IoT (Internet of Things)
Internet of Things
A network of physical devices embedded with sensors, software, and connectivity enabling them to collect and exchange data, powering applications from smart agriculture to industrial automation.
In-Depth Explanation
The Internet of Things connects physical devices to the internet, enabling data collection, remote monitoring, and automated responses. IoT transforms everyday objects into intelligent, connected devices.
IoT architecture:
- Device layer: Sensors, actuators, embedded systems
- Connectivity: WiFi, Bluetooth, LoRaWAN, 5G, MQTT protocols
- Edge processing: Local data processing for latency-sensitive operations
- Cloud platform: Centralised storage, analytics, device management
- Application layer: Dashboards, alerts, automation
Australian business use cases:
- Agriculture: Soil moisture sensors, weather stations, livestock tracking
- Retail: Foot traffic counters, environmental monitoring
- Manufacturing: Equipment monitoring, predictive maintenance
- Logistics: Fleet tracking, cold chain monitoring
- Building management: HVAC, energy monitoring, security
- Healthcare: Patient monitoring, asset tracking
IoT platforms:
- AWS IoT Core: Device connectivity and analytics
- Azure IoT Hub: Device management and edge computing
- Google Cloud IoT: Analytics and AI integration
- ThingsBoard: Open-source IoT platform
Security considerations:
- Devices often have limited compute for security
- Large attack surface with many devices
- Firmware update management at scale
- Network segmentation to isolate IoT devices
Business Context
IoT enables real-time monitoring and automation of physical operations, reducing costs, improving efficiency, and creating new revenue streams through data-driven insights.
How Clever Ops Uses This
Clever Ops helps Australian businesses implement IoT solutions, from sensor deployment to cloud analytics, building data pipelines that turn IoT data into actionable business insights.
Example Use Case
"An Australian vineyard deploys IoT soil sensors across 200 hectares, automatically triggering irrigation based on moisture data. Water usage decreases by 30% while grape quality improves."