Pothole problems solved with 3D and AI technology
Written by Isabelle Miller
Head of Business Development and Partnership Solutions at GPC Systems Ltd
Every driver will know that sinking feeling of seeing a pothole in the road a little too late to avoid it and the inevitable clunk as the wheel drops into the hole. You spend the rest of the journey thinking about the potential damage; listening out for unusual noises and checking the steering is still working correctly.
It’s turns out that it’s a universal problem that has been plaguing drivers since the invention of the car. Wikipedia tells us that the American Automobile Association estimated that over five years up to 16 million drivers in the United States had suffered damage from potholes to their vehicles – at a cost of $3 billion a year. In India, 3,000 people per year are killed in accidents involving potholes. In the UK, it has been estimated that the cost of fixing all roads with potholes would cost £12 billion.
Many countries have tried to find a cost effective solution to the problem. Prisoners were even drafted in to fix Rome’s potholes on its historic streets but now a new technological solution looks set to help relieve the problem.
The innovative software company GPC Systems is using 3D and AI technology to fix the problem of potholes faster. Until now, identifying and repairing potholes has been a reactive, expensive and difficult to manage process. GPC’s 3D Pothole Dimensioning Software uses the technology to provide an accurate and timely picture of the road network and identification of roads likely to deteriorate.
This allows quicker and more efficient repairs, reducing claims and allowing councils to proactively manage roads.
By allowing inspectors to quickly take a photo of the pothole on a mobile computing device, such as a rugged Panasonic TOUGHBOOK M1 with integrated Intel® RealSense Technology, the measurement software can instantly analyse the width and depth of the hole and calculate the volume and type of materials needed for repair.
GPC are long term, integral partners with both Panasonic and Intel enabling and proving success utilising the Intel® RealSense Technology.
And the pothole solution is having international success. A distribution contract will see the 3D modelling solution deployed on the famous Las Vegas Motor Speedway, a venue for NASCAR, where elite NASCAR drivers reach speeds of near 200 miles per hour on an oval track.
In the UK, Durham and Blaenau Gwent Council, supported by the GovTech Catalyst, have also just awarded GPC a contract to develop their innovative 3D technology for use in detecting road defects.
The GovTech Catalyst, run by the Government Digital Service, is a fund that allows suppliers to solve public sector problems using emerging technology.
In April, the UK’s Department of Transport announced £201 million funding for the road network and £50 million allocated to councils for pothole resilience and £23 million for trials of new technologies for pothole repair.
With almost £1 billion currently spent repairing potholes in the UK and according to the RAC, most repairs being short term patches, this solution looks set for a smooth roll-out across many countries and cities as they look for a solution to their pothole problems.
Read more insights…
article
AI-ENABLED TOUGHBOOK G2 REVOLUTIONISES RUGGED TABLET MARKET
TOUGHBOOK G2mk3 is Panasonic's first tablet featuring an AI-enabled Intel® processor, whilst offering market-leading customisation and modularity.
blog
Transports Metropolitans de Barcelona relies on Panasonic Connect technology
Our recent collaboration with Transports Metropolitans de Barcelona (TMB) has been under the spotlight for the implementation of advanced technology to improve traffic control on the city's bus lanes.
blog
Navigating Together Towards a Brighter Future: Our Commitment to Recognition2024
As businesses embark on a new financial year, now is a great time to reflect on the resilience and innovation that European organisations have shown over the past 12 months - in the face of unparalleled challenges - and to move forward with optimism.
blog
What’s next for wireless connectivity investment in Europe?
Europe has always been at the heart of wireless technologies, from Marconi’s very first wireless transmission in 1897. Back then that initial radio transmission transformed the world and wireless connectivity continues to do so today.
Sorry there was an error...
The files you selected could not be downloaded as they do not exist.
You selected items.
Continue to select additional items or download selected items together as a zip file.
You selected 1 item.
Continue to select additional items or download the selected item directly.
Share page
Share this link via:
Twitter
LinkedIn
Xing
Facebook
Or copy link: