Embedded Linux Development

Custom Linux distributions, kernel development, and real-time systems for automotive and industrial applications

50+ Custom Builds

10 Hardware Platforms

<5ms Real-time Latency

Expert Embedded Linux Solutions

Specializing in custom Linux distributions and kernel development for automotive and industrial embedded systems. From bootloader customization to real-time optimizations, I deliver complete embedded Linux solutions.

With extensive experience in Yocto Project, Buildroot, and custom kernel development, I create optimized embedded Linux systems that meet strict automotive requirements.

Hardware Optimized

Custom builds optimized for specific automotive ECU hardware platforms

Real-time Performance

RT_PREEMPT and custom scheduling for deterministic real-time behavior

Resource Efficient

Minimal footprint builds optimized for memory-constrained environments

Technical Capabilities

Comprehensive embedded Linux development expertise

Custom Distributions

Yocto Project and OpenEmbedded development
Buildroot for minimal embedded systems
Custom BSP (Board Support Package) development
Cross-compilation toolchain setup

Kernel Development

Linux kernel customization and patching
Device tree configuration and optimization
Real-time kernel (RT_PREEMPT) implementation
Power management and thermal control

Device Drivers

Character and block device drivers
CAN bus driver development and integration
SPI, I2C, and UART driver customization
GPIO and interrupt handling optimization

System Optimization

Boot time optimization and fast boot solutions
Memory management and optimization
Performance profiling and bottleneck analysis
Security hardening and compliance

Supported Platforms

Extensive experience with automotive and industrial hardware

Automotive Processors

ARM Cortex-A Series

i.MX8, Snapdragon Automotive, OMAP

x86/x64 Platforms

Intel Atom, AMD Embedded processors

RISC-V

SiFive cores, custom RISC-V implementations

Development Boards

Raspberry Pi

Pi 4, Pi Compute Module, custom HATs

BeagleBone

Black, AI, custom cape development

Custom ECUs

Automotive-grade embedded controllers

Real-time Capabilities

Deterministic performance for safety-critical automotive systems

< 5μs

Interrupt Latency

< 100μs

Context Switch

1kHz

Control Loop

99.99%

Deadline Met

Real-time Optimizations

RT_PREEMPT kernel patches

High-resolution timers

Priority inheritance mutexes

CPU isolation and affinity

Memory locking and preallocation

Interrupt coalescing optimization

Development Process

Systematic approach to embedded Linux development

Requirements Analysis

Hardware specification review, performance requirements, and constraints analysis

Architecture Design

System architecture design, component selection, and integration planning

BSP Development

Bootloader, kernel, and driver development for target hardware platform

System Integration

Root filesystem creation, application integration, and system optimization

Testing & Validation

Performance testing, stress testing, and automotive compliance validation

Deployment

Production deployment, documentation, and ongoing support

Tools & Technologies

Modern embedded Linux development stack

Build Systems

Yocto Project Buildroot OpenEmbedded Bitbake Make

Development Tools

GCC Toolchain GDB Debugger JTAG/SWD Oscilloscope Logic Analyzer

Version Control

Git Gerrit GitHub/GitLab Repo Tool

Testing & Profiling

Cyclictest Stress-ng Perf Valgrind LTTng

Need Custom Embedded Linux Solutions?

Let's discuss your embedded Linux requirements and create a tailored solution that meets your automotive project's specific needs and performance goals.

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