple information publishing to fully integrated, citizen-centred services. It helps governments assess their present level and plan the next one. (Examples: Gartner, Layne and Lee, UN five-stage model.)

Levels (stages)

1. Emerging / Web presence (information): government websites publish static information such as addresses, laws, forms and notices. Communication is one-way.
2. Enhanced / Interaction: websites are updated regularly, forms can be downloaded, and citizens can send e-mail and queries, search and get responses.
3. Transaction: complete two-way transactions online, such as filing taxes, paying bills and fees, renewing licences and applying for permits, with secure payment and authentication.
4. Transformation / Vertical integration and horizontal integration: back-office processes are re-engineered and connected within and across agencies so that a citizen sees a single, seamless service (one-stop portal); data is shared.
5. Connected / Participation (e-democracy): citizens engage in policy-making through e-consultation, e-voting, feedback and social media, resulting in a networked, participatory government.

As the level rises, complexity, integration, organisational change and benefits increase. Most developing countries including Nepal are between the information and transaction stages, working toward integration.

Good governance is governance that is participatory, transparent, accountable, effective, efficient, equitable, responsive and follows the rule of law. E-Government models support these characteristics as follows.

1. Broadcasting / wider dissemination model: publication of laws, budgets, tenders and decisions online makes government transparent and lets citizens hold it accountable.
2. Critical flow model: providing critical information (audit reports, corruption data) to the media, civil society and watchdogs lets them expose wrongdoing and push for corrective action, improving accountability.
3. Comparative analysis model: comparing performance with other districts, countries or periods drives competition and improvement, giving evidence for the rule of law and effectiveness.
4. Mobilisation and lobbying model: ICT networks help citizens, NGOs and interest groups to organise, share ideas, raise funds and lobby for policy change, enhancing participation and responsiveness, and giving voice to the marginalised.
5. Interactive service model: the citizen directly participates in governance through online services, grievance redressal, feedback and consultation; this makes services responsive and efficient.

Outcome: fewer middlemen, less corruption, faster decisions, equitable access and greater trust between the state and citizens. For example, an online tender system (broadcasting) combined with a complaint portal (interactive) gives openness in procurement and a channel to challenge irregularities.

For these gains the models must be backed by infrastructure, legal support (such as the Right to Information Act), and digital literacy.

Introduction. E-Governance is the use of information and communication technology to deliver government services, exchange information, integrate systems and make administration open and responsive. Traditional paper-based government is slow, costly, opaque and often inaccessible, which is why e-Governance is needed.

Why it is necessary for efficient and effective services

1. Speed and efficiency: automated workflows replace manual file movement, so processing time drops from days to hours.
2. Effectiveness and quality: standardised procedures, validation and fewer errors; services are consistent in every office.
3. Convenience and accessibility: services available 24x7 through web, mobile and kiosks; citizens save travel time and cost, and remote areas are reached.
4. Transparency and anti-corruption: electronic records, tracking and fewer personal contacts reduce bribery and discretion.
5. Accountability: every action is logged, so officials can be held responsible and delays identified.
6. Cost saving: less paper, space, printing and staff time.
7. Integration: shared databases remove the need to submit the same documents to different offices ("one-stop service").
8. Better decisions: data analytics supports planning and policy.
9. Citizen participation and trust: online feedback and grievance systems make government responsive.
10. Economic growth: quick business registration, tax and customs processing attract investment.

Suitable examples

• Online company registration (Nepal): an entrepreneur submits the application, name approval and fees online; the registrar processes it electronically, replacing multiple visits to different offices.
• Online tax filing and e-payment: taxpayers file returns and pay through banks or wallets and receive acknowledgement immediately, reducing queues and bribery.
• E-procurement (e-GP): tenders are announced, bids submitted and evaluated electronically, increasing fairness and competition.
• E-passport and National ID appointment, Nagarik App and Hello Sarkar: citizens book appointments, access documents and lodge complaints without intermediaries.

Conclusion. E-Governance converts government into a transparent, efficient, citizen-centred system. To succeed it needs infrastructure, a supportive legal framework, security, trained staff and digital literacy, so that benefits reach all citizens.

Benefits of e-governance

For citizens

• Convenience and time saving: services available 24x7 from home, mobile or a nearby centre, with no need to travel or queue.
• Lower cost: reduced travel, fees and the need for middlemen.
• Transparency and less corruption: status tracking and recorded procedures reduce bribery and discretion.
• Better access to information about rules, rights, schemes and budgets.
• Participation and voice: online feedback, grievance and consultation.
• Single window access to services from different offices.

For government

• Efficiency and productivity: automation and less paperwork, faster file movement.
• Cost reduction in printing, storage and manpower over time.
• Accuracy and better records: reliable data for planning and decisions.
• Increased revenue through easier tax payment and better compliance.
• Better coordination among departments by sharing data.
• Improved image and citizen trust, and accountability through audit trails.

Why it is necessary to implement e-governance for efficient service delivery

1. Manual systems are slow, paper based and prone to loss, error and delay.
2. Citizens must visit several offices, causing hardship especially for people in remote areas of Nepal.
3. Lack of transparency allows corruption and arbitrary decisions.
4. Growing population and demand for services cannot be met with the same staff.
5. Businesses need quick licences and clearances to attract investment.
6. Reliable data are needed for evidence-based policy.
7. The world, including neighbours, is moving to digital government and citizens expect it.

Examples

• Online tax filing and payment (Inland Revenue Department): a taxpayer files returns and pays from home; the earlier queue at the tax office is avoided.
• Online passport and driving licence applications: fixed appointments reduce crowd and agents.
• E-procurement (bolpatra.gov.np): tenders published and bids submitted online make the process open and competitive.
• Land records digitisation: cuts fraud and delay in ownership transfer.
• Bhoomi in Karnataka, India: computerised 20 million land records of 6.7 million farmers, which reduced time for getting a record from days to minutes.

Thus e-governance benefits both sides and is necessary for efficient, transparent and citizen-friendly administration.

Difference between e-Government and e-Governance

Stages of e-governance

1. Presence/Emerging (publishing): Government departments create websites that provide static information such as contact details, rules, forms and reports. Communication is one-way.
2. Interaction (interactive): Users can download forms, send email, search databases and submit queries or feedback; there is some two-way communication.
3. Transaction: Complete online services are available: filing taxes, paying bills and fees, applying for licenses, with secure online payment and authentication. No office visit is required.
4. Transformation/Integration: Departments are connected, back offices are integrated, and services are provided through a single window or portal, with redesigned processes and shared data. Services are delivered by life events rather than by department.
5. Participation/Democracy (e-democracy): Citizens take part in decisions through online consultation, voting, polls and social media, which promotes transparency and accountability.

(Some models name the stages as catalogue, transaction, vertical integration and horizontal integration, as in the Layne and Lee model.)

A maturity model of e-governance describes the stages through which a government's online services develop, from simple presence to full integration and participation. The best-known are the Gartner model and the Layne and Lee four-stage model. In general, as the stages advance, technical and organizational complexity and the value to citizens increase.

Stages of the maturity model (with examples)

1. Stage 1: Information / Presence (Cataloguing): Government websites publish static information, such as the department's functions, laws, notices and downloadable forms. Communication is one-way, and no transactions occur. Example: A ministry's website that shows office hours, rules and a form to print and submit physically.
2. Stage 2: Interaction: Two-way communication begins: search facility, email contact, online forms to download and submit, feedback and complaints. Example: A citizen submits a grievance or query on the Hello Sarkar portal or downloads and emails an application.
3. Stage 3: Transaction: Full online services with payment and authentication, so a service is completed without visiting the office. Example: Online filing and payment of income tax (Inland Revenue Department), electricity bill payment, online driving-licence exam registration, vehicle tax, or passport appointment and payment in Nepal's e-passport system.
4. Stage 4: Integration (Transformation): Different departments and levels of government are linked through shared databases and a single portal; the user gets a service without knowing which department handles it (one-stop service). Example: National ID linked to citizenship, tax, banking and SIM registration, so one identity is used across services. Business registration at a single window combining company registration, PAN and VAT.
5. Stage 5: Participation (Political/e-democracy): Citizens take part in decision-making through online voting, consultations and feedback. Example: Public comments on draft laws, online polls, e-voting trials or the Mero Nepal citizen engagement portals.

Importance: The model lets a government assess its present level, plan investments, and move step by step toward better services. Challenges at higher stages are interoperability, data security, trained staff and digital divide.

Data warehouse

A data warehouse is a subject-oriented, integrated, time-variant and non-volatile collection of data from multiple sources, stored to support management decision making and analysis (OLAP) rather than day-to-day transactions.

Components of a data warehouse

1. Data sources: Operational databases (OLTP systems), flat files, ERP and external sources, such as departmental systems in government (tax, land, citizenship records).
2. ETL (Extract, Transform, Load) tools / data staging area: Data is extracted from the sources, cleaned (errors and duplicates removed), transformed to a common format and loaded to the warehouse on a schedule.
3. Central data warehouse database: The main repository of integrated, historical data, usually relational with a star or snowflake schema (fact and dimension tables).
4. Metadata: "Data about data": the source, meaning, structure, transformation rules and definitions, used by developers and users.
5. Data marts: Smaller subject-specific subsets of the warehouse (such as for health or revenue), for a particular department.
6. Query and analysis (access) tools: Reporting tools, OLAP, dashboards, and data mining tools used by decision makers.
7. Warehouse management and security: Administration, backup, access control and performance management.

Applications of data mining in e-governance in Nepal

Data mining discovers patterns, associations, clusters and trends in large data sets. Applications include:

1. Tax administration and revenue: Detect tax evasion and VAT fraud in Inland Revenue and customs data by finding unusual patterns; predict revenue.
2. Health: Study disease patterns and outbreaks (dengue, COVID-19) from health records for planning of resources and hospital management.
3. Education: Analyze examination results, dropout and enrolment data to improve policy and target schools needing support.
4. Agriculture: Predict crop yields, prices and risks from weather and soil data, to advise farmers.
5. Public safety and crime: Identify crime hotspots and trends from police records; detect fraudulent identity or citizenship duplication in the National ID system.
6. Disaster management: Use earthquake, flood and landslide data to predict and plan relief.
7. Citizen services and planning: Group citizens' needs from complaints (Hello Sarkar), find service delays, plan transport, roads and budget allocations.
8. Procurement and finance: Detect irregularities and corruption in public procurement and budgets, improving transparency.
9. Population and labour migration analysis for foreign employment and social security programs.

