Tag: #CAM

The BSI webinar, “Self-driving vehicles: what’s ahead of us?”, on 13 November, set out to answer as many of your frequently asked questions (FAQs) as possible. How did we do? Judge for yourselves…

Following a brief intro by Nick Fleming, Transport Standards Director at the UK national standards body, Marty Zekas, of the government’s Centre for Connected and Autonomous Vehicles (CCAV), got the ball rolling by giving a detailed update on the Automated Vehicles (AV) Act.

Formerly Bill Manager for the Act, and now leading the implementation program, he reflected on the huge progress made since the Law Commissions began their review of the legal landscape for AVs back in 2018, and then outlined some key areas for the secondary legislation to come.

“The Act covers four main areas – safety, liability, misleading marketing, and the licensing of automated passenger services,” he explained. “It addresses which entity is responsible for oversight of the self-driving vehicle when it’s in self-driving mode.

“If there’s a user-in-charge (UIC), who’s ultimately responsible, and also operator licensing for situations with no human on board, ensuring that we’ve got responsible operators overseeing safe operations. Then we come to incident investigation measures and in-use regulation, ensuring that vehicles continue to meet the safety standards.

“The UK is also working at UN level to harmonise international standards for self-driving vehicles. These are expected to be finalised by June 2026, and come into force in January 2027, which will align quite closely with our regulatory timeline.”

CCAV have 17 workstreams covering all aspects of AV deployment, from technical performance regarding the dynamic driving task, user interactions, service monitoring and virtual testing, to safety case approaches, the requirements on manufacturers, cyber security, and changes to the highway code.

“A major part of this is the work we do with BSI to set important standards to ensure a smooth customer journey,” said Zekas.

Then came the main event – a panel session moderated by yours truly featuring Oliver Howes, International Regulatory Lead at Oxa, Siddartha Khastgir, Director of Partners for Automated Vehicle Education United Kingdom (PAVE UK), Brian Wong, Partner at law firm Burges Salmon, and David Wong, Head of Technology and Innovation at The Society of Motor Manufacturers & Traders (SMMT).

We covered a lot of ground – from the remaining economic, legal and technical challenges, through myth-busting and public trust, to – whisper it – a sizeable shift away from private car ownership.

We started, however, with the ‘what, where, when and why’ of early use cases, so, as a UK company pioneering deployment around the world, we went to Oliver Howes first.

Early use cases

“At Oxa, we focus on a few different high-level use cases – industrial logistics, passenger transit and asset monitoring,” he said. “Then, there’s a whole load of sub-use cases – from HGVs moving goods from hub to hub, and small guided vehicles operating in warehouses, to passenger shuttling for demand-responsive transport, and buggies operating off-highway, doing jobs which would put humans in danger.

“We are developing our software as a universal solution that can be deployed on any vehicle platform. When it comes to passenger transit, we really want to focus on the larger issues. Shuttling allows you to replace many cars with one, improving emissions and congestion. We’re currently supporting live deployments in the US, in California and in Florida, with our partner Beep.”

David Wong divided early use cases into three ‘buckets’. First, automated driving features in UIC vehicles – for example, a level three automated lane keeping system (ALKS) or automated valet parking. Second, automated passenger services – ride-hailing taxis, shuttles, buses or coaches. Third, vehicles for industrial operations – logistics and delivery – first mile, last mile, middle mile or off-road, for example, baggage handling dollies at airports or automated mining vehicles.

“Some of these are already commercially deployed, just perhaps not in large numbers,” he said. “Passenger cars fitted with ALKS, the world’s first automated driving feature (under United Nations technical regulation 157), have seen early deployment in very small numbers in Germany, California and Nevada.

“There are already ride hailing vehicles in San Francisco, Phoenix and LA, and shuttles running in Florida and California, and a commercial service in Wuhan, China, which I understand has been very successful. For the third application, we can already see pilot deployment of automated middle mile and long-haul trucking services in America, particularly in Texas.”

Brian Wong noted that, by the time the first authorised, approved, certified and licensed AV takes to a UK public road, it will probably be the most tested and validated vehicle in the country.

Returning to the ‘why self-driving?’ question, Khastgir said: “The UK has good road safety, but not great. For the last 10 years, we’ve had 1 ,700 deaths on our roads and it has stagnated at that level.

“The Secretary of State, Louise Haigh, told the Transport Select Committee that road safety should be considered a pandemic,” he said. “So, it’s important to appreciate that technology, ADAS and automation, will provide near term benefits.”

Remaining challenges

Next question: The remaining challenges – economic, legal and technical (everything apart from public trust, which we’ll come to in a moment).

