Danlaw delivers exceptional values to all our clients. No matter your situation you can count on us to deliver the best value.
Danlaw partners with OEMs and Tier-1 suppliers around the world to develop custom ECU firmware. We leverage our extensive experience to deliver cost-effective ECUs that comply with stringent automotive standards.
Danlaw has the resources and expertise needed to create high-end interior electronics that enhance the driving experience and reinforce branding. We manufacture integrated license plate modules, shift indicators, HVAC controls and switches for OEMs and Tier-1 suppliers around the world.
Whether you need one critical position filled or a team of people, we provide staffing solutions that fit your schedule and budget. By leveraging our global resources, our customers gain significant cost savings and reduced development cycles.
Danlaw develops high-quality software for embedded automotive electronics, allowing OEMs and Tier-1 suppliers to reduce risk, streamline the testing process, and accelerate time to market.
We provide premium testing services to support development and system integration. Our team uses rigorous functional and performance testing to deliver complex customer-facing systems.
Danlaw will custom-design and build test benches using hardware suitable to your testing needs, whether functional, performance, or stability. Our automated test benches are powered by Mx-SuiteTM.
Comprehensive automated platform for embedded software validation and verification which easily integrates with other test and measurement equipment for quick test case generation.
Provides a cost-effective solution to transmit vehicle and behavioral data to a backend platform using a smartphone’s Bluetooth connection. The app’s intuitive interface displays real-time diagnostic and driving data.
Accelerates the launch of connected car services and improves customer engagement by displaying useful insights into vehicle performance and driving behavior – all on one simple, easy-to-use dashboard.
Easily plugs into a vehicle’s OBD port to collect vehicle, sensor, and behavioral data. The data is wirelessly transmitted to a backend platform to enable a variety of connected car applications.
Evaluates DSRC modules by validating its conformance with Wireless Access in Vehicular Environments (WAVE) standards, in order to fast-track USDOT pre-certification.
A multi-vehicle and infrastructure simulator that quickly generates real-world conditions to verify and validate connected vehicle applications.
Uses DSRC or C-V2X radio frequency signals to collect data from onboard and roadside units. Easily installs on any vehicle without permanent modifications.
Drives the development of efficient transportation systems and smart city applications by facilitating communication with V2X-equipped vehicles and infrastructure.
Collects data from other vehicles and roadside infrastructure in order to transmit warning messages to the driver, creating a safer driving experience.
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