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- Smart Homes
- Healthcare
- Industrial Automation
- Agriculture
- Transportation
- Retail
- Energy Management
- Smart Cities
- Logistics
Key IoT Use Cases and Applications
Smart Appliances
Home Security
Energy Management
Key IoT Use Cases and Applications**
Smart Homes
Smart Homes
IoT transforms residential living by introducing automation and remote control to household systems, enhancing convenience and energy efficiency.
Wearable Health Monitors
Telemedicine
Smart Hospital Equipment.
Key IoT Use Cases and Applications**
Healthcare
Healthcare
In this industry, IoT facilitates remote monitoring and management of patient health, improving outcomes and reducing costs.
Predictive Maintenance
Asset Tracking
Process Optimization
Key IoT Use Cases and Applications**
Industrial Automation
Industrial Automation
IoT enhances manufacturing and industrial processes through automation and data analytics.
Soil Moisture Sensors
Livestock Monitoring
Climate Monitoring
Key IoT Use Cases and Applications**
Agriculture
Agriculture
IoT applications in agriculture, often referred to as "smart farming," aim to increase yield and efficiency.
Connected Vehicles
Fleet Management
Traffic Monitoring
Key IoT Use Cases and Applications**
Transportation
Transportation
IoT transforms transportation by enhancing vehicle connectivity and traffic management.
Smart Shelves
Personalized Promotions
Supply Chain Management
Key IoT Use Cases and Applications**
Retail
Retail
IoT improves inventory management and customer experience.
Smart Grids
Smart Meters
Home Energy Management System
Key IoT Use Cases and Applications**
Energy Management
Energy Management
IoT contributes to more efficient energy consumption and distribution.
Air Quality Sensors
Water Quality Monitoring
Wildlife Tracking
Key IoT Use Cases and Applications**
Environmental Monitoring
Environmental Monitoring
IoT aids in tracking environmental parameters to promote sustainability.
Smart Lighting
Waste Management
Public Safety
Key IoT Use Cases and Applications**
Smart Cities
Smart Cities
IoT technologies help manage urban infrastructure and services efficiently.
Asset Tracking.
Warehouse Automation
Condition Monitoring
Key IoT Use Cases and Applications**
Logistics
Logistics
IoT enhances logistics by improving tracking and management of goods.
- Ubiquitous Connectivity
- Widespread Adoption of IP-Based Networking
- Computing Economics
- Miniaturation
- Advances in Data Analytics
- Rise of Cloud Computing
Technology and Market Trends Driving IoT
Technology and Market Trends Driving IoT:
Ubiquitous Connectivity.
**Ubiquitous = everywhere
Wireless services and technology enable low-cost, high-speed, pervasive network connectivity, making almost everything "connectable."
Technology and Market Trends Driving IoT:
Widespread Adoption of IP-Based Networking
IP is the dominant global network protocol, offering a well-defined and widely implemented platform of software and tools that can be quickly and cheaply incorporated into a wide range of devices.
Technology and Market Trends Driving IoT:
Computing Economics
Moore's law continues to deliver greater computing power at lower price points and lower power consumption as a result of industry investment in research, development, and manufacturing.
Technology and Market Trends Driving IoT:
Miniaturation
The incorporation of technology into very small objects has fueled the development of small and inexpensive sensor devices, which power many IoT applications
Technology and Market Trends Driving IoT:
Advances in Data Analytics
New algorithms enable the analysis of huge amounts of data, opening up new possibilities for extracting information and knowledge.
Technology and Market Trends Driving IoT:
Rise of Cloud Computing
Allows small and distributed devices to interact with powerful back-end analytic and control capabilities by utilizing remote, networked computing resources for data processing, management, and storage.
people, things, and cloud services
The Internet is connecting _ to create new use cases and business models
IoT
designed to standardize how people and machines communicate by utilizing shared public services.
- Sensing a complex environment
- Multiple connectivity options
- Power is critical
- Security is a must
- IoT is complex
- Connecting to the cloud.
Challenges of IoT:
Challenges of IoT:
- Sensing a complex environment (Sensing)
_ technology is a must
- Innovative ways to sense and deliver information is needed
Challenges of IoT:
- Multiple connectivity options
No one connectivity standard will win in the IoT
- Broad variety wired or wireless standards are available
Challenges of IoT:
- Power is critical
System-level approach to power is required
- The lowest power solutions for any application
Challenges of IoT:
- Security is a must
Security is vital at all layers
- Built-in hardware security technology
Challenges of IoT:
- IoT is complex
IoT must be easy
- IoT solutions for everyone not just for experts
Challenges of IoT:
- Connecting to the cloud
Making it easier to connect to the cloud
- Ecosystem of cloud partners to enable easy integration