// Technology Stack

Edge to headend,
by design.

The systems we design stand on a deliberate two-layer architecture: Milesight at the sensing edge, Tridium Niagara at the integration headend. Best-in-class hardware and a truly open software platform — which we specify for openness and longevity, then leave your integrator to build.

// The Architecture
Layer 04
Enterprise & Cloud
Dashboards, analytics and reporting for owners and operators.
Open APIs
↑  normalised data  ↑
Layer 03
Tridium Niagara // Headend
Integration engine, control logic and secure supervision — every system unified into one model.
BACnet · Modbus · OPC UA
↑  protocol & field bus  ↑
Layer 02
Milesight Gateways & Controllers // Edge
Aggregation, edge logic and bridging between wireless sensing and the wider network.
LoRaWAN · Ethernet
↑  wireless telemetry  ↑
Layer 01
Milesight Sensors // Field
The building's senses — air quality, occupancy, energy, leaks — captured where the cabling never reached.
Battery · Low-power
The Edge // Sensing & Control

Milesight.

Milesight builds the LoRaWAN sensing layer — reliable, long-range, ultra-low-power devices with end-to-end encryption. Wireless deployment reaches basements, plant rooms and retrofits where running new cable was never economic, and feeds clean data upward into the headend.

LoRaWAN Sensors

Air quality, temperature, humidity, CO₂, occupancy, leak detection and sub-metering — long-range, battery-powered, deployed without new cabling.

IoT Gateways

Field gateways that aggregate sensor data and bridge it to the network, with on-device diagnostics and remote management.

Edge Controllers

Programmable controllers for autonomous local logic — acting on conditions in real time, even when the network is down.

The Headend // Integration & Logic

Tridium Niagara.

The Niagara Framework is an open, vendor-neutral software platform that has become a de-facto standard for building integration worldwide. It connects and normalises nearly any device or protocol, runs the control logic, and presents the whole building as one secured, coherent system.

Open Integration

Normalises data from nearly any device or protocol — BACnet, Modbus, OPC UA, SNMP and more — into one unified model.

Control Engine

Not just monitoring: a logic engine that runs control sequences, schedules, alarms and trends across every connected system.

Secure Supervision

Role-based access, cyber-secure connectivity and cloud-enabled remote engineering — the operator's single source of truth.

One stack, chosen
for the long term.

Want to discuss how this architecture maps onto your building? Let's talk specifics.

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