Edge AI & Embedded Systems
Edge devices, sensor nodes, and mesh systems where the hardware and the software ship together — enclosure, power, connectivity, and the embedded code already integrated and tested as one unit.
Quote a Device BuildDescribe the DeploymentDefine the deployment
Environment, power budget, connectivity, and what the device must decide on its own — captured before hardware is picked.
Integrate
Compute, sensors, radio, power, and enclosure brought together; embedded software and on-device models loaded.
Validate
Bench and field-representative testing against the deployment conditions.
Deliver & support
Devices shipped configured, with a documented update path.
What We Build
Sensor nodes
Field-deployable sensing devices with local processing — including solar-charged designs validated through long-duration continuous field operation.
Edge inference devices
On-device AI/ML where the decision has to happen locally — no cloud dependency, no backhaul assumption.
Mesh repeaters & gateways
Off-grid mesh networking hardware for sites where infrastructure doesn't exist.
Bench & test instruments
Custom battery testing devices manufactured and integrated into digital DC electronic load generators.
Enclosure + power integration
The part most device projects underestimate — housing, mounting, sealing, and a power system designed for the duty cycle.
Field kits
Complete deployable packages: device, power, mounting, and spares, documented for non-technical installers.
Build Details
| Compute | Embedded Linux single-board platforms and microcontrollers, selected to the workload — not the other way around. |
| Software | Embedded software, mesh networking, and on-device AI/ML, shipped installed and configured on the hardware. |
| Power | Battery, solar-charged, and line-powered designs — pack design in-house, which is rarely true of device shops. |
| Enclosures | Sealed, potted, and rugged housings built in the same shop. |
| Quantities | Single prototypes through pilot and production runs. |
| Documentation | Configuration records, test results, and deployment documentation quoted to the requirement. |
Device Questions
Do you do software-only projects?
Yes — But BAM is hardware-led. Software ships on hardware we build, which is exactly why the two work together when they arrive.
How do updates work after deployment?
A documented update path ships with the device — the mechanism depends on connectivity, and it's defined during the deployment review, not after.
Can you build one prototype to prove a concept?
Yes — single proof-of-function devices are normal work, and the path from one unit to a pilot run is quoted up front.
What connectivity options do you work with?
Mesh radio, standard wireless, and wired interfaces — selected to the site, since the deployment environment decides, not the datasheet.
Describe what the device has to do — and where.
Most quotes are answered within a few business days.
Request a QuoteEdge AI & Embedded Systems
Edge devices, sensor nodes, and mesh systems where the hardware and the software ship together — enclosure, power, connectivity, and the embedded code already integrated and tested as one unit.
Quote a Device BuildDescribe the DeploymentDefine the deployment
Environment, power budget, connectivity, and what the device must decide on its own — captured before hardware is picked.
Integrate
Compute, sensors, radio, power, and enclosure brought together; embedded software and on-device models loaded.
Validate
Bench and field-representative testing against the deployment conditions.
Deliver & support
Devices shipped configured, with a documented update path.
What We Build
Sensor nodes
Field-deployable sensing devices with local processing — including solar-charged designs validated through long-duration continuous field operation.
Edge inference devices
On-device AI/ML where the decision has to happen locally — no cloud dependency, no backhaul assumption.
Mesh repeaters & gateways
Off-grid mesh networking hardware for sites where infrastructure doesn't exist.
Bench & test instruments
Custom battery testing devices manufactured and integrated into digital DC electronic load generators.
Enclosure + power integration
The part most device projects underestimate — housing, mounting, sealing, and a power system designed for the duty cycle.
Field kits
Complete deployable packages: device, power, mounting, and spares, documented for non-technical installers.
Build Details
| Compute | Embedded Linux single-board platforms and microcontrollers, selected to the workload — not the other way around. |
| Software | Embedded software, mesh networking, and on-device AI/ML, shipped installed and configured on the hardware. |
| Power | Battery, solar-charged, and line-powered designs — pack design in-house, which is rarely true of device shops. |
| Enclosures | Sealed, potted, and rugged housings built in the same shop. |
| Quantities | Single prototypes through pilot and production runs. |
| Documentation | Configuration records, test results, and deployment documentation quoted to the requirement. |
Device Questions
Do you do software-only projects?
Yes — But BAM is hardware-led. Software ships on hardware we build, which is exactly why the two work together when they arrive.
How do updates work after deployment?
A documented update path ships with the device — the mechanism depends on connectivity, and it's defined during the deployment review, not after.
Can you build one prototype to prove a concept?
Yes — single proof-of-function devices are normal work, and the path from one unit to a pilot run is quoted up front.
What connectivity options do you work with?
Mesh radio, standard wireless, and wired interfaces — selected to the site, since the deployment environment decides, not the datasheet.
Describe what the device has to do — and where.
Most quotes are answered within a few business days.
Request a Quote