These improve decisions, efficiency, transparency and targeting of services in Nepal, subject to data quality and privacy.

The Critical Flow Model of e-governance (by Satyanarayana) states that the success of e-governance depends on the proper flow of four critical resources between the government and the citizens/stakeholders. These flows are the key factor which make an e-governance initiative effective.

The four critical flows

1. Data (information) flow: Movement of data and information between government departments, citizens and businesses, such as forms, records, notices and reports. Accurate, timely and standardized data is the basis for all services.
2. Knowledge flow: Sharing of knowledge, experience, best practices and expertise in policy and administration among officials, experts and citizens; it improves decision making.
3. Process (workflow) flow: The movement of work and procedures through the offices, in the right order, with rules, approvals and responsibilities. Re-engineering of the processes removes delays and duplication.
4. Money (financial) flow: The flow of funds between the government, citizens and business, such as payment of taxes, fees and bills, subsidies and budget transfers, done securely and electronically.

(Some versions also include the flow of services and of trust/communication.)

Explanation and importance

• If any of the flows is blocked, e-governance suffers; for example, good software with poor data quality or slow approval processes yields poor service.
• The model suggests that planners should first analyze and streamline these flows and then apply ICT to support them, rather than only computerizing existing procedures.
• It helps in finding bottlenecks, setting priorities, ensuring interoperability and designing services which are transparent, efficient and citizen-centred.

Example: Online vehicle tax payment involves data flow (vehicle record), process flow (verification and approval), money flow (payment) and knowledge flow (rules and rates), all of which must work smoothly.

e-Readiness is the degree to which a country, government or community is prepared to take part in and benefit from the digital economy and to deliver services electronically. An e-Readiness framework is a structured set of dimensions and indicators used to measure that preparedness before an e-Governance project is launched, so that gaps can be identified and investment planned.

Main dimensions of a framework

1. Data systems infrastructure: availability, quality and digitisation of government records (citizen, land, vehicle, tax databases) and their interoperability.
2. Legal infrastructure: laws that give electronic records and signatures legal validity, protect privacy and punish cybercrime.
3. Institutional infrastructure: leadership, an agency responsible for ICT policy, and coordination among ministries.
4. Human infrastructure: ICT skills of officials, digital literacy of citizens, and training capacity.
5. Technological infrastructure: networks, computers, power supply, internet bandwidth, mobile penetration and data centres.
6. Leadership and strategy: political will, vision, budget and a clear action plan.

Example (Nepal). An assessment might show: mobile and internet penetration is high (technology: good); the Electronic Transactions Act 2063 exists (legal: moderate); many offices still hold paper records (data systems: weak); and many rural officials lack ICT training (human: weak). The framework therefore tells the government to prioritise digitising records and training staff before launching advanced online transaction services.

Known frameworks include the Harvard CID Readiness for the Networked World, the CSPP e-Readiness guide and the UN e-Government Readiness Index (online service, telecommunication infrastructure and human capital indices).

The digital divide is the gap between those who have access to ICT and the skills to use it (urban, educated, wealthy people) and those who do not (rural, poor, elderly, women, people with disabilities). e-Governance affects this divide in both directions.

Positive impacts (narrowing the divide)

• Wider access to services: Community Information Centres and telecentres in villages let citizens obtain certificates, forms and information without travelling to district offices.
• Digital literacy: when services move online, citizens are motivated to learn ICT and training programmes are created.
• Infrastructure growth: government demand encourages expansion of broadband, fibre and mobile networks into remote districts.
• Local-language content: Nepali interfaces and voice/SMS services reach citizens who do not read English.
• Transparency and inclusion: information on budgets, entitlements and schemes reaches marginalised groups directly, reducing dependence on middlemen.

Negative impacts (risk of widening the divide)

• If services are available only online, people without devices, electricity, internet or literacy are excluded and become worse off than before.
• Urban citizens gain faster and cheaper service, while rural citizens still queue at offices.
• Cost of devices and data, and language barriers, keep poor and disadvantaged groups out.

Measures to ensure e-Governance reduces the divide: multi-channel delivery (SMS, kiosks, call centres, assisted counters alongside web), subsidised rural connectivity, mass digital-literacy campaigns, user-friendly Nepali interfaces, and accessibility for disabled users.

Thus e-Governance can become a tool for inclusion only when it is designed with equitable access in mind.

Nepal has moved from isolated computerisation to a national policy-driven approach to e-Governance. Current trends are as follows.

1. Policy and legal framework: Electronic Transactions Act 2063 (digital signature, certifying authority, cybercrime), the IT Policy, the National e-Governance Masterplan, and the Digital Nepal Framework (2019) which sets out sectors and initiatives for digital transformation.
2. Government network and data centres: the Government Integrated Data Centre (GIDC) and disaster-recovery site, the Nepal Government Wide Area Network (Nepal Government Network) and hosting of government websites, mail and applications centrally; government cloud services are being adopted.
3. National ID and digital identity: National ID card with biometrics, and the e-passport, as a base for authenticated services.
4. Online services: online company registration (OCR), tax filing (IRD), customs ASYCUDA, e-bidding through the Public Procurement Monitoring Office (e-GP), driving licence and vehicle services, land records (Malpot), and vital registration.
5. Digital payments: connected payment systems such as Nepal Clearing House, mobile wallets (eSewa, Khalti), QR payments and revenue payment through the Nepal Rastra Bank.
6. Local-level and citizen engagement: Hello Sarkar call centre, Nagarik App, Mero Sarkar complaint systems, municipality websites, and social media for communication.
7. Capacity and connectivity: Rural Telecommunication and broadband programmes, community information centres, and ICT training of civil servants.
8. Emerging trends: mobile governance (m-Governance), open data portal, paperless offices, and plans for e-Cabinet and e-Court.

Challenges remain: weak interoperability between systems, limited rural connectivity, shortage of skilled staff, and inadequate cyber security.

The Comparative Analysis Model uses information about the performance of other countries, states, departments or past periods to assess the government's own activities and shape its policy. Digital tools gather, organise and publish comparative data so that citizens, governments and international bodies can judge the quality of governance.

Features

• Based on comparing indicators (cost, time, quality, literacy, health, corruption, service delivery) between regions, countries or time periods.
• Uses published databases, statistics and benchmarks, e.g. UNDP, World Bank and UN e-Government Survey rankings.
• Aims at transparency, accountability and learning from best practice.

How it works

1. Identify indicators and collect comparable data.
2. Store them in electronic databases and publish them online.
3. Compare performance against peers or targets.
4. Citizens, media and policymakers use the comparison to demand improvement.
5. Government adopts best practices and measures the effect.

Example. The UN e-Government Development Index compares Nepal with South Asian countries such as India, Sri Lanka and Bhutan on online service, telecom infrastructure and human capital. Seeing a low telecom infrastructure score relative to Sri Lanka leads Nepal to prioritise broadband expansion. Similarly, a government can publish district-wise SLC/SEE results or immunisation coverage online so districts are compared and weaker districts are given resources.

Advantages: encourages competition, evidence-based policy, accountability. Limitations: data may be inaccurate or not comparable, and rankings may ignore local context.

Infrastructure e-readiness means checking that the basic foundations for running electronic government services exist. The main prerequisites are as follows.

1. Telecommunication and network infrastructure: reliable broadband, fibre backbone, mobile networks (3G/4G), a government wide-area network connecting central, provincial and local offices, and adequate bandwidth with affordable tariffs.
2. Electricity and power backup: stable electricity supply, UPS and generators or solar power, particularly in rural offices.
3. Computing infrastructure: sufficient computers, servers, storage, printers and scanners in offices; data centre with disaster-recovery site; cloud hosting.
4. Software and databases: digitised records, standard database systems, application software, open standards and interoperability among departments (e-Government interoperability framework).
5. Access points: community information centres, kiosks and mobile access for citizens without personal devices.
6. Security infrastructure: firewalls, antivirus, PKI and digital signature, backup, and intrusion detection to protect data.
7. Supporting legal and policy framework: laws on electronic transactions, privacy and cybercrime; ICT policy and standards.
8. Human resources and maintenance: trained technical staff to operate and maintain the systems, and budget for upgrades.
9. Payment and ID infrastructure: banking networks, payment gateways and national ID for authentication.

Without these prerequisites, even a well-designed application cannot be delivered reliably to citizens, so assessment should precede implementation.

Most of Nepal's population lives in rural areas where distance, poor roads, low literacy and weak information flow limit development. e-Governance can help in the following ways.

1. Service delivery at the doorstep: community information centres, mobile apps and kiosks let villagers obtain certificates, registrations, land records and social-security information without travelling to the district headquarters.
2. Agriculture: SMS and web services give farmers weather forecasts, market prices, seed and fertiliser information and expert advice, helping them sell at fair prices and avoid middlemen.
3. Education: e-learning, digital libraries and online teacher training bring quality content to remote schools.
4. Health: telemedicine links rural health posts with specialist doctors; electronic health records and disease-alert systems improve care.
5. Financial inclusion: mobile banking and e-payment let remittance and social allowances (old-age, widow allowance) reach villagers directly and safely.
6. Transparency and participation: publishing budgets, development projects and beneficiary lists online reduces corruption, and complaint systems (Hello Sarkar) give rural people a voice.
7. Employment and entrepreneurship: e-commerce, ICT-enabled services and tourism promotion create local income.
8. Capacity building: digital-literacy training for rural citizens and local government staff.
9. Connectivity: government programmes encourage broadband and mobile networks in remote areas.

Conditions for success: reliable electricity and connectivity, local-language content, training, and assisted service points for those who cannot use technology alone.

Strategic planning is the process of defining the vision, goals, priorities and resources for e-Government so that projects are aligned with national development objectives rather than being isolated IT purchases.

Why it is important

• Gives a clear vision and direction and links e-Government to national priorities (service quality, poverty reduction, transparency).
• Ensures prioritisation of limited funds toward high-impact services instead of scattered projects.
• Avoids duplication and incompatible systems by setting common standards and architecture.
• Secures political commitment and stakeholder buy-in (citizens, businesses, employees, donors).
• Identifies risks (cost overrun, resistance, security) early and plans mitigation.
• Provides measurable targets and monitoring so that progress and return on investment can be evaluated.

Steps in the strategic planning process

1. Define vision, mission and objectives.
2. Assess current situation (e-readiness, SWOT analysis).
3. Identify stakeholders and their needs.
4. Set priorities and select projects (quick wins plus long-term).
5. Design architecture, standards, legal and institutional framework.
6. Plan budget, funding and human resources, including training.
7. Prepare phased implementation timeline and responsibilities.
8. Define performance indicators, monitoring and evaluation, with periodic review.

