Testing embedded network devices like switches, routers, access points, and line cards is a different problem from testing software. The device sits in a rack, and to test it properly you need to interact with hardware interfaces that standard CI systems can't reach. Serial consoles for boot-up validation. JTAG for low-level debugging. Power cycling to test recovery behaviour. Firmware flashing. These aren't abstract requirements. They're the actual steps your engineers do by hand today, and they're the ones that don't scale.
We build automation frameworks that interface directly with embedded hardware. Serial connections, power distribution units (PDUs), out-of-band management, all of it becomes programmable and repeatable. Your test infrastructure can power-cycle a device, watch its boot sequence over serial, run a validation suite, and report results, all without a human touching the rack.
We've done this across Cisco, Juniper, FPGA-based line cards, and RDK-B broadband devices. The tooling works with the hardware you already have in your lab. We don't ask you to redesign your rack layout. The same consistency and repeatability you expect from software test automation, brought down to the hardware layer where it's been missing.