Talking about last year’s Mi-Link project, the UK’s 1st fully electric autonomous bus trial, John Birtwistle of First Bus asserted that the most significant hurdle is now financial.

Brian Wong said: “I know John very well, and we should listen to him, because his company has moved hundreds of millions of people.  Those of us who have been around this industry for a while know that a lot of roadmaps have been produced to bring connected and automated mobility (CAM) to life. On the regulatory side, the UK has always performed extremely well – all the work by the Law Commissions, CCAV and the standards bodies.

“In 2014, when Burges Salmon started getting involved in driverless cars, via a project with AXA, working groups were sometimes baffled as to why lawyers and insurers were there. We made the case. We explained what needed to happen. One by one, the systemic blockers are being removed and the requested frameworks are being put in place.

“The Automated Vehicles Act will be underpinned by a lot of secondary legislation, providing much more transparency than in some other countries. Even before that comes in, there’s a lot the likes of Oxa and Wayve can do using the UK’s existing trialling guidance.

“We forget sometimes that the Docklands Light Railway (DLR) has run in London since 1987, carrying 90 million passengers a year on a largely automated basis. The Heathrow pod has been running for well over a decade, carrying thousands of people a day. These are the ancestors of automated vehicles.”

Praising CCAV and the DfT for doing ‘a fantastic job’ on the primary legislation, Khastgir warned: “The proof of the pudding is actually in the secondary legislation, what Marty was talking about for next year. That’s where the big challenges lie.

“What is the safety threshold? We don’t yet know what benchmarks governments are expecting. This leads to technical challenges – how do you demonstrate it? Also, we should not kid ourselves – this technology is going to be expensive. Those with deep pockets will achieve SAE level three, level four systems, others will not be able to.”

David Wong pointed to the SMMT’s 2016 framework for understanding the barriers to commercialising and deploying self-driving vehicles. “Eight years on, the work remains very much intact,” he said. “There are four challenges. First is the engineering challenge. Put enough time, money and brain power in and somebody will crack that.

“Second is the regulatory challenge. The sooner we have the secondary legislation the better. Third, is the public acceptance issue – bringing people on the journey. And fourth, probably the most intractable in relative terms, is the economic case. It’s not just about the hardware or the total cost of a vehicle, it’s about finding the right business model to deliver value.”

On the economics, Howes emphasised that the high capital expenditure required to buy these vehicles is offset by reduced operating costs. On the technology side, he said: “There’s a lack of native driverless platforms being designed and developed across the world. Often, we’re still retrofitting existing type approved vehicles. The Ford e-Transit is probably the most accessible platform.”

Trust in self-driving

To set the scene for the consumer confidence section, we highlighted a study raised in advance by a webinar subscriber: Liza Dixon’s 2020 paper comparing the scientific literature on driving automation, claims by OEMs, and media reporting.

Coining the term “Autonowashing” to describe the practice of making unverified or misleading claims which misrepresent the appropriate level of human supervision required, the associated case study related to Tesla.

As head of PAVE UK, with its mission to educate the public, we naturally turned to Professor Khastgir first. “Lisa’s paper is seminal in this space,” he said. “Essentially, it’s a very simple concept – trying to sell something as it is not. If you go back to the cognitive psychology literature, there is enough evidence to say that, in order to build trust in a system, you need to accurately tell the person what it is capable of doing and what it is not capable of doing.

“The concept of absolute safety is a myth. There is no technology in the world, be it your laptop, your phone, the car that you drive today, which is 100% safe. But you can still use the technology in a very safe manner if you use it within the boundaries of its operational design domain (ODD).

“It is now the responsibility of every player in the ecosystem to make sure people understand the true capabilities and limitations of the technology, particularly the difference between ADAS and self-driving. The UK should be really proud of its approach to misleading marketing in the legislation. There’s a role for standards too, both in terms of nomenclature and performance. I like the term ‘thoughtful standardisation’ – standards which add clarity.”

David Wong immediately picked up on this, saying: “For our part, as the industry body, we recognized that importance early on, which is why we developed two things: First, voluntary guidance for our members and car manufacturers regarding advertising self-driving features; and second, working with stakeholders and CCAV to produce a toolkit in preparation for the first passenger cars fitted with self-driving features.

“If you ask a person in the pub, what’s an ODD? What’s a transition demand? Nobody knows. So, we must use plain everyday language. That’s absolutely pivotal, because if the public are confused, and they misuse or abuse a particular technology, and something goes wrong, you risk setting the industry back many years.”