A well-prepared strategic plan, such as Nepal's e-Government Masterplan, thus increases the chance that e-Government is implemented successfully and sustainably.

Human Resource Management (HRM) software automates the management of government employees across their service life. Main contents (modules) are as follows.

1. Employee master data / personnel information: personal details, qualifications, photographs, citizenship and PAN numbers, family details, service history.
2. Recruitment and selection: vacancy announcement, online application, shortlisting, examination results and appointment letters (as done by the Public Service Commission).
3. Posting, transfer and promotion: records of post, grade, office, seniority list, rules-based transfer and promotion processing.
4. Attendance and leave management: biometric attendance, leave balances and approval workflow, holiday calendar.
5. Payroll and benefits: salary calculation, allowances, tax (TDS), provident fund, citizen investment trust, insurance and generation of pay slips with bank transfer.
6. Performance evaluation: target setting, work performance appraisal and records used for promotion.
7. Training and capacity development: training needs, courses attended, scholarships and skill inventory.
8. Retirement and pension: service-length calculation, gratuity, pension and retirement alerts.
9. Disciplinary and grievance records: departmental actions, complaints and rewards.
10. Reports and analytics: staffing levels, vacancies, gender and age profile, workforce planning.
11. Security and access control: role-based access, audit trails and backup.

An integrated HRM system, like the Personnel Information System in Nepal, improves transparency, reduces ghost employees and paperwork, and supports decisions.

(a) IT in Judiciary

Information technology in the judiciary aims to make justice faster, transparent and accessible.

• Case management systems: electronic registration, tracking and scheduling of cases; automatic generation of cause lists and notices.
• Online access to information: court decisions, case status and hearing dates published on websites and through SMS; Nepal's Supreme Court publishes judgments and has a case-tracking facility.
• E-filing and e-payment of court fees: documents submitted electronically.
• Digital records and legal databases: scanning of case files, searchable law reports and statutes.
• Video conferencing: remote testimony and hearings, especially for prisoners and distant witnesses, reducing transport and security costs.
• Digital evidence and recording: audio-visual recording of proceedings and forensic tools.

Benefits: reduced case backlog and delay, lower cost, less corruption and greater transparency. Challenges: digital divide, legal acceptance of electronic evidence, security and training.

(b) E-Payment

E-payment is the transfer of money for goods, services or government dues through electronic means without cash or cheque.

• Types: internet banking, mobile banking and wallets (eSewa, Khalti), debit/credit cards, QR payments, connectIPS and direct bank transfer.
• Government uses: payment of taxes, customs duty, utility bills, fees, fines, and disbursement of allowances and salaries.
• Process: user initiates payment, authentication (PIN/OTP), the payment gateway routes the transaction to banks, confirmation is sent and records updated.
• Advantages: convenience, speed, 24x7 availability, transparency, reduced cash handling and leakage.
• Concerns: security of transactions, fraud, internet connectivity and legal framework such as the Payment and Settlement Act, Nepal.

Need for e-Governance

e-Governance is the use of ICT to deliver government services, exchange information and carry out administration. It is needed because:

1. Efficiency and speed: automation reduces processing time, paperwork and repeated visits.
2. Transparency and anti-corruption: electronic records, tracking and fewer face-to-face contacts reduce discretion and bribery.
3. Accountability: logs show who handled a file and how long it took.
4. Cost reduction: less paper, storage, travel and manpower for both government and citizens.
5. Citizen convenience: services available 24x7 from home, kiosk or mobile, without queues.
6. Inclusion and reach: remote areas can access services through common service centres.
7. Better decision-making: integrated data and analytics support planning.
8. Economic growth: faster business registration, taxes and permits encourage investment.
9. Participation: citizens can give feedback, complain and take part in policy.

Using e-Governance to provide efficient services

• G2C (Government to Citizen): online application and tracking of passports, citizenship, driving licence, vital registration and utility payments. Example: a citizen applies for a driving licence trial date online, pays through e-payment, and receives an SMS instead of visiting the transport office several times.
• G2B (Government to Business): online company registration, VAT/tax return filing and customs clearance, e-procurement (e-GP) with public tendering.
• G2G (Government to Government): shared databases and e-mail/intranet between ministries, reducing duplication and file movement.
• G2E (Government to Employee): payroll, leave and personnel information systems.

Steps for implementation: re-engineer processes, digitise records, build network and data centre, provide multi-channel access (web, mobile, kiosk, call centre), ensure security and legal validity, and train staff and citizens.

Illustration (Nepal): The Department of Revenue's online tax filing and the Online Company Registration system let a user complete in hours what formerly took days, while the Nagarik App and Hello Sarkar give citizens information and complaint channels. Together these show how e-Governance makes services efficient, transparent and citizen-centred.

E-Governance model

An e-Governance model is a conceptual framework that describes how ICT is used to carry out governance: who communicates with whom, what information flows, and what outcome is expected. Models guide planners in choosing the design, content and delivery of e-Government projects. Common models (Prof. Subhash Bhatnagar / Pawan Gupta) are the broadcasting/wider dissemination, critical flow, comparative analysis, mobilisation and lobbying, and interactive service models.

1. Broadcasting / Wider Dissemination Model

The model places governance information in the public domain through ICT so that a wider audience can obtain it.

• Idea: information that is useful for citizens (laws, rules, budgets, government decisions, forms, tenders, citizen charters) is broadcast through websites, portals, TV, radio, SMS and social media.
• Flow: government to citizens (one-way).
• Basis: an informed citizenry makes better decisions, can evaluate government performance and can demand accountability; corrupt or inefficient practices are exposed when information is public.
• Applications: publishing laws and judgments online, government gazettes, budget and expenditure, citizen charters, public notices, results of examinations, and the Right to Information.
• Example: a ministry website putting its policies, procurement notices and annual report online.
• Advantages: transparency, low cost per recipient, reaches many people, reduces corruption.
• Limitations: one-way, no feedback; useful only if citizens have access and literacy.

2. Critical Flow Model

This model places critical information in the hands of the target groups who are strategically important (the "critical" audience), who then use it to promote good governance.

• Idea: information is directed to a specific set of people, such as the media, civil society, watchdog bodies, opinion makers and affected groups, rather than to everyone. These groups can influence others or take action.
• Flow: the information is controlled and flows from the source (often an insider, auditor, or government agency) to the critical group, and then onward to the public and authorities.
• Basis: certain information, such as corruption records, audit findings, or the performance of a department, is valuable only if it reaches those able to act on it.
• Applications: whistle-blowing websites, publication of audit reports to the media, information on a project's quality to affected communities, and disclosure of property statements of officials.
• Example: an anti-corruption body posts the findings of an audit on road construction for journalists and civil-society organisations, who campaign for corrective action.
• Advantages: targeted, effective in exposing wrongdoing; builds accountability.
• Limitations: depends on the media or critical groups being active; risk of misuse or leakage; possible political resistance.

Comparison: broadcasting aims at the general public and awareness; critical flow aims at selected strategic groups and corrective action.

Need for IT infrastructure

IT infrastructure is the foundation on which e-Governance applications run. It is required because:

• applications cannot be delivered to citizens without networks, servers and access devices;
• it provides availability and reliability (24x7 services), scalability for growing users, and security for sensitive data;
• it allows integration and interoperability among departments, avoiding isolated systems;
• it reduces long-term cost through shared resources (central data centre, shared network);
• it supports disaster recovery and business continuity.

Network infrastructure

1. Wide Area Network (WAN): connects central ministries, provincial and district offices, and local governments, using fibre optic, leased line, microwave or VSAT links. Nepal's Government Network and the national fibre backbone are examples.
2. Local Area Network (LAN): wired and Wi-Fi networks within a government office, with switches, routers and structured cabling.
3. Internet and intranet / extranet: access for citizens and between offices, with sufficient bandwidth and internet exchange.
4. Mobile and wireless networks: 4G/5G, SMS, USSD, supporting m-Governance and rural access.
5. Network security devices: firewalls, VPN, intrusion detection, load balancers.
6. Network standards and protocols: TCP/IP, IPv6, and DNS, e-mail systems.

Computing infrastructure

1. Data centre and disaster recovery site: a secure room with servers, storage, cooling, fire protection, redundant power and a mirror site, such as Nepal's Government Integrated Data Centre.
2. Servers and storage: web, application and database servers; SAN/NAS for storage and backup.
3. Cloud computing: government cloud (IaaS, PaaS, SaaS) that allows rapid provisioning and efficient resource use through virtualisation.
4. End-user devices: desktops, laptops, tablets, smartphones, kiosks, scanners and printers, biometric devices.
5. System and application software: operating systems, databases, middleware, office tools, open-source software and e-Government applications.
6. Security and PKI: digital signature, certificate authority, antivirus, authentication systems.
7. Power and support: UPS, generators or solar, help desk and maintenance.

Together network and computing infrastructure give a secure, shared and robust platform for e-Governance services.

Definition. E-Government is the use of information and communication technology (internet, networks, mobile and computers) by government agencies to deliver services, exchange information, and carry out internal operations, improving efficiency, transparency and citizen participation. It covers interactions of government with citizens (G2C), businesses (G2B), other governments (G2G) and employees (G2E).

E-Government as an Information System

An information system is a set of interrelated components that collect, process, store and distribute information to support decision-making and control. E-Government fits this view:

• Inputs: data from citizens' applications, tax returns, census, registrations, sensors and other agencies.
• Processing: applications that validate, compute and route data, according to rules, laws and workflows.
• Storage: databases, data warehouses and digital archives (land, vehicle, citizen records).
• Outputs: certificates, licences, reports, notices, statistics and dashboards.
• Feedback and control: complaint, tracking and evaluation mechanisms to improve the services.
• Components: hardware (servers, networks), software (applications, databases), data, people (officials, citizens) and procedures (rules, SOPs).

Roles of government information systems: Transaction processing systems handle routine operations (payment of bills, registration); management information systems give officials summary reports; decision support systems help in planning policy (using data warehousing and mining); executive systems give top leaders dashboards.

Viewed this way, e-Government is a large, integrated, multi-user information system that supports administration, service delivery and policy-making.

ICT is necessary in government because it solves the main weaknesses of traditional administration: delay, paper-bound procedures, corruption and poor access.

