Mpiric provide advanced Linux software development services focused on embedded systems, kernel engineering, and scalable infrastructure. As a Linux Foundation Silver Member, Mpiric works across custom Linux development, kernel-level optimization, and system integration building solutions that are stable, secure, and production-ready.
Linux development operates at a level where system behavior, hardware interaction, and performance are tightly connected. It requires a deep understanding of kernel architecture, device communication, and system-level optimization far beyond standard application development.
At Mpiric, Linux engineering is approached as a core capability, not an extension. From embedded Linux development and custom kernel engineering to upstream contributions and driver-level customization, every solution is built with precision and long-term stability in mind.
As a Linux Foundation Silver Member, the focus extends into working with mainline upstream Linux kernel development, ensuring that solutions are not only functional but aligned with global standards and evolving kernel ecosystems. This enables organizations to build systems that are efficient, secure, and deeply integrated with hardware whether it’s embedded devices, enterprise servers, or cloud-based Linux environments.
Kernel-Level Systems Built
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Linux Deployments Delivered
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Linux Development DevOps
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Precision Linux engineering, specializing in kernel stability and custom drivers. Low-latency frameworks to ensure seamless hardware-software integration
Mpiric covers kernel engineering and embedded systems to server management and DevOps. Each service is designed to operate at system level, ensuring performance, security, and reliability across real-world environments.
Linux Kernel Networking
Linux Kernel NetworkingCloud-native Linux infrastructure management, CI/CD pipeline engineering, container orchestration, and DevOps automation, built for teams that ship on Linux and need the infrastructure to mat
Linux Kernel NetworkingCloud-native Linux infrastructure management, CI/CD pipeline engineering, container orchestration, and DevOps automation, built for teams that ship on Linux and need the infrastructure to mat
Core Linux Kernel Development
Core Linux Kernel DevelopmentLinux security hardening, vulnerability assessment, SELinux and AppArmor policy development, secure boot implementation, and compliance-aligned security architecture for production systems.
Core Linux Kernel DevelopmentLinux security hardening, vulnerability assessment, SELinux and AppArmor policy development, secure boot implementation, and compliance-aligned security architecture for production systems.
Fuzzing, Testing, and Validation
Fuzzing, Testing, and ValidationCustom Linux device driver development for peripherals, sensors, communication interfaces, and custom silicon, written to kernel coding standards and tested on real hardware targets.
Fuzzing, Testing, and ValidationCustom Linux device driver development for peripherals, sensors, communication interfaces, and custom silicon, written to kernel coding standards and tested on real hardware targets.
Platform and Low-Level Systems Engineering
Platform and Low-Level Systems EngineeringKernel customisation for specific hardware targets, real-time scheduling patches, memory management tuning, security hardening, and feature backporting for your production environment.
Platform and Low-Level Systems EngineeringKernel customisation for specific hardware targets, real-time scheduling patches, memory management tuning, security hardening, and feature backporting for your production environment.
Open Linux Kernel Engagements
Open Linux Kernel EngagementsUpstream kernel contribution and mainlining services, getting your drivers, patches, and BSP changes accepted into the mainline Linux kernel for long-term support Abilit.
Open Linux Kernel EngagementsUpstream kernel contribution and mainlining services, getting your drivers, patches, and BSP changes accepted into the mainline Linux kernel for long-term support Abilit.
Upstreaming and Long-Term Maintainability
Upstreaming and Long-Term MaintainabilityEnterprise Linux server administration, monitoring, performance tuning, patch management, and high-availability configuration for mission-critical production server environments.
Upstreaming and Long-Term MaintainabilityEnterprise Linux server administration, monitoring, performance tuning, patch management, and high-availability configuration for mission-critical production server environments.
Kernel Security and Hardening
Kernel Security and HardeningExpert Linux consulting for architecture decisions, platform selection, kernel strategy, performance bottlenecks, and security hardening, from a team with real production Linux experience.
Kernel Security and HardeningExpert Linux consulting for architecture decisions, platform selection, kernel strategy, performance bottlenecks, and security hardening, from a team with real production Linux experience.
Filesystems and Storage
Filesystems and StorageFull embedded Linux stack development for IoT devices, industrial hardware, and edge systems, BSP development, Yocto/OpenEmbedded builds, rootfs customisation, and bring-up support.
Filesystems and StorageFull embedded Linux stack development for IoT devices, industrial hardware, and edge systems, BSP development, Yocto/OpenEmbedded builds, rootfs customisation, and bring-up support.
inux development requires a level of expertise that goes beyond standard software engineering. It involves working closely with kernel architecture, hardware interaction, and system-level performance areas where precision directly impacts stability and efficiency.
Being a Linux Foundation Silver Member reflects active involvement within the ecosystem, ensuring that solutions are not isolated implementations but aligned with mainline kernel standards and evolving technologies. This results in Linux systems that are not only functional but optimized, maintainable, and built for long-term use.
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We design every solution to meet enterprise standards, focusing on Adaptability, security, and long-term performance.
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Experience in embedded Linux development, enabling efficient systems that interact directly with hardware in real-world environments.
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Mainline Linux kernel upstream handling patches, fixes, and ensuring alignment with evolving global kernel standards.
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we customize and optimize Linux kernels based on hardware, performance, and system-specific requirements.
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Linux systems with strong security practices and stability, ensuring reliable performance in critical and production environments.
Embedded Linux development involves building Linux-based systems that run directly on hardware devices.
It is widely used in IoT devices, automotive systems, industrial equipment, networking devices, and consumer electronics. The focus is on optimizing performance, memory usage, and hardware interaction through customized Linux environments.
Linux kernel development focuses on modifying and optimizing the core of the operating system.
It is important when working with custom hardware, performance tuning, or adding low-level features. Kernel-level changes directly impact system stability, efficiency, and hardware communication.
Linux kernel upstream refers to contributing changes to the mainline Linux kernel maintained by the global community.
This includes submitting patches, bug fixes, and improvements. Working with upstream Linux kernel ensures long-term compatibility, maintainability, and alignment with global standards.
Custom Linux kernel development is required when default kernels do not meet hardware or performance needs.
This includes specialized devices, embedded systems, or performance-critical environments where kernel optimization and feature customization are necessary.
Linux driver development enables communication between hardware devices and the operating system.
Custom drivers are needed when working with new or specialized hardware, ensuring proper functionality, performance, and stability at system level.
Linux server management services include monitoring, optimization, security, and maintenance of Linux-based servers.
This ensures uptime, performance, and secure operations across environments, especially for enterprise systems and cloud-based infrastructure.
Linux plays a central role in DevOps and cloud-based systems due to its flexibility and stability.
Linux DevOps involves automation, CI/CD pipelines, containerization, and scalable infrastructure management making it ideal for modern cloud environments.
Linux security services focus on protecting systems from vulnerabilities, unauthorized access, and network threats.
This includes system hardening, patch management, firewall configuration, and monitoring to ensure secure and reliable operations.
The timeline depends on the complexity of the system, especially for embedded Linux and
Kernel-level work. Simple configurations may take weeks, while custom Linux software development or kernel engineering projects can take several months due to testing and optimization requirements.
Stability is achieved through structured development, testing, and alignment with mainline Linux kernel standards.
We focus on clean architecture, proper driver integration, kernel optimization, and real-world testing to ensure systems perform reliably over time.
