Overview
Introduction: "Emerging Modes of Business" examines how technological change, liberalization and globalization are reshaping the ways business is conducted. The chapter introduces new formats such as e-business and e-commerce (B2B, B2C, C2C), m-commerce, outsourcing (BPO, KPO), franchising, telecommuting and other modern delivery and distribution methods. Importance: These modes increase efficiency, lower costs, expand market reach, enable 24x7 operations, and create new entrepreneurial opportunities while posing challenges in regulation, security and skill requirements. Key themes: definitions and differences between e-business and e-commerce, types of electronic transactions, features, advantages and limitations of new modes, infrastructure and payment systems, legal and ethical issues (privacy, cybersecurity), and their impact on traditional business functions (production, marketing, finance, HR). What the student will learn: clear definitions and real-life examples of each emerging mode, how they operate (B2B/B2C/C2C models), benefits and risks, basic technical and regulatory requirements, the role of intermediaries (like franchisers and outsourcing firms), and how these…
Learning Objectives
- Define emerging modes of business and enumerate their major types (e‑commerce, m‑commerce, e‑banking, outsourcing, franchising, BPO/KPO, etc.)
- Explain the concept, features and scope of e‑commerce with suitable examples
- Describe the meaning, types and advantages of outsourcing (BPO and KPO) in modern business
- Compare e‑commerce and traditional commerce by listing differences in reach, cost, speed and customer interaction
- Analyse the role of digital payment systems and mobile wallets in facilitating emerging modes of business
- Evaluate the impact of emerging business modes on supply chain, distribution and inventory management
- Identify legal, regulatory and cyber security issues related to electronic transactions and online business
- Apply the basic steps required to set up an online business (website selection, payment gateway, logistics, legal compliance)
Topics in this chapter
13 topics · tap a topic title to jump straight to it.
Emerging Modes of Business - Overview
Emerging Modes of Business - Overview
Key Point: Conversion Rate (%) = (Number of buyers / Number of website/app visitors) × 100 — measures e-commerce effectiveness.
What are Emerging Modes of Business? Emerging modes of business are new methods, channels and organizational forms by which goods and services are produced, distributed and exchanged using modern technology, new management practices and innovative market structures. They supplement and often transform traditional brick-and-mortar business.
Key features
- Technology-driven: heavy use of the internet, mobile networks, cloud computing and digital payment systems.
- Customer-centric: faster response, personalization and convenience for customers.
- Flexible structures: virtual teams, freelancers, outsourcing and platform-based marketplaces.
- Low entry barriers: lower cost to start (online stores, social media marketing, digital platforms).
- Data-driven decisions: analytics, customer metrics and automation.
Major types / modes
- E-commerce (B2C, B2B, C2C, C2B): Buying and selling of goods/services online (marketplaces, online retail).
- E-business: Broader than e-commerce; includes online procurement, HR systems, supply-chain management and digital workflows.
- Mobile commerce (m‑commerce): Transactions using mobile devices—apps, mobile wallets and in-app purchases.
- Platform & sharing economy: Peer-to-peer platforms that match providers and users (ride‑hailing, homestays, task services).
- Outsourcing and IT-enabled services (ITES): Contracting business processes (BPO) and knowledge processes (KPO) to specialists domestically or internationally.
- Franchising & direct selling: Rapid expansion through franchisees or direct distributors using standardized processes and branding.
- Gig economy & freelancing: Short-term contracts and project-based work via platforms.
- Social & conversational commerce: Selling via social networks, chatbots and influencers.
Why they matter
- Improve reach: access national and global customers 24/7.
- Cost efficiency: lower distribution and inventory costs for many models.
- Scalability: platforms and digital systems scale faster than physical outlets.
- Innovation & competition: encourage new business models and customer choices.
Limitations & challenges
- Regulatory, taxation and legal issues (cross-border trade, data protection).
- Security and privacy risks (cyberattacks, data breaches).
- Digital divide: unequal access to internet/technology.
- Quality control and trust issues in peer-to-peer systems.
- Job displacement and need for new skills.
Role of business studies concepts
Managers must understand market segmentation, pricing, distribution channels, supply-chain coordination, customer relationship management and performance metrics to operate effectively in these modes.
Outlook / Trends
Growth of omnichannel retail, AI-driven personalization, fintech integration (digital payments/credit), increased platformization, and focus on sustainability will shape emerging modes going forward.
- Amazon (B2C & marketplace): Online retail, logistics, cloud services (AWS) — exemplifies e-commerce + e-business integration.
- Flipkart / Myntra: Online marketplaces in India using m-commerce apps and fast delivery.
- eBay / OLX (C2C): Peer-to-peer resale marketplaces.
- Uber / Ola and Airbnb: Sharing economy platforms matching supply and demand for rides and accommodations.
- Zomato / Swiggy: Aggregator + delivery model for food using apps and cloud kitchens.
- Infosys / TCS / Genpact: ITES/BPO providing outsourcing services like customer support, payroll and back-office operations.
- \[Conversion Rate (%) = (Number of buyers / Number of website/app visitors) × 100 — measures e-commerce effectiveness.\]
- \[Average Order Value (AOV) = Total Revenue / Number of Orders — tracks sales per transaction.\]
- \[Customer Acquisition Cost (CAC) = Total Marketing & Sales Cost / Number of New Customers Acquired — measures cost to gain a customer.\]
- \[Customer Lifetime Value (CLV) = (Average Order Value × Purchase Frequency per period × Average Customer Lifespan) — estimates long-term value of a customer.\]
- \[Return on Investment (ROI) (%) = (Net Gain from Investment − Cost of Investment) / Cost of Investment × 100 — used for campaign or platform investments.\]
- \[Inventory Turnover = Cost of Goods Sold / Average Inventory — important for online retailers managing stock.\]
E-Business and E-Commerce
E-Business and E-Commerce
Key Point: Conversion Rate (%) = (Number of orders / Number of website visitors) × 100
Definitions: E-Commerce is the buying and selling of goods and services using electronic systems (mainly the internet). E-Business is broader: it includes e-commerce plus internal processes that support the online business — supply chain management, customer relationship management (CRM), procurement, enterprise resource planning (ERP), and more.
Key differences (concise):
- E-Commerce = online transactions (orders, payments, deliveries).
- E-Business = all business processes performed using ICT (includes e-commerce, online marketing, online HR, online supply chain, analytics).
Main components of E-Business/E-Commerce:
- Online storefront / marketplace (website, mobile app)
- Payment systems and gateways (net banking, cards, wallets, UPI)
- Order management and logistics (warehousing, delivery partners)
- Customer service & CRM (chatbots, helpdesks)
- Security & legal (SSL, encryption, data protection, electronic signatures)
- Digital marketing & analytics (SEO, SEM, social media, web analytics)
Common business models:
- B2C (Business-to-Consumer): retailer & consumers (Amazon, Flipkart)
- B2B (Business-to-Business): businesses selling to businesses (Alibaba, IndiaMART)
- C2C (Consumer-to-Consumer): consumers trade with consumers (eBay, OLX)
- C2B (Consumer-to-Business): consumers offer products/services to businesses (freelance platforms)
- Marketplace / Platform models: connect buyers and sellers, often asset-light (Uber, Swiggy)
Advantages:
- Convenience & 24×7 availability
- Wider market reach (local to global)
- Lower transaction and distribution costs (often)
- Personalization using data and analytics
- Faster scaling and new revenue streams (subscriptions, ads)
Limitations & risks:
- Security & privacy risks (data breaches, fraud)
- Dependence on internet and digital infrastructure
- Logistics and reverse logistics (returns) complexity
- Legal and regulatory compliance (consumer protection, taxation)
- Competition and price wars
Technologies that enable E-Business: web/mobile apps, cloud computing, payment gateways, SSL/TLS, encryption, APIs, databases, analytics, AI (recommendations, chatbots).
