Embedded Systems Engineering
Embedded Systems Engineering That Ships
32bitmicro LLC delivers secure, production-grade embedded firmware and Linux platforms — from architecture through production release. We ship complete embedded platforms so your team can focus on product differentiation.
32bitmicro
Core Capabilities
Production engineering across the full embedded stack: boot, firmware, Linux, security, diagnostics, and release support.
Embedded Linux
Kernel, device tree, drivers, filesystems, and production BSP integration.
Firmware & RTOS
C/C++ firmware, Zephyr RTOS, bare-metal systems, peripherals, and real-time control.
Secure Boot
Root of trust, signing, rollback protection, measured boot, and field update integrity.
Board Bring-Up
Bootloader, clocks, pins, buses, storage, power, debug, and early hardware validation.
Diagnostics
Logs, telemetry, crash analysis, watchdog recovery, and production observability.
Release Support
Build automation, validation, documentation, handoff, and long-term maintenance.
32bitmicro
Featured Open Source Story
A compiler-first journey into C++20 modules, self-hosting tools, and the discipline of doing more by choosing less.
Featured Article
Compiler Is All You Need
Pawel Wodnicki introduces modules.cpp: a modern C++20 project that builds, tests, models, checks, and documents itself with tools built from its own modules.
From a compiler and a POSIX shell to a self-hosting development environment—and a lesser programming manifesto for choosing deliberate simplicity.
Read the Articlemodules.cpp
The current version builds the next.
export module mm.build;
import mm.mdy;Explore the self-hosting C++20 modules toolkit behind the story.
View the Project32bitmicro
Project Outcomes
Representative work centers on secure boot, BSP and kernel enablement, RTOS firmware, board bring-up, diagnostics, OTA updates, and production handoff.
Root of trust and signed releases
Bootloader, kernel, drivers, board support
Diagnostics, telemetry, update paths
32bitmicro
How Engagements Run
A disciplined lifecycle moves from discovery through architecture, bring-up, validation, release, and support.
Discovery
Define goals, constraints, target hardware, risks, schedule, and success criteria.
Architecture
Choose the system shape: OS/RTOS split, boot chain, interfaces, security, and test strategy.
Prototype
Build early firmware and platform slices to retire risk on real hardware.
Bring-Up
Integrate bootloader, kernel, drivers, board support, and basic system validation.
Validation
Verify performance, reliability, security, diagnostics, and update behavior.
Release
Package signed artifacts, production tests, documentation, and handoff materials.
Support
Operate with field diagnostics, regression triage, updates, and lifecycle maintenance.