We fully understand your situation. Our services do not necessarily require “starting from scratch.” We will dispatch senior consultants to conduct an in-depth assessment and gap analysis of your existing processes, then tailor a “compliance solution” for you. This solution will bridge the gaps between your current processes and standard requirements, supplemented with detailed process operation manuals to ensure that the team’s understanding and execution of the processes are consistent and reliable, ultimately helping your designs and products successfully meet ISO 26262 certification requirements.

We can serve as an extension of your project team, offering end-to-end engineering services that cover the entire “requirements-design-verification” process. This includes design and verification tasks such as software requirements design, test case development, test execution, and results analysis, as well as optimization and restructuring work like model optimization, architecture reconstruction, and conversion between different models. Furthermore, we provide full lifecycle management support, including the formulation of detailed software verification plans, version management and regression verification of models/software, and maintenance of testing process documentation. Our goal is to help you overcome technical challenges, fill resource gaps, and ensure that the project moves forward on schedule with assured quality.

This is precisely the core contradiction our continuous integration solution aims to resolve. By building an automated pipeline, we ensure that all submitted models/code automatically trigger static analysis and unit testing without manual intervention, thereby eliminating oversight. At the same time, by maximizing the use of existing tools and rationally configuring testing strategies, we help you reduce unnecessary repetitive work and labor input, effectively controlling overall enterprise costs. More importantly, the solution embeds quality checks “shift-left” deep into the development process, making high quality a natural outcome of the build process rather than a post-facto remedy, ultimately achieving dual improvement in both efficiency and quality.