1. Efficiency and productivity: automation of record keeping, payroll, licences and taxes speeds work and reduces errors.
2. Better service delivery: citizens obtain services online, by mobile or at kiosks, any time, without long queues or repeated visits.
3. Transparency and reduced corruption: electronic processing creates audit trails and reduces face-to-face discretion; information is open to the public.
4. Accountability: the progress of files and performance of officials can be tracked.
5. Cost saving: less paper, printing, storage and travel for both government and citizens.
6. Integration and coordination: shared databases allow departments to exchange data, so citizens need not submit the same documents repeatedly.
7. Access and inclusion: remote and disadvantaged people can reach government through telecentres and mobile services.
8. Evidence-based decisions: data warehousing and analytics support planning in health, education and development.
9. Citizen participation: feedback, e-consultation and complaint systems involve people in governance.
10. Economic development and competitiveness: faster permits, e-procurement, e-payment and tax systems improve the business environment.
11. Meeting global trends: citizens and businesses now expect digital services and the government must keep pace.
12. Disaster resilience: digital records and backup preserve information.

E-readiness is the measure of how well prepared a government, its institutions and its society are to adopt ICT and to deliver and use electronic services. Assessing it before a project shows strengths and gaps in infrastructure, people, law and policy.

Data system infrastructural preparedness

This is the readiness of the government's data and information systems, i.e. whether the information needed for online services exists in usable electronic form.

• Records (citizen, land, vehicle, business, tax, education, health) are digitised and kept in structured databases.
• Data is accurate, current, complete and standardised (common codes, formats, metadata).
• Databases are integrated or interoperable across departments, so data can be shared rather than duplicated.
• Mechanisms exist for data security, privacy, backup, access control and data ownership.
• Rules for data collection, updating and quality are in place, with capacity to analyse data (data warehouse).

Example: a national ID database and digitised land records allow online verification of identity and ownership.

Technological infrastructural preparedness

This is the readiness of the technical platforms needed for delivery.

• Telecommunication networks: broadband, mobile, fibre, and government WAN with adequate bandwidth.
• Computing resources: servers, data centre, cloud, computers in offices, and access devices for citizens.
• Reliable electricity and backup.
• Software and applications, open standards and interoperability frameworks.
• Security technology: firewalls, PKI, digital signatures, antivirus.
• Penetration of internet and mobile phones among the public, and affordable access points (CICs, kiosks).

Example: a village with no electricity or internet is not technologically ready for online services even if the application exists.

Both must be assessed so that investments in applications are matched by data and technology.

E-Governance systems hold sensitive citizen and national data and perform critical transactions, so security must be built in at all levels. The main approaches are as follows.

1. Technical (technological) approach: security tools and mechanisms.
   • Authentication and access control (passwords, OTP, biometrics, role-based access).
   • Encryption of data in storage and transit (SSL/TLS, VPN).
   • Firewalls, intrusion detection/prevention, antivirus and patch management.
   • PKI, digital signature and certificate authority for non-repudiation and integrity.
   • Secure backup, disaster recovery and audit logs.
2. Legal / regulatory approach: laws and rules that define offences and responsibilities, such as the Electronic Transactions Act 2063 (digital signature, cybercrime penalties), privacy and data protection laws, and the Cyber Security Policy.
3. Organisational / administrative approach: security policies, standards and procedures (e.g. ISO 27001), a designated security officer or CERT (Computer Emergency Response Team), risk assessment, audits, and separation of duties.
4. Human / awareness approach: training of staff and citizens about phishing, passwords and safe usage; background checks and clear responsibilities, since people are the weakest link.
5. Physical security: protected data centres, controlled access, fire and power safeguards.
6. Architectural / layered approach (defence in depth): security across network, host, application and data layers, with secure software development and regular vulnerability testing.
7. Standards and compliance approach: adopting recognised security standards and interoperability guidelines and periodic third-party audits.

A combination of these approaches, rather than any one alone, provides adequate protection of e-Governance services.

A data warehouse is a central, integrated, subject-oriented repository of historical data drawn from many sources, kept for analysis. Data mining discovers patterns, trends and relationships in that data (classification, clustering, association, prediction). Used together, they support evidence-based government decisions.

Health

• Integrate hospital, health-post and immunisation records into a warehouse.
• Mining detects disease outbreak patterns (dengue, cholera) and predicts seasonal peaks so that medicines and staff can be positioned.
• Analyse maternal and child mortality by district, identifying under-served areas.
• Detect fraud and misuse of medicines and insurance claims, and evaluate programme effectiveness.

Education

• Combine student enrolment, attendance, examination results, teachers and school facilities.
• Mining finds causes of dropout and low results by school, gender or region, and predicts students at risk.
• Helps allocate teachers, scholarships and budget fairly, and plan curriculum and skills according to labour-market trends.
• Allows comparison among districts and measuring the effect of reforms.

Rural development

• Collect data on agriculture, income, roads, water, population, and use of development funds.
• Clustering villages by poverty or infrastructure gaps targets schemes and subsidies at the neediest.
• Predict crop yields and market prices, and plan irrigation and storage.
• Monitor project progress and detect irregularities in fund use.

Overall benefits: better planning and resource allocation, early warning, transparency, and savings. Requirements are good data quality, integration among agencies, skilled analysts and privacy protection.

Government employees are the people who deliver e-Government, so effective management of the workforce is essential. Human resource management (HRM) software supports e-Government in the following ways.

1. Centralised employee database: a single, accurate record of personnel (posts, qualifications, service history) available to decision-makers; avoids ghost employees and duplication.
2. Recruitment and placement: online vacancy announcement, application, examination and selection ensure transparent, merit-based recruitment and match skills (especially ICT skills) to posts.
3. Transfer and promotion: rules-based processing using seniority, performance and vacancy data reduces favouritism and discretion.
4. Payroll and benefits: automatic and correct calculation of salary, tax, provident fund, pension and direct bank payment, saving time and reducing errors.
5. Attendance and leave: biometric attendance and online leave workflow improve discipline and accountability.
6. Performance management: target setting and appraisal give objective evidence for rewards and development.
7. Training and capacity building: identifies skill gaps and tracks training so that staff are able to use e-Government systems.
8. Workforce planning and reporting: analytics show staffing needs, retirements and distribution for planning.
9. Employee self-service (G2E): employees view pay slips, apply for leave and update details online, reducing office workload.
10. Integration: links with other systems such as finance, civil service and social security so data is consistent.

Hence HRM software improves efficiency, transparency and morale in government, helping the whole e-Government programme.

(a) Electronic service delivery

Electronic service delivery (ESD) is the provision of government information and services to citizens, businesses and other agencies through electronic channels rather than counters.

• Channels: web portals, mobile apps, SMS/USSD, call centres, kiosks and community information centres, e-mail, social media, and digital TV.
• Services: applications for certificates and licences, tax filing, bill and fee payment, registrations, information enquiries and grievance redressal.
• Requirements: back-office digitisation, networks, data centres, online payment, authentication (digital signature, national ID), a common service portal and legal validity of electronic documents.
• Stages: information, interaction, transaction and integration (one-stop service).
• Benefits: 24x7 access, reduced time and cost, transparency, fewer visits and wider reach.
• Challenges: digital divide, security, interoperability, and change management. Examples in Nepal include online company registration, e-passport appointment and the Nagarik App.

(b) IT in judiciary

IT in the judiciary is the use of ICT to make the administration of justice quick, transparent and accessible.

• Case management: electronic registration, tracking, scheduling and cause lists; reduces backlog.
• E-filing and e-payment: petitions and court fees submitted online.
• Online information: case status, decisions and laws available on websites, SMS and kiosks (the Supreme Court of Nepal's website publishes judgments).
• Digital records and legal databases: scanned case files and searchable precedents.
• Video conferencing: remote hearings and witness evidence, particularly for detainees.
• Recording and transcription: audio-visual recording of proceedings.

Benefits: speed, lower cost, less corruption, better access. Issues: security of records, legal recognition of electronic evidence, training and connectivity.

Need for e-Governance models

A model is a simplified framework that shows how ICT is used in governance: the actors, information flow and expected result. Models are needed because they:

• provide a common understanding and direction for planners and implementers;
• help to choose the right approach for a particular problem (information, accountability, participation, services);
• allow comparison and learning from successful experiences;
• reduce risk of failure by relating technology to governance goals;
• support evaluation of outcomes.

1. Comparative Analysis Model

This model uses ICT to gather and publish data to compare the performance of one country, state, department or period with others, and uses the lessons to improve.

• Basis: comparing indicators (cost, quality, time, health and education outcomes, corruption, service delivery) with benchmarks and best practices.
• Flow: data is collected, stored in databases, analysed and published; policy makers, media and citizens use it.
• Applications: international rankings (UN e-Government Survey, Human Development Index), district-wise exam results, public service performance indices, and benchmarking of tax or customs offices.
• Example: comparing the e-readiness of Nepal with Sri Lanka and Bhutan shows weakness in telecom infrastructure, leading to broadband investment. A ministry compares service times between its district offices and improves the slowest.
• Advantages: evidence-based policy, competition, learning from best practice and accountability.
• Limitations: data may be unreliable or not comparable; context differences; may demoralise low performers.

2. Mobilisation and Lobbying Model

This model uses ICT to mobilise public opinion, organise groups and lobby governments to influence policy, especially across geographical boundaries.

• Idea: citizens, NGOs, activists and interest groups use e-mail, websites, social media, online petitions and crowd-funding to share information, build networks and put pressure on decision-makers.
• Flow: many-to-many, from civil society to government and to other supporters, with potential international reach.
• Applications: campaigns on environment, human rights, women's rights, anti-corruption and consumer protection; online petitions; coordination of relief during disasters (e.g. the 2015 earthquake social media campaigns).
• Advantages: low cost of coordination, wide and fast outreach, voice for marginalised people, strengthens democracy.
• Limitations: misinformation, digital divide, difficult to verify participation, and possible misuse for harmful ends or by authorities for surveillance.

Conclusion. Comparative analysis improves government through benchmarking, whereas mobilisation and lobbying empowers citizens to influence it; together they promote transparency, accountability and participation.

Need for IT infrastructure

IT infrastructure is the physical and logical foundation without which e-Government applications cannot be developed, delivered or secured. It is necessary because:

1. services must be available to citizens at all times and from remote locations, which requires networks and servers;
2. it enables integration and data sharing between departments, avoiding duplicated, isolated systems;
3. it provides reliability, performance and scalability as users and services grow;
4. it protects security and privacy of sensitive government data;
5. shared infrastructure (data centre, cloud, WAN) is cost-effective compared with each office building its own;
6. it supports disaster recovery and continuity of government functions.