Howes asserted that getting more members of the public hands-on with the tech is the best way to build trust. “There are lots of trials going on with Waymo in the US at the moment, which are really improving the public perception of automated vehicles, but it’s very limited in the UK and Europe,” he said.

Brain Wong reiterated the vital importance of ‘not messing around’ with creative advertising when lives are at stake. As to spurious reporting in the media, our Hyperbolic Headlines strand illustrates the scale of the task.

Ownership implications

With Uber CEO, Dara Khosrowshahi, recently saying that Wayve’s advanced Embodied AI “holds a ton of promise as we work towards a world where modern vehicles are shared, electric and autonomous”, David Wong turned his attention to what self-driving might mean for private vehicle ownership.

“There is a place for shared mobility, particularly in densely populated urban centres,” he said. “But the personal passenger car that is manually driven, or perhaps has a manually driven mode, will still be here for many years to come.

“There is a coming together of megatrends – we used to say ACES (automated, connected, electric and shared) and now we say CAM. But we need to tread this path very carefully, to find a way to be resilient if there’s another pandemic and people again shy away from shared mobility.”

Quickfire Q&A

Now, with time flying, we quickly ran through some live questions from the audience. How will artificial intelligence (AI) improve self-driving? We won’t have self-driving without it, simple as that. 

How will self-driving cars interact with cyclists and pedestrians? Just complying with traffic rules doesn’t necessarily mean the behaviour is safe. Self-driving vehicles must behave appropriately for the environment and situation. How long will it be before all vehicles are self-driving? Probably not in your lifetime. 

And finally…

Just before we wrapped-up, BSI’s CAM programme lead, Matteo Novati, gave an update on the latest standards work.

“We’ve heard about building trust through awareness and transparency, and about delivering value and efficiency to overcome some of the economic challenges – these are some of the objectives of industry standards,” he said.

“Our CAM program has been running for over five years. We’ve published 10 standards that are openly available, developed thanks to the inputs of more than eighty organisations. Our CAM standards roadmap is one of the key tools that can help the industry prepare for the deployment we’ve been talking about. It signposts the most up-to-date guidance that is available internationally.

“We also heard during the panel discussion about building confidence and trust in the safety of AVs. Our Flex 1888 proposes a harmonized framework for selecting minimal risk maneuvers, when the vehicle has to respond to issues that can prevent the continuation of the driving task. It is based on the assessment of the relative risks, and tries to shed light on how to select the most appropriate achievable risk conditions.

“We’re working with Siddhartha and WMG on a new ODD taxonomy to support the safety assurance process that the UN working group is proposing. We will continue to engage on priority areas, including the harmonisation of measurements and metrics, and the potential standardisation of vehicle behaviours in relation to emergency response services.”

For further info, please see the CAM section of the BSI website.

What a few weeks it has been for Lacuna Agency! Hot on the heels of winning the prestigious Research prize at the 2024 Self-Driving Industry Awards, and The Quirk’s Ground-breaking Research Project award, the London-based customer experience specialist has now been shortlisted for not one but two Market Research Society Awards – Inclusive Research and Public Policy.

Headquartered in Vauxhall, on the southern bank of the River Thames, Lacuna was a sister agency to 7^th Sense Research US until a management buyout this summer. It is now wholly owned by founders Fergus McVey and Claire Harding.

With high-end global clients including Hackett, Rolex, Rolls-Royce and Arsenal FC, it has held the cherished ISO 9001 accreditation for quality standards and ISO 20252 for market, opinion and social research, including insights and data analytics, for over three years.

Strategic guru and CEO, McVey, has a longstanding interest in self-driving, conducting a UK consumer attitude survey into new mobility every year since 2019.  “With our growing business in the future of mobility, and our luxury and sports expertise, the future is bright for Lacuna,” he said.

“Our name reflects our belief that what’s missing is so often the catalyst for what’s next. It’s never easy to uncover the unknown, but what’s easy has never been our focus. We relish the opportunities ahead.”

Co-founder and managing director, Harding, added: “We have an amazing, dedicated team who have worked very hard to allow us to reach this new stage in our agency’s life. We look forward to many fascinating projects and successful partnerships in the future.”

Mobility, luxury and sports

Lacuna has strengthened its position in cutting-edge automotive and self-driving technology by recruiting Dr Clare Mutzenich, an expert in Situational Awareness for Remote Vehicle Operators, who earned her doctorate at Royal Holloway, University of London.

Specialising in UX design and human factors, their new Research Director is leading an increasing number of Automated Vehicle (AV) projects – some of which we will cover here, and some which must stay strictly under wraps until the New Year.