How E-Business creates value (brief flow):
- Attract (digital marketing) → Convert (easy checkout, payments) → Fulfill (logistics) → Retain (CRM, personalized offers) → Optimize (analytics and automation)
Practical classroom point: Understand how traditional business functions (procurement, production, sales, HR) change when moved online — not only selling products but managing the whole chain digitally.
- Amazon (B2C): online retail, marketplace, Prime membership, fulfillment centres
- Flipkart (B2C): Indian e-commerce platform with logistics and payments
- Alibaba / IndiaMART (B2B): platforms connecting manufacturers and businesses
- eBay, OLX (C2C): platforms for consumer-to-consumer sales and auctions
- BigBasket, Grofers (Grocery e-commerce): online grocery ordering and delivery
- Swiggy, Zomato (On-demand services): food ordering and delivery marketplaces
- \[Conversion Rate (%) = (Number of orders / Number of website visitors) × 100\]
- \[Average Order Value (AOV) = Total revenue / Number of orders\]
- \[Cart Abandonment Rate (%) = ((Number of carts created - Number of completed purchases) / Number of carts created) × 100\]
- \[Customer Acquisition Cost (CAC) = Total marketing & sales expenses / Number of new customers acquired\]
- \[Customer Lifetime Value (CLTV) = Average order value × Purchase frequency per period × Average customer lifespan (in periods)\]
- \[Return on Advertising Spend (ROAS) = Revenue attributed to ads / Cost of ads\]
Electronic Data Interchange (EDI), E-Contracts and E-Signatures
Electronic Data Interchange (EDI), E-Contracts and E-Signatures
Key Point: Cost savings from EDI = (Manual processing cost per transaction × Number of transactions) − (EDI processing cost per transaction × Number of transactions)
Overview
Emerging modes of business use electronic systems to create, exchange and authenticate business information, making transactions faster, cheaper and more reliable. Key examples are Electronic Data Interchange (EDI), e-contracts and e-signatures.
1. Electronic Data Interchange (EDI)
Definition: EDI is the structured transmission of business documents (purchase orders, invoices, shipping notices) between organizations electronically in a standard format, replacing paper-based communication.
How it works (basic flow):
- Business application creates a document (e.g., purchase order).
- Document is converted into a standardized EDI format (ANSI X12, EDIFACT, or XML-based).
- EDI message is transmitted over a communication network (VAN, AS2, Internet).
- Recipient’s EDI system translates the message into its application format for processing.
Key components: EDI standard (format), translator/mapping software, communication network, trading partner agreements.
Benefits: faster processing, fewer errors, lower transaction costs, automated workflows, improved supply-chain visibility.
Limitations / challenges: initial setup cost, need for partner agreement on standards, mapping complexity, data security and compatibility issues.
2. E-Contracts
Definition: An e-contract is an agreement whose creation, execution or authentication is performed electronically. It can be entered into via email, web forms, online checkboxes (click-wrap), or other electronic means.
Types / forms: click-wrap (user clicks “I agree”), browse-wrap (terms on a website), shrink-wrap (terms with software), email agreements, and bespoke electronic agreements signed and exchanged electronically.
Essential elements (as with any contract): offer, acceptance, lawful consideration, capacity, lawful object. These elements must be satisfied even when the contract is electronic.
Legal validity: Most jurisdictions recognize e-contracts provided they meet contract law requirements and any statutory formalities. Laws such as the Indian IT Act, eIDAS (EU) and ESIGN (USA) support electronic transactions.
Advantages: speed (instant formation), lower paperwork, easier storage and retrieval, global reach.
Risks: disputes over formation (was there valid acceptance?), authentication, consumer protection, jurisdiction and cross-border enforceability.
3. E-Signatures
Definition: An e-signature is any electronic method that indicates acceptance of an electronic document. Digital signatures are a secure subtype using cryptographic techniques to provide authentication, integrity and non-repudiation.
Types:
- Simple electronic signatures — e.g., typed name, scanned signature, checkbox or OTP.
- Advanced electronic signatures — linked to signer, capable of identifying signer, created using means under signer’s control and linked to the data so any change is detectable.
- Qualified electronic signatures — highest legal assurance (EU eIDAS), created by qualified devices and backed by trusted providers.
How digital signatures work (high level): The document is hashed (a fixed-size digest); the hash is encrypted with the signer’s private key to form the digital signature. The recipient decrypts the signature with the signer’s public key and compares the resulting hash to a freshly computed hash of the document to verify integrity and origin.
Legal status: Many countries legally recognize e-signatures (subject to certain conditions). For example, India’s Information Technology Act recognizes electronic records and digital signatures; the US ESIGN Act and EU eIDAS provide legal frameworks elsewhere.
Benefits: faster signing cycles, remote transactions, lower transaction costs, better audit trails, stronger security when digital signatures are used.
Typical business uses (summary):
- EDI: supplier-retailer purchase orders and invoices, shipping notices in logistics, healthcare claim exchanges.
- E-contracts: online service agreements, software licenses, B2B supply contracts formed online.
- E-signatures: signing NDAs, employment letters, loan agreements, procurement approvals using DocuSign/Adobe Sign or national digital signature frameworks.
Best practices: agree standards and message formats, use secure transmission and logging, ensure legal compliance for signatures, keep clear audit trails, and implement data validation and exception handling.
- EDI: A supermarket chain automatically sends EDI purchase orders to a supplier when stocks fall below reorder point; the supplier sends EDI invoices and advanced shipping notices. Companies like Walmart and many automotive manufacturers use EDI for high-volume B2B transactions.
- E-Contract: When a student signs up for a paid online course and clicks 'I agree' on terms and conditions (click-wrap), an e-contract is formed between the student and the course provider.
- E-Signature: A bank uses a digital signature service (e.g., DocuSign) to get customers to sign loan documents remotely; the digital signature ensures the document hasn’t been altered and records signer identity and timestamp.
- EDI in healthcare: Hospitals and insurers exchange standardized electronic claims and payment advices (reducing claim processing time).
- E-Contract dispute example: A consumer claims they never consented to online contract terms shown only via a link (browse-wrap). Courts examine visibility and clear acceptance to decide enforceability.
- \[Cost savings from EDI = (Manual processing cost per transaction × Number of transactions) − (EDI processing cost per transaction × Number of transactions)\]
- \[Turnaround time reduction (%) = ((Old turnaround time − New turnaround time) / Old turnaround time) × 100\]
- \[Error rate reduction (%) = ((Old error rate − New error rate) / Old error rate) × 100\]
- \[ROI for EDI/E-signature project (%) = ((Net benefit − Implementation cost) / Implementation cost) × 100\]
- \[Digital signature (conceptual): Signature = Encrypt(Hash(document)\]\[Signer_private_key)\]\[Verify by Decrypt(Signature\]\[Signer_public_key) ?== Hash(document)\]
E-Banking and Electronic Payment Systems
E-Banking and Electronic Payment Systems
Key Point: Transaction success rate (%) = (Number of successful transactions / Total transaction attempts) × 100
Overview
E-banking (electronic banking) means delivery of banking services and products through electronic channels such as the internet, mobile phones, ATMs and POS terminals. Electronic Payment Systems are mechanisms that enable transfer of money or value electronically between payer and payee without physical cash or cheques.
