SESSION 01: Introduction and Evolution of IoT Flashcards
1
Q
What is IOT?
A
Internet of Things.
A network of physical devices, items (such as vehicles and home appliances) embedded with electronics, software, sensors, and network connectivity.
2
Q
What are the key characteristics of IOT systems?
A
- Connectivity
- Scalability
- Identity of Things
- Sensors and Actuators
- Data collection and Analytics.
- Intelligence
- Security
- Heterogeneity
- Intergration
3
Q
Examples of everyday IOT applications?
A
- Smart Home
- Smart lightning
- Smart appliance
- Smart locks and
security system - Smart speakers and
entertainment
systems
- Personal Wellness
- Wearable fitness
trackers - Smartwatches
- Smart health
monitors - Smart health
monitors
- Wearable fitness
- Connected transportation
- Smart cars
- Connected bikes or
scooter - Smart traffic
management system
- Other everyday application
- Smart retail
- Smart agriculture
- Smart cities
- Wearable payments
4
Q
How IoT is shaping different aspects of our lives?
(What are the Impact of IOT on different sectors?)
A
- Smart Homes
- Convenience and Comfort
- Enhanced Security
- Remote Control and Monitoring
- Smart Cities
- Traffic Management
- Resource management
- Public safety
- Healthcare
- Remote patient monitoring
- Improved treatment and care
- Telemedicine
- Retail
- Inventory management
- Personalized shopping experience
- Enhances loss prevention
- Manufacturing
- Smart factories
- Improved quality control
- Supply chain optimization
- Agriculture
- Precision farming
- Remote field monitoring
- Livestock Management
- Transportation and Logistics
- Connected vehicles
- Fleet management
- Predictive maintenance
- Energy and Utility
- Smart Grids
- Automated Metering Infrastructure
- Leak detection and prevention
- Environmental Monitoring
- Air quality monitoring
- Climate change monitoring
- Natural disaster management
5
Q
What are the applications of IOT?
A
- Better Entreprises solutions.
- Smarter homes.
- Innovating agriculture
- Smarter cities
- Upgrading supply chain management
- Transforming healthcare
6
Q
What are the factors that led to the emergence of IOT?
A
- Miniaturization of Sensor technology
- Increased network connectivity
- Cloud computing and data analytics
- Increased processing power
- Demand for Automation and Efficiency
- Reduced cost of Device and Services
- Increased security awareness
- Growing focus on Interoperability and Standardization
7
Q
M2M communication vs Ubiquitous IOT?
A
M2M communication:
- Direct communication between machines, usually in closed networks.
- Focuses on specific tasks with fewer devices involved, used in areas like industrial automation.
- Typically, pre-programmed or rule-based, with intelligence in a central controller or within devices.
- Limited user interaction; mostly for setup or trouble shooting
- Foundation of IoT, like two machines talking to each other.
Ubiquitous IoT:
- Expands M2M to a large, interconnected ecosystem including cloud platforms and UIs
- Involves many devices across various sectors, creating an intelligent environment.
- Devices are smarter, can analyze data, make decisions, and act autonomously, using edge computing or the cloud.
- Includes user interfaces for monitoring, control, and personalization.
- Builds on M2M but aims for a fully connected world, like a bustling, connected city.
8
Q
What are the Drivers of IOT Adaptation?
A
- Increased Efficiency and Automation
- Enhanced Data-driven and Decision making
- Improved convenience and comfort
- Reduced costs of technology
- Growing demand for Sustainability:
IoT supports sustainability through resource optimization. - Innovation and new business models:
IoT enable new business models and innovation.
9
Q
What are the challenges of IoT adoption?
A
- Security concerns
- Data privacy and Ownership
- Interoperability and standardization
- Technical Expertise
- Scalability
- Cost considerations