Different IT infrastructure

1. Network infrastructure: government WAN, LAN in offices, internet and intranet links, fibre backbone, mobile and wireless networks, routers, switches, firewalls, VPN.
2. Data centre and disaster recovery site: secured facility with servers, storage, cooling, fire safety, power backup and a mirror site (e.g. Nepal's Government Integrated Data Centre).
3. Computing hardware: servers, storage systems (SAN/NAS), desktops, laptops, tablets, scanners, printers, biometric devices and kiosks.
4. Cloud and virtualisation: government cloud providing IaaS, PaaS and SaaS for flexible, efficient use of resources.
5. Software infrastructure: operating systems, databases, middleware, web portals, e-mail, office tools, and application software for e-Government services; open standards and interoperability framework.
6. Data infrastructure: digitised records, central databases and data warehouses (national ID, land, vehicle).
7. Security infrastructure: PKI and digital signatures, authentication, encryption, antivirus, intrusion detection, backup.
8. Access infrastructure: community information centres, public kiosks, mobile access, and call centres.
9. Power and environment: reliable electricity, UPS, generators or solar power.
10. Human and support infrastructure: technical staff, help desk, maintenance and training facilities.

A coordinated combination of these elements produces a secure, reliable and shared platform for e-Government.

The statement is justified by interpreting SMART government as Simple, Moral, Accountable, Responsive and Transparent. E-Governance contributes to each attribute.

• Simple: online forms, one-stop portals and re-engineered processes cut the number of steps, documents and offices visited. Citizens can apply and track requests from home, and shared databases mean documents are not submitted repeatedly.
• Moral (ethical): electronic workflows reduce personal discretion and face-to-face dealing, which decreases bribery and favouritism. Rules are applied uniformly by software, and codes of conduct and audit trails encourage ethical behaviour.
• Accountable: every transaction is logged with time and user, so delays and responsibility can be identified. Citizens can monitor file status, and performance indicators can be published.
• Responsive: e-mail, SMS, call centres (Hello Sarkar), grievance portals and social media give quick feedback channels; services are available 24x7, and government can respond rapidly to emergencies and complaints.
• Transparent: laws, budgets, tenders (e-GP), decisions and results are published online and the Right to Information is easier to exercise, so citizens can see what the government does.

Example: with online company registration and online tax filing, the entrepreneur follows a simple process, no bribe is needed, the officer's action is recorded, queries are answered electronically, and the status is visible to everyone concerned.

Hence, by making government simple, moral, accountable, responsive and transparent, e-Governance delivers SMART government.

The E-Government life cycle describes the stages through which a government moves as it adopts ICT, from a simple web presence to fully integrated, citizen-centred services. A commonly used model has five stages.

1. Emerging (web presence). Government departments create basic websites that publish static information such as addresses, contacts, laws and notices. Communication is one-way, from government to citizen.

2. Enhanced (information). Websites are updated regularly and hold more content: forms to download, reports, tender notices, search facilities and email contacts. Information is richer, but the citizen still has to visit the office to complete any transaction.

3. Interactive. Citizens can interact with the government online: submit forms, send queries, track application status, and communicate with officials. Some services such as online registration or feedback are available.

4. Transactional. Complete two-way transactions are possible, including payment of taxes, bills, fees and fines, applying for licences or passports, and e-procurement, with secure authentication and digital signatures.

5. Integrated / Connected (seamless). Back-office systems of different departments are connected through shared databases and standards. The citizen gets a single window (one portal) for all services, regardless of which agency provides them. It is also called the networked or transformational stage and involves G2G, G2B and G2C integration.

Each stage depends on the previous one, and a country may be at different stages for different services. Moving up the cycle increases convenience, transparency and efficiency but also demands stronger infrastructure, security and legal support.

E-readiness is the degree to which a country, government or community is prepared to take part in and benefit from the digital economy and e-governance. It is judged by the availability of ICT infrastructure, human skills, legal and policy framework, leadership, funding and the willingness of citizens to use online services. Assessment tools (for example the UN E-Government Readiness Index and the Network Readiness Index) measure it before a project is started so that gaps can be fixed.

Legal infrastructural preparedness is the part of e-readiness that asks whether laws and regulations exist to give legal validity and protection to electronic activity. Without it, online transactions have no legal standing. It covers:

• Recognition of electronic records and signatures: electronic documents and digital signatures must be legally equal to paper and handwritten signatures.
• Cyber crime and security laws: offences such as hacking, data theft, identity theft and fraud must be defined and punishable.
• Data protection and privacy: rules on collecting, storing and sharing personal information.
• Intellectual property and copyright in digital content.
• E-commerce and consumer protection: validity of online contracts, payments and dispute settlement.
• Right to information and standards: rules for open access to public information and for interoperability.
• Certifying authorities and enforcement bodies such as a Controller of Certification and cyber courts or tribunals.

In Nepal, the Electronic Transactions Act 2063 (2008), the Electronic Transactions Rules, the Right to Information Act and the Individual Privacy Act form the main legal base.

E-Governance systems hold sensitive citizen data and run critical public services, so they face many security challenges.

1. Cyber attacks: hacking, malware, ransomware, phishing and denial-of-service (DoS/DDoS) attacks can take portals offline or steal data. Government websites are attractive targets for defacement and political attacks.
2. Privacy and confidentiality of data: large databases of personal, tax, land and health records can be leaked or misused if access is not controlled.
3. Identity management and authentication: verifying that a user is genuine is hard when many citizens lack digital IDs; weak passwords and stolen credentials lead to impersonation.
4. Insider threats: employees with privileged access may misuse, alter or sell data, or make errors.
5. Integrity of records: unauthorised modification of land, civil or financial records harms trust and has legal impact. Digital signatures and audit logs are needed.
6. Legacy and non-interoperable systems: old software with unpatched vulnerabilities and many different platforms make uniform security difficult.
7. Weak legal and policy framework: absent or poorly enforced cyber law, security standards and data protection rules.
8. Lack of skilled manpower and awareness: few trained security staff, and users unaware of safe practice.
9. Infrastructure and availability problems: power failure, poor network and no disaster recovery or backup site threaten continuity.
10. Third-party and cloud risk: outsourcing to vendors and hosting data outside the country raises control and sovereignty issues.
11. Limited budget: security is often under-funded compared with the cost of the application itself.

These are addressed through firewalls, encryption, PKI and digital signatures, access control, regular audit, backups, staff training and strong legislation.

Data warehousing is the storing of integrated, historical data from many sources in one subject-oriented repository for analysis. Data mining is the process of discovering patterns, associations and predictions from that large data using statistics and machine learning. In agriculture, together they turn scattered farm, weather and market records into decisions.

Uses of data warehousing in agriculture

• Collects data on crop area, yield, soil, rainfall, irrigation, fertiliser use, seed varieties, prices and farmer registration in one place.
• Gives departments and policy makers a single, consistent view for reports and planning (OLAP queries by district, crop, season).
• Supports a farmer information system for subsidies, insurance and extension services.

Uses of data mining in agriculture

• Yield prediction: regression and classification on weather, soil and past yields to forecast production and food needs.
• Crop selection and recommendation: which crop suits a soil type and climate.
• Pest and disease prediction: association rules link weather conditions to outbreaks so warnings can be issued early.
• Price and market forecasting: time-series mining helps farmers choose when and where to sell and helps government plan storage and import.
• Clustering of regions/farmers: identifies low-productivity zones for targeted support.
• Anomaly detection: finds fraud in subsidy and fertiliser distribution.
• Climate impact analysis to plan drought and flood mitigation.

The result is higher productivity, lower cost, better targeted subsidies and improved food security.

Nepal has taken several e-governance initiatives since the 2000s.

• Policy and plans: the IT Policy 2057 (2000), Telecommunications Policy, National ICT Policy 2072 (2015), the e-Government Master Plan (2006, later updated), the Digital Nepal Framework 2019 and the Digital Nepal Acceleration programme.
• Legal framework: Electronic Transactions Act 2063 (2008), Right to Information Act 2064, National Cyber Security Policy 2080 and the Individual Privacy Act 2075.
• Institutions: High Level Commission for Information Technology (HLCIT), Ministry of Communication and Information Technology (MoCIT), Department of Information Technology, Office of the Controller of Certification (digital signatures) and the National Information Technology Center (NITC), which manages the Government Integrated Data Centre (GIDC).
• Government portal and services: the national government portal (nepal.gov.np), websites of all ministries, online company registration, e-procurement (Public Procurement Monitoring Office, bolpatra.gov.np), online tax filing (Inland Revenue Department), customs ASYCUDA, e-passport, online driving licence and vehicle services, online land revenue and Lalpurja digitisation, online vital registration, Sajilo Sewa and the national ID and civil registration programmes.
• Connectivity: Nepal Government WAN, Nepal Telecom and private ISPs, rural telecentres and the Nepal Wireless Networking Project, optical fibre expansion and the Information Technology Park at Banepa.
• Local level: municipal websites, citizen charters, social security allowance and civil registration systems linked to local governments.
• Payment: connectIPS and mobile wallets for government payments.

Challenges remain: digital divide, limited skilled staff, weak interoperability and lack of funding, but progress continues under Digital Nepal.

(a) E-government Security Architecture

It is a layered framework of policies, technologies and procedures that protects government information systems and services.

• Physical security: secured data centre, access control, power backup, fire safety.
• Network security: firewalls, intrusion detection/prevention, VPN, network segmentation (DMZ for public web servers), DDoS protection.
• Application and data security: secure coding, input validation, encryption of data at rest and in transit (SSL/TLS), database access control, backups.
• Identity and access management: authentication (passwords, OTP, biometrics, smart cards), role-based authorisation, and PKI with digital signatures for non-repudiation and integrity.
• Monitoring and response: audit logs, SIEM, incident response team (CERT) and disaster recovery plan.
• Policy and governance: security standards (ISO 27001), laws, risk assessment, staff training and audits.

Its goals are confidentiality, integrity, availability, authenticity and non-repudiation.

(b) E-governance implementation in land reform

Land records are a core government service. E-governance in land reform means computerising land registration, mutation and mapping so citizens get reliable records quickly.