Types of E-banking Channels
- Internet banking / Netbanking: Access bank accounts and services via a bank's website.
- Mobile banking apps: Full banking services via smartphone applications.
- Automated Teller Machines (ATM): Cash withdrawal, deposits and basic services.
- Phone banking: Banking services through IVR or call centre.
- POS terminals: Card payments at merchant outlets.
- Kiosks and Micro-ATMs: For remote or rural access.
Electronic Payment Systems (Common Types)
- Debit and Credit Cards: Chip, magnetic stripe and contactless (NFC) cards used at POS or online.
- Prepaid Cards and E-wallets: Stored value instruments like Paytm Wallet, Google Pay (wallet mode).
- Unified Payments Interface (UPI): Real-time immediate payment system (mobile-based) for peer-to-peer and merchant payments.
- NEFT / RTGS / IMPS: Electronic fund transfer systems for bank-to-bank transfers (batch/real-time/instant).
- Net banking transfers and recurring payments (standing instructions, auto-debits).
- Contactless/NFC and QR-code payments: Fast tap-and-go or scan-and-pay methods.
- Electronic clearing and card networks: NPCI, Visa, Mastercard, rupay, exchanges that settle transactions.
Key Features and Services of E-banking
- Fund transfers, bill payments, mobile recharge, tax and utility payments.
- Account enquiry, mini-statement, cheque book requests, stop cheque instructions.
- Investment services: Online mutual fund SIPs, fixed deposits, demat account linking.
- Loan applications and EMI calculators, credit card management.
Benefits for Customers and Businesses
- Convenience: 24x7 access, anywhere transactions.
- Speed: Instant transfers and faster settlements.
- Reduced costs: Lower transaction costs than branch-based processing.
- Transparency and record keeping: Electronic receipts and statements.
- Wider reach for businesses: Accept payments online, reduce cash handling.
Limitations and Risks
- Security risks: Phishing, malware, SIM swap, OTP interception.
- System downtime or network failures affecting availability.
- Digital divide: Requires internet/smartphone and basic digital literacy.
- Fraud and chargebacks for merchants and banks.
Safety Measures and Regulations
- Two-factor authentication (2FA), OTP, biometrics, device binding.
- End-to-end encryption, secure sockets (HTTPS), tokenization for card data.
- Regulatory oversight: Role of central bank (RBI), NPCI for UPI/IMPS/NEFT, PCI DSS for card data.
- Customer practices: Keep credentials private, update apps, use trusted networks, enable alerts.
Role in Business and Economy
E-banking and electronic payments enable faster commerce, reduce cash usage, improve tax compliance, and support digital economy growth. For businesses, they simplify receivables, enable online sales, and provide data for customer analytics.
Practical Classroom Points
- Compare modes: speed, cost, availability and typical uses of NEFT, RTGS, IMPS and UPI.
- Discuss case studies: e-commerce checkout using cards/UPI, merchant adoption of QR codes, adoption of mobile wallets during festivals.
- Using UPI (e.g., Google Pay/PhonePe/BHIM) to instantly transfer money to a friend or to pay a shop by scanning a QR code.
- Paying electricity and mobile bills through a bank's internet banking portal and scheduling automatic monthly payments (standing instruction).
- An online shopper paying for goods using debit/credit card via a secure payment gateway (tokenization used to store card details safely).
- A small merchant accepting payments via a POS machine or QR-code based app, reducing need to hold cash.
- Bank customers using mobile banking apps to open a fixed deposit, invest in mutual funds and check account balance without visiting a branch.
- \[Transaction success rate (%) = (Number of successful transactions / Total transaction attempts) × 100\]
- \[Average transaction value = Total value of transactions / Number of transactions\]
- \[Conversion rate for payments (%) = (Completed payments / Initiated payments) × 100\]
- \[Chargeback rate (%) = (Number of chargebacks / Total transactions) × 100\]
- \[Cost per transaction = Total digital payment operating cost / Total number of transactions\]
- \[Uptime (%) = (Available system time / Total scheduled time) × 100\]
M-Commerce (Mobile Commerce)
M-Commerce (Mobile Commerce)
Key Point: Mobile Conversion Rate (%) = (Number of purchases via mobile / Number of mobile visits) × 100
Definition: M‑Commerce (Mobile Commerce) is the buying and selling of goods and services, and the transfer of funds, using mobile phones, tablets and other wireless devices. It is a subset of e‑commerce focused on transactions and services carried out through mobile devices.
Key components:
- Mobile devices (smartphones, tablets)
- Mobile apps and responsive mobile websites
- Mobile payment systems (wallets, UPI, NFC payments)
- Mobile network/internet connectivity (cellular, Wi‑Fi)
- Security & authentication mechanisms (OTP, biometrics, encryption)
Types of M‑Commerce services:
- Mobile shopping (retail purchases via apps or sites)
- Mobile banking and payments (mobile wallets, UPI, banking apps)
- Mobile ticketing and reservations (travel, events)
- Location‑based services (local offers, navigation)
- Mobile advertising and marketing (in‑app ads, push notifications)
How a typical mobile purchase works (basic flow):
- User browses product in app or mobile site → adds to cart
- User proceeds to checkout → selects payment method
- Payment is processed via wallet/UPI/card/NFC → authentication (OTP/biometric)
- Transaction confirmation → order fulfillment and delivery
Advantages:
- Convenience and accessibility anytime, anywhere
- Faster checkouts (stored cards, wallets, one‑click payments)
- Personalisation through push notifications and location targeting
- Higher engagement via apps, instant offers and loyalty programs
Limitations & challenges:
- Security and privacy risks (fraud, data breaches)
- Dependence on network connectivity and device capability
- User interface constraints on small screens
- Regulatory and compliance issues (financial rules, taxation)
Role in Emerging Modes of Business: M‑Commerce drives digital inclusion and expands markets by enabling micro‑transactions, instant payments and location‑based services. It complements e‑commerce and supports omnichannel retail strategies.
Security measures commonly used: SSL/TLS encryption, two‑factor authentication (OTP/biometrics), tokenization of card data, secure app coding, regular security audits and regulatory compliance (like data protection rules).
Future trends: greater use of UPI and wallets, biometric authentication, progressive web apps (PWAs), IoT payments, voice commerce, AI‑driven personalization, and faster offline/online integration.
Note: For a Class 11 level, focus on understanding definition, examples, advantages/limitations and how mobile payments work in simple steps.
- Amazon or Flipkart mobile app purchases using saved cards or wallets
- UPI payments via Google Pay, PhonePe, Paytm for merchant payments and transfers
- Ride‑hailing apps (Ola, Uber) for booking and paying for taxis via mobile
- Food delivery orders through Zomato or Swiggy mobile apps
- IRCTC mobile app for railway ticket booking and mobile ticketing
- Airline mobile check‑in and e‑boarding passes stored in phone wallets
- \[Mobile Conversion Rate (%) = (Number of purchases via mobile / Number of mobile visits) × 100\]
- \[Average Order Value (AOV) = Total mobile revenue / Number of mobile orders\]
- \[ARPU (Average Revenue Per User) = Total mobile revenue / Number of mobile users (for a period)\]
- \[Mobile Traffic Share (%) = (Mobile sessions / Total website sessions) × 100\]
- \[Bounce Rate (%) = (Single‑page mobile sessions / Total mobile sessions) × 100\]
- \[Retention Rate (%) = (Number of users at end of period who were present at start / Number of users at start) × 100\]
Online Retailing and Marketplaces
Online Retailing and Marketplaces
Key Point: Conversion rate (%) = (Number of orders / Number of website visitors) × 100
Definition: Online retailing (e-tailing) is selling goods and services to consumers via the internet through a company-owned website or app. Marketplaces are digital platforms that connect multiple third-party sellers with buyers; the marketplace operator facilitates listing, discovery, payments and sometimes fulfilment.
