Develop hardware and firmware together—in a flash. Connect design, code, and real-device validation in one workflow.
What the board does decides the next change.
Bring-up is flash, read the log, guess, repeat. Flash runs that loop on the real board and uses its output to make the next fix.
Both sides of the product, in one project.
Requirements, schematics, firmware, and device logs live in different tools. Flash keeps them in one project, so the agent sees how a pin change reaches the driver.
Schematics and firmware often can't go to a public cloud. Run Flash where they already are.
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See the hardware catalogGeneral-purpose assistants help write code. Flash works across the schematic, the firmware, and the board on your bench.
| Capability | General-purpose AI | Flash |
|---|---|---|
| Project scope | Works from the files and tools you give it | Reads the schematic, firmware, and device together |
| Datasheets | References you paste in or retrieve | Answers from your datasheets, with the page cited |
| Hardware awareness | Knows the hardware you describe to it | Checks pins, nets, and peripherals before changing firmware |
| Device evidence | Analyzes logs you paste in | Reads serial, RTT, and debugger output from the board |
| Engineering focus | General-purpose software development | Built for embedded hardware and firmware |
| Toolchains & probes | General knowledge of common tools | Drives your build system, programmer, and debug probe |
| Capabilities vary by tool, model, and configuration. | ||
Run Flash on your laptop, on team infrastructure or in an isolated lab.
Local AI
Run Flash with a local model, next to your project and your board.
On-prem / Private cloud
Host Flash and the model on servers your team controls, for the IDE, the CLI, and VS Code.
Air-gapped
Run Flash and a local model on networks with no internet access.
Every deployment is scoped with your team.
See Flash update a circuit, adapt its firmware and check the result on the board.