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Built for the Work You Actually Do

Whether you're prototyping a single driver or building a multi-device embedded system, Code_Hammer handles the pipeline so you can focus on what matters.

I just need a driver for this sensor.

You've got a new temperature sensor, accelerometer, or display controller. The data sheet is 300 pages. You need to initialize it, configure the registers, calibrate it, and read data from it. Normally, that's days of spec work before you can even test if it works.

With Code_Hammer:Drop in the data sheet, define your specs (initialize, calibrate, measure), and hit go. Code_Hammer ingests the documentation, writes the driver code, compiles it, and runs it against your test parameters. A single device driver can be generated and verified in minutes.

I'm building a full product with six peripherals and a deadline.

Your boss wants a working prototype in three weeks. The system has a microcontroller, sensors, communication modules, a display, and an application layer that ties it all together. Each device has its own data sheet, quirks, and potential for compile and runtime errors. Normally, you're looking at months of development.

With Code_Hammer:Create a project, add your devices one by one, upload the data sheets, and define your test criteria. Code_Hammer generates drivers for each device, compiles and tests them independently, then helps you build the application layer. The whole system comes together in days, and your boss thinks you're a genius. (Maybe you are.)

I've tried multiple AI chatbots and I'm going in circles.

You're already using general-purpose AI tools, and you've hit the wall. It writes code, you find errors, it fixes one thing and breaks another. You've burned through your context window. You've switched between three different AI providers. You've spent more time debugging AI output than it would have taken to write it yourself.

With Code_Hammer:Instead of a generalized AI tool trying to hold your entire project together, Code_Hammer uses specialized AI processes for each stage — analysis, code generation, compilation, testing — with automatic error-correction loops between each step. No circular debugging. More progress, faster.

I need working code on hardware by Friday to prove this concept.

You've got a product idea or a proof of concept that needs to run on real hardware. Maybe it's for a pitch, a demo, or an internal review. You don't have months. You need something functional and you need it fast.

With Code_Hammer:Sign up, create a project, upload your data sheet, and define what 'working' looks like. Code_Hammer generates, compiles, tests, and delivers code that runs on your actual hardware through the local connector. You go from idea to working demo in hours or days.

We support three hardware variants, and it's tripling our development time.

Your product ships on multiple microcontroller platforms or hardware revisions. Each variant needs its own driver code, its own compilation pass, and its own testing. Your team is maintaining parallel codebases and it's eating your bandwidth.

With Code_Hammer:Create separate projects for each hardware variant. Upload the relevant data sheets, define specs, and let Code_Hammer generate and verify the code for each platform independently. What used to require parallel engineering efforts now runs concurrently through the pipeline.

Who Uses Code_Hammer

Solo embedded engineers

freelancers, consultants, one-person hardware teams

Engineering teams at product companies

consumer electronics, IoT, industrial

Hardware prototypers

Arduino, STM32, rapid proof-of-concept builders

Teams under deadline pressure

anyone who needs working firmware faster

Automotive
Consumer Electronics
IoT & Connected Devices
Security Systems
Government & Defense
Life Safety
Medical Devices
Industrial Controls

Code_Hammer currently generates C code for embedded systems.

Try It on Your Next Project

See what Code_Hammer can do for your specific scenario.