How they differ:
- Online retailer: A single brand or company sells directly to customers (example: a brand webstore or Amazon when it sells its own inventory).
- Marketplace: Multiple independent sellers list products; the platform (example: Amazon Marketplace, Flipkart, eBay) acts as an intermediary and earns via commissions, fees or advertising.
Business models:
- B2C (business to consumer): typical online shops and marketplaces.
- B2B (business to business): platforms that sell to firms (e.g., IndiaMART wholesale listings).
- C2C (consumer to consumer): peer marketplaces like OLX, eBay (person-to-person sales).
How online retailing and marketplaces work (key components):
- Product listing and merchandising: catalog, images, descriptions, search and filters.
- Customer acquisition: SEO, paid ads, social media, email marketing, influencer collaborations.
- Payments: payment gateways, UPI, wallets, cards, cash on delivery (COD).
- Order fulfilment and logistics: in-house warehousing, marketplace fulfilment (eg. FBA), third-party logistics (3PL).
- Customer service and returns: reverse logistics, refunds, warranty handling.
- Trust & safety: seller verification, reviews and ratings, buyer protection and dispute resolution.
Revenue streams for marketplaces: commissions on sales, listing fees, subscription charges for sellers, advertising and promoted listings, value-added services (analytics, logistics).
Advantages: wide selection, convenience, price comparison, lower operating cost vs brick-and-mortar, scalability, access to national/global customers.
Challenges: intense competition, price pressure, logistics complexity, return management, data security and fraud, ensuring consistent customer experience across sellers.
Practical considerations for students: understand customer journey (awareness > consideration > purchase > delivery > after-sales), key metrics (conversion rate, average order value), and how marketplaces influence small sellers by increasing reach but charging commissions.
Emerging trends: mobile commerce (m-commerce), social commerce (selling via social apps), voice commerce, AI-driven recommendations, same-day delivery and omni-channel integration (online + offline).
- Amazon Marketplace — third-party sellers list on Amazon; Amazon also sells its own inventory and offers Fulfilment by Amazon (FBA).
- Flipkart — Indian marketplace combining first-party (retailer) and third-party seller models; strong logistics network in India.
- Myntra — fashion-focused online retailer and marketplace specialising in apparel and lifestyle products.
- Nykaa — omnichannel beauty retailer with its own site and marketplace features for brands.
- BigBasket / Grofers (Blinkit) — online grocery retailers offering home delivery and subscription models.
- Shopify — e-commerce platform that enables retailers to create branded online stores (used by small and medium businesses).
- \[Conversion rate (%) = (Number of orders / Number of website visitors) × 100\]
- \[Average Order Value (AOV) = Total revenue / Number of orders\]
- \[Customer Acquisition Cost (CAC) = Total marketing cost for a period / Number of new customers acquired in that period\]
- \[Customer Lifetime Value (CLV) ≈ (AOV × Purchase frequency per year × Average customer lifespan in years) − CAC\]
- \[Gross Merchandise Value (GMV) = Sum of the value of all orders transacted on the marketplace (before returns and cancellations)\]
- \[Return rate (%) = (Number of returned orders / Number of sold orders) × 100\]
Outsourcing and IT-Enabled Services (BPO/KPO)
Outsourcing and IT-Enabled Services (BPO/KPO)
Key Point: Cost per Transaction = Total Operational Cost / Number of Transactions
Definition — Outsourcing: Outsourcing is contracting out one or more business processes to an external service provider to reduce costs, access expertise, or focus on core activities.
Definition — IT-Enabled Services (ITES): IT-enabled services use information technology to deliver services remotely. They include Business Process Outsourcing (BPO) and Knowledge Process Outsourcing (KPO).
BPO vs KPO:
- BPO (Business Process Outsourcing): External suppliers handle routine operational processes (e.g., customer support, payroll, data entry). Emphasis is on process execution and cost efficiency.
- KPO (Knowledge Process Outsourcing): External providers handle high-value knowledge and expertise-based tasks (e.g., market research, legal services, analytics, R&D). Emphasis is on specialized skills and decision-making.
Types of Outsourcing/ITES:
- By function: Front-office (customer-facing, e.g., call centers) and Back-office (administration, finance).
- By location: Offshore (different country), Nearshore (neighboring country), Onshore/Domestic (same country).
- By ownership: Third-party outsourcing, Captive centers (company-owned but located elsewhere).
Why businesses outsource:
- Cost reduction (labor arbitrage, lower overheads)
- Access to specialized skills and technology
- Focus on core competencies
- Scalability and flexibility
- Improved service levels and 24/7 operations (time-zone advantage)
Benefits:
- Lower operational costs and predictable pricing
- Faster turnaround and improved efficiency
- Access to global talent and innovation
- Ability to convert fixed costs into variable costs
Risks and challenges:
- Loss of control over processes and data security concerns
- Quality variation and dependency on provider
- Cultural and communication barriers
- Hidden costs (transition, vendor management, contract changes)
Key success factors:
- Clear service-level agreements (SLAs) and KPIs
- Strong vendor selection and governance
- Robust data-security and compliance measures
- Effective change management and knowledge transfer
Role in the economy & trends: Countries like India and the Philippines became major BPO hubs due to skilled, English-speaking labor and lower costs. Trends include automation (RPA, AI), cloud adoption, shift from transactional BPO to higher-value KPO, and hybrid onshore-offshore models.
Class-level summary: Outsourcing and ITES help firms concentrate on core business while external experts handle routine or specialized tasks. BPO focuses on process efficiency; KPO focuses on expertise and insights. Proper contracts, security, and performance measurement are essential for success.
- Customer service call centers (BPO): telecom companies outsourcing 24/7 customer support to external providers.
- Payroll processing (BPO): companies hiring external firms to manage salaries, tax deductions and statutory compliance.
- Data entry/back-office operations (BPO): banks outsourcing cheque processing and account reconciliation.
- Technical helpdesks and IT support (BPO/ITES): software companies outsourcing first-level support to offshore teams.
- Market research and analytics (KPO): FMCG companies hiring specialist firms for consumer insights and forecasting.
- Legal process outsourcing (KPO): law firms outsourcing document review, contract research and patent services.
- \[Cost per Transaction = Total Operational Cost / Number of Transactions\]
- \[Average Handling Time (AHT) = (Total Talk Time + Total Hold Time + Total Wrap-up Time) / Number of Calls\]
- \[First Call Resolution (FCR %) = (Calls Resolved on First Contact / Total Calls) × 100\]
- \[Customer Satisfaction (CSAT %) = (Number of Satisfied Responses / Total Responses) × 100\]
- \[Turnaround Time (TAT) = Time of Completion − Time of Request (average over tasks)\]
- \[Utilization Rate (%) = (Billable Hours / Total Available Hours) × 100\]
Franchising
Franchising
Key Point: Royalty (period) = Gross Sales × Royalty Rate (percent)
Definition: Franchising is a contractual business arrangement in which the franchisor (owner of a trademark, trade name, or business model) grants the franchisee the right to use that trademark, business format and support system to sell goods or provide services in return for fees and royalties. It is an emerging mode of business expansion used widely in retail, hospitality and services.