“The new name, Lacuna, means missing part or void,” said Dr Mutzenich. “It’s the same team doing what we’ve always done – identifying and filling gaps in vision, bridging the divide between present and future, completing the picture.

“By using all the traditional qualitative and quantitative techniques, and then enhancing them with new technologies like eye-tracking and Virtual Reality (VR), we shine a light into all those little nooks and crannies, transforming lacuna into launch points for success.”

As a prime example, Lacuna won their first Self-Driving Industry Award not only for exceptional initial research – a survey of over 3,000 UK transport users – but also for what followed – detailed analysis, extrapolation and the development of practical solutions.

Jointly credited to Mutzenich, McVey and Harding, the agency’s June 2024 paper, “Driving the Future: Addressing Generational Trust and Ownership Barriers in the Adoption of Connected and Autonomous Vehicles”, serves a welcome dual purpose – neatly highlighting the challenges to widespread acceptance, and providing a compelling market segmentation strategy.

Self-driving challenge

“Our study reveals two significant hurdles impeding the transition to shared autonomy,” said Dr Mutzenich. “First, low trust and acceptance across generational groups. Second, the enduring preference for private vehicle ownership.

“At CAM conferences, everyone talks about how amazing the tech is, this coming automated utopia, but what we find repeatedly, year-on-year, is people telling us they don’t want it, don’t see the use in it, they’re scared of it, or just not interested. The industry is stuck in a bit of an echo chamber.”

To illustrate the point, in response to the question “Would you find sitting in traffic more enjoyable if you were able to concentrate on other things (e.g. work/entertainment)?”, Lacuna found that the ‘no’ percentage increased with age – from an encouraging 31% of Gen Z, born mid-1990s to early 2010s, up to 43% of Gen X, born mid-1960s to late 1970s, and rising sharply to a sizeable 65% of Boomers, born mid-1940s to 1960s, higher still for those born before WWII.

“Younger generations may have grown up in a digital environment where the blending of work and leisure activities is more commonplace, leading to acceptance of such concepts,” said Dr Mutzenich.

“Conversely, the Silent Generation may prioritise uninterrupted relaxation during travel, preferring to use commuting time for quiet reflection or leisure activities that do not require cognitive engagement.”

A subsequent question, however, revealed a far more complicated picture. Asking “How comfortable are you with vehicles operating at L4 or L5?” – automated driving, according to the SAE scale – Lacuna recorded the responses by age group across four levels of comfort.

It identified an interesting range of views within each generation, and a surprising standout finding: While trust in self-driving is highest among those aged 30-39, with 8% “very comfortable” with the idea, this halves to just 4% for the younger group, those aged 18-29, less than the 5% recorded for those aged 50-59, and only a percentage point above the 3% recorded for those aged 60+.

Effective messaging

For those in self-driving, the message is crystal clear: We’re still in the foothills of the public perception mountain, and we can’t take the youth vote for granted. Fortunately, in terms of shifting the needle through effective education and marketing, Lacuna have done a lot of great, innovative, strategic thinking.

“To address these challenges, our SASS Model categorises individuals into four distinct groups: Sceptics, Alarmists, Swing Voters, and Supporters,” explained Dr Mutzenich. “To drive public trust, each needs to be treated differently.

“Sceptics are not really against self-driving. They can be apathetic, or worried about certain aspects – like the impact on jobs – or more progressive – keen to get rid of cars completely, not just replace them with automated cars.

“Alarmists often express strong emotional and visceral reactions, reflecting discomfort with the perceived lack of control and fears about advanced Artificial Intelligence (AI). Often women in older age categories, some may instinctively view these technologies through a lens of potential risks, having lived through significant technological and societal changes.

“At the opposite end of the spectrum, you have the supporters. They’re advocates, first adopters. They tend to be millennial men. They’re likely to already be using some automated features, and they’re first in the queue to try more. They don’t need to be convinced. Then you have the swing voters. They’re not for or against; they’re really not bothered.

“To bring about public acceptance of CAM, we need to target messaging appropriately. Supporters bring a positivity and openness. They can champion the technology. Alarmists need to be listened to, and have their concerns responded to appropriately and sensitively. Informing them about remote operators, humans still in the loop, can help assuage some of their fears.

“The two middling groups, the sceptics and swing voters, are arguably most interesting from a public acceptance perspective. Together, they represent more than a third of the target population. They’re not against, they just need to be convinced of the benefits, both for them and society – how a doctor’s appointment on their commute would be a real time-saver, or how self-driving can increase access to mobility for vulnerable people.

“Matching education to target groups is something we’ve been working on with governments and OEMs, but it isn’t straightforward. You might think Gen Z, the digital natives, would be really in favour, but this doesn’t seem to be the case. Alarmists are always going to be hard to convince, and there’s a danger that multiple messages might confuse people.

