Why teams pick SerialBridge
Embedded development has a physical dependency that software development does not. The code runs on hardware that is, by definition, somewhere. If the hardware is in a shared lab, the engineer who needs to debug it has to go there. If the team is distributed across time zones, the engineer in India cannot debug the device in the UK office without coordinating a physical handoff.
SerialBridge breaks that dependency. The lab device has a small agent running on a gateway board. Engineers connect to the device over the internet as if they were sitting in front of it — full UART output, GDB debugging, remote flash, and hardware reset. A distributed firmware team works the same way as a co-located one.
The shared session feature is the one that changes how teams do debugging. When a device shows an intermittent failure, being able to share the live serial output with two engineers simultaneously — one who wrote the driver, one who wrote the application — is faster than screen-sharing a terminal. Both see the timestamped output, both can scroll the log history, and both can type commands.
Who it is for
SerialBridge is used by distributed firmware development teams, hardware companies with remote contractors working on embedded projects, electronics labs that want to share scarce hardware resources across teams, and any organisation doing embedded development where the people and the hardware are in different places.