Parties involved:
- Franchisor: The original business owner who provides brand, know‑how, training, manuals and ongoing support.
- Franchisee: The independent entrepreneur who obtains the right to operate under the franchisor's brand and system in a defined territory.
Types of franchising:
- Product and trade name franchising: Franchisee sells franchisor's products under its brand (common in automobiles and soft drinks).
- Business format franchising: Franchisee adopts the entire method of doing business—brand, procedures, marketing, training and support (common in fast food, retail chains).
Key characteristics:
- Contractual relationship with defined territory, duration and standards.
- Payment structure commonly includes an initial (franchise) fee and ongoing royalties (fixed or percentage of sales).
- Franchisor provides training, operating manuals, marketing and quality control.
- Franchisee invests capital in outlet set up, inventory and local operations.
Advantages:
- For franchisor: rapid expansion with lower capital outlay, local managerial motivation, consistent brand growth.
- For franchisee: proven business model, brand recognition, training and ongoing support, lower risk than starting a new brand.
Limitations / Risks:
- Loss of some operational independence for the franchisee due to strict controls.
- Royalty and fee burden can reduce franchisee margins.
- Reputation risk for franchisor if franchisees do not maintain standards.
- Contract disputes, territorial conflicts and exit/termination issues.
Legal and practical considerations: Franchise agreement (duration, territory, fees, training, quality standards, renewal and termination clauses), compliance with local laws and disclosure norms, support and audit mechanisms, conflict resolution clauses.
How it works (process overview):
- Franchisor develops a replicable business model and manuals.
- Franchisee applies, pays initial fee, and signs agreement.
- Franchisor provides site selection help, training and opening support.
- Franchisee runs day‑to‑day operations, pays royalties and adheres to standards.
- Ongoing marketing, quality checks and renewal/termination occur per contract.
Class 11 perspective (what to remember): Franchising is a contractual method for business expansion that balances the franchisor's brand control with the franchisee's local investment and management. It is an important emerging mode of business used in service and retail sectors.
- McDonald's (business format franchising) — franchisor provides menu, procedures, training and brand; franchisee runs outlets.
- Subway (business format franchising) — individual owners operate outlets under Subway brand and system.
- Domino's Pizza (franchise network) — standardized product, delivery system and marketing.
- Bata (product/trade name franchising in footwear) — local outlets sell branded products supplied by franchisor.
- Reebok / Nike authorized retail outlets (product franchising) — sell branded merchandise under license.
- \[Royalty (period) = Gross Sales × Royalty Rate (percent)\]
- \[Net Profit = Gross Revenue − (Cost of Goods Sold + Operating Expenses + Rent + Royalties + Taxes)\]
- \[Return on Investment (ROI) (%) = (Net Profit / Total Investment) × 100\]
- \[Payback Period (years) = Initial Investment / Annual Net Cash Inflow\]
- \[Break-even Point (units) = Fixed Costs / (Selling Price per Unit − Variable Cost per Unit)\]
E-Governance
E-Governance
Key Point: Transaction Success Rate (%) = (Number of Successful Online Transactions / Total Online Transactions) × 100
Definition: E-Governance is the use of information and communication technology (ICT) by government bodies to deliver services, exchange information, and interact with citizens, businesses and other arms of government transparently, efficiently and conveniently.
Objectives
- Improve service delivery speed and quality
- Increase transparency and reduce corruption
- Enhance citizen participation and access to information
- Reduce administrative costs and improve efficiency
Key Models
- G2C (Government to Citizen): services like online bill payments, certificates, complaints
- G2B (Government to Business): e-procurement, company registrations, tax filing
- G2G (Government to Government): data sharing between departments, integrated databases
- G2E (Government to Employee): payroll, training and HR portals
Core Components
- Digital service delivery platforms (portals, mobile apps)
- Backend databases and integration (interoperability)
- Authentication and identification (Aadhaar, digital signatures)
- Connectivity and infrastructure (broadband, cloud)
Benefits
- Faster processing and reduced turnaround time
- Cost savings for both government and users
- Better record keeping and analytics for policy-making
- 24x7 availability of many services
Challenges
- Digital divide: unequal access to internet and devices
- Data privacy and security concerns
- Resistance to change among officials and users
- Interoperability and legacy system integration
How E-Governance Works (Steps)
- Identify services suitable for digital delivery
- Design user-centric portals and mobile apps
- Authenticate users and process transactions securely
- Integrate departmental databases and enable backend workflows
- Monitor, measure outcomes, and iterate improvements
Technologies Used
- Web and mobile applications, cloud computing
- Biometrics and digital IDs, electronic signatures
- APIs and data integration middleware
- GIS, data analytics and dashboards
Evaluation Metrics
- Service adoption rate, transaction success rate
- Average processing time per service
- Cost per transaction and cost savings
- Citizen satisfaction scores
In short, e-governance transforms traditional public administration into digital, citizen-centric services while facing technical, social and policy challenges that must be addressed for inclusive benefits.
- DigiLocker: Digital storage for citizens to access government-issued documents and certificates online.
- Income Tax e-Filing portal: Filing tax returns online and getting refunds electronically.
- Passport Seva (Passport India): Online application, appointment booking and tracking of passport services.
- GST Portal: Registration, return filing and payment for Goods and Services Tax.
- UMANG app: Unified platform giving access to multiple government services (payments, certificates, schemes).
- MCA21 (Ministry of Corporate Affairs): Online company registration and filing of statutory documents.
- \[Transaction Success Rate (%) = (Number of Successful Online Transactions / Total Online Transactions) × 100\]
- \[Adoption Rate (%) = (Number of Users of E-Service / Eligible Population) × 100\]
- \[Time Reduction (%) = ((Average Time Before Digitisation - Average Time After) / Average Time Before) × 100\]
- \[Cost Savings = Total Cost Before Digitisation - Total Cost After Digitisation\]
- \[Return on Investment (ROI) = (Net Benefits from E-Governance / Cost of Implementation) × 100\]
Digital Marketing and Online Promotion
Digital Marketing and Online Promotion
Key Point: Click-Through Rate (CTR) = (Clicks ÷ Impressions) × 100%
What is Digital Marketing and Online Promotion?
Digital marketing is the use of internet-based channels and electronic devices to promote products, services and brands, build customer relationships and drive measurable business results. Online promotion refers to specific activities—ads, content, emails, social posts, search listings—that increase visibility, traffic and conversions on digital platforms.
Key Components
- Search Engine Optimization (SEO) – improving website content/structure to rank higher in organic search results.
- Search Engine Marketing (SEM) / Paid Search – paid ads shown in search engine results (e.g., Google Ads).
- Social Media Marketing – organic posts and paid ads on Facebook, Instagram, LinkedIn, Twitter, etc.
- Content Marketing – blogs, videos, infographics and other content to attract and educate customers.
- Email Marketing – newsletters, promotional and transactional emails to nurture leads and customers.
- Display & Programmatic Ads – banner/video ads on websites and apps.
- Affiliate & Influencer Marketing – third parties promote products for commission or sponsorship.
- Mobile Marketing – SMS, push notifications, in-app ads and mobile-optimized content.
Objectives and Advantages
- Reach targeted audiences cost-effectively (demographic, geographic, interest-based targeting).
