Hardawa

AI-Powered Embedded Development Platform

Powered by ChipCtx Community, Hardawa brings register-level AI understanding to embedded development — from setup to live debug.

3 days of work. 10 minutes in Hardawa.

Submit Development Task

Install

curl -fsSL hardawa.com/install.sh | bash

Capabilities

Core Capabilities

01

Register-Level Chip Understanding

Turn chip 1000+ pages manuals and Packs into register-level AI context for firmware development.

  • CMSIS Packs
  • Datasheets
  • Errata
  • SDK docs

02

Device Skills

Ship vendor-approved and community-maintained device knowledge directly into the development workflow.

  • Vendor-certified Skills distributed on Day 1
  • ChipCtx community Skills one click away

03

Ready Toolchains

Skip environment setup and start bare-metal development with a maintained embedded toolchain surface.

  • CMSIS Toolbox
  • GCC Arm
  • OpenOCD

04

Automated Workflow

Move from intent to verified firmware through a single AI-guided workflow.

Firmware Pipeline Replay

User Intent:

"Configure UART logging and flash it to the target board."

  1. Toolchain
  2. Chip
  3. Skill
  4. Code
  5. Build
  6. Flash
  7. Debug

Terminal Replay

$ hardawa run uart-logging
Preparing CMSIS Toolbox...
Checking GCC ARM...
Configuring OpenOCD...
Detecting target via SWD...
Reading CPUID...
Matching device context...
Searching certified Device Skills...
Installing UART bring-up skill...
Reading register-level context...
Checking pinout...
Generating firmware changes...
Running build...
Compiling main.c...
Linking firmware.elf...
Connecting to target...
Writing firmware...
Verifying flash...
Firmware flashed
Starting debug session...
Reading registers...
UART log detected
Debug session live
Try it with your board

Teams

Built for These Teams

Chip Vendors

Distribute SDK, FAE, and ecosystem support as Device Skills on Day 1.

Module and Solution Companies

Turn repeat bring-up, peripheral adaptation, and SDK migration into reusable workflows.

Embedded Engineering Teams

Start the full development flow from chip identification to live debug with one command.

Trial

Start with a Real Embedded Task

Bring one real task:

From 3 days to 10 minutes.

Submit a Task and Request Access

  • SDK migration

    Move an existing project across vendor SDK versions.

  • Peripheral initialization

    Generate register-aware startup code for a real peripheral.

  • New board bring-up

    Identify the target and prepare the first working firmware loop.

  • Debug issue

    Reproduce, inspect, and fix a live embedded failure.

  • Chip Pack

    Import the chip context your project depends on.

  • Device Skill

    Package reusable device knowledge for the team or ecosystem.