Wireless sensors and
facility monitoring
Sensei sensors measure temperature, humidity, current, power, occupancy, water leaks and equipment runtime in buildings where running cable is the hardest part of the job. Screw them to a wall, configure them from a phone over BLE, and they start reporting.
THE PROBLEM
In most retrofits, the cable costs more than the sensor
Controlled rooms, cold stores, server rooms and occupied buildings are hard places to pull new wiring. The work is disruptive, sometimes impossible without opening insulated panels, and it is usually what makes a monitoring project too expensive to start.
We built Sensei because customers wanted their sensor data in cloud applications and AI tools, and getting it there was the difficult part. Battery-powered versions remove the wiring, and BLE setup removes the laptop.
HOW IT WORKS
Sensei, from wall to cloud
One platform, many sensors
Variants for temperature, humidity, current, power and energy, occupancy, water leakage, equipment runtime and battery monitoring, with other sensors fitted to suit the application.
The radio that suits the building
Wi-Fi 2.4 GHz, 4G LTE and BLE as standard. LoRa or Zigbee added where range or the site network calls for it.
Configured from a phone
Integrators set device parameters from a mobile app over BLE, standing next to the sensor.
Logic on the device
Configurable alarms, threshold actions, relay control and control-signal outputs run locally, so a leak can switch a valve without waiting for the cloud.
Nothing lost offline
Roughly 10,000 to 40,000 logs held in flash and synced to the cloud when the connection returns.
Battery or mains
Battery capacity from about 2,000 mAh, larger on request, or adapter powered where power is at hand. Screw-type wall mounting.
SPECIFICATION
Sensei at a glance
- Measurements
- Temperature, humidity, current, power, energy, occupancy, water leakage, runtime, battery level
- Connectivity
- Wi-Fi 2.4 GHz, 4G LTE, BLE. Optional LoRa or Zigbee
- Setup
- Mobile app over BLE
- Local storage
- About 10,000 to 40,000 logs in flash
- Security
- MQTT over TLS 1.2
- Local control
- Alarms, thresholds, relay and control-signal outputs
- Power
- Adapter, or battery from about 2,000 mAh
- Mounting
- Screw-type wall mount, standard or custom enclosure
- Lead time
- About 4 weeks for 100 units, about 6 weeks for 1,000
APPLICATIONS
Where Sensei is applied
- Industrial wireless temperature monitoring
- Warehouse humidity monitoring
- Motor current monitoring
- Pump runtime monitoring
- Compressor monitoring
- Water leak detection for server rooms
- Water leak detection for commercial buildings
- Electrical panel temperature monitoring
- Occupancy monitoring
- Mushroom facility environmental monitoring
- Pump house environmental monitoring
- Greenhouse environmental sensing
- Warehouse door and presence monitoring
- Equipment cabinet leak detection
- Building retrofit sensor networks
FAQ
Questions buyers ask us
Do we need a gateway?
Not with Wi-Fi or 4G, which report straight to the cloud. LoRa and Zigbee versions use a gateway, which we size for the site.
How is a sensor set up?
Mount it, open the mobile app, and configure it over BLE. Integrators can set thresholds, intervals and outputs on the spot.
What happens when Wi-Fi drops?
The sensor keeps logging to flash, holding roughly 10,000 to 40,000 records, and syncs once it reconnects.
Can a sensor act on its own?
Yes. Alarms, thresholds and relay outputs run on the device, so it can trigger a local action without the cloud.
Monitoring a building where cabling is hard?
Tell us what you need to sense, how many points and what connectivity the site has. We will propose sensors and a rollout plan.