End-to-end connected product engineering: firmware, edge computing, device management, and the cloud services that make hardware smart at scale.
Who this is for
- Hardware manufacturers adding connectivity to a product that was previously offline.
- Teams that shipped firmware once and now need a real update and patch strategy for devices already in the field.
- Businesses managing, or planning to manage, thousands of distributed connected devices.
- Companies that need the cloud, mobile app, and firmware built by one team instead of three that don’t talk to each other.
Problems we solve
The challenge
Firmware ships once, and fixing a bug in the field means a truck roll or a recall.
Our approach
We build OTA update pipelines with staged rollouts and rollback, so a fix reaches the fleet safely without a technician visit.
The challenge
The prototype’s firmware works on a bench but wasn’t built for real-world power, connectivity, or thermal constraints.
Our approach
We design firmware and RTOS-level software for the actual operating envelope — intermittent connectivity, battery limits, temperature swings — not lab conditions.
The challenge
Thousands of field devices, and no single view of which ones are healthy, offline, or compromised.
Our approach
We build device-fleet management and monitoring so device health, connectivity, and security posture are visible from one dashboard, not a support inbox.
The challenge
A connected device is also a security liability if firmware, transport, and credentials aren’t hardened.
Our approach
We apply device security as a default — secure boot, encrypted transport, credential rotation — the same zero-trust discipline we bring to cloud platforms.
Capabilities
- Firmware & RTOS development
- Edge computing & connectivity
- Device fleet management
- OTA updates & device security
How we work
- 01
Define the operating envelope
Power, connectivity, and environmental constraints the device actually has to survive, not a lab best case.
- 02
Build firmware & connectivity
RTOS-level firmware and the edge-to-cloud connectivity that makes the device smart without draining its battery.
- 03
Stand up fleet management
Device provisioning, monitoring, and OTA pipelines before the first thousand units ship, not after.
- 04
Operate & secure the fleet
Ongoing monitoring, patching, and security hardening across the fleet’s full lifecycle.
Technologies we work with
- FreeRTOS
- Zephyr
- C/C++
- Rust
- MQTT
- AWS IoT Core
- Azure IoT Hub
- BLE & LoRaWAN
- Yocto
- Protocol Buffers
In numbers
Frequently asked questions
Do you design hardware / PCBs, or only the software side?
Primarily the software side — firmware, connectivity, cloud, and fleet management — usually alongside your hardware team or a hardware partner.
How do you handle devices with intermittent or low-bandwidth connectivity?
We design for it from the start — local-first logic, store-and-forward sync, and protocols like MQTT and LoRaWAN suited to constrained links, rather than assuming constant connectivity.
Can you take over firmware for a product that has already shipped?
Yes — this is a common entry point: a product shipped once and now needs a real OTA and maintenance strategy for units already in the field.
What’s the difference between this and your Robotics service?
Heavy overlap in fleet management and OTA — Robotics adds perception, control loops, and physical motion; IoT & Embedded covers connected products more broadly, including ones that don’t move.
How many devices does a “fleet” need to be before this is worth it?
There’s no hard minimum — the same OTA and monitoring discipline pays off whether you’re managing hundreds of units today or planning for tens of thousands.