01 / 03
Catch problems days before they break
Pulse Agent monitors every device's sensor stream, learns its baseline rhythm, and flags the one that needs attention next — with the work order already drafted.
Days of lead time, not minutes
MQTT → AI AGENT → MAINTENANCE TICKET
From your sensors to a drafted work order — automatically.
Connect any MQTT-capable device — BLE gateways, native MQTT hardware, or Canvas integrations. Pulse ingests the data, runs Pulse Agent analysis overnight, and delivers a maintenance ticket before your team's morning stand-up.
Live · Plant A
3 of 412 devices
temperature
Compressor · Plant A
72.0°C
healthy
pressure
Chiller · Plant A
142.0psi
healthy
vibration
Pump · Plant B
4.8mm/s
watch
↳ pulse Pump · Plant B trending toward maintenance — work order drafted
Built for the industries we serve
HVAC
Manufacturing
Pharmaceutical
Food production
Cold storage
Logistics
Why teams switch
Fewer alerts. Better calls. Calmer Saturdays.
Pulse turns thousands of sensor readings into a short list of decisions your team can act on — and explains every one in plain language.
02 / 03
Quiet alerts. Real signals.
No more alert floods. Pulse only escalates what the AI agent has evaluated and explained — in plain language your operations team will actually act on.
Alert fatigue, eliminated
03 / 03
One platform across every site
A single view of your entire fleet — from your first device to your hundredth plant. Canvas integrations, native MQTT, and BLE gateways all flow into one dashboard.
Site one to site fifty
What it feels like
From a quiet drift to a drafted work order.
Pulse doesn't just light up a dashboard. It investigates, reasons through what it's seeing, and hands your team a recommendation with the receipts attached.
01
Pulse spots something off
A compressor at Plant A starts behaving unlike its peers. The deviation is small — well below the threshold a human would set.
02
It checks the surrounding context
Pulse looks at the device's recent history, the conditions around it, and how similar units have failed in the past.
03
It projects what happens next
A bearing failure is likely within nine days at current conditions. The estimate comes with a clear confidence rating.
04
It drafts the work order
A maintenance ticket lands in your team's queue with the recommended window, parts, and the reasoning behind the call.
How it works
Four steps from sensor to solved.
IoT Pulse is built around a straightforward pipeline. Here's what happens from the moment a device connects to the moment your team has a work order.
01
Connect your devices
Any MQTT-capable hardware works out of the box — Sentrius BLE gateways forwarding sensor data via Canvas integration, native MQTT devices publishing directly, or future Modbus and LoRa gateways. No proprietary hardware required.
Typical setup: under one hour
02
Data flows through the MQTT listener
The Pulse MQTT listener ingests every reading in real time and routes it to time-series storage. Device catalog auto-resolves topic patterns — no manual configuration per device type.
Latency: seconds from sensor to storage
03
Pulse Agent analyzes and prioritizes
The AI agent evaluates every device against its learned baseline, scores urgency across six factors, and ranks your fleet from highest-risk to routine. IoTA Chat lets your team query fleet status in plain language.
First analysis: within 24 hours of connection
04
Your team gets a work order
A maintenance ticket lands in your queue with the recommended service window, the sensor readings that triggered it, the confidence rating, and the reasoning behind the call — auditable and actionable.
Average lead time: 6+ days before failure
Inside Pulse
A working tool. Not a screenshot.
Every screen ships with the same data, the same permissions, the same audit trail. Explore the platform to see it in detail.
Get started
Start with one device. Scale to ten thousand.
Connect your first device in under an hour. Pulse runs its first analysis overnight. Book a 30-minute walkthrough and we'll tailor it to your fleet.
// Tuesday, 03:14
Pump · Plant B — vibration drift
// projection
Bearing wear likely within 9 days
// recommended
Swap during Tue 03:00–05:00 window
✓ work order drafted · sent to maintenance