“Our final shock point on automated and shared mobility is this: Despite all the benefits, and even amongst those who trust the technology, most people still want to own a private vehicle.

“Many people still cherish the freedom and joy of driving, so for CAVs to win them over, they need to deliver an experience that’s not just better, but irresistible. Car ownership isn’t just about getting from A to B – it’s about convenience, personalisation, status, and control.

“To compete, CAVs must outshine these advantages and make themselves the smarter, more desirable choice. With some wary of a driverless future, it’s crucial to sell the dream first – focusing on the benefits, the convenience, and the possibilities that redefine what mobility can be.”

We’ll have more from Lacuna soon on one of the most contentious subjects in all road safety – the moment of machine-human handover. In the meantime, for further info, visit Lacuna Agency

Cenex Expo 2024 at UTAC Millbrook on 4-5 September, branded ‘Net Zero & Connected Automated Mobility’, featured a welcome emphasis on the latter – self-driving in particular – and showcased vital progress on the former – with electric and hydrogen vehicles of all shapes and sizes, and an array of related products and services.

The first stand you encountered on entry was Beam Connectivity, winner of our inaugural Self-Driving Industry Award for V2X. One of the more eye-catching vehicles outside was a classic red and black Porsche 911 Targa, converted to electric and featuring Beam connected tech.

Day 1

Headlines from day one included a PAVE UK roundtable featuring new Minister for the Future of Roads, Lilian Greenwood MP, and the Niche Vehicle Network (NVN) awarding its Nick Carpenter Innovation Award to the Callum Skye – a high performance all-electric on- or off-roader powered by a 42kWh battery with an anticipated 170-mile range.

“The potential embedded CO2 reductions that have been realised through the use of sustainable materials could be immediately transferrable to other vehicles across the niche sector,” said NVN Programme Director, Scott Thompson. “Seeing the potential offered by UK designed ultra-fast battery technology is really exciting too.”

Full disclosure: we weren’t actually there on the first day, but fortunately The Advanced Propulsion Centre (APC) captured these video highlights:

We can, however, provide an in-depth report into the self-driving-related highlights from the Thursday.

Day 2

Apart from Beam, other standout CAM exhibitors included Aesin, Innovate UK, WMG and Fusion Processing, which displayed its new Automated Tow Tractor, set to hit the market in 2025.

“We are fast approaching a pivotal moment in the evolution of transportation,” said Jim Hutchinson, CEO of Fusion Processing. “The combination of our technology progress and the supportive legal environment mean that it’s time for operators of commercial vehicle fleets to plan for the availability of these vehicles over the next three to four years – much sooner than previously expected.”

We spent most of the day in the ‘CAM Main Plenary’, where notable attendees included #SDIA24 judge Dr Nick Reed, Amy Rowley of BSI, Steve Berry and Clem Robertson of Angoka, Mi-Link project manager John McNicol, and Nick South, Patent Attorney at AA Thornton.

The first session, ‘Scaling CAM Infrastructure’ was chaired by Andrea Reacroft, Digital Transport Programme Delivery Manager at Tees Valley Combined Authority, and featured Jonathan Eaton of The UK Telecoms Innovation Network (UKTIN), Mili Naik of Zenzic, James Long of London’s Smart Mobility Living Lab (SMLL) and Paul Bhatia of ESA Space Solutions.

Eaton highlighted not only the AV Act but also the new Electronic Trade Documents Act as vital in enabling the seamless movement of goods between taxable zones.

“We need to pull together all the clear business models and use cases to drive investment in the connected infrastructure to support CAM,” he said, citing the logistics efficiency benchmark of taking 10 minutes to travel 10 miles (10-10).

Naik opened with the quote by mathematician Clive Humby that “data is the new oil”, while Long outlined some of the amazing testing at SMLL, and, as an example of the detail, referenced The Met Office’s research into sensor interpretation of different sized raindrops.

Noting that here in 2024 we are still talking about a minimum viable connected infrastructure to enable large scale CAM deployment, he put it bluntly: “The coverage is not where it needs to be”, adding that the 3G switch-off is also causing issues for older intelligent transport systems.

Bhatia engagingly focussed on space tech and the importance of satellite communications, saying: “Look to the future and make 6G an integral part of the CAM ecosystem. Satellite is part of the answer for both assisted and automated driving – one of the multiple on- and off-vehicle technologies that brings the necessary robustness.”

One of the best things about big events is they tend to provide a welcome reminder of the basics – why self-driving is so important. Among other benefits, it can help us to tackle global warning.

