Study Unit 11 Notes on Accounting in Technology

Study Unit 11: Accounting in Technology

1. Introduction

  • Society's growing dependence on computer and communication technology signals a shift into the information age.

2. Blockchain

  • Definition: A decentralized, distributed digital ledger recording transactions across multiple computers to prevent retroactive alterations.

    • Described by the Bank of England as a means for individuals to trust a shared record of events.

  • Usage: Primarily in cryptocurrencies like Bitcoin, enabling public transaction storage.

2.1 Benefits of Blockchain

  • Security: Provides enhanced security compared to traditional systems which can be hacked easily due to their closed nature.

2.2 Features of Blockchain

  • Transactions recorded by multiple participants ensure transparency and consensus.

  • Transaction verification is performed by network computers ensuring accuracy.

  • New blocks link to previous ones via cryptographic hashes, maintaining the integrity of the chain.

  • Interference attempts are rejected if consensus is not reached among network participants.

2.3 Typical Stages in a Blockchain Transaction

  1. Transaction request initiated.

  2. Block representing transaction created.

  3. Block sent to every node in the network.

  4. Nodes validate transaction authenticity.

  5. Authorized block added to the chain.

  6. Nodes receive rewards (e.g., bitcoins) for validation.

2.4 Relevance to Finance Professionals

  • Clarifies asset ownership and improves efficiency, reducing maintaining and reconciling ledgers.

  • Address areas like the existence of obligations and measurement of amounts owed.

  • Frees resources to focus on planning and valuation rather than record-keeping.

3. Fourth Industrial Revolution (4IR)

  • Defined as the emergence of cyber-physical systems (CPS), integrating digital technologies into society and daily life.

3.1 Understanding CPS

  • CPS refers to systems monitored and controlled by computing and communication cores, encompassed in technologies like IoT, blockchain, and AI.

3.2 Historical Context of Industrial Revolutions

  • 1st Industrial Revolution: Steam power and mechanization changed economies.

  • 2nd Industrial Revolution: Electricity and mass production redefined industry.

  • 3rd Industrial Revolution: Digital systems, IT, and automated processes began in the 1950s, forming the Digital Revolution.

3.3 Features of 4IR

  • Blending physical and digital systems leads to increased autonomy, job displacement, and a focus on creativity and AI.

3.4 Job Future in 4IR

  • Expectations highlight a shift towards well-paying roles centered on creativity, data analytics, and cybersecurity.

  • Skills required include critical thinking, complex problem solving, creativity, and emotional intelligence.

3.5 Areas of Concern

  1. Inequality: Concentrated wealth distribution raises social issues.

  2. Security: Increasing social unrest and cybersecurity threats.

  3. Identity and Community: Ethical concerns with emerging technologies impacting humanity's definition.

3.6 Role of Higher Education

  • Higher education must adapt to prepare learners for evolving job demands amid 4IR, emphasizing creativity and lifelong learning.

3.7 Accounting Skills in Digital Economy

  • Accountants are urged to develop analytical skills and adaptability to face the challenges posed by the 4IR.

4. Enterprise Systems

  • Enterprise Systems: Commercial software that integrates business processes across an organization.

4.1 ERP Systems

  • ERP software integrates data across functions in an organization for enhanced information management and operational efficiency.

4.2 Reasons to Acquire ERP Systems

  1. Improve operational performance.

  2. Simplify management across multiple business areas.

  3. Replace outdated systems.

  4. Solve complex business problems to achieve productivity gains.

4.3 Application of ERP Systems

  • Automates routine accounting tasks, shifting focus to data analysis and performance measurement.

4.4 Advantages and Disadvantages of ERP Systems

Advantages

Disadvantages

Centralized data access for multiple users

High implementation costs

Increased efficiency in workflow

Difficult to implement changes

Improved tracking and forecasting capabilities

Risk of system failure affecting all departments

4.5 Role of Accountants with ERP

  • Accountants need advanced IT and analytical skills to manage ERP implementations and data analysis responsibilities effectively.

5. SAP and Oracle

  • SAP is a leading ERP software provider, while Oracle manages vast databases essential for business operations.

6. E-Commerce and Digitalisation

  • E-commerce has surged during COVID-19, with the digital transformation reshaping business dynamics and consumer behavior.

6.1 Categories of E-Commerce

  1. B2B: Business to Business transactions.

  2. B2C: Business to Consumer sales.

  3. C2C: Consumer to Consumer exchanges.

  4. C2B: Consumer to Business transactions.

  5. E-Government: Government transactions through electronic means.

6.2 Action Points for E-Commerce

  • Governments should enhance digital readiness to foster local businesses capability.

  • Establish effective legal and regulatory frameworks to support digital transactions.

7. Digitalisation

  • The conversion of analog processes to digital is vital for modern businesses, with implications on operational efficiencies.

7.1 Benefits of Digitalisation

  • Enables better customer interaction and data management.

8. Current Trends in Technology

8.1 Artificial Intelligence (AI)

  • AI offers opportunities for finance by automating tasks and improving efficiency in decision-making processes.

8.2 Cloud and Mobile Computing

  • Cloud computing streamlines data access from remote locations, enhancing collaborative work environments.

8.3 Cryptocurrencies

  • Cryptocurrencies like Bitcoin leverage blockchain for secure transactions, showcasing new financial trends in digital currency use.