Long-term Support
Production-ready embedded Linux platforms that last
Support That Empowers Your Team
Our BSP Approach
Our Support Framework
System Maintenance and Updates
System Maintenance and Updates
Custom distribution + recipe development
Layer and build system structuring for maintainability
Cross-compilation toolchain and SDK creation
CI pipelines for automated builds and testing
Security Patch Management
Vulnerability monitoring tracking security advisories and CVEs
Patch assessment evaluating security update relevance
Patch testing validating updates before deployment
Deployment planning minimising service disruption
Rollback procedures ensuring update safety
Compliance reporting documenting security maintenance
Performance Optimisation
Performance profiling identifying improvement opportunities
Resource usage analysis optimising memory and CPU utilisation
Boot-time reduction accelerating system start-up
Power consumption optimisation extending battery life
Response time improvement enhancing user experience
Throughput enhancement increasing data processing capability
Technical Consultation
Architecture evolution planning for future requirements
Technology assessment evaluating new technologies and approaches
Problem resolution addressing complex technical issues
Design reviews validating proposed changes
Capacity planning ensuring systems meet growing demands
Integration guidance incorporating new features and capabilities
Team Training and Upskilling
Embedded Linux training developing platform expertise
Security best practices teaching secure development
Debugging techniques improving problem-solving skills
Development workflows optimising team processes
Documentation practices enabling knowledge retention
Code review training maintaining code quality
Team Training and Upskilling
Long-term Support Process
We support products deployed in real environments across smart energy systems, medical devices, industrial IoT platforms, scientific instrumentation, and infrastructure, ensuring reliability over long operational lifecycles without limiting your product’s direction.
Initial Assessment and Planning
Support begins with comprehensive system assessment, understanding your architecture, current capabilities, and future goals. This assessment informs our support strategy and knowledge transfer priorities.
Regular Health Monitoring
We implement proactive monitoring, identifying potential issues before they cause problems. Regular health checks ensure systems maintain optimal performance and security.
Scheduled Maintenance Windows
Planned maintenance occurs during scheduled windows minimising service disruption. We coordinate updates with your operational requirements, ensuring smooth deployments.
Continuous Improvement
Support isn’t just maintenance – it’s evolution. We identify improvement opportunities, implement enhancements, and help your products stay current with technology advances.
Knowledge Transfer Sessions
Regular knowledge transfer sessions share expertise systematically. Your team gains understanding enabling increasingly independent management of your embedded systems.
Knowledge Transfer Approach
Structured Learning Programmes
Our knowledge transfer uses structured programmes building expertise systematically rather than ad hoc information sharing.
Hands-on Mentoring
We work alongside your team on real problems, transferring expertise through practical experience rather than just theoretical teaching.
Comprehensive Documentation
Every support interaction includes documentation updates ensuring knowledge remains accessible long after specific issues are resolved.
Code Review and Collaboration
Joint code reviews teach best practices whilst validating changes, accelerating your team’s development capabilities.
Measuring Support Success
Product Evolution
We monitor product improvements over time, tracking feature additions, performance enhancements, and capability expansions enabled by support partnership.
Technical Metrics
We track technical indicators including system uptime, security patch deployment speed, performance improvements, and issue resolution times.
Team Capability Growth
Success includes measuring your team’s growing independence through reduced support request frequency, increased complex problem resolution, and expanding technical capabilities.