Deniz Çetin of Karsan pointed us to the latest deeply worrying figures from the Copernicus Climate Change Service, run by the European Centre for Medium-Range Weather Forecasts on behalf of the European Commission: Summer 2024 was the hottest on record, both globally and for Europe.

Using the example of Karsan’s Autonomous e-ATAK, which has been carrying ticketed passengers in open traffic in Stavanger, Norway, since 2022, Çetin said: “People these days can’t believe that once there were lift operators. You just don’t need them now, and it will be the same with drivers and autonomous vehicles.”

Jim Fleming, of Fusion, predicted the successful commercialisation of CAM within two years. “The UK is moving onto a leadership position in the legal structure,” he said. “Local authorities can take on more responsibility and we need to get the message out that this is coming very soon.”

In a Q&A, we discussed the gridlock-solving advantages of autonomous shuttles over robotaxis, with Ewan Murdoch, of Arup, raising ‘the perception danger of removing the safety driver’ – a subject we’d return to after lunch.

Self-driving supply chain

Following a dash around the impressive vehicle line-ups outside, we returned for a wide-ranging exploration of the CAM supply chain, chaired by David Webb of CCAV, and featuring Teodora Demirova of Zenzic, Dean Zabrieszach of Ohmio, and Dr Martin Dürr of Dromos.

Emphasising the UK’s strength in intellectual property (IP), Demirova asserted that the top high value opportunities in CAM include: Research and technology organisation (RTO), Original Equipment Manufacturer (OEM) / Authorised Self-Driving Entity (ASDE), software and hardware, test services, and insurance and legal.

Zabrieszach explained how Ohmio got into AV, having previously specialised in intelligent highway signage. He namechecked AXA insurance and addressed the safety driver question head-on, saying “Autonomy is not autonomy if you have a driver on board.”

Ohmio’s new shuttle – on display in the concourse – attracted a lot of attention and a new public road trial will begin in Milton Keynes later this year. We’ve put our name down to have a go in that as soon as possible!

Dr Martin Dürr focussed first on value for money, noting that the Bay Area Rapid Transit (BART) system in San Francisco costs over $5 billion a year to run, with much of this coming from taxpayer subsidises.

The Dromos system, he claimed, delivers vastly better capital expenditure (CapEx) and operating expenditure (Opex) performance, not only than legacy systems like BART, but also than the new autonomous shuttle alternatives.

“Our smaller vehicles help to overcome the personal safety fears,” he said. “With the added advantage that there is no strict timetable to keep to, so people can take as long as they need to board and alight.”

Operationalising the AV Act

It wouldn’t be a self-driving event without the percentage of road ‘accidents’ involving human error getting a mention. According to Swapnil Pathak, Head of UK Business Development at BlueBinaries, the latest research puts it at 94%.

The final session of the day was a panel discussion on ‘Operationalising the Automated Vehicles Act – Underpinning Secondary Legislation with Research Evidence’, hosted by Ben Gardner, of Shoosmiths, and featuring Prof. Siddartha Khastgir of WMG, Jamie Hodsdon of Oxa, Daniel Quirke of Wayve, and Pablo Rodriguez Corbacho of Applus IDIADA.

“We need to act on the Act, to build on it with secondary legislation, and to continue pushing the conversations at UN level,” said Khastgir.

Much of the debate focused on the requirements for on-road testing without a safety driver, dubbed ‘advanced testing’, before moving to full commercial approval.

Thanks to all involved and apologies to those we missed – there was a lot of great cutting-edge tech on show.

For further info about this event please visit the Cenex Expo website

In summer 2023, The Department for Transport (DfT) and the Centre for Connected and Autonomous Vehicles (CCAV) published two new reports on The Great Self-Driving Exploration.

Last year, in partnership with Thinks Insight & Strategy, University College London (UCL) and Aurrigo, they held a series of large-scale public engagement events in areas of the country where there had previously been little or no engagement with self-driving vehicles.

The aim was to study public perceptions towards, and effective communication about, self-driving. We ran a story at the time on The Great Self-Driving Exploration in Taunton.

Self-driving citizen view

The first report, “A citizen view of self-driving technology in future transport systems”, largely analysed the responses from a “high exposure audience” of 177 participants, who took part in a three-week programme of “deliberative engagement”, including pre- and post-ride surveys.

Further feedback came from “medium exposure” and “low exposure” audiences, of 450 and 250 participants respectively.

