Today, organizations struggle to keep their existing software and electronics development processes on pace with the latest industry standards. With in-depth functional safety, embedded controls, and embedded software competence, LHP enables you to improve your production rate and deliver a safety-critical product on time and on budget.
The increased complexities associated with functional safety, cybersecurity, government regulations, and a higher level of electronics integration result in labor-intensive engineering design, development, and implementation.
Furthermore, increased product complexity, driven by exponential electronic control and software features, has resulted in a need for increased safety for expanding product lines, a higher level of electronic integration, and a deeper understanding of interconnected safety standards.
LHP is here to help!
LHP is your trusted source that provides a cost-effective, multi-faceted solution to guide an organization toward ISO 26262 compliance and certification.
Our Consulting Services:
LHP will deploy Functional Safety engineers as well as work with your team to provide custom support, guidance, and consulting for your organization’s functional safety work in accordance with your workflows, product development cycles, toolchains, and cybersecurity efforts.
Our Custom Solutions:
• Hands-on Workshop with your team, led by LHP Engineers, to serve as a discovery period for current functional safety procedures.
• Takes place virtually in (2) 4-hour sessions.
• Functional safety report to be delivered post workshop.
• Plan the activities for compliance with functional safety for a project.
• Define responsibilities and main milestones.
• Understand and identify the organization's overall safety goal.
• Create recommendations to organization's current safety plan.
• Understand the status of ISO 26262 compliance.
• Identify training opportunities, both group and individual, to help advance team through roadmap.
• Define a strategic plan for compliance based on the specific needs and constraints (i.e. timing, budget, resources).
•Led by LHP functional safety trainers.
• Takes place virtually in (4) 4-hour sessions.
•Training materials will be shipped to each attendee.
•Exposes your team to a better understanding of ISO 26262 implementation process.
•Support on planning activities.
•Hands-on support to support work products such as safety analyses, requirements, and system architecture.
Though systems may be designed for safety, resilience, and reliability, the public may experience havoc and hazards if those systems are compromised by a malicious series of attacks.
Cybersecurity protects the integrity of the safety, reliability, resilience, and privacy characteristics of automotive systems.
The ISO 26262 Standard is the foundation for safety along with the additional safety standards that are under development. LHP’s ecosystem provides a model for creating vehicles worthy of trust.
Simulation of on-road vehicle scenarios is essential to the validation of self-driving vehicles. Developing software to simulate real-life environments allows testing to be done on the computer, not on the road.
ALM encompasses the methods and processes through which software is developed, managed, and controlled.
A well-defined ALM system ensures that the development team is efficiently working toward a common goal and that the end user receives software suited for its intended purpose.
Produce products more efficiently, reliably, and successfully by strengthening the performance of your existing systems or implementing new, custom software solutions.
Solve your organization’s complex testing challenges with flexible, customizable, integrated testing systems.
Data integration combines disparate data sets from various business and engineering tools into a single source of truth to aid in business discoveries and action.
Advanced Analytics utilizes Business Intelligence tools to help organizations discover insights quicker, make faster decisions and aid in predictive maintenance. This process is typically automated or semi-automated through connected workflows and processes.
