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IEMI Labs
Now part of BayOne. BayOne does this product's jobs and more in one device, our one product for Waste and recycling.

EmberWatch AI

Thermal fire early-warning camera for recycling and waste sites

Concept · not for sale
Engineering design: EmberWatch AI
Target price from$3,490per camera

Software: $39–$59 per month per camera

Concept, not for sale yet. Tell us if you want it; that decides what we build.

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EmberWatch AI concept: the idea and where each part goes

Drag to rotate · right-drag to move · scroll to zoom · click a part for its size and placeSwipe to rotate · pinch to zoom · two fingers to move · tap a part for its size

How it fits together

EmberWatch AI, part by part

Scroll or tap a part. Press “See the 3D CAD design” to watch the model, built from our CAD, light each part up and show how it connects.

EmberWatch AI concept: the idea and where each part goes

Real-time 3D render · drag to rotate · final design may varySwipe sideways to rotate

  1. 01

    The whole EmberWatch AI

    Thermal heads watch waste piles overnight. A hub finds growing hot spots, texts the on-call person and can close a contact to the fire panel.

  2. 02Brain

    Olimex ESP32-POE-ISO (head)

    The brain: it runs the emberwatch-head program

  3. 03

    HDPE film window

    Cheap replaceable window that keeps dust off the lens

    Olimex ESP32-POE-ISO (head) · Infrared light path · Heat radiation

  4. 04

    Thermal camera

    Measures the temperature of every pixel, 160 by 120

    Olimex ESP32-POE-ISO (head) · SPI video (VoSPI) · Radiometric thermal frames

  5. 05

    Temperature and humidity

    Warns when the head gets too hot or damp inside

    Olimex ESP32-POE-ISO (head) · I²C (STEMMA QT) · Inside temperature, humidity

  6. 06

    Tilt sensor

    Flags a head that was bumped or moved

    Olimex ESP32-POE-ISO (head) · I²C (STEMMA QT) · Tilt angle

  7. 07

    PoE Ethernet cable

    Powers the head and carries its data to the hub

    Olimex ESP32-POE-ISO (head) · PoE Ethernet (Cat6) · Power, thermal frames

  8. 08

    Relay node

    Closes dry contacts for alert and trouble into the fire panel

    Olimex ESP32-POE-ISO (relay) · PoE Ethernet · local MQTT · Hub heartbeat, alert state

  9. 09

    All connected

    7 key parts, one program, and your phone

What it is

A thermal and colour box camera that watches waste piles and tipping floors for early signs of fire.

What it does

  • Spots growing hot spots in waste
  • Ignores loader exhausts and sun glare
  • Detects early smoke on camera
  • Triggers your existing alarm panel

Who it's for

Recycling sites, transfer stations, scrap yards and waste operators.

How the parts connect

EmberWatch AI, wired up

Every part, what links it to the brain, and how the data reaches your phone. A solid line is a cable; a dashed line is a radio link.

HDPE film windowHeat radiationInfrared light pathThermal cameraRadiometric thermal framesSPI video (VoSPI)Temperature and humidityInside temperature, humidityI²C (STEMMA QT)Tilt sensorTilt angleI²C (STEMMA QT)PoE Ethernet cablePower, thermal framesPoE Ethernet (Cat6)Relay nodeHub heartbeat, alert statePoE Ethernet · local MQ…own board: Olimex ESP32-POE-ISO (relay)THE BRAINOlimex ESP32-POE-ISO (hea…runs emberwatch-headC with ESP-IDFEdge Hubvia PoE Ethernet · MQTTOn-call phonevia Internet · MQTT/TLS, SMS
Drawn from the EmberWatch AI parts list. The 3D view above is built separately, from the CAD.

