Firmware Development
Embedded firmware built around your hardware's real power, memory, and performance constraints, engineered for reliability over years of field operation, not just a lab demo.
A connected device that works perfectly on a lab bench, plugged into reliable power and a strong WiFi signal, is a different engineering problem than one that has to keep working for years in the field, on battery power, through a spotty connection, in conditions nobody fully modeled during development. Most of what determines whether an IoT product actually succeeds happens in that gap, not in the demo that impressed everyone in the boardroom.
We treat IoT and embedded work as a full-stack discipline, because it genuinely is one. Firmware that has to manage power and memory constraints real hardware actually has, not the generous assumptions a simulator allows. Connectivity that has to handle a dropped signal gracefully instead of losing data or bricking the device. A cloud backend that has to ingest and process data reliably from thousands of devices reporting inconsistently, not a clean, predictable stream. Getting any one of those pieces wrong quietly undermines everything built on top of it, which is why we architect the whole system deliberately, from the chip to the cloud, rather than treating firmware, connectivity, and backend as separate projects handed to separate teams who never quite talk to each other.
Security gets the same deliberate attention, because a connected device is a genuine attack surface in a way a typical web application isn't. Secure boot, encrypted communication, proper credential management, these get built into the architecture from the start, not patched in after a vulnerability is found in the field, by which point a hardware-based fix can mean an actual product recall. We also plan explicitly for the realities of hardware products specifically, over-the-air update strategy so a firmware fix doesn't require a truck roll, and battery and power management tested against real-world duty cycles, not a best-case estimate.
Every IoT engagement we take on is judged by whether the system actually holds up once it leaves the lab, real device count, real network conditions, real years of continuous operation, not whether the pilot worked. We document the full system, firmware, hardware interfaces, cloud architecture, clearly enough that your team, or any future partner, can maintain and extend it without needing us in the room.
Embedded firmware built around your hardware's real power, memory, and performance constraints, engineered for reliability over years of field operation, not just a lab demo.
WiFi, Bluetooth, cellular, or LoRaWAN connectivity built to handle real-world network conditions gracefully, dropped signals, intermittent connections, without losing data or device state.
Scalable infrastructure to ingest, process, and manage data from thousands of connected devices reliably, with device provisioning and fleet management built in from the start.
Native or cross-platform apps that give users real control and visibility over their connected devices, built with the same rigor as any other mobile or web product we deliver.
Secure boot, encrypted communication, and proper credential management architected in from day one, with attention to the specific compliance requirements your industry and device category actually carry.
Over-the-air update infrastructure so firmware issues get fixed remotely, not through a truck roll, plus real monitoring for device health and battery performance across your entire fleet.
Every decision is grounded in evidence and tied to a metric.
You work directly with experts, not layers of account managers.
We use AI to move faster without sacrificing craft.
Let’s scope your project and put the right team on it.