Board Support
Package Development
Bringing hardware to life through expert software integration
Precision Embedded Integration
A Board Support Package (BSP) is what makes your hardware actually usable. It enables the operating system to initialise components, manage memory, interact with peripherals, and communicate with the outside world. When the BSP is weak or rushed, the entire product becomes unstable, hard to maintain, and difficult to update.
At Rufilla, we design and optimise production-grade BSPs that unlock the full capability of your hardware, ensuring your platform is stable, secure, and production-ready.
A good BSP reduces technical risk, shortens development time, and improves system reliability through the whole product lifecycle.
What is a Board Support Package?
A BSP enables the OS to correctly understand and configure your hardware.
It includes:
Bootloader configuration
Device tree and hardware description
Kernel configuration and driver integration
Power, memory, interrupt and clock management
Board-level diagnostics and bring-up support
If this layer is done well, your software team moves faster. If it’s done poorly, everything on top becomes expensive to maintain.
Our BSP Approach
Our BSP Development Services
Custom BSP Creation for New Designs
Every hardware design is unique. Our custom BSP development service creates tailored software packages that optimally support your specific hardware configuration, peripheral set, and performance requirements.
Custom BSP Services:
Requirements analysis understanding hardware capabilities and system goals
Architecture design for optimal hardware-software integration
Complete BSP implementation from bootloader through to the application layer
Performance optimisation maximising hardware capability utilisation
Validation testing ensuring stability across all operating conditions
Documentation enabling long-term maintenance and enhancement
Device Tree Development
Modern embedded Linux systems use device trees to describe hardware configurations. Our device tree development expertise ensures the kernel understands your hardware topology, enabling proper driver binding and resource allocation.
Device Tree Services:
Complete device tree creation for new hardware designs
Device node configuration for processors, memory, and peripherals
Pin multiplexing configuration for GPIO and special function pins
Interrupt mapping ensuring proper signal routing
Clock tree definition for optimal timing configurations
Power domain description for efficient power management
Driver Creation & Integration
Hardware components require device drivers to function within the operating system. Our driver development expertise creates robust, efficient drivers for custom and standard peripherals.
Driver Development Services:
Character device drivers for sensors and control interfaces
Block device drivers for storage and memory systems
Network device drivers for communication interfaces
Input device drivers for user interface hardware
Custom protocol drivers for specialised communications
Platform device drivers for system-level components
Boot Loader Configuration
System start-up is critical for reliability and security. Our bootloader configuration expertise ensures systems start quickly, securely, and reliably every time.
Bootloader Services:
U-Boot customisation for embedded Linux systems
Secure boot implementation with cryptographic verification
Boot-time optimisation for rapid system start-up
Fail-safe mechanisms for recovery from update failures
Boot parameter configuration for system initialisation
Multi-environment support for development and production builds
Power Management Optimisation
Efficient power management is essential for battery-powered devices and energy-conscious systems. Our power management optimisation extends operational life whilst maintaining performance.
Power Management Services:
Dynamic voltage and frequency scaling (DVFS) implementation
Sleep state configuration for minimal standby power
Power domain management for component-level control
Wake-up source configuration for responsive operation
Power consumption profiling identifying optimisation opportunities
Battery management integration for portable applications
Hardware Testing & Validation
Thorough testing ensures BSPs perform reliably across all operating conditions. Our validation testing identifies issues before they reach production.
Testing Services:
Functional testing validating all hardware components
Performance benchmarking ensuring specifications are met
Stress testing under extreme conditions and heavy loads
Long-term stability testing for reliability validation
Regression testing ensuring updates don't introduce issues
BSP Development Process
We collaborate closely with hardware and software teams to ensure alignment and long-term maintainability.
Board review and hardware capability mapping
Bootloader configuration and secure boot setup
Device tree creation and validation
Driver integration or development
Power and performance optimisation
Reliability, stress and environmental testing
Documentation and handover to internal teams
Industry Applications
Smart Energy BSPs
Our BSPs power smart energy devices including the Home Mini for Octopus Energy, enabling reliable operation of consumer energy management systems.
Medical Device BSPs
Medical device BSPs require exceptional reliability and regulatory compliance. Our BSPs support hospital bed monitoring and other critical healthcare equipment.
Industrial IoT BSPs
We create Industrial IoT BSPs that operate reliably in challenging factory environments with temperature extremes, vibration, and electromagnetic interference.
