Embedded Linux Development Services for Custom Hardware
Build Linux-based device software, gateway systems, drivers, board support packages, OpenWrt/Yocto images, diagnostics, OTA behavior, and maintainable deployment packages around real hardware.
Drivers, services, logs, OTA, and recovery behavior need to be stable before dashboards and cloud workflows can be trusted.
Power custom products with a maintainable embedded Linux base
Embedded Linux is a good fit when the product needs richer networking, local services, protocol adapters, gateway logic, user interfaces, storage, or field update behavior that is difficult to manage on a small MCU alone.
- Industrial gateways and edge devices that need protocol conversion and local services.
- Custom hardware that needs drivers, Linux applications, logs, and remote diagnostics.
- OpenWrt or Yocto products that need reproducible builds and long-term maintenance.
Embedded Linux consulting, design, drivers, kernel, and applications
Use one delivery path for board bring-up, Linux runtime, gateway applications, update behavior, and operational handoff.
Embedded Linux consulting
Clarify board choice, BSP maturity, kernel version, driver risk, update path, and maintainability before development starts.
Embedded Linux system design
Define boot flow, filesystem layout, services, networking, logs, security boundary, and recovery behavior.
Driver development
Bring up sensors, serial devices, wireless modules, displays, storage, GPIO, and board-specific peripherals.
Kernel and BSP work
Adapt kernel configuration, device tree, board support package, bootloader, and hardware interfaces.
Application development
Build system services, protocol clients, gateway apps, local dashboards, diagnostics, and device-management agents.
Yocto and OpenWrt services
Prepare reproducible images, package recipes, board profiles, gateway distributions, and field update paths.
Embedded Linux work should be proven against real device scenarios
Project examples should show how device behavior, Linux services, integration work, and support risk are handled in a deployable product.
Smart elderly health monitoring
Embedded Linux device software for sensor collection, local communication, data upload, logs, and long-term field support.
Smart game controller
Board support, input handling, wireless behavior, device services, and test routines for a responsive connected product.
Fan health monitoring software
Linux service supervision, sensor input, gateway communication, abnormal-state logging, and remote diagnostics.
Smart temperature patch
Device-side runtime, data upload, version reporting, low-power assumptions, and validation records for a medical-adjacent product.
ZedIoT embedded Linux services process
The process keeps hardware reality, Linux runtime design, validation, and field support connected from the first review.
Requirements analysis
Review hardware, interfaces, operating environment, existing code, target platform, and support needs.
Schematic and system design
Confirm board support, kernel/BSP path, drivers, storage, update strategy, and service architecture.
Development and integration
Build drivers, Linux services, gateway logic, communication modules, diagnostics, and platform payloads.
Testing and validation
Test boot, power cycles, reconnect, logs, updates, abnormal states, and field acceptance workflows.
Deployment and support
Prepare image build notes, release notes, backup, monitoring, rollback, and iteration roadmap.
Choose a team that understands hardware, Linux, gateways, and operations
Embedded Linux delivery should reduce field risk and support cost, not only produce source code.
Hardware-to-cloud awareness
Embedded Linux is designed with gateway, cloud, platform, and field support responsibilities in mind.
Maintainable system images
Build reproducibility, update behavior, logs, and service supervision are treated as delivery outputs.
Gateway and OpenWrt experience
Useful for industrial gateways, routers, protocol adapters, edge devices, and private network environments.
Continue into firmware, gateway, or OpenWrt work
Embedded Linux projects often connect to gateway products, protocol adapters, private IoT platforms, and custom firmware modules.
Discuss your embedded Linux hardware and runtime
Share your board, processor, target OS, driver needs, networking requirements, update policy, and deployment constraints. We will help define the safest build path.
- AI + IoT product architecture review
- Hardware, firmware, cloud, and application integration
- Prototype planning and production support