Embedded, firmware, and industrial systems
Embedded work is scoped against the hardware rather than a template, because a sensor with a documented protocol and one with a decade-old PDF are not the same project.
- Scope
- Firmware, integration, or the full path to a UI
- Typical
- Scoped against the hardware, not a template
- Updates
- Over the air, staged, with rollback
- Start
- Free scope and a fixed price in three business days
FAST Firmware updates go out over the air, not by visiting each device.
GOOD Real-time paths measured on hardware, not assumed from a datasheet.
REACHABLE One team across the whole path, so you are billed once.
What we build
Firmware you can update remotely
Devices ship with staged over-the-air updates and a rollback path, so a bad release is recovered without visiting each unit. Retrofitting this after deployment is painful and occasionally impossible, so it goes in from the start even when the first version does not need it.
Telemetry you can trust
Readings are timestamped at the device, buffered through a network drop, and delivered without silent gaps. A dashboard that quietly interpolates missing data is worse than one that shows the gap, because somebody will make a decision on the smooth line.
The whole path, one team
Sensor to protocol to gateway to database to the page an operator reads. Splitting this across a firmware contractor and a web agency puts the integration risk exactly where nobody owns it, which is usually where these projects fail.
How we approach it
Industrial work rewards pessimism. Networks drop, power cycles mid-write, a sensor returns a plausible reading from a failing element, and the device is somewhere nobody wants to drive to. Every one of those is normal operation rather than an exception.
The measure of the system is what it does when something is wrong: whether it buffers or drops, whether it reports its own health, and whether the last known good firmware can be restored remotely. Those decisions are much cheaper made early.
Questions on this work
Can you take a project from the sensor all the way to the dashboard?
Yes, and that is the reason to bring this work here rather than splitting it. The common failure is not the firmware or the web interface, it is the boundary between them: protocol assumptions nobody wrote down, timestamps in two time zones, buffering behavior that nobody agreed on. One team across the whole path removes the seam where those live.
Do you work with existing hardware or only new builds?
Both, and existing hardware is the more common request. Older industrial equipment usually speaks something documented, even if the documentation is a scanned PDF and the vendor is gone. Where a protocol is genuinely undocumented we say so early, because reverse engineering one is a real cost and it should be a decision rather than a surprise.
How do you handle devices that lose connectivity?
The device buffers locally and delivers when the link returns, with readings timestamped at capture rather than at arrival. Gaps are recorded as gaps. The alternative, where a dashboard interpolates across a two-hour outage into a smooth line, is the version that gets somebody to make a decision on data that was never collected.