Introduction to Internet of Things (IoT) in Business

Introduction to the Internet of Things (IoT) in Business

Overview

  • The world is undergoing a transformation that affects all individuals and sectors, driven by evolving technology.
  • Businesses must adapt to new demands and leverage opportunities presented by technical evolution.

M2M and IoT

  • M2M (Machine to Machine) and IoT (Internet of Things) are critical technologies shaping contemporary society.
  • Factors driving M2M and IoT uptake:
    1. Increased need for insights into the physical environment (industrial and consumer).
    2. Advancements in technology and networking capabilities.
    3. Lower costs of data collection and analysis.

History of IoT

  • 1970: Initial concept of connected devices proposed.
  • 1990: John Romkey creates an Internet-controlled toaster.
  • 1995: Siemens introduces the first M2M cellular module.
  • 1999: Term “Internet of Things” coined by Kevin Ashton.
  • 2004-2005: Growing media coverage and recognition of the IoT concept.
  • 2008: Internet of Things officially recognized as a concept.
  • 2011: Gartner includes IoT in its market research.

Evolution of IoT

  • Evolution includes various technologies leading to modern IoT solutions:
    1. ATM (Automated Teller Machine): First operational ATM appeared in 1974, designed for 24/7 cash dispensing.
    2. Web: World Wide Web launched in 1991, revolutionizing communication and access to information.
    3. Smart Meters: Began implementation in the 2000s, enabling remote power usage monitoring.
    4. Connected Healthcare: Devices like wearables monitor health metrics and connect to medical records.
    5. Connected Vehicles: Automobiles that communicate with the internet and each other for diagnostics and alerts.
    6. Smart Cities: Infrastructure that integrates various smart technologies for efficient urban management.
    7. Smart Dust and UAVs: Microscopic sensors for environmental monitoring and drones for various applications.

M2M vs IoT

Definitions

  • M2M: Enables communication between similar devices and focuses on specific applications, usually via non-IP protocols.
  • IoT: Encompasses broader applications connecting multiple devices via the Internet.

Key Differences

AspectM2MIoT
CommunicationMachine-to-machineMachine-to-machine and machine-to-human
ProtocolsNon-IPIP protocols
Data CommunicationOne-wayBack and forth communication
IntegrationLimited optionsUnlimited integration options
Type of DataStructured dataStructured and unstructured data
ApplicationsTypically closed systemsOpen protocols and multiple applications

Characteristics Comparison

  • M2M typically focuses on vertical applications with a closed system approach, while IoT promotes horizontal applications with potential for cross-industry integration, emphasizing customer engagement.

Megatrends Influencing M2M and IoT

Summary of Megatrends and Implications

  • Megatrends are long-term patterns affecting global society, creating both pressures and opportunities. Examples:
    • Natural resource constraints
    • Economic shifts
    • Urbanization

Required Capabilities

  • Capabilities include:
    • Integrated infrastructures
    • Advanced data processing and visualization
    • Intelligent software for automation

Implications of Megatrends on Technology and Business

  • Transition from vertical systems to open, horizontal architectures.
  • Promotion of open software development, enabling cloud and as-a-service innovations.
  • Development of new roles and value systems in the marketplace, indicating a shift to consumer-centric approaches.