Delivering end-to-end support for developing,
deploying, and optimizing embedded Linux
applications.
Gadgeon provides comprehensive Embedded Linux Application Services, enabling businesses to leverage the versatility, reliability, and scalability of Linux for their embedded systems.
We design, develop, and optimize applications for various Linux-based embedded systems, for seamless user experience and high performance.
We create device drivers by aligning Linux systems with hardware platforms for optimal performance. Middleware Integration to extend system functionality.
We specialize in building real-time applications for embedded systems, ensuring precise and time-sensitive operations.
We customize open-source Linux distributions to align with your specific hardware and software requirements, enabling full control over your embedded systems.
Migration of applications, OS kernels, or BSPs to new hardware platforms or architectures with minimal downtime.
We Implement secure boot, encryption, and vulnerability patches to safeguard system security.
Gadgeon specializes in Board Support Package (BSP) development, a critical component in enabling Embedded Linux applications to function seamlessly with a specific hardware platform. We ensures efficient communication between hardware and software layers, delivering robust and high-performing solutions as per client's needs.
We tailor BSPs to meet the unique requirements of custom hardware, ensuring seamless communication and compatibility between the Linux operating system and the board's components.
We develop and configures bootloaders such as U-Boot to initialize the hardware, enabling a smooth and efficient boot-up process.
Our expertise in developing and integrating custom device drivers ensures all hardware peripherals operate seamlessly within the Linux environment.
We adapt and configure the Linux kernel to support specific hardware platforms, ensuring stability, security, and performance. This includes porting the kernel to new architectures when required.
We integrate middleware components to extend system functionality, allowing for a smoother application development process.
A Board Support Package (BSP) is a layer of software that provides essential support for a specific hardware platform, enabling the operating system to interact with the underlying hardware components. We specialize in BSP optimization, which includes:
Enhancing kernel and driver efficiency to reduce latency and improve system throughput. Fine-tuning hardware interfaces for optimal communication and power efficiency.
Streamlining the bootloader and kernel initialization process for faster system start-up.Removing unnecessary modules and optimizing memory usage.
Implementing power-saving techniques such as dynamic voltage scaling and optimized sleep modes.Configuring peripheral power management to minimize energy consumption.
Using advanced debugging tools to identify and resolve hardware-software integration issues.Conducting thorough validation tests to ensure reliability and robustness of the BSP.
Gadgeon excels in Linux System Integration, enabling seamless collaboration between hardware and software in embedded environments.
We integrate Linux systems with custom hardware, ensuring compatibility and optimal performance.
Our team customizes and develops drivers for peripherals, enabling efficient communication and functionality.
We incorporate middleware components to streamline application development and enhance system capabilities.
Tailoring the Linux kernel for specific use cases ensures efficiency, security, and stability.
We integrate various peripherals, sensors, and communication modules, ensuring seamless compatibility with the embedded Linux OS.
We build Linux-based systems that can connect to IoT devices and cloud services, enabling data collection, remote control, and monitoring.
At Gadgeon, we prioritize security and performance in our Embedded Linux application services to deliver robust and efficient solutions.
We implement advanced security measures, including secure boot, data encryption, access controls, and regular vulnerability assessments, to protect applications against threats. Our expertise ensures compliance with industry standards and best practices for secure embedded systems.
We optimize application performance through efficient coding, real-time processing, resource management, and hardware acceleration techniques. Our focus is on delivering responsive and reliable systems, even in resource-constrained environments.
For time-critical applications, we implement real-time OS extensions (such as PREEMPT-RT) to ensure deterministic performance.
With a balanced approach to security and performance, Gadgeon ensures your embedded solutions are safe, efficient, and ready to meet critical demands.
At Gadgeon, we specialize in seamless platform integration and porting services as part of our Embedded Linux Application offerings. Our expertise ensures smooth adaptation of applications across diverse hardware platforms, enabling optimal performance and compatibility.
We ensure seamless integration of software with hardware platforms, optimizing performance while addressing system-specific requirements. This includes peripheral integration, device driver customization, and middleware optimization.
Our team efficiently ports applications, OS kernels, and firmware across different platforms or architectures, ensuring minimal downtime and maintaining functionality. This includes migrating to updated versions of Linux or transitioning between different hardware configurations.
We integrate Linux distributions such as Yocto, Buildroot, and custom distros to match specific use cases.
Gadgeon provides comprehensive maintenance and support services for Embedded Linux applications to ensure reliable performance and longevity. Our offerings include:
Prompt resolution of software bugs and deployment of updates to keep applications secure and efficient.
Continuous monitoring and fine-tuning of system performance for enhanced efficiency.
Regular implementation of security patches to safeguard systems against vulnerabilities.
Addition of new features or functionalities to meet evolving business and technical requirements.
Dedicated support to troubleshoot issues, minimize downtime, and ensure smooth operations.
Let Gadgeon help you leverage the power of Linux for your embedded
devices for reliability, performance, and security.
Core languages for performance-critical applications in embedded systems.
Often used for scripting, automation, and non-critical applications in embedded systems.
Used for managing Linux services and automating tasks on embedded devices.
Sometimes used in IoT devices for building concurrent, lightweight applications.
Used for higher-level applications, particularly in Android-based embedded systems.
Growing in popularity for secure, concurrent, and efficient embedded applications.
A widely used build system for creating custom Linux distributions for embedded systems.
A lightweight alternative for building embedded Linux systems.
Another framework for building embedded Linux distributions.
Standard for compiling, debugging, and building embedded applications.
A popular IDE for embedded Linux development.
Extensible and commonly used for developing Linux applications with remote debugging features.
For developing GUI applications on embedded Linux systems.
Another lightweight IDE for embedded C/C++ applications.
For debugging embedded Linux applications.
For memory leak detection and performance profiling.
Tools for tracing system calls and library calls to debug embedded Linux applications.
For profiling embedded applications and identifying performance bottlenecks.
Emulation tool for testing embedded Linux applications without the need for hardware.
Testing Frameworks: Built-in tools for automated testing in embedded systems.
For kernel-level tracing and performance analysis.
For ensuring real-time capabilities in Linux, necessary for systems with stringent timing requirements.
Used for adding hard real-time capabilities to embedded Linux systems.
For high-precision real-time task execution.
For version control and collaboration in code development.
To automate building, testing, and deploying embedded Linux applications.
Used for containerized environments to ensure consistency across development, testing, and production.
Writing device drivers and kernel modules for custom hardware.
Bootloaders used in embedded Linux systems.
For describing hardware to the Linux kernel in embedded devices.
Common communication protocols in IoT-based Linux systems.
For inter-process communication within Linux.
Standard embedded communication protocols supported in Linux.
Use cross-compilation to ensure the application runs efficiently on different hardware architectures.
Reducing the boot time for embedded Linux.
Implementing security best practices right from design stage.
Reduce the size of the Linux distribution and applications to run efficiently on resource-constrained devices.
Prioritizing tasks using real-time scheduling policies.
Automated testing for unit tests, integration tests, and hardware-in-the-loop (HIL) testing frameworks.
Implementing techniques like dynamic frequency scaling (CPU governors) and sleep modes to reduce power consumption.
Embedded application interacts with hardware through proper abstraction layers.
Ready to leverage the power of Embedded Linux for your next project?
