Adeunis
Wireless sensing and interfaces for existing building equipment
IoT and data platforms receive, store and process telemetry from devices and gateways, and provide APIs for the applications built on top. Check the supported ingest protocols, the security model, data retention and what it costs as the device count grows.
Wireless sensing and interfaces for existing building equipment
Industrial computing and remote I/O for field measurements
Building controls integration, managed services and energy procurement
Smart-home sensors, relays and multi-protocol hubs
HVAC actuators, valves and meters for thermal energy measurement
Room heating controls and connected-home systems
Financed efficiency upgrades and commercial demand flexibility
Device connectivity, local processing and configurable asset applications
Equipment models, fault diagnosis and maintenance workflows for building portfolios
Connected radiator and underfloor-heating control
Managed LoRaWAN networking, dashboards and alerts for sensor fleets
Industrial device management, analytics and configurable monitoring applications
LoRaWAN instruments for environmental monitoring
Building data analysis, collaborative actions and technical optimisation support
Industrial routers, serial device servers and embedded wireless modules
Wireless sensors, serial converters and LoRaWAN gateways
Connected thermostats, room sensing and household energy flexibility
Bluetooth and NB-IoT sensors with gateways and cloud monitoring
Data-centre cooling analysis, thermal sensing and capacity planning
Customer energy insights and portfolio intelligence for utilities
Wireless room sensing for buildings and energy context
Multi-utility energy performance and invoice management
Local and cloud control for distributed energy assets
Wireless sensing and radio bridges for building controls
Energy-harvesting wireless modules and sensors for building controls
Radiator thermostats with model-specific wireless interfaces
Murano IoT infrastructure and ExoSense condition monitoring for equipment makers
Industrial Node-RED application deployment and remote device management
Machine utilisation, downtime and energy visibility for manufacturing
Firmware updates, device management and data pipelines for embedded products
Utility-data analytics and energy support for commercial buildings
Pole-mounted sensing for grid hazards and outage response
Connected safety sensors and appliance energy monitoring
Overhead-line sensing, dynamic ratings and grid condition monitoring
MQTT brokers, industrial protocol adapters and governed data streams
Home sensors and appliance monitoring across product generations
Operational intelligence for refrigeration, maintenance and distributed retail estates
InfluxDB databases and Telegraf collection tools for timestamped measurements
BMS products, Niagara integration and engineer training and support
Utility metering, communications and data systems for resource management
Serial device networking and remote management for connected equipment
Wireless sensors for buildings and energy monitoring
Residential heating and automation
Industrial networking and protocol gateways for connected equipment
Wireless current and environmental sensors
Wireless relays, sensors and building controls
Residential EV charging with tariff scheduling and app control
Develco devices, frient products and connected-home services
Energy monitors, HVAC controls and OEM device development
Connected lighting and motion-driven control
Low-voltage visibility, capacity planning and grid flexibility
Energy-harvesting current sensors and building sensing
Building controls, DALI lighting interfaces and connected installation software
Heat and water meters with remote reading systems
Heating controls, metering plugs and connected relays
Building automation controllers, field devices and management software
Building sensors and IoT software for connected property systems
Cloud building analytics, wireless HVAC control and local integration software
CO₂, humidity, flow and air-quality sensors for connected equipment
Connected heating and residential energy control
Smart switches, energy plugs and local home automation
BMS engineering, commissioning and HVAC control for critical buildings
Data-centre asset planning, power monitoring and infrastructure workflows
HVAC optimisation, heat recovery and indoor-air-quality control
Industrial routers and gateways for connectivity and remote access
Source-available IoT platform, protocol gateway and site software
Smart plugs and sensors across Zigbee and Matter
Predictive control of batteries, solar and charging assets
IoT development platform behind many device brands
Zigbee switching, metering and heating controls
Building digital twins, contextual diagnostics and operational workflows
On-site control and infrastructure monitoring for European energy assets
Home devices and hubs across distinct radio families
LoRaWAN sensing, current monitoring and meter interfaces
Edge runs on site: it configures devices, shows dashboards and runs local automation, and forwards data when you need it elsewhere. It also provides data exploration and calculated readings. Start by deciding which of those tasks stay local and which information an external platform needs.
A cloud service may need periodic energy totals, selected telemetry or events rather than every available reading. Agree the measurements and reporting intervals before choosing the transport or estimating storage requirements.
Edge sends data through integration flows configured for each platform. These can adapt site data to the receiving platform's interfaces and message format.
MQTT and HTTP are the transports. For the destination service, confirm its authentication method, endpoint, payload structure, topic or resource naming, limits and acknowledgement behaviour. An MQTT service can still require a particular device identity and message contract.
Check an older connector's endpoint and setup instructions against the platform's current release.
Use stable site, device and sensor identifiers. Agree units, timestamp format, time zone and whether a reading is an instantaneous value, a cumulative total or an interval quantity.
Keep quality and availability visible. The receiving application should distinguish missing or stale data from a real zero. If a value is transformed or calculated, document that calculation and preserve a way to relate it to the original readings.
Define retry, duplicate-handling and recovery behaviour for the chosen flow. Size local storage and queued delivery for the longest outage the site must ride through: both are bounded by the installed configuration and available resources.
Test a controlled network interruption and compare the recovered data at both ends. Agree what should happen to commands and notifications while the destination is unavailable.
Use the permissions and credential-handling approach supported by each endpoint. Agree how credentials are provisioned, rotated and revoked, and who monitors failed deliveries. Do not place secrets in public URLs, screenshots or support enquiries.
The Gateway and hardware range provide the site connection. A company's directory profile explains its offering.
For downstream dashboards and reports, see the reporting and BI guide.
Connecting EpiSensor to your data platform? Tell us about the site, existing equipment and the data or control workflow you want to build.