The program

What controls EmberWatch AI

Runs on
ESP32 on Olimex ESP32-POE-ISO
Written in
C with ESP-IDF
System
ESP-IDF (FreeRTOS)
AI model
None on the head; the hub tracks hot blobs and runs YOLO on the colour camera
  1. 1Read Lepton frames over VoSPI in radiometric mode
  2. 2Average to 1 frame per second and compress
  3. 3Publish the frame to the hub over local MQTT
  4. 4Every 10 s send stats: max, inside temperature, tilt
  5. 5Resync the Lepton if frames stop arriving
emberwatch-head.cppmain loop
for (;;) {
    if (lepton_read_frame(spi, raw) != OK) {        // VoSPI, 20 MHz
        if (++bad > 5) lepton_power_cycle();         // RESYNC
        continue;
    }
    avg_add(&acc, raw);                              // 8.7 Hz -> 1 Hz
    if (avg_ready(&acc)) {
        deflate(&acc, out);                          // zlib, uint16 cK
        mqtt_publish("local/ember/h2/frame", out);
    }
    if (every_ms(10000)) {                           // stats: SHT40 and LIS2DH12
        mqtt_publish("local/ember/h2/stat", stat_json(sht40_temp(), lis2dh12_tilt()));
    }
}

To your phone

How the data reaches EmberWatch app

On-call phone or laptop browser

  1. Thermal head
  2. Edge Hub
  3. On-call phone

What you see in the app

One screen for each job EmberWatch AI does.

  • Hot spotAt 2 am a hidden battery starts to heat inside the bale aisle. The phone shows the growing hot spot and a colour still of the same place.

  • Pile trendOvernight the hub logs the hottest point of each pile every minute. A steady climb raises a warning long before any smoke.

  • Fire panel linkWhen a hot spot keeps growing, the on-call person gets a text and the hub closes a contact into the site's fire panel.

  • Camera healthDust settles on a head over the tipping floor. The hub sees the picture lose contrast and asks for the film window to be wiped.

App screens with sample data. The interface is in development.

What the app gets

Data EmberWatch AI sends to the app
Zone levelbale-aisle: WARNOn change
Hottest point44.9 °C, +10.6 °CEvery 60 s
Rate of rise0.8 °C/minEvery 60 s
Alert clip60 s thermal + colourEach alert
Window contrast0.82Every 10 s

Video stays on site. Only events and small stills go to the cloud; the camera network has no internet route.

CAD design · Design complete (stages 1–6), not built

Designed in code, checked in 3D

  • 11 printed parts, each a single closed solid
  • Every bought part fitted inside and checked for collisions
  • Assembled exactly as shown in the 3D CAD view (the button on the picture at the top)
See the CAD parts renderEmberWatch AI printable parts rendered from the CAD

Key specs

EmberWatch AI hardware
AI processorHailo-8L (13 TOPS) + ARM host
CameraRadiometric thermal core (FLIR Lepton 3.5 class, 160×120; Pro uses a higher-resolution 320-class radiometric core) + 4K colour camera
SensorsAmbient temperature and humidity sensor · Tilt sensor for bracket movement detection
ConnectivityPoE+ Ethernet (primary) · LTE-M fallback for alerts · Dry-contact relay outputs to alarm or suppression panels · Modbus TCP · ONVIF video export (planned)
PowerPoE+ (802.3at) or 24 V DC, ~15 W (target)
EnclosureRectangular box camera in graphite grey with a safety-orange sun hood overhanging ~4 cm, two front windows (thermal above, colour below), heat-sink fins on top and a ball-joint wall/pole bracket
Dimensions24 × 12 × 12 cm (sun hood overhangs ~4 cm)
Weight~2.2 kg with bracket (est.)
Ingress ratingIP67 (target)
All target specifications

Detection

Detection target specifications
Thermal core160×120 radiometric (Pro: 320-class)
Colour camera4K, for smoke detection and clips
Mounting height6–12 m
Alert logicTemperature + rise rate + AI false-alarm filter

Outputs

Outputs target specifications
RelayDry-contact outputs, configurable per zone
Modbus TCPHot-spot status and temperatures per zone
NotificationsDashboard, SMS, email and app push
ClipsThermal + colour clip per alert

Power and physical

Power and physical target specifications
SupplyPoE+ or 24 V DC, ~15 W
Size24 × 12 × 12 cm
IngressIP67 (target)
Operating temp.−20 °C to 55 °C

Targets for production units; they may change during development.

Pricing

Hardware: $3,490–$6,490 per camera

Software: $39–$59 per month per camera

Target pricing. Installation, commissioning and any link to suppression systems are quoted by your fire-protection integrator.

EmberWatch

$3,490 + $39/mo per camera

160×120 radiometric thermal + 4K colour for smaller floors and stores.

  • Hot-spot growth tracking
  • Exhaust and reflection filtering
  • Relay and Modbus TCP outputs
  • Alert clips and daily reports

EmberWatch Pro

$6,490 + $59/mo per camera

Higher-resolution 320-class thermal core for larger floors and higher mounts.