• Digitisation of ownership records (Lalpurja), cadastral/parcel maps and transaction history in a central database, linked to GIS.
• Online services: applying for land registration, ownership transfer (mutation), search for records and certified copies, land revenue payment.
• Benefits: reduces fraud, forgery and multiple sale of the same plot; lowers disputes and court cases; removes middlemen and delay; improves transparency; gives accurate data for tax and planning; allows banks to verify collateral.
• Examples: Bhoomi project in Karnataka, India; in Nepal, the Department of Land Management and Archive and Land Revenue Offices computerise records and the Land Information System.
• Challenges: scanning old records, survey updates, staff training, legal validity of digital records, and security of the data.

Difference between e-governance and e-government

E-government is therefore a part, or the delivery arm, of e-governance.

Issues in e-governance implementation and their solutions

1. Inadequate infrastructure (electricity, bandwidth, computers). Solution: invest in fibre and rural connectivity, data centres, power backup, and use public-private partnership.
2. Digital divide and low literacy. Solution: telecentres, community information centres, digital literacy programmes, local-language and mobile-friendly services.
3. Lack of skilled manpower and resistance to change. Solution: training, incentives, change management, involvement of staff from the start.
4. Weak legal framework. Solution: enact and enforce laws on electronic transactions, privacy, data protection and cyber crime.
5. Security and privacy concerns. Solution: PKI, encryption, access control, audits, awareness.
6. Lack of interoperability and standards (isolated "silo" systems). Solution: national e-government architecture, open standards, shared data centre and a single portal.
7. Insufficient funding and weak political will / leadership. Solution: clear budget, long-term master plan, champion at top level, donor support.
8. Poor business process re-engineering: computerising a bad manual process. Solution: simplify processes and rules before automation.
9. Low citizen trust and awareness. Solution: publicity, citizen charters, helpdesks, feedback and grievance systems.
10. Sustainability and maintenance after the pilot. Solution: plan for operation and maintenance cost, local ownership and monitoring of results.

Data warehousing is the process of collecting data from several operational sources, cleaning and integrating it, and storing it in a central, subject-oriented, time-variant, non-volatile repository (the data warehouse) used for reporting and decision support. Data is organised in a multidimensional form and queried by OLAP.

Data mining is the extraction of hidden, previously unknown and useful patterns, relationships and predictions from large data sets using techniques such as classification, clustering, association rules, regression and anomaly detection. A warehouse supplies the clean data that mining works on.

Application in census

• Data warehouse: stores census records (population, age, sex, caste, education, occupation, housing, migration, disability) of several decades by ward, municipality, district and province, so users can compare and drill down quickly.
• Planning: reports of population by age group help plan schools, hospitals, pensions and employment.
• Mining: clustering finds areas with similar demographic and poverty profiles; classification and regression predict population growth, migration and ageing; association rules link education level, income and household facilities.
• Policy: supports delimitation of electoral constituencies, allocation of budget and resources, and monitoring of development goals.
• Quality: anomaly detection finds duplicate or inconsistent enumeration entries.

Application in prices of essential commodities

• Data warehouse: daily and seasonal prices of rice, pulses, oil, sugar, vegetables, fuel and so on from different markets and districts are stored together with supply, import, weather and transport data.
• Mining: time-series analysis and regression forecast price rises; association rules find which factors (festivals, fuel price, strikes, border blockade) push prices up; clustering finds markets with similar behaviour; anomaly detection identifies hoarding, black marketing and artificial price rise.
• Use by government: decide when to release buffer stock, adjust import and tax, set price monitoring, and warn consumers and farmers.
• Benefit to citizens: published price trends increase transparency and help farmers decide where to sell.

Thus both tools turn raw administrative data into evidence for planning, timely action and better public services.

Broadcasting / wider dissemination model

In this model, government information that is already in the public domain is collected and broadcast through ICT channels (websites, portals, SMS, radio, TV, social media) to a wide audience. The flow is mainly one-way from government to citizens.

• Idea: put useful information of law, rules, policies, orders, budget, notices, citizen charter and services in the public domain so that people are informed and can hold government accountable. Wider dissemination also includes publishing it in local languages and through offline channels.
• Uses: keeps citizens aware of their rights, increases transparency and reduces corruption, makes the use of government programmes more effective, and supports the Right to Information.
• Examples: Government of Nepal portal and ministry websites, Nepal Gazette and acts on lawcommission.gov.np, budget speech and notices published online, the public procurement notices on bolpatra.gov.np, results of examinations by SMS, and weather and flood warnings broadcast by radio and mobile alerts.

Comparative analysis model

This model uses information about the performance of other organisations or countries (successful or failed projects) to compare and improve one's own government performance and policy. Information and best practice are collected, analysed against a standard, and used to draw lessons and to evaluate.

• Idea: benchmarking: compare your results with others, learn what worked and why, and avoid repeating failures. Data is used for evaluation and to support decisions.
• Uses: policy making, evaluating a development project, assessing the performance of departments, and public awareness of how the government is performing compared with others.
• Examples: Nepal comparing its UN E-Government Development Index rank or its Network Readiness Index with South Asian neighbours to set a target; comparing the pass rate or health outcomes of districts in a published ranking; adopting the Indian Bhoomi land records or Sri Lankan Lanka Gate lessons after studying them; comparing tax collection per office to find weak offices.

Contrast: broadcasting spreads information to inform citizens; comparative analysis analyses information to improve decisions and performance. Both are low-complexity, low-interactivity models.

Scope of e-governance. E-governance covers the application of ICT to all functions of governance:

• G2C (Government to Citizen): online delivery of services such as certificates, licences, tax, bill payment and grievance redressal.
• G2B (Government to Business): registration, licences, tax filing, e-procurement, customs.
• G2G (Government to Government): sharing of data and communication between departments and levels of government (federal, province, local).
• G2E (Government to Employee): payroll, leave, training, HR systems.
• Citizen participation: e-consultation, e-voting, feedback and social media.

Content of e-governance. It consists of:

• E-administration: improving internal government processes, reducing paper, workflow automation.
• E-services: connecting citizens to services through portals, kiosks and mobile apps.
• E-democracy / e-participation: transparent and participatory decision making.
• E-commerce related and e-society: partnerships with private sector and communities.
• Supporting elements: infrastructure, legal framework, standards, security, human resources and change management.

The aim is a SMART government: simple, moral, accountable, responsive and transparent.

Cyberlaw is the body of law governing electronic transactions, computers, networks and the internet. In Nepal the main law is the Electronic Transactions Act, 2063 (2008), supported by its rules, the Individual Privacy Act 2075 and the National Cyber Security Policy.

Important roles

1. Legal recognition of electronic records and digital signatures: electronic documents, contracts and signatures are valid and admissible as evidence, which makes e-governance and e-commerce lawful.
2. Regulation of certification: establishes the Controller of Certification and licensed certifying authorities for issuing digital certificates.
3. Prevention and punishment of cyber crime: defines offences such as unauthorised access, damage to computer systems, tampering with source code, publishing illegal material, fraud, and breach of confidentiality, with fines and imprisonment.
4. Dispute settlement: provides an Information Technology Tribunal and a procedure for appeal.
5. Protection of privacy and data: guards personal information of citizens held by government and business.
6. Building trust: gives users and businesses the confidence to use online banking, payments and government services.
7. Support for national and international cooperation: helps in investigating cross-border crime and meets international standards.
8. Encourages investment and ICT growth by giving certainty to businesses.

The law needs updating for new threats such as social media abuse, data protection and cloud computing, and needs trained police and judges to enforce it.

Maturity levels of e-governance describe the progressive stages through which a government's online presence and services develop. Higher levels mean more interactivity and integration. A common model (as used by the UN and Gartner) is:

1. Presence / Information (Web presence): departments post basic static information on websites; one-way communication.
2. Interaction: users can search, download forms, email officials and give feedback; limited two-way communication.
3. Transaction: services are completed fully online with payment and authentication, such as paying taxes, renewing licences and applying for permits.
4. Transformation / Integration: back-office systems and departments are integrated; one portal offers joined-up services, data are shared, and processes are redesigned around citizens.
5. Participation (e-democracy): citizens take part in decisions through e-consultation, e-voting and open data.

The levels help a government to assess where it stands, set targets, and plan the infrastructure, legal and skills needed to move upward. A country can be at different levels for different services.

E-readiness assessment of infrastructure preparedness examines whether the physical and technical base needed for e-governance is available and adequate before or during a project.

Areas assessed

• Telecommunication and network: fixed and mobile coverage, broadband and fibre availability, bandwidth, internet penetration, speed, cost of access and the reach to rural areas.
• Electricity and power backup: reliability and coverage, since ICT cannot operate without it.
• Computing infrastructure: number of computers and mobile devices in offices, schools and homes, servers, a government data centre, cloud and disaster recovery site, local area networks in offices.
• Access points: telecentres, community information centres, kiosks and cyber cafes.
• Government network: whether departments are linked by a wide area network and share common standards for interoperability.
• Supporting infrastructure: payment gateways, national ID and digital signature (PKI) infrastructure, GIS and land records, postal and transport services for delivery.
• Security infrastructure: firewalls, CERT, backup facilities.

Method. Use surveys and indicators (such as internet users per 100 people, mobile subscriptions, fixed broadband subscriptions, and the Telecommunication Infrastructure Index of the UN), score each area, compare with benchmarks or other countries, identify gaps, then prioritise investment.

Outcome. The assessment gives a baseline, shows gaps (for example low rural bandwidth), and guides realistic planning of phased services.

Nepal's e-governance has grown steadily but is still developing.

• Policy and law: IT Policy 2057, ICT Policy 2072, Digital Nepal Framework 2019 and Electronic Transactions Act 2063 give a base.
• Institutions: Ministry of Communication and Information Technology, Department of IT, National Information Technology Center with the Government Integrated Data Centre, and the Controller of Certification.
• Services online: government and ministry websites, online company registration, e-procurement, online tax filing and customs system, passport and driving licence applications, vehicle tax, land and civil registration, online results and social security allowance management, plus digital payment through connectIPS and mobile wallets.
• Infrastructure: growing mobile and internet penetration, optical fibre network, government WAN, IT park and rural telecentres.
• Federal structure: local governments run their own websites and registration systems.
• UN E-Government Development Index: Nepal's rank has improved but remains in the middle range among South Asian countries.

Problems: the digital divide between urban and rural areas, low computer literacy, power and bandwidth problems, little interoperability between systems, limited trained staff, security weakness, lack of a data protection law, and limited citizen awareness and trust. More progress depends on integration, a national ID and better funding.

Governments use many IT tools to deliver services to citizens.

