Connected Autonomous Vehicles

Smarter approaches. Robust, efficient processes. And end-to-end support that offers you a safe, economical and fast route to market for your autonomous systems. That’s what you can expect from our experts.

We work with organisations from world-leading auto manufacturers to technology start-ups and international regulators. This means we have extensive experience of system specification, testing, validating, verifying and creating safety cases for every level of autonomous system to meet your requirements and regulator’s. So, we’ll work with you to identify every potential scenario where your system needs to perform. We’ll then use our propriety tools to design a smart and focussed verification and validation strategy that helps you understand real world performance and any residual risk. And we’ll carry out virtual and real-world testing, using our bespoke toolchain at our state-of-the-art ASSURED CAV testing facility.

We’ll solve the questions of what to test, how to test and when to stop to ensure you develop safe, reliable automated driving systems that reduce your costs and speed up the time to market and improve consumer satisfaction.

Related Pages

Verification and Validation
System Specification and Definition
ADAS Robustness
Scenario and Test Coverage
Safety Case for Automated Driving Deployments
Safety Of The Intended Function (SOTIF)
ASSURED CAV Facilities
Virtual Engineering

Related Media

Exploring Relevant Testing Procedures for the Assessment of Current and Future ADAS & AV Technologies

Webinar

Exploring Relevant Testing Procedures for the Assessment of Current and Future ADAS & AV Technologies

ASSURED CAV – How the HORIBA MIRA Connected and Automated Vehicle (CAV) Test Ecosystem Supports the Validation and Verification of CAV Technologies

Webinar

ASSURED CAV – How the HORIBA MIRA Connected and Automated Vehicle (CAV) Test Ecosystem Supports the Validation and Verification of CAV Technologies

Test Methods for Interrogating Autonomous Vehicle Behaviour

Webinar

Test Methods for Interrogating Autonomous Vehicle Behaviour

Verification and Validation Strategies for ADAS and Autonomy

Webinar

Verification and Validation Strategies for ADAS and Autonomy

The Journey from Passive to Active Safety

Article

The Journey from Passive to Active Safety

Privacy matters: implications of privacy laws in today’s connected car world

Article

Privacy matters: implications of privacy laws in today’s connected car world

COVID-19: An Unexpected Re-Route for Future Mobility?

Article

COVID-19: An Unexpected Re-Route for Future Mobility?

Adding the ‘Human Touch’ to CAV Development

Article

Adding the ‘Human Touch’ to CAV Development

Streamlining Vehicle Autonomy Development Through Scenario Language Standardisation

Article

Streamlining Vehicle Autonomy Development Through Scenario Language Standardisation

Getting Smarter on Smart Cities

Article

Getting Smarter on Smart Cities

Simulating traffic flows with connected vehicles

Article

Simulating traffic flows with connected vehicles

Safety of autonomous vehicles

Article

Safety of autonomous vehicles

What is Intelligent Mobility?

Article

What is Intelligent Mobility?

Driving With Robots

Article

Driving With Robots

Say hello to your next car…

Article

Say hello to your next car…

Intelligent mobility – could data be the key?

Article

Intelligent mobility – could data be the key?

Driverless micro-cars: How, What, Why

Article

Driverless micro-cars: How, What, Why

The road to driverless cars

Article

The road to driverless cars

Urban mobility and the rise of megacities

Article

Urban mobility and the rise of megacities

The connected car

Article

The connected car

Intelligent mobility – a systems view

Article

Intelligent mobility – a systems view
wpChatIcon
wpChatIcon