  • Everything in EmberWatch
  • 320-class radiometric core
  • Longer clip storage
  • Priority support

Site / Integrator

Custom

For multi-camera sites and fire-protection integrators.

  • Volume pricing
  • Integrator portal
  • Panel and suppression integration support
  • SLA

Indicative launch pricing in USD, excluding taxes and shipping. Final pricing is confirmed before any balance is charged.

Community

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    From the product lab · ideation phase

    Lab updates for EmberWatch AI

    All lab updates
    1. LatestA waste or recycling site needs one thing at each tipping bay that keeps people out of the reversing truck's way, catches batteries and gas bottles in loads, finds a pile hot spot before it becomes a fire and keeps piles under the permit line. Vehicle strikes are the biggest cause of worker deaths in UK waste (HSE figures reported by letsrecycle.com), the US EPA counted 245 battery fires at 64 facilities and calls it underreported, and the Environment Agency caps piles at 4 m and requires early detection; today operators buy load cameras, thermal fire watch and cab tags separately.
      • Now part of BayOne: https://iemilabs.com/products/bayone/

      See it in 3DFull research and design

    2. On a waste tipping floor three problems meet: lithium batteries hidden in loads start fires (UK waste firms reported 541 battery fires in the year to March 2026, waste360/ESA), loaders reversing among people on foot lead to big HSE fines (London Energy, £400,000 in 2025), and wrong items in a load cost money unless there is a photo to back-charge the customer (3rd Eye, WM). Our own three products for one hall cost $6,286 and $163 a month.
      • Combined into RecycleYard (https://iemilabs.com/products/recycleyard/); EmberWatch AI itself is unchanged

      See it in 3DFull research and design

    3. In a dusty plant (sawmill, joinery, feed mill, recycling plant) the electrical room is where dust and electrical heat meet. Washington L&I's sawmill dust alert lists electrical arcs as an ignition source, and NFPA 652 asks for regular cleaning and control of ignition sources. Today the room needs three tools: a panel heat monitor, a thermal camera for growing hot spots and a dust monitor; our own three cost $4,979 and $80 a month for one room.
      • Combined into SwitchRoom (https://iemilabs.com/products/switchroom/); EmberWatch AI itself is unchanged

      See it in 3DFull research and design

    EmberWatch AI FAQ

    General FAQ
    Is EmberWatch a certified or listed fire detector?

    No. EmberWatch is supplementary early warning. It is not a listed fire alarm initiating device, and we do not claim UL 268, FM 3260, EN 54-10, LPCB or VdS approval. It is sold alongside your existing fire detection and suppression system, ideally through your fire-protection integrator, and does not replace it.

    Will it help with our fire prevention plan?

    It is designed to help you evidence early detection and pile temperature monitoring, for example with daily temperature reports. It does not by itself make a site compliant. In the UK, Environment Agency guidance expects third-party certified design and installation, so we plan to work through certified installers.

    Do sites actually buy thermal fire detection?

    Public buyers do tender for it. Tender listings we have seen include a remote fire-detection system for a transfer-station tipping floor in New Jersey and thermal and visual cameras with hot-spot analytics for a California county landfill. We are confirming the details on the buyers’ own portals. Most buyers want detection and suppression together, which is why we work with fire-protection integrators.

    Does it record people?

    The colour camera can capture people on site, so clips are only saved around alerts and are kept for a set period you control. Hot-spot analysis runs on the camera. EmberWatch does not identify people.

    How is it installed?

    The camera mounts on a wall, pole or roof beam 6–12 m high with a ball-joint bracket and connects by one PoE+ cable or 24 V supply. Linking the relay or Modbus output to a fire panel or suppression system should be done by your fire-protection integrator.

    What connectivity does it need?

    PoE+ Ethernet is the main connection. Alerts can fall back to the built-in LTE-M modem if the network is down. Relay outputs work locally with no internet.

    Is EmberWatch AI available now?

    No. It is a new concept in development. Specifications are target specifications. It is a concept: we are not taking orders, reservations or deposits, and it has no ship date yet.

    What warranty will it come with?

    We are planning a 2-year limited hardware warranty covering manufacturing defects. Final terms will be published before shipping begins.

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