Infrastructure System BSPs
Our BSPs power critical infrastructure including motorway signage systems where we successfully ported modern Linux to legacy hardware, demonstrating our ability to work with diverse platforms.
Infrastructure System BSPs
Our BSPs power critical infrastructure including motorway signage systems where we successfully ported modern Linux to legacy hardware, demonstrating our ability to work with diverse platforms.
Collaborative Development Approach
Early Involvement Benefits
BSP development starting during hardware design phase prevents integration issues. We provide valuable feedback on hardware design decisions, ensuring smooth software integration.
Hardware Team Integration
We work closely with your hardware design team, understanding design decisions and constraints. This collaboration ensures BSPs optimise hardware capabilities whilst accommodating practical limitations.
Manufacturing Support
Our BSPs integrate with manufacturing processes, supporting automated testing, configuration management, and quality control throughout production.
Why Choose Rufilla for BSP Development?
Deep Technical Expertise
Our team brings extensive experience across diverse processor architectures, operating systems, and hardware platforms. We’ve solved complex BSP challenges across consumer, industrial, and scientific applications.
Complete System Understanding
Unlike BSP specialists working in isolation, we understand complete system requirements including application needs, security requirements, and manufacturing constraints. This holistic view ensures BSPs support overall product goals.
Production-Ready Quality
Our BSPs are production-grade from the beginning, including comprehensive testing, security hardening, and documentation. We design for long-term reliability, not just proof-of-concept demonstrations.
Knowledge Transfer Commitment
Every BSP project includes thorough documentation and knowledge transfer. Your team gains complete understanding of BSP architecture, enabling confident maintenance and future enhancement.
Ready to Bring
Your Hardware to Life?
We build BSPs that are stable, secure, maintainable, and designed for reliable operation across your product’s lifecycle.
Get started today – contact our team to discuss how we can bring your hardware design to life through expert software integration.
Frequently Asked Questions
What exactly is included in a Board Support Package?
A Board Support Package includes bootloader configuration, device drivers for all hardware peripherals, device tree descriptions, kernel configuration, power management systems, and hardware-specific optimisations. Essentially, everything needed for your operating system to communicate effectively with your specific hardware design.
How long does BSP development typically take?
BSP development duration varies significantly based on hardware complexity, number of peripherals, and target operating system. Simple microcontroller BSPs may take a matter of days, whilst complex secure booting Linux BSPs with custom driver development can require several months. We provide realistic timelines during initial consultation based on your specific requirements.
Can you develop BSPs for existing hardware designs?
Absolutely. We frequently develop BSPs for existing hardware, whether for new product development, legacy system modernisation, or performance optimisation. Our hardware analysis identifies all components and interfaces, enabling BSP development even without involvement in original hardware design.
What processor architectures do you support?
We develop BSPs across diverse architectures including ARM Cortex processors (A, R, and M series), x86 and x64 platforms, and various microcontroller families. Our experience spans mainstream platforms from major manufacturers plus custom and specialised processors.
How do you ensure BSP reliability and stability?
Our BSP development includes comprehensive validation testing covering functional verification, stress testing, environmental testing, and long-term stability validation. We use industry-standard development practices, thorough code review, and systematic testing protocols to ensure production-ready quality.
Can you optimise BSPs for power consumption?
Yes, power management optimisation is a core BSP service. We implement dynamic voltage and frequency scaling, configure sleep states, optimise wake-up mechanisms, and profile power consumption to maximise battery life whilst maintaining required performance.
What documentation do you provide with BSPs?
We provide comprehensive BSP documentation including architecture descriptions, configuration guides, driver specifications, porting guides, and maintenance procedures. Our documentation enables your team to understand, maintain, and enhance BSPs independently.
How do BSPs integrate with manufacturing processes?
Our BSPs include manufacturing support features like automated testing interfaces, configuration management systems, production mode settings, and quality control integration. This ensures efficient production scaling from prototypes to high-volume manufacturing.
Can you work with our software development team?
Absolutely. We excel at collaborative BSP development, working alongside your software team to ensure BSPs meet application requirements. We provide development support, training, and consultation throughout your product development cycle.
What ongoing support do you provide after BSP delivery?
We offer comprehensive post-delivery support including bug fixes, security updates, driver enhancements, and optimisation improvements. Many clients continue working with us for BSP maintenance across product generations and future hardware iterations.