1. Websites and portals: single-window portals give information, forms and online applications (for example the Nepal government portal and ministry sites).
2. Mobile phones and SMS/IVR: results, alerts, reminders, complaint registration and information services, plus mobile apps for tax, health and transport.
3. Social media and email: announcements, feedback and grievance handling.
4. Kiosks and telecentres (community information centres): shared access points for people without a computer or internet, especially in rural areas.
5. Online payment systems: payment gateways, e-banking and mobile wallets (connectIPS, eSewa, Khalti) for fees and taxes.
6. Call centres and helplines (for example the Hello Sarkar complaint line).
7. Radio, television and community radio for wider outreach and awareness.
8. Smart cards and biometrics: national ID, e-passport, driving licence, used for authentication.
9. GIS and GPS: land records, urban planning, disaster management.
10. Digital signatures and PKI for secure documents.
11. Databases, data centres and cloud: store and share records securely among departments.
12. Workflow and document management software, e-procurement and ERP for efficient internal processes.
13. Chatbots and AI for round-the-clock assistance.

These tools improve access, reduce time and cost, and increase transparency.

E-government security architecture is the planned structure of controls, technologies, policies and responsibilities that protects government information systems and the services built on them. Its aim is to guarantee confidentiality, integrity, availability, authentication and non-repudiation.

Layers

1. Physical security: protected data centre, restricted access, CCTV, fire protection, UPS and generator.
2. Network security: firewalls, DMZ for public servers, intrusion detection/prevention, VPNs, network segmentation, DDoS protection.
3. Host and application security: hardened servers, patch management, antivirus, secure software development, input validation, web application firewall.
4. Data security: encryption in storage and in transit (SSL/TLS), database access control, backup and archiving.
5. Identity and access management: user authentication (password, OTP, smart card, biometrics), role-based access, single sign-on.
6. PKI and digital signatures: certificate authority issuing certificates to give authenticity, integrity and non-repudiation of electronic documents.
7. Monitoring and response: logging, audits, SIEM, CERT, incident response, and business continuity and disaster recovery plans.
8. Governance layer: security policy, standards (ISO/IEC 27001), legal framework (Electronic Transactions Act), risk assessment, training and awareness.

The architecture follows the principle of defence in depth, so that failure of a single control does not expose the whole system.

Sri Lanka has been among the leading South Asian countries in e-government. Its initiatives are led by the Information and Communication Technology Agency (ICTA), established in 2003 under the ICT Act No. 27 of 2003.

• e-Sri Lanka programme (2002): a national vision to use ICT for development and to reduce poverty, supported by the World Bank, with the aim of connecting every citizen.
• Re-engineering Government (ReGv): simplified government processes and introduced IT in departments.
• Lanka Gate: government's secure interoperability and integration platform; Lanka Government Network (LGN) connects institutions; Lanka Government Cloud (LGC) and the Lanka Government Information Infrastructure provide hosting and shared services.
• Nenasala telecentres: community knowledge centres, hundreds around the country, give rural people ICT access and training.
• Citizen services: government portal (gov.lk), the Government Information Centre (1919) call centre, online birth/death certificate and vehicle revenue services, and mobile services such as m-government.
• Legal framework: Electronic Transactions Act 2006, Computer Crimes Act 2007, Data Protection Act 2022 and the Right to Information Act 2016.
• Other projects: the e-Revenue Licence, e-Procurement, e-Land registry, e-Pension and the national digital ID (SL-UDI).

Results include rising UN e-government rankings and better access. Challenges are the digital divide, political changes and funding.

1. Data system infrastructure

Data system infrastructure is the set of hardware, software, networks and facilities that collect, store, process, secure and share data for e-governance.

• Data centre: servers, storage and backup systems in a secure, air-conditioned facility with power backup; a disaster recovery site; increasingly cloud hosting (in Nepal the Government Integrated Data Centre).
• Databases and data warehouse with standard formats so that departments can exchange and analyse data.
• Network: LAN, WAN, internet and links to the data centre.
• Middleware and interoperability standards (web services, APIs) to connect legacy systems.
• Security and management: backups, access control, monitoring.

It is the foundation that lets services be reliable, shared and scalable.

3. Security standards

Security standards are agreed rules and best practices for protecting information and systems. They make security consistent, measurable and auditable.

• ISO/IEC 27001 and 27002: information security management system.
• ISO/IEC 15408 (Common Criteria): evaluating the security of IT products.
• PKI / X.509 certificates, SSL/TLS, AES and RSA for encryption and digital signatures.
• PCI DSS for payment data; NIST guidelines and the ITU recommendations.
• National standards and policy: the Electronic Transactions Act, the National Cyber Security Policy and the government's interoperability framework.

Using standards helps to protect confidentiality, integrity and availability, allows different systems to work together and gives citizens trust.

Why an E-Government model is necessary

A model gives a clear framework to decide what type of ICT-enabled service a government should offer, to whom, and how the information or services flow. It helps to:

• match the model to the objective (inform, interact, transact, evaluate),
• plan resources, technology and process change,
• avoid trial-and-error and failed projects,
• give a common vocabulary to policy makers and developers, and
• measure the success and impact of the project.

Typical models are broadcasting/wider dissemination, critical flow, comparative analysis, mobilisation and lobbying, and interactive service. We explain two of them.

Interactive service model

This model is the one where government and citizens interact directly and in both directions. The government becomes more participative, as services are brought to the citizens' doorstep (G2C, C2G, G2B, G2G).

• Features: two-way flow of information; direct involvement of citizens and customers; the service is delivered in a transparent way with feedback and tracking.
• Components of the flow: citizens can request services, submit complaints, give opinions in discussion forums or e-consultations, and the government responds.
• Stages/Services: e-consultation (citizens give views on policy online), e-administration (services such as certificates, licences, tax payment) and e-services (G2C, G2B payments and applications).
• Benefits: improved quality, reduced cost and time, transparency, direct accountability of officials, and citizen empowerment.
• Examples: online grievance systems such as Hello Sarkar in Nepal, online application for passports and vehicle licences, online tax returns, e-forums to discuss draft laws, and Singapore's REACH portal.
• Requirements: authenticated users, security, back-office integration and responsive staff.

Critical flow model

This model is based on the idea that critical information must flow to a targeted group (the "critical" class of users) who can use it to improve the governance or empower themselves, and it is also about controlling what information goes where.

• Idea: identify a critical or strategic group of people (for example journalists, NGOs, lawyers, activists, elected officials and the media, who have the power to influence others) and give them the information that affects decisions, such as performance reports, corruption, rights violations, budgets and contract details. Instead of broadcasting to everyone, the information goes to those who can act on it.
• Flow: information about government (or about how citizens' interest is being damaged) is passed through ICT to the critical group, which then takes action, such as public pressure, legal action, reports in media, or lobbying. It can also flow in the opposite direction, from citizens to the group.
• Purpose: to make government more accountable and to give a voice to marginalised communities through those who can speak for them.
• Examples: publishing the government's expenditure and procurement data so that watchdog groups and the press can audit it; RTI websites for the media; mapping of corruption complaints; providing farmers' price information to cooperatives.
• Benefit and risk: efficient for accountability and cheaper than mass dissemination, but the quality depends on the critical group's capacity, and information may be misused.

Comparison: in the interactive service model the flow is between government and every service user for transactions; in the critical flow model information is targeted to strategic groups to make them effective watchdogs. Governments often combine both.

Infrastructure necessary to implement e-governance

1. Computing infrastructure: computers and mobile devices, servers, storage, data centre and software (explained below).
2. Network / communication infrastructure: telephone, mobile, broadband and fibre networks, government WAN/LAN, internet access and bandwidth, satellite for remote areas.
3. Power infrastructure: reliable electricity with UPS, generator or solar backup.
4. Human infrastructure: trained government staff, IT professionals and digitally literate citizens.
5. Legal and policy infrastructure: cyber law, e-transaction law, data protection, standards and policy for interoperability.
6. Institutional infrastructure: a leading ministry or agency, project management units, and coordination across levels of government.
7. Financial infrastructure: budget, payment gateways, banking and mobile money.
8. Access infrastructure: telecentres, kiosks, service counters and mobile apps.
9. Security infrastructure: firewall, PKI, certifying authority, CERT, backup and disaster recovery.
10. Identity infrastructure: national ID, civil registration and digital signature.

Computing infrastructure for e-governance

• Client devices: desktops, laptops, tablets, smartphones, thin clients, kiosks, and peripherals such as scanners, printers and biometric readers.
• Servers: web servers, application servers, database servers, mail and file servers, which host the portal and the applications.
• Data centre: a secure facility with racks, cooling, fire protection, redundant power and network, to host government systems. Nepal has the Government Integrated Data Centre (GIDC).
• Disaster recovery site: a remote duplicate site for continuity.
• Storage systems: SAN/NAS and backup for databases, documents and archives.
• Networking devices: routers, switches, firewalls, load balancers and wireless access points.
• System software: operating systems, database management systems, middleware and virtualisation.
• Application software: custom or off-the-shelf applications, workflow, document management, GIS, ERP and e-procurement platforms; open source options reduce cost.
• Cloud computing: government (private/community) cloud offering IaaS, PaaS and SaaS for scalable and cost-effective hosting, with attention to data sovereignty and security.
• Middleware and interoperability layer: web services, APIs and a service bus to link legacy systems and departments, following open standards.
• Mobile computing platforms: mobile apps and SMS gateways.
• Security components: antivirus, IDS/IPS, encryption and PKI.

Together, these provide a reliable, shared, scalable and secure base for online services.

E-Governance is the application of information and communication technology (ICT) to the processes of government and governance so as to deliver services to citizens, businesses and other agencies in an efficient, transparent, accountable and participatory manner. It goes beyond simple computerisation: it changes the way government works and interacts with the people. The aim is SMART governance (simple, moral, accountable, responsive, transparent).

Scope of ICT implementation in government

• Delivery of public services (G2C): certificates, licences, bills, taxes, welfare payments, health and education services online.
• Services to business (G2B): company registration, tax, customs, e-procurement and permits.
• Inter-governmental work (G2G): sharing of data and coordination among ministries, provinces and local governments.
• Internal administration (G2E): office automation, file tracking, payroll, human resource and financial management.
• Citizen participation and democracy: online consultations, e-voting, feedback, social media and grievance systems.
• Transparency and accountability: publishing budgets, decisions and procurement; Right to Information.
• Planning and decision support: data warehousing, GIS and data analysis for evidence-based policy.
• Sectoral use: agriculture, health, education, land, transport, revenue, police and justice, disaster management.
• Security and records: digital archives and secure storage.