- Measure results in real time (traffic, clicks, conversions, ROI).
- Personalize messages and automate campaigns (marketing automation).
- Scale quickly — local to global — with lower entry costs than many traditional media.
Limitations and Risks
- High competition and ad costs in some sectors.
- Privacy rules and platform policy changes can affect targeting options.
- Requires continuous content creation and monitoring.
- Ad fraud, click spam and brand reputation risks if poorly managed.
Typical Digital Promotion Process
- Set clear goals (awareness, leads, sales).
- Identify target audience and channels.
- Create assets: landing pages, creative, offers and tracking tags.
- Run campaigns (organic + paid), monitor metrics.
- Analyze results, optimize (A/B testing) and scale winning strategies.
Important Metrics (overview)
- Impressions, Clicks, Click-Through Rate (CTR)
- Conversion Rate, Cost Per Click (CPC), Cost Per Acquisition (CPA)
- Return on Ad Spend (ROAS) / Marketing ROI
- Bounce Rate, Average Session Duration, Customer Lifetime Value (CLV)
Digital marketing in practice means choosing the right mix of these components for the product, budgeting for paid channels, creating useful content and continuously measuring and optimizing based on campaign data.
- Flipkart's Big Billion Days: uses a mix of email promotions, app push notifications, social media ads and search ads to drive high traffic and sales during a sale period.
- Nykaa: combines SEO-optimized content, influencer reviews on Instagram and YouTube, and targeted Facebook/Instagram ads to reach beauty shoppers.
- Zomato and Swiggy: use app push notifications, location-based offers and paid search to attract food orders during meal times.
- Local clothing store: runs Facebook/Instagram ads targeting local zip codes, redirects ad clicks to a special landing page with discount code to measure conversions.
- Small e-commerce startup: uses Google Ads (search + shopping) with conversion tracking to measure Cost Per Acquisition and scales profitable keywords.
- Educational institute: publishes free video lessons on YouTube (content marketing) and retargets viewers with ads about paid courses.
- \[Click-Through Rate (CTR) = (Clicks ÷ Impressions) × 100%\]
- \[Conversion Rate = (Conversions ÷ Clicks) × 100% (or ÷ Sessions if measuring site conversions)\]
- \[Cost Per Click (CPC) = Total Ad Spend ÷ Total Clicks\]
- \[Cost Per Acquisition (CPA) = Total Ad Spend ÷ Number of Conversions (customers or leads)\]
- \[Return on Ad Spend (ROAS) = Revenue from Campaign ÷ Ad Spend\]
- \[Marketing ROI (%) = ((Revenue – Cost) ÷ Cost) × 100\]
Security, Legal and Ethical Issues
Security, Legal and Ethical Issues
Key Point: SLE (Single Loss Expectancy) = Asset Value x Exposure Factor (percentage of asset lost per incident)
Overview
Emerging modes of business (e.g., e-commerce, online marketplaces, digital payments, cloud services) bring convenience and reach but also create new security, legal and ethical challenges. Businesses must manage technical risks, comply with laws, and follow ethical principles to maintain trust and avoid penalties.
Security Issues
- Data breaches and theft: Personal, financial or business data stored online can be stolen if systems are insecure.
- Phishing and social engineering: Fraudsters trick users into revealing credentials or money.
- Malware and ransomware: Software that damages, encrypts or locks data, demanding payment.
- Payment fraud: Fraud in digital transactions, card-not-present fraud, account takeover.
- Poor authentication and weak passwords: Allow unauthorized access to accounts and systems.
- Insecure APIs and third-party services: Integrations can introduce vulnerabilities.
Typical technical defenses include encryption (data in transit and at rest), secure authentication (multi-factor authentication), SSL/TLS for websites, regular security audits, secure coding practices, firewalls and intrusion detection, access controls and data minimization.
Legal Issues
- Applicable laws and regulations: Businesses must follow laws such as the Information Technology Act 2000 (India), Consumer Protection laws, e-commerce rules, data protection rules (including global frameworks like GDPR where applicable) and tax laws (GST for online sales).
- Electronic contracts and signatures: Validity of online agreements, e-signatures and records under law.
- Liability and consumer rights: Responsibilities for product quality, delivery, refunds, and misleading claims — e-commerce platforms and sellers have defined duties.
- Intellectual property: Copyright, trademarks and patents must be respected; online infringement is actionable.
- Cross-border compliance: International transactions may trigger multiple jurisdictions and export/import rules.
Non-compliance can lead to fines, blocking of services, civil suits and criminal prosecution under relevant statutes.
Ethical Issues
- Privacy and consent: Collecting only necessary data, obtaining informed consent, and not using data beyond agreed purposes.
- Transparency: Clear pricing, terms, algorithmic decisions (e.g., how recommendations or credit-scores are made).
- Fairness and non-discrimination: Avoiding biased algorithms that disadvantage certain groups.
- Responsible marketing: No false advertising, respecting opt-outs for marketing communication.
- Digital divide and access: Ethical consideration of unequal access to digital services.
Business Practices and Compliance
Good practice combines security, legal compliance and ethics: adopt privacy-by-design, do regular risk assessments, maintain clear policies, appoint data protection officers where required, train employees, and have incident response and consumer redress mechanisms.
Summary
Security protects assets, legal compliance reduces liability, and ethics preserves reputation and trust. Together they are essential for sustainable operation of modern digital businesses.
- Phishing attack: A bank customer receives an email pretending to be the bank asking to 'verify' credentials; attacker uses credentials to drain funds.
- Ransomware at a hospital: Patient records encrypted and hospital services disrupted until ransom is (sometimes) paid.
- Online marketplace fraud: A buyer pays for goods that the seller never ships; platform mediation and consumer protection rules apply.
- Data leak: A company misconfigures cloud storage, exposing customer personal data (names, phone numbers, addresses).
- Privacy violation: An app collects location and contacts without clear consent and shares it with advertisers.
- Intellectual property infringement: An online seller lists counterfeit branded goods leading to legal action by the brand owner.
- \[SLE (Single Loss Expectancy) = Asset Value x Exposure Factor (percentage of asset lost per incident)\]
- \[ARO (Annual Rate of Occurrence) = Expected number of incidents per year\]
- \[ALE (Annualized Loss Expectancy) = SLE x ARO\]
- \[ROSI (Return on Security Investment) = (ALE_before - ALE_after - Cost_of_Security) / Cost_of_Security\]
- \[Risk (qualitative) ≈ Threat x Vulnerability x Impact (used for prioritizing controls)\]
Advantages and Limitations of Emerging Modes
Advantages and Limitations of Emerging Modes
Key Point: Return on Investment (ROI) = (Net Gain from Investment − Cost of Investment) / Cost of Investment × 100
Definition & context: Emerging modes of business are new methods and channels—mainly technology-driven—through which firms produce, market, sell and deliver goods and services (e.g., e-commerce, m‑commerce, e‑banking, franchising, outsourcing, BPO/KPO, online education and app‑based services). These modes bring structural changes in how business is conducted.
Key advantages:
- Wider market reach: Online channels remove geographic limits; a small seller can reach national and international customers 24/7.
- Lower transaction and distribution costs: Digital platforms, automation and outsourcing reduce fixed and per‑unit costs.
- Convenience & speed: Customers get faster service (instant payments, same‑day delivery, digital access to content).
- Scalability and flexibility: Cloud services and platforms let firms scale up quickly with demand.
- Personalization and data insights: Analytics enable targeted marketing, better customer profiling and dynamic pricing.
