Modular and flexible to fit your application.
A main board, a power board, a sensor board and a communications board, with an expansion slot for what comes next. We adapt the sensors, optics, power and comms to your application's requirements.
Five boards, one contract between them.
Every board tolerates having its power removed and comes back cleanly, so the main board can switch off anything it is not using.
Four questions, in order, each cheaper than the next.
Every stage answers one question and drops what fails it, so battery is only spent on things that might matter. Radar and object detection run on the camera; only what passes them is uploaded.
- 1 · Microwatts
Something moved
Motion detection. The PIR is always armed in the nanopower domain; any warm body moving in the field of view wakes the camera.
- 2 · ≈ 1.3 J per trigger
Right size, right place
Radar, powered for a few seconds. It reports how big the mover is and where it is: human-sized or larger, inside the area of concern. Birds, small animals and anything outside the area are dropped without a frame.
- 3 · ≈ 16 J per escalation
The thing we care about
Object detection on the camera's neural accelerator. This is where a person is told from a large animal, a vehicle from a person, a dog from a sheep. Only frames with the class you asked about are uploaded.
- 4 · In the cloud
What it is doing
Generative AI reads the uploaded frame against your criterion: what the thing is doing, wearing or carrying, whether it is inside the cordon or loading the trailer. Rules on its answers decide the alert.
Figures from the editable parameter table; see the configurator to change them.
Usable images round the clock.
A low-power monochrome imager does the triage and works with IR illumination for covert night capture. A 5 MP colour imager can be fitted where detail or colour matters. Visible flash is available where a deterrent is wanted.
Position it, press the button, walk away.
No cabling, no network configuration, no site infrastructure. The camera authenticates with credentials provisioned at manufacture and appears in the platform within minutes. SIMs and data are part of the service.
Preliminary specification.
Subject to change as the Mach One completes development. Measured power figures will replace the estimates in the configurator as they arrive.
| Processor | STM32N6 with on-chip neural accelerator; nanopower domain for sensing while the main processor sleeps |
| Imagers | VGA monochrome for low-power triage; 5 MP colour option; lens options for the scene |
| Wake sources | PIR, radar second check (distance and size), scheduled timer, environmental thresholds |
| Illumination | IR 850 nm for covert night capture, or visible flash for deterrent and colour |
| Sensors | Temperature, humidity, ambient light, battery voltage; captured with every image and as time series |
| Connectivity | LTE-M and NB-IoT with eSIM; LTE Cat-1 bis option; LoRaWAN and satellite planned on the expansion slot |
| Power | Internal LiPo pack in 5, 10 or 20 Ah; optional solar charging (1 W integrated or external panel) |
| Endurance | 12+ months at typical event rates on the internal battery; longer with the solar option |
| Security | Secure boot, signed firmware with rollback, unique device credentials, TLS end to end |
| Enclosure | IP-rated alloy, small and monolithic, no separate panel; brand or covert finish |
| Expansion | Standard slot with UART, I²C, SPI, GPIO and power for comms, accelerators or new sensors |
| Compliance | CE and UKCA, RoHS and REACH; further regional approvals per variant |