Therefore ICT in government extends over service delivery, administration, participation and policy making.

Growth of e-governance around the world is shown by reports such as the UN E-Government Survey, and several trends are visible.

1. Continuous growth in digital government: most countries now offer online services, and the UN E-Government Development Index (EGDI) has risen across all regions; many countries have reached "very high" levels (Denmark, Singapore, Estonia, South Korea and others lead).
2. From e-government to digital government and then whole-of-government: integration of services across ministries and across levels; one-stop portals and "once-only" principle.
3. Mobile first (m-government): growth of smartphones makes mobile apps and SMS the main channel.
4. Cloud, big data and AI: use of cloud for hosting, analytics for decisions, chatbots and AI for services and fraud detection.
5. Digital identity and digital payments: national digital ID (India Aadhaar, Estonia e-ID) and instant payment systems.
6. Open government data and transparency: open data portals, participation and e-consultation.
7. Emerging technology: blockchain for land records, IoT for smart cities, and GIS.
8. Cybersecurity and privacy focus: data protection laws (such as the GDPR) and national cyber strategies.
9. Inclusion and the digital divide: a gap remains between developed and least developed countries, so inclusive and "leave no one behind" approaches are emphasised, linked to the Sustainable Development Goals.
10. COVID-19 acceleration: the pandemic speeded up online services, e-health and remote work.
11. Whole-of-society and citizen-centric services, with personalised and proactive services.

South Asia is also improving, with Nepal moving upward in rank but still facing gaps in infrastructure and skills.

In the maturity model of e-governance (as described in the textbook e-governance model of stages), the realized level refers to the stage at which e-governance has actually been put into practice and its benefits are being obtained, as opposed to the earlier planned or initial stages. It is commonly treated as the mature stage following the levels of initiation, development and implementation.

Characteristics of the realized level

• Fully functional services: most government services are delivered online end to end, including payment and delivery of the output, with little or no need to visit an office.
• Integrated back office: departments share databases and processes are re-engineered, so the citizen sees a single, unified government through a one-stop portal.
• Citizen-centric: services are organised around the needs of the user (life events such as birth, marriage, business start) and not around departments.
• Interoperability and standards: common architecture, digital identity and digital signature are used.
• Participation: citizens and businesses take part through e-consultation, feedback and e-voting.
• Measured outcomes: reduced cost and time, increased transparency, less corruption, higher user satisfaction, with monitoring and continuous improvement.
• Sustainability: adequate funding, skilled staff, strong security and legal support.

Importance: the realized level shows that e-governance has moved from technology installation to real transformation of governance. Few countries have fully reached it, and the rest use it as a target to plan the path forward. Examples often given are Estonia and Singapore.

E-governance models (broadcasting/wider dissemination, critical flow, comparative analysis, mobilisation and lobbying, and interactive service) are frameworks that describe how information and services flow between government and the people. Their use helps to achieve good governance, whose characteristics are participation, rule of law, transparency, responsiveness, consensus, equity and inclusiveness, effectiveness and efficiency, and accountability.

Impact and significance

1. Transparency: the broadcasting model puts laws, budgets, tenders and decisions in public, reducing secrecy and corruption.
2. Accountability: the critical flow and comparative analysis models give the media, watchdogs and citizens evidence to hold officials responsible and to benchmark performance.
3. Participation: the interactive service and mobilisation models allow citizens to give feedback, join consultations and form groups to lobby, strengthening democracy.
4. Responsiveness: online complaint and tracking systems make government respond to citizens quickly.
5. Efficiency and effectiveness: automation of services reduces delay, cost and paperwork.
6. Equity and inclusion: telecentres, mobile and local-language services reach rural, poor and disadvantaged people.
7. Rule of law: electronic records, audit trails and digital signatures reduce arbitrary discretion.
8. Evidence-based policy: data from these models support better decisions and monitoring of development goals.
9. Trust: citizens trust a government that is open and delivers.

Limits: the impact depends on infrastructure, literacy, political will and security. Without them, models may widen the digital divide or be used to control rather than empower. Choosing the right model for the right purpose and combining them gives the best results for good governance.

Successful E-government needs both people and technology to be ready. Technology alone cannot deliver services if citizens and staff cannot use it, and skilled staff cannot work without reliable systems.

Human infrastructural preparedness

• Digital literacy of citizens: Citizens must know how to use computers, mobiles and the internet, otherwise online services (tax filing, certificates, bill payment) stay unused and the digital divide widens.
• Trained government employees: Officials need training in ICT tools, data handling and security so they can run and maintain e-services and change from paper-based habits.
• Skilled IT professionals: System analysts, developers, network and security experts are needed to design, operate and secure the systems.
• Leadership and attitude: Political and administrative commitment and acceptance of change reduce resistance from staff who fear job loss or loss of power.
• Awareness and trust: Public awareness campaigns build confidence in privacy and security of online transactions.

Technological infrastructural preparedness

• Network connectivity: Reliable broadband, fibre, mobile networks and a government network (such as the Government Integrated Data Centre link) so that services reach every district.
• Hardware and data centres: Servers, storage, computers and power backup for always-available services.
• Software and standards: Interoperable applications, common data standards and a national e-government framework so different offices can exchange data.
• Security infrastructure: Firewalls, encryption, PKI/digital signatures and disaster recovery to protect data and ensure trust.
• Access points: Community information centres and mobile access for citizens without personal devices.

Why both are necessary: Technology without prepared users is wasted investment, and trained people without infrastructure cannot provide services. Only when both are in place do G2C, G2B and G2G services become efficient, transparent and inclusive.

E-governance security architecture is the structured framework of policies, technologies, processes and controls that protects the information, applications, networks and users of government e-services against threats, and ensures confidentiality, integrity, availability, authentication and non-repudiation.

Main components (layers)

1. Physical security: Secured data centres, access control, surveillance, fire and power protection, backup sites.
2. Network security: Firewalls, intrusion detection/prevention systems (IDS/IPS), VPN, network segmentation (DMZ) and secure protocols such as HTTPS/TLS.
3. Application security: Secure coding, input validation, patch management and regular vulnerability testing so web portals resist attacks like SQL injection and XSS.
4. Data security: Encryption of data at rest and in transit, database access controls, backups and disaster recovery.
5. Identity and access management: Authentication (passwords, OTP, biometrics, smart cards), authorization by roles, and audit logs.
6. PKI and digital signatures: Certifying Authority issues digital certificates so documents and transactions are authentic and legally binding (non-repudiation).
7. Policy, legal and administrative layer: Security policy, cyber law (Electronic Transactions Act), staff training, incident response and periodic audits.

Objectives: Confidentiality of citizen data, integrity of records, availability of services, accountability of users, and public trust in e-governance.

Security is built as defence in depth: if one layer fails, other layers still protect the system.

Census data consists of very large records about population, households, education, occupation, housing, migration and so on. Data warehousing and data mining turn this raw data into knowledge for planning.

Data warehousing in census data

• Data collected from enumeration forms, districts and earlier censuses is cleaned, transformed and loaded through ETL into a central data warehouse.
• The warehouse is subject-oriented (population, households), integrated, time-variant (1991, 2001, 2011, 2021 censuses) and non-volatile.
• It supports OLAP operations: roll-up from ward to municipality to district to province, drill-down, slicing by gender or age and dicing by region and year, giving fast multidimensional reports.

Data mining in census data

• Classification: predict e.g. literacy or poverty class of a household from attributes.
• Clustering: group districts or wards with similar demographic or socio-economic features for targeted programmes.
• Association rules: find relations such as low education with early marriage or migration patterns.
• Trend and time-series analysis: forecast population growth, ageing and urbanisation.
• Outlier detection: detect data entry errors or unusual areas.

Uses: planning schools, hospitals and roads, allocating budget and parliamentary constituencies, policy for social security, migration and disaster management, and evidence-based decisions by government. Privacy must be protected by anonymising individual records.

Cyber law is the body of legal rules that governs activities in cyberspace, such as use of computers, networks and the internet. It covers electronic transactions, digital signatures, privacy, intellectual property and cyber crimes such as hacking, data theft, identity theft, spreading malware and online fraud. In Nepal the main law is the Electronic Transactions Act, 2063 (2008), together with related provisions on privacy and a national cyber security policy.

Using cyber law to protect government data

1. Defining offences and penalties: Unauthorised access, destruction, alteration or theft of computer data and source code, and damaging government computer systems, are punishable by fine and imprisonment, which deters insiders and outsiders.
2. Legal validity of electronic records and digital signatures: Government records and transactions are authentic, tamper-evident and cannot be denied (non-repudiation).
3. Certifying authority and controller: Licensed authorities issue digital certificates and the Controller supervises them, creating a trusted environment.
4. Protection of critical information infrastructure: Law can designate government databases as protected systems with stricter controls and penalties.
5. Privacy and confidentiality: Officials who disclose confidential information obtained in office are liable.
6. Investigation and evidence: A cyber bureau and tribunal handle complaints and electronic evidence is admissible.
7. Compliance: Offices must follow security policy, audits, backups and incident reporting.

Together with technical measures and trained staff, cyber law gives legal backing so that violations of government data can be prosecuted.

1. Cloud governance

Cloud governance is the set of policies, rules, roles and processes by which a government or organization controls the use of cloud computing so that it is secure, compliant, cost-effective and aligned with public service goals.

• Policy and compliance: Rules on which data may go to which cloud (public, private, community), data residency within the country, and legal compliance.
• Security and privacy: Identity and access management, encryption, audits and incident response.
• Cost management: Monitoring usage and budgets to avoid waste.
• Service level and risk management: SLAs with providers, vendor lock-in avoidance, backup and disaster recovery.
• Roles and accountability: Clear responsibility between the cloud provider and the government (shared responsibility).

It lets agencies share resources and speed up e-services while keeping control and public trust.

2. Data centers

A data center is a facility that houses servers, storage, networking equipment and supporting systems to store, process and distribute data and applications.

• Components: Servers, storage systems, network devices, power supply with UPS and generators, cooling, fire protection, physical security.
• Tiers: Tier I to IV by availability and redundancy.
• Role in e-governance: Nepal's Government Integrated Data Center (GIDC) hosts websites, databases and applications of ministries, supports disaster recovery and gives central security management.
• Benefits: Reliability, shared infrastructure saving cost, easier data exchange and monitoring.
• Challenges: High power and cooling cost, security and need for skilled staff.