- Access to global talent and specialization: Outsourcing and remote work let firms tap specialized skills at lower cost.
- Innovative business models: Subscription models, marketplaces and gig platforms create new revenue streams.
Key limitations and risks:
- Digital divide & accessibility: Poor internet, low digital literacy or lack of devices reduce reach for some customer segments.
- Cybersecurity & fraud: Online transactions can be vulnerable to data breaches, identity theft and payment fraud.
- Legal, tax and regulatory issues: Cross‑border trade, data protection laws and local regulations may complicate operations.
- Quality control and trust: Lack of physical interaction can create trust issues (product quality, service reliability, returns).
- Dependence on technology and infrastructure: Outages, weak logistics or payment failures can halt business quickly.
- High initial investment in tech & marketing: Platform development, cybersecurity and customer acquisition can be expensive.
- Intense competition & price pressure: Low entry barriers online often lead to price wars and low margins.
- Social impact: Job displacement in traditional sectors and concerns over gig‑worker protection.
How advantages and limitations balance in practice: A company using emerging modes must manage trade‑offs—invest in cybersecurity and customer support to build trust, ensure regulatory compliance, design inclusive access strategies, and choose the right mix of in‑house vs outsourced capabilities to keep quality and costs in balance.
- Amazon/Flipkart (e‑commerce): Global reach and 24/7 sales; but heavy logistics costs and return management challenges.
- Paytm/Google Pay (digital payments): Convenience and fast transactions; but risks of fraud and regulatory oversight.
- Ola/Uber (app‑based services): Scalable platform and flexible workforce; but regulatory tussles and driver welfare issues.
- Infosys/TCS (outsourcing/BPO): Cost savings and access to skilled labour; but coordination, language and quality control issues.
- McDonald's/Domino's (franchising): Rapid expansion with lower capital; but limited franchisee autonomy and brand risk if standards slip.
- BYJU'S/Unacademy (e‑learning): Wide access to courses and personalized learning; but digital divide and concerns about content quality and student engagement.
- \[Return on Investment (ROI) = (Net Gain from Investment − Cost of Investment) / Cost of Investment × 100\]
- \[Customer Acquisition Cost (CAC) = Total Sales & Marketing Cost / Number of New Customers Acquired\]
- \[Customer Lifetime Value (CLV) ≈ Average Purchase Value × Purchase Frequency per Year × Average Customer Lifespan (years)\]
- \[Conversion Rate (%) = (Number of Conversions / Number of Visitors) × 100\]
- \[Average Order Value (AOV) = Total Revenue from Orders / Number of Orders\]
- \[Break‑Even Point (units) = Fixed Costs / (Selling Price per Unit − Variable Cost per Unit)\]
Infrastructure and Support Systems
Infrastructure and Support Systems
Key Point: Business Efficiency ∝ Quality of Infrastructure / Transaction Costs
Definition: Infrastructure and support systems are the physical, technological, institutional and human facilities and services that enable businesses to operate efficiently and deliver products or services to customers.
Components:
- Physical infrastructure: transport (roads, rail, ports), power, warehousing, cold chain.
- Technological infrastructure: internet, broadband, data centers, cloud services, payment gateways, cybersecurity.
- Institutional and regulatory support: laws, taxation system, trade facilitation, standards, licensing and dispute resolution.
- Financial infrastructure: banks, stock exchanges, payment networks, credit and insurance.
- Human infrastructure: skilled workforce, vocational training, management and service personnel.
- Service support systems: logistics, customer support, after sales service, third party service providers (3PL, BPO).
Role in emerging modes of business: Emerging business modes such as e commerce, platform economy, franchising, outsourcing and gig work depend heavily on robust infrastructure. For example, e commerce needs reliable internet, digital payment systems and efficient logistics. BPOs need telecommunications and skilled labour pools. Franchises rely on supply chain, quality standards and regulatory clarity.
Benefits: Good infrastructure reduces transaction costs, shortens delivery time, increases reach and scale, improves quality and trust, and supports innovation and competitiveness.
Challenges and gaps: uneven geographic coverage, high initial investment, regulatory bottlenecks, cybersecurity risks, and skills mismatch. Addressing these requires both public investment and private participation through PPPs, policy reforms and training programs.
How businesses respond: Firms may vertically integrate (own warehouses, logistics), outsource to specialists (3PL, managed IT), adopt cloud services, use fintech for payments and credit, and invest in training or automation to mitigate infrastructure gaps.
- Amazon and Flipkart: large investments in warehousing, last mile delivery networks and IT platforms to enable fast e commerce fulfilment.
- Jio in India: massive telecom infrastructure expansion that lowered data costs and enabled millions to access digital services, accelerating digital businesses.
- UPI and NPCI: payment infrastructure that made instant, low cost digital payments widely available in India, boosting online transactions.
- Cloud providers (AWS, Azure, Google Cloud): provide scalable IT infrastructure for startups and enterprises without heavy capital expenditure.
- Third Party Logistics (3PL) providers like DHL, Blue Dart: offer warehousing, freight forwarding and last mile delivery enabling firms to focus on core activities.
- Skill development initiatives and business process training centres that supply trained manpower for BPOs and IT services.
- \[Business Efficiency ∝ Quality of Infrastructure / Transaction Costs\]
- \[Service Reach = Digital Penetration × Logistics Efficiency\]
- \[Customer Satisfaction = f(On Time Delivery\]\[Product Quality\]\[After Sales Support)\]
- \[Operational Cost per Unit = Fixed Infrastructure Cost ÷ Utilisation + Variable Operating Cost\]
Key Concepts
- E-commerce
- Buying and selling of goods and services using the internet and electronic platforms.
- E-business
- Use of internet and digital technologies to conduct business processes such as production, marketing, and customer service.
- M-commerce
- Commercial transactions conducted through mobile devices like smartphones and tablets.
- B2B (Business-to-Business)
- Trade of goods or services between businesses rather than between business and consumers.
- B2C (Business-to-Consumer)
- Selling products or services directly from a business to individual consumers.
- C2C (Consumer-to-Consumer)
- Transactions where consumers sell goods or services to other consumers, usually via a third-party platform.
- B2G (Business-to-Government)
- Commercial dealings between companies and government entities, often through tenders or contracts.
- Digital Payments
- Electronic methods of transferring money or making payments without physical cash.
- E-governance
- Use of information and communication technology by government to deliver services and information to citizens and businesses.
- Outsourcing
- Contracting out business processes or services to external specialists to reduce cost or focus on core activities.
- BPO (Business Process Outsourcing)
- Outsourcing of specific business operations like customer support, payroll or data entry to external service providers.
- KPO (Knowledge Process Outsourcing)
- Outsourcing of high-value, knowledge-based tasks such as research, analytics, legal or financial services.
- Cloud Computing
- Delivering computing services (storage, servers, databases, software) over the internet on a pay-as-you-go basis.
- Work from Home (Telecommuting)
- Employees perform their job duties remotely from home using digital tools and communication technologies.
- Franchising
- A business model where a franchisor grants rights to a franchisee to operate under its brand and system in exchange for fees or royalties.
- Aggregator
- A platform that brings together service providers and customers, standardizing service offerings and facilitating transactions.
- Supply Chain Management (SCM)
- Coordinated management of the flow of goods, information and finances from suppliers to end customers.
- Logistics
- Planning and executing the movement, storage and handling of goods from origin to consumption.
