LHP’s UL Certification

LHP Engineering Solutions is proud to announce that we have officially received UL Solutions’ ISO 26262 Functional Safety Process Certification. This prestigious certification demonstrates LHP’s commitment to delivering automotive software development and engineering services that meet the highest standards for safety, reliability, and quality. UL Solutions, a globally recognized leader in safety science, evaluated LHP’s processes and confirmed their alignment with the rigorous requirements of ISO 26262:2018 for functional safety in road vehicles. This certification reinforces our leadership in functional safety and software lifecycle services and positions LHP as a trusted partner for OEMs and Tier 1 suppliers seeking to bring innovative, compliant, and safety-critical automotive systems to market. Whether you’re developing advanced driver-assistance systems (ADAS), electric vehicle platforms, or embedded control systems, LHP’s UL-certified processes ensure your project is built on a foundation of excellence, integrity, and compliance with the most recognized safety standard in the automotive industry. Want to learn more about our UL Certification?
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Why LHP’s UL Certification Matters

LHP’s ISO 26262 Process Certification from UL Solutions isn’t just a milestone for our team—it’s a powerful advantage for yours. This certification assures customers that LHP’s engineering processes meet one of the most stringent international standards for automotive functional safety. For OEMs and Tier 1 suppliers, this means faster supplier onboarding, smoother audits, and reduced risk across the development lifecycle. Our certified processes lessen the burden on your internal safety teams, support ASPICE and safety case integration, and accelerate the path to SOP readiness. More than compliance, LHP’s UL Certification is your gateway to trust and confidence, knowing that your safety-critical systems are being developed and validated by a partner whose processes have been independently verified by a world-renowned authority. Whether you are launching new platforms or upgrading legacy systems, LHP helps you meet evolving safety standards without compromising innovation or speed to market. 

Certifiable Framework: Functional Safety

LHP’s Functional Safety Certifiable Framework is a commercial-off-the-shelf package built upon decades of best practices from multiple safety-critical industries, consolidated into one optimized workflow for controller and software development.

Technology start-ups and scale-ups within the automotive and aerospace industries must quickly adopt and adhere to the state-of-the-art in safety and quality standards for functional safety, cybersecurity, and ASPICE. But where do you start, when you must commercialize your products on a limited budget?

Too often, unproven and unstructured service providers end up burdening you with piecemeal results that force you to endure the pain and added expense of building the frameworks for Functional Safety, ASPICE, and Cybersecurity, internally from scratch. They leave you stuck with an unfinished product that isn’t ready for commercialization, and they walk away just when you need them the most, leaving you to untangle this complex realm all on your own.

Introducing LHP's newest solution: the Functional Safety Certifiable Framework. Quickly and efficiently commercialize your products. Achieve state-of-the-art safety and quality standards quickly and on a limited budget. Build instant trustworthiness as you boost confidence in your product design and validation, reduce liability, and guarantee the commercial viability of your product.

Accelerate your Product Releases

LHP’s Certifiable Framework overcomes the barriers to entry, economically accelerating your product releases and increasing your credibility with auditors, regulators, and customers.

Framework: Functional Safety Organizational
Processes and Guidelines Overview

The Functional Safety Organizational Processes and Guidelines (FSOPG) provide a structured foundation for implementing functional safety across engineering projects. Developed in alignment with ISO 26262:2018, it ensures that every activity—from concept and design through verification and validation—meets the rigorous demands of modern automotive safety integrity standards.

The FSOPG framework is built around three major process categories:

• Management and Planning: Defines organizational responsibilities, resource planning, and safety culture integration.

• Development Phases: Covers the full product lifecycle with embedded safety, design, and analysis activities.

• Supporting Processes: Ensures quality assurance, configuration management, and documentation control across all stages.

By default, FSOPG adopts ASIL D as the safety baseline, with flexibility to tailor requirements according to each project’s assigned ASIL. This approach guarantees that the correct principles, lifecycle activities, and verification methods are applied to achieve full compliance with ISO 26262.

The FSOPG package includes two complementary document types designed to help organizations streamline implementation and documentation:

• Process Pages – Define the mandatory functional safety procedures that form the backbone of ISO 26262 compliance.

• Process Templates – Provide ready-to-use documentation templates to ensure consistent, auditable execution of safety-critical processes.

Together, these resources create a clear, repeatable path for engineering teams to plan, execute, and verify safety activities with confidence—reducing risk, improving traceability, and driving compliance across every project.

Functional Safety Blog Posts