In workshops, the high exposure participants were shown educational videos on various aspects of self-driving. They featured, among others, Rebecca Posner of CCAV, Camilla Fowler of Oxbotica (now Oxa), Siddartha Khastgir of WMG, Jessica Uguccioni of the Law Commission, Dr Nick Reed of Reed Mobility, Brian Matthews of Milton Keynes Council, Steve Gooding of the RAC Foundation, Tom Cohen of the University of Westminster, David Sharp of Ocado, Martin Griffiths of Stagecoach Group, Colin Robertson of Alexander Dennis, Jim Hutchinson of Fusion Processing, and Waymo – familiar names to regular Cars of the Future readers.

The participants were then asked to design an advert to describe self-driving vehicles (SDVs) to the public. As an aside, being pedants, we note a battle with software-defined vehicles for the SDV acronym. Anyway…

The report found: “Given the generally positive attitude towards SDVs [self-driving vehicles], the information campaigns and adverts designed by participants overwhelmingly focused on communicating the potential benefits of introducing SDVs rather than any of their concerns.

“Broadly speaking, to effectively improve awareness of SDVs it was seen as necessary to communicate their advantages over and above traditional human-driven vehicles.

“Using information campaigns and adverts to normalise the concept of SDVs, either as privately owned vehicles or as part of shared or public transport provision, was considered important.”

Familiarity with self-driving increased significantly among the high exposure participants, with 68% saying they knew ‘a fair amount’ by the end of the research, compared to just 11% at the outset.

In particular, these participants felt they had a better understanding of the ‘rules’ for using self-driving vehicles. However, there were still areas of potential confusion, such as what level of autonomy is currently legal on UK roads.

In a welcome repeat of the PAVE findings in America – “we like to put on demonstration events to demystify the technology and the good news is that knowledge and experience change attitudes”- participant ‘comfort’ increased during The Great Self-Driving Exploration process, both in terms of using self-driving vehicles and sharing roads with them.

As to how best to communicate with the public, the research concluded that the top five key themes are:

1. Safety – both improved road safety and reassurance on self-driving vehicle safety.
2. Reliability and security – especially the balancing of AI technology and human backup.
3. Accessibility – promoting mobility for all.
4. Shared – improved public transport and the environmental benefits of fewer private car journeys.
5. Costs – being cheaper than the existing options is a powerful message.

Self-driving emotional responses

The second, more technical, report, “Understanding emotional responses to self-driving vehicles: Findings from the EEG study”, measured excitement and stress using an electrophysiological process to record participants’ brain activity. The headlines were…

On “medium to high levels of Engagement, Excitement and Interest”, that participants “have a degree of affinity with the task and tended to have more positive emotional responses to the technology.”

On “lower scores for Focus, Stress and Relaxation”, that participants “were relatively comfortable with the experience despite its novelty”.

And “as participants become more familiar with the technology the more immediate and emotional reactions, both positive or negative subside”.

Interestingly, males tended to show higher levels of ‘Excitement’ than females when on the shuttle, while the opposite was seen for the pod.

The report concluded: “These differences will have implications on both engineering and policy choices to help mitigate certain emotional states if self-driving vehicles become more widespread. The changes in emotional state observed throughout a journey also suggest the value of providing members of the public with the opportunity to trial the technology.”

Together, these two reports provide important insights into the expectations of the UK public in relation to self-driving – a valuable contribution to this fast-growing ecosystem.

On 4 September 2023, the UK government announced the recipients of £50m in funding “to cement the UK as the best location in the world to manufacture”. The winners included several major self-driving projects.

Chancellor of the Exchequer, Jeremy Hunt, said: “From farm tractors fuelled by hydrogen to rapid-charge first responder motorcycles, these projects receiving funding today show we are not short of innovators in this country.

“By supporting growth in the industries of the future, including through better regulation, we are delivering on our plan to get the economy growing and make the UK the best place in the world to start and grow a business.”

Self-driving winners

In addition to 12 mainly clean fuel-related projects to be funded via the Advanced Propulsion Centre (APC), the Centre for Connected and Autonomous Vehicles (CCAV) announced £18.5m in joint government and industry funding for 13 new self-driving projects.

Designed to address critical technology gaps, enhance safety and security, improve performance and reliability, and create scalable opportunities both domestically and globally, these connected and automated mobility (CAM) supply chain projects will be delivered in partnership with Zenzic and Innovate UK.

