Hardware debugging
SEGGER J-Link is the market-leading family of debug probes in the industry, supporting more than 15,000 devices across all major MCU families. Their high-speed programming and reliable target communication also make them well suited for autonomous agent demands.
We work with SEGGER to test and debug firmware directly on hardware. Through J-Link, Embedder’s agents flash builds, inspect registers and memory, and investigate failures on the device.
Real-time operating systems
Zephyr is an open-source real-time operating system for resource-constrained, connected devices. Its broad hardware support and shared driver model help developers build portable embedded applications.
We work with the Zephyr community to simplify firmware development and platform migration. Our focus spans board bring-up, peripheral integration, and application development using Zephyr’s RTOS and driver ecosystem.
Power profiling
Joulescope builds precision instruments for measuring current, voltage, and energy use in embedded devices. Its wide dynamic range captures both low-power sleep states and brief bursts of activity.
We work with Joulescope to automate firmware power optimization. By pairing precise energy measurements with Embedder’s agents, we can measure a device’s power use, change its firmware, and verify the result on hardware.
Semiconductor design
Verkor builds semiconductors with Conductor, an AI system that handles chip design from written specifications through verification and physical layout.
We work with Verkor to turn AI-designed silicon into working embedded systems. Verkor designs the chips, while Embedder writes and tests the firmware that runs on them.
Firmware tracing & debugging
BKPT Labs builds firmware tracing and debugging tools for ARM-based embedded systems. ViewAlyzer and BKPT Debug help engineers inspect runtime behavior and diagnose faults.
We work with BKPT Labs to make firmware faults easier to diagnose. The partnership combines BKPT’s tracing and debugging tools with Embedder’s agents to investigate task execution, memory access, and the conditions behind a failure.
Circuit board design
Solderable combines AI-assisted circuit design with engineering expertise to turn product requirements into production-ready boards. Its work covers component selection, schematics, and PCB layout.
We work with Solderable to take hardware ideas from circuit design to working devices. Solderable develops the schematics and board layouts, while Embedder writes the firmware and tests it on the finished hardware.
Hardware simulation
Simantic runs embedded firmware on simulated hardware, from individual microcontrollers to connected systems. Developers can inspect execution and test device behavior without a physical prototype.
We work with Simantic to test and debug firmware before a physical board is available. The partnership combines Simantic’s hardware simulation with Embedder’s agents to investigate behavior and catch issues before validation on hardware.
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