Building Safer, Smarter,
and More Connected Commercial Vehicles
From advanced software safety systems to electrification, connectivity,
and cybersecurity, LHP helps commercial vehicle manufacturers
and fleet operators engineer the next generation of intelligent,
compliant, and efficient platforms.
Modern Commerical Vehicles Run on Software,
Safety and Compliance
Today’s commercial vehicles are more than delivery machines; they’re data centers on wheels. Whether you’re managing global logistics vehicles or manufacturing Class 3–8 vehicles, success hinges on safety, performance, and real-time connectivity.
Commercial vehicle operators are under pressure to reduce downtime, improve fuel efficiency, and comply with evolving regulations, from emissions and electrification mandates to safety standards like ISO 26262 and ISO/SAE 21434. Meanwhile, increasing demand for automation, driver assistance, and remote diagnostics introduces complexity across the entire vehicle lifecycle.
At LHP, we help OEMs, Tier 1s, and fleet managers modernize their vehicle systems, from embedded software and control systems to safety compliance and data integration. Whether you're designing autonomous delivery trucks, electrifying last-mile fleets, or optimizing your safety-critical infrastructure, LHP delivers the tools, processes, and engineering expertise to help you lead in a connected, safety-first world.
Engineering Services for Commercial Vehicles
We help OEMs and fleet operators future-proof their vehicle platforms with a comprehensive suite of engineering and compliance solutions, from embedded software and safety frameworks to diagnostics, telematics, and testing.
-
Functional Safety Implementation and Compliance
Ensure your systems meet automotive-grade safety expectations, even in heavy-duty and vocational fleet applications.
-
ISO 26262 assessments and implementation
-
ASIL-level HARA and safety goal development
-
Safety Supervisor Software certified for ASIL-D use
-
FMEDA/FTA support and safety case documentation
-
UL- and TÜV-certified functional safety processes
-
-
Cybersecurity for Connected Fleets
Protect your vehicles and data from growing cyber threats with standards-compliant, defense-in-depth engineering.
-
Threat modeling and secure system architecture
-
Penetration testing, firmware analysis, and TARA assessments
-
Fleet-wide cybersecurity governance and OTA update strategies
-
Compliance with ISO/SAE 21434, WP.29
-
Vehicle Security Operations Center (VSOC) consulting
-
-
Electrification Systems Engineering
We support the development of high-voltage EV platforms for delivery, transit, and industrial fleet vehicles.
-
Battery Management Systems (BMS) software development
-
Inverter and charging system integration
-
Functional safety for electric propulsion components
-
High-voltage testing and validation frameworks
-
Support for thermal management and energy optimization
-
-
Embedded Software & Controls Development
Get scalable, production-ready software for powertrain, ADAS, safety systems, and remote diagnostics.
-
AUTOSAR Classic and Adaptive implementation
-
Model-Based Design and rapid prototyping
-
Diagnostics and OBD development
-
OTA update enablement and middleware integration
-
Software-in-the-loop (SIL) and hardware-in-the-loop (HIL) support
-
-
Test & Validation Solutions for Fleet-Scale Systems
Ensure your systems work, under load, at scale, and in the field.
-
Test-as-a-Service (TaaS) for ECU and systems validation
-
Custom HIL, SIL, and MIL platforms
-
ADAS scenario simulation and compliance testing
-
Full vehicle test lab capabilities, including HV platforms
-
Data capture and automated reporting tools
-
-
Training & Fleet Technology Enablement
Upskill your teams in modern vehicle safety, cybersecurity, and diagnostics.
-
Functional Safety and Cybersecurity “Power-Up” training
-
ISO 26262 & ISO/SAE 21434 certification bootcamps
-
Diagnostics, EV systems, and telematics training
-
In-person, remote, or hybrid delivery options
-
Systems engineering and requirements development for safety-critical applications
-
Model-Based Design for Commercial Fleets
-
-
AI & Analytics
We are fully invested in understanding our partner's current and future state goals and work tirelessly to deliver solutions that scale as our client’s requirements grow over time.
-
Industry 4.0: We believe in the Agile approach to IoT and analytics (specifically: Distributed Agile Development). When we combine our technology approach with processes, support, and expertise, along with our business domain and engineering knowledge, results follow.
-
Digital Twin: A digital twin is a digital representation of an intended or actual real-world physical product, system, or process that serves as the effectively indistinguishable digital counterpart of it for practical purposes, such as simulation, integration, testing, monitoring, and maintenance.
-
Data Operations: A more efficient data integration leads to better outcomes, and the value is obtained through the visualization of actionable insights from all the data sets already accessible inside the organization.
-
Digital Transformation: We offer tailored data management solutions that guide our clients' digital transformation. In today’s information-focused world, there is an influx of data available on everything from quality warranties to factory utilization. The challenge? Knowing how to leverage that data and turn it into actionable insight.
-
Advanced Analytics: Software-defined vehicles contain millions of lines of code. Data from new product testing (simulation to post-production), combined with robust analytics, has become a critical part of an organization’s engineering, tech, and operational infrastructure. Leveraging that data to its maximum advantage results in better decision-making and superior future development.
-
Why Commercial Vehicles OEMs and Suppliers Choose LHP
From last-mile electric delivery trucks to connected long-haul fleets, LHP brings unmatched experience in developing, validating, and certifying commercial vehicle technologies. We understand the real-world challenges of scale, uptime, compliance, and cost, and we help you solve them.
Process and
Automation
Our workflows aren’t just efficient, they’re certifiable. LHP’s engineering methodologies are UL- and TÜV-certified, meaning we embed compliance into every project from day one. Our Safety Supervisor Software tool is pre-qualified for ASIL‑D environments, accelerating the path to ISO 26262 certification and reducing risk.

Deep Expertise
in Safety Standards
LHP doesn’t just follow safety standards; we help shape them. Our team includes board‑level contributors to ISO 26262 and ISO/SAE 21434, and we actively guide clients through both standards’ evolving requirements. Whether you’re navigating your first HARA or managing an ASIL‑D program, we provide clarity, structure, and a clear path forward.

Integrated Safety +
Cybersecurity Approach
Modern vehicle systems demand a seamless intersection of functional safety and cybersecurity. LHP takes a systems‑level view, integrating ISO 26262 and ISO/SAE 21434 processes to minimize duplication, align development efforts, and ensure traceability across your entire V‑model.

Certifiable Framework that
Accelerate Development
We don’t just consult, we deliver frameworks, pre-built tools, and automation to get you moving faster. From bi-directional traceability dashboards to embedded software libraries and model-based test cases, we equip your team with the infrastructure to scale.

Industry Partnerships
and Technology Support
LHP partners with leading tool vendors (e.g., ETAS, dSPACE, ALIARO, IBM, Ansys) to ensure seamless integration across your existing toolchains. Whether you’re working in Vector, MATLAB/Simulink, or AUTOSAR, we provide the glue that holds your process together.

Real-World Success
with Tier 1s and OEMs
We’ve helped industry leaders certify ASIL‑D systems in under a year, launch secure ADAS platforms, and build in-house competency through training and hands‑on support. Our work with Sonatus, for example, reduced time-to-certification for their ASIL‑D safety system from years to months.