The winning projects are, in alphabetical order:

·       AIM-DBW

·       Autonomous Cargo

·       CERTUS

·       DeepSafe

·       DriveSafeAI

·       Driven By Sound

·       evolvAD

·       High-Performance Imaging Radar (HPIR)

·       Photonic Inertial Sensors for Automotive (PISA)

·       Sim4CAMSens

·       StreetCAV

·       Systems for Autonomy in Fail Operational Environments (SAFE)

·       Torque Overlay Automated Steering Technology (TOAST)

Decarbonisation and Technology Minister, Jesse Norman MP, commented: “Self-driving vehicles have the potential to transform how we get around, making journeys safer, more convenient and more accessible while also creating skilled jobs. These grant winners underline how the UK is at the cutting edge in developing automated technologies that are not only innovative but have safety at their heart.”

Meanwhile, Minister for Industry and Economic Security, Nusrat Ghani MP, visited Wayve, one of the 43 British companies involved, yesterday (5 September). “The automotive industry will go through a self-drive revolution = huge economic growth & new jobs,” she said on Twitter (X). “We are supporting AI tech firms in leading the way.”

The headline facts and figures for each winning project are as follows:

AIM-DBW – lead partner Aim Technologies, with TRL – to deliver a universal drive-by-wire system to enable the automation of throttle, steering, braking and gears. Grant: £400,000.

Autonomous Cargo – lead partner Aurrigo, with UPS – to create a self-driving 7.5 tonne dolly for airside cargo movements, along with a simulation tool. Grant: £480,000.

Certus – lead partners Horiba Mira, with Coventry University, Connected Places Catapult, Polestar Automotive UK, and IPG Automotive UK – to provide a verification and validation (V&V) test requirements toolset for an automated driving system (ADS). Grant: £1.5m.

DeepSafe – lead partner Drisk.ai, with Imperial College London, Claytex Services, DG Cities, and rFpro – to support the V&V of ADSs through industry-critical data and a next-generation simulation toolchain. Grant: £2m.

DriveSafeAI – lead partner Wayve Technologies, with University of Warwick – to develop a safety assurance framework for the safe deployment of AI in self-driving technology across all driving domains. Grant: £1.9m

Driven By Sound – lead partner Calyo, with Baro Vehicles – is a collaborative initiative to create a robust navigation system for automated vehicles, with a particular emphasis on adverse weather handling. Grant: £910,000.

evolvAD – lead partner Nissan Motor Manufacturing UK, with TRL, Humanising Autonomy, Connected Places Catapult, and SBD Automotive – to develop an AV capable of safely driving in residential, urban and rural environments. Grant: £2.3m.

High-Performance Imaging Radar (HPIR) – lead partner Aptcore, with Garfield Microelectronics, Plextek Services, and Cambridge Sensoriis – aims to develop a high-performance imaging radar specifically for AVs. Grant: £1.8m.

Photonic Inertial Sensors for Automotive (PISA) – lead partner Zero Point Motion, with WAE Technologies, University of the West of England, and the Royal Institute of Navigation – to leverage Micro Electromechanical Systems (MEMS), Photonic Integrated Circuits (PICs), and low-cost laser/detectors to develop advanced position and navigation sensors. Grant: £1.4m.

Sim4CAMSens – lead partner Claytex Services, with University of Warwick, National Physical Laboratory, Syselek (UK), Compound Semiconductor Applications Catapult, rFpro, Oxford RF Solutions, and Techworkshub – to enable accurate representation of ADS sensors in simulation. Grant: £2m.

StreetCAV – lead partner Smart City Consultancy, with Dell Corporation, Milton Keynes Borough Council, and Ohmio UK – will create a ‘plug-and-play’ roadside connectivity solution for self-driving shuttles, robots and drone-based services. Grant: £1.8m.

Systems for Autonomy in Fail Operational Environments (SAFE) – lead partner Streetdrone, with Alcon Components, University Of Surrey, and Chassis Autonomy – will develop a fail operational drive-by-wire technology platform to enable safe SAE Level 4 autonomy. Grant: £1.2m.

Torque Overlay Automated Steering Technology (TOAST) – lead partners Titan Motorsport & Automotive Engineering, with Alexander Dennis, and TRL – will develop a modular dual redundant steer-by-wire system for heavily automated and electric vehicles. Grant: £760,000.

Quick on the draw with a press release, Alex Kendall, CEO of Wayve, said: “Leveraging AI, we have the chance to bring the benefits of self-driving vehicles to everyone’s door. But first, securing trust in AI is paramount. DriveSafeAI will give the public and policymakers confidence in this technology, which has the potential to revolutionise transport.”

Professor Siddartha Khastgir, Head of Verification & Validation at WMG, added: “AI and particularly embodied AIs like self-driving vehicles is one of the biggest disruptors for society. Deploying this technology safely is essential.”

Congratulations to all, particularly TOAST for the best acronym, and we will follow all of these exciting projects with great interest.