What's included
- Product development: requirements, device and sensor selection, prototypes, firmware for microcontrollers and single-board computers, enclosures, pilot builds
- Connectivity: Wi-Fi, Ethernet, 4G/5G, LoRaWAN, BLE, Zigbee; Modbus and OPC UA; MQTT; edge gateways
- Platform: device registry, data storage, dashboards, alerts and rules, on cloud IoT services or self-hosted
- Security: per-device credentials, encrypted connections, secure over-the-air updates
- Implementation: site survey, installation, commissioning, monitoring and support
- Use cases: server-room monitoring (temperature, humidity, leaks, power), energy metering, asset and vehicle tracking, cold-chain monitoring, smart buildings, machine monitoring
IoT architecture
Text version of this diagram
- Sensors and machines → Edge gateway
- Edge gateway → IoT platform (MQTT, encrypted)
- IoT platform → Dashboards
- IoT platform → Alerts: SMS, email, app
- IoT platform → APIs to your systems
- Secure updates → Edge gateway and Sensors and machines
Who it's for
- Factories wanting machine and energy data
- Businesses tracking assets, vehicles or cold storage
- Server rooms needing environment monitoring
What you get
- Pilot with a few devices
- Devices, gateways and platform installed
- Dashboards and alerts
- Monitoring and support
Questions
Can we start small?
Yes: a pilot with a few devices proves the value before rollout.
Who owns the data?
You do; it can stay on your own servers.
What does an IoT pilot involve?
A few sensors on one machine or room for some weeks, enough to prove the value before rollout.