- Omnichannel Retailing
- Integrated retail approach that offers a seamless customer experience across online, mobile and physical store channels.
- Virtual Organization
- A company that operates primarily through digital networks with geographically dispersed teams and minimal physical infrastructure.
Practice Questions
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Distinguish between e-commerce and e-business. / ई-कॉमर्स और ई-बिज़नेस के बीच अंतर बताएँ।
Show answer
E-commerce is the buying and selling of goods and services through electronic systems, mainly online transactions like orders and payments. / ई-कॉमर्स इलेक्ट्रॉनिक प्रणालियों के माध्यम से वस्तुओं एवं सेवाओं का क्रय-विक्रय है, मुख्यतः ऑर्डर एवं भुगतान जैसे ऑनलाइन लेन-देन। E-business is broader, covering e-commerce plus all internal business processes performed using ICT such as procurement, CRM, HR and supply-chain management. / ई-बिज़नेस व्यापक है, जिसमें ई-कॉमर्स के साथ-साथ ICT द्वारा किए जाने वाले सभी आंतरिक व्यावसायिक प्रक्रियाएँ जैसे क्रय, CRM, मानव संसाधन एवं आपूर्ति-श्रृंखला प्रबंधन सम्मिलित हैं।
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Explain the difference between BPO and KPO with one example each. / BPO और KPO के बीच अंतर एक-एक उदाहरण सहित समझाएँ।
Show answer
BPO (Business Process Outsourcing) handles routine operational processes with emphasis on cost efficiency, e.g., customer support call centres or payroll processing. / BPO (व्यावसायिक प्रक्रिया आउटसोर्सिंग) नियमित परिचालन प्रक्रियाओं को संभालता है जिसमें लागत-दक्षता पर बल होता है, जैसे ग्राहक-सहायता कॉल सेंटर या वेतन प्रसंस्करण। KPO (Knowledge Process Outsourcing) handles high-value, expertise-based tasks, e.g., market research, analytics or legal services. / KPO (ज्ञान प्रक्रिया आउटसोर्सिंग) उच्च-मूल्य, विशेषज्ञता-आधारित कार्यों को संभालता है, जैसे बाजार अनुसंधान, विश्लेषण या कानूनी सेवाएँ।
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Define m-commerce and state any two of its advantages. / एम-कॉमर्स को परिभाषित करें तथा इसके कोई दो लाभ बताएँ।
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M-commerce (mobile commerce) is the buying and selling of goods and services and the transfer of funds using mobile phones, tablets and other wireless devices. / एम-कॉमर्स (मोबाइल कॉमर्स) मोबाइल फोन, टैबलेट एवं अन्य वायरलेस उपकरणों का उपयोग करके वस्तुओं एवं सेवाओं का क्रय-विक्रय तथा धन का अंतरण है। Two advantages are convenience of transacting anytime and anywhere, and faster checkouts through stored cards and wallets. / दो लाभ हैं: कभी भी और कहीं भी लेन-देन की सुविधा, तथा संग्रहीत कार्ड एवं वॉलेट के माध्यम से तीव्र चेकआउट।
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What is Electronic Data Interchange (EDI) and state one benefit it offers to business. / इलेक्ट्रॉनिक डेटा इंटरचेंज (EDI) क्या है तथा यह व्यवसाय को कौन-सा एक लाभ देता है, बताएँ।
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EDI is the structured electronic transmission of business documents such as purchase orders and invoices between organisations in a standard format, replacing paper communication. / EDI संगठनों के बीच क्रय आदेश एवं चालान जैसे व्यावसायिक दस्तावेज़ों का मानक प्रारूप में संरचित इलेक्ट्रॉनिक प्रेषण है, जो कागज़ी संचार का स्थान लेता है। One benefit is faster processing with fewer errors and lower transaction costs. / एक लाभ है तीव्र प्रसंस्करण, कम त्रुटियाँ तथा कम लेन-देन लागत।
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Compare e-commerce with traditional commerce on the basis of market reach and operating hours. / बाजार पहुँच तथा परिचालन समय के आधार पर ई-कॉमर्स की पारंपरिक वाणिज्य से तुलना करें।
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E-commerce offers national and global reach to customers and operates 24x7, allowing transactions anytime. / ई-कॉमर्स ग्राहकों को राष्ट्रीय एवं वैश्विक पहुँच प्रदान करता है तथा 24x7 संचालित होता है, जिससे कभी भी लेन-देन संभव है। Traditional commerce is usually limited to a local geographic area and operates only during fixed business hours. / पारंपरिक वाणिज्य सामान्यतः एक स्थानीय भौगोलिक क्षेत्र तक सीमित होता है तथा केवल निश्चित व्यावसायिक घंटों में संचालित होता है।
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Define franchising and name the two parties involved in a franchise arrangement. / फ्रेंचाइज़िंग को परिभाषित करें तथा फ्रेंचाइज़ व्यवस्था में सम्मिलित दो पक्षों के नाम बताएँ।
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Franchising is a contractual arrangement in which the owner of a brand and business model grants another party the right to use it to sell goods or services in return for fees and royalties. / फ्रेंचाइज़िंग एक संविदात्मक व्यवस्था है जिसमें किसी ब्रांड एवं व्यवसाय-प्रारूप का स्वामी दूसरे पक्ष को शुल्क एवं रॉयल्टी के बदले उसका उपयोग कर वस्तुएँ या सेवाएँ बेचने का अधिकार देता है। The two parties are the franchisor (brand owner) and the franchisee (the operator using the brand). / दो पक्ष हैं: फ्रेंचाइज़र (ब्रांड स्वामी) तथा फ्रेंचाइज़ी (ब्रांड का उपयोग करने वाला परिचालक)।
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Explain how a digital signature ensures the authenticity and integrity of an electronic document. / डिजिटल हस्ताक्षर किस प्रकार किसी इलेक्ट्रॉनिक दस्तावेज़ की प्रामाणिकता एवं अखंडता सुनिश्चित करता है, समझाएँ।
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The document is hashed and the hash is encrypted with the signer's private key to form the digital signature, confirming the signer's identity (authenticity). / दस्तावेज़ का हैश बनाया जाता है और उस हैश को हस्ताक्षरकर्ता की निजी कुंजी से एन्क्रिप्ट कर डिजिटल हस्ताक्षर बनाया जाता है, जो हस्ताक्षरकर्ता की पहचान (प्रामाणिकता) की पुष्टि करता है। The recipient decrypts it with the public key and compares hashes; if they match, the document is unaltered (integrity). / प्राप्तकर्ता इसे सार्वजनिक कुंजी से डिक्रिप्ट करके हैश की तुलना करता है; यदि वे मेल खाते हैं, तो दस्तावेज़ अपरिवर्तित है (अखंडता)।
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An online store had 25,000 visitors and 1,250 of them made a purchase. Calculate its conversion rate. / एक ऑनलाइन स्टोर पर 25,000 विज़िटर आए जिनमें से 1,250 ने खरीदारी की। उसकी रूपांतरण दर ज्ञात करें।
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Conversion Rate (%) = (Number of buyers ÷ Number of visitors) × 100 = (1,250 ÷ 25,000) × 100. / रूपांतरण दर (%) = (खरीदारों की संख्या ÷ विज़िटरों की संख्या) × 100 = (1,250 ÷ 25,000) × 100। This equals 5%, meaning 5 out of every 100 visitors made a purchase. / यह 5% के बराबर है, अर्थात् प्रत्येक 100 विज़िटरों में से 5 ने खरीदारी की।
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