Over the last three decades, Vector has been supplying tools and services that give engineers the decisive advantage to make challenging and highly complex designs and develop automotive products as simple and manageable as possible. Today, the company is working on various fronts from e-mobility to connectivity, cyber security to ADAS and will continue to work on the new areas which will drive the future of mobility. “Vector is also working on identifying the challenges that a customer could face in the future in the context of these trends and is working as a partner with the customers to overcome these challenges,” said Chandra Nataraja, Managing Director, Vector Informatik India. Nataraja also emphasises the need of ‘real R&D development’ at the local level in India, instead of being followers and adapters.

Q) We are coming across the word “complexity” often in the automotive industry? How does Vector help in simplifying the process in engineering, design, testing, validation and calibration?

Chandra Nataraja: At Vector Informatik, more than 3,000 employees across 31 locations worldwide support manufacturers and suppliers of the automotive industry with a professional platform of tools and software components. Our solutions are used by engineers of automotive OEMs, Tier-1 suppliers and other software organisations undertaking the development of automotive electronics.

There is increased complexity in the automotive space, especially with the software running in cars, for which development teams need to have an overview of their ideas being realised into technologies. There is a lot of toolchain and structure development, not to mention the standards that are being adopted. Vector is a part of several standardisation groups and offers solutions across the complete V cycle of automotive development process, including system engineering, design, testing, validation and calibration, which helps to simplify the processes for the customers.

To elaborate further, the ECU testing tools from Vector support in the implementation of simulation and test environments in an efficient way. Regardless of the task in the development process, the Vector testing tools provide a scalable and re-usable solution from pure SIL simulations to HIL testing with functional acceptance tests – for all types of vehicles including internal combustion engine, a hybrid or a purely electric vehicle. Similarly, for calibration, we provide software and hardware solutions which cover all requirements throughout the entire development process, right from function development through bypassing and rapid prototyping solutions to test bench applications and test drives during trials and in series production.

We also offer solutions to engineers in other application areas such as advanced driver assistance systems (ADAS), autonomous driving, connected vehicles and electric vehicles. The company puts together solutions and provides customers with toolchain to develop, test, calibrate and validate software that is being developed for such applications.

Q) What are the current trends in the automotive industry for which the company is developing solutions?

Chandra Nataraja: Vector follows automotive trends closely, with the principle for the company being that it does not develop solutions in isolation, but rather works with customers as partners.

E-mobility is one of the major trends today and for electric mobility to enter mass market, smart charging is a key solution. The term smart charging is used for charging systems of electric or hybrid vehicles according to various standards like ISO 15118, DIN SPEC 70121 and SAE J2847/2. Vector supports developers of on-board charging ECUs in the vehicle, charging stations and induction charging systems with extensive test systems and bespoke ECU software. Using Vector test solution for smart charging, customers can test on-board charging ECUs without having to operate a real charging spot. Vector also offers solutions for testing of charging stations, E-Mobility Measurement and software stack for rapid development of charging ECUs, which supports all international standards including CCS, GB/T and CHAdeMO. This helps customers develop their software quickly and cost effectively.

Another area of focus is connected vehicles, where Vector is looking at extending the domain beyond the car, at the areas where it can offer standardisation. There is a large amount of data collected from the car when talking about connectivity, and the company is looking at cloud solutions in managing this data.

This also brings us to cyber security, where OEMs and applied partners are analysing if there is enough security of information inside the automobile. Vector has developed solutions related to remote updating of software, for which its understanding of the vehicle network is helping us to see how this can be connected with the IT world.

Autonomous Driving is another trend towards which Vector is carrying out development work, in partnership with BASELABS. BASELABS has algorithms related to ADAS for autonomous driving, and with Vector’s calibration product line aligned to it, we have an entire package which supports both the development and validation of ADAS.

Our tool set for testing and calibration has been developed to accommodate future vehicle technologies, and also extend it to multiple networks in the vehicle. Apart from developing innovations based on market trends, Vector is also working on identifying the challenges that a customer could face in the future in the context of these trends and is working as a partner with the customers to overcome these challenges.

Q) With the growing penetration of electronics in vehicles, how do you see the business opportunities for the company?

Chandra Nataraja: Since last 30 years, Vector has been a capable partner in the development of automotive electronics. Satisfied and successful customers are our motivation, and we work to ensure that our customers achieve an increase in value in their work that we can also be proud of. Driven by our passion for technology, we develop solutions which relieve engineers of their demanding tasks and our focus continues to be on providing products to customers for developing embedded systems so that they can develop solutions which will drive the future of mobility.

We see the business opportunities increasing with our existing customers as they look towards future challenges and opportunities. Also, the current trends have brought in new technology players in the automotive ecosystem, and we look forward to working with them as their reliable and technically competent partner.

Q) How do you see the collaborative approach, especially with high-tech companies?

Chandra Nataraja: Presently, we are already collaborating with multiple high-tech companies in Europe and USA. We do see the potential to collaborate with Indian Tier-1s, Tier-2s and service organisations, especially in the EV space. India is poised to develop a unique ecosystem within the electric vehicle segment where all these companies will play a key role, and we look forward to working as partners with everyone who will develop the future of mobility.

We continue to explore synergies with agile companies and our technology, which can be seen in our efforts to foray into areas other than automotive where we can add value as partner to customers and collaborate to develop technology solutions.

Q) What is the role of the Indian entity in Vector’s global business?

Chandra Nataraja: Vector Informatik India Private Limited is a 100 percent subsidiary of Vector Informatik GmbH and is headquartered at Pune with offices in Bengaluru, where more than 100 technical experts and subject matter specialists support the customers in automotive ecosystem with their challenges and provide customised solutions as per their development and testing needs.

We work closely with all global and local customers based in India, those who have technical teams and presence in India – to understand their development needs and provide solutions across application areas. Dedicated support team in India is available to the customers for all technical queries’ resolution, while we also facilitate the training needs of the customer locally. We also have a test services team which supports the customers with their customised project requirements related to test systems.

Q) What significance does AUTOSAR have for Vector?

Chandra Nataraja: We see that AUTOSAR is a standard that is widely adopted across the globe and the automotive market in India has also seen good adaptation towards AUTOSAR.

Vector has many years of experience in AUTOSAR and provides a comprehensive AUTOSAR Classic solution called as MICROSAR. It consists of the MICROSAR RTE (runtime environment) and MICROSAR basic software modules (BSW), which cover all aspects of the AUTOSAR standard and include many useful extensions. MICROSAR is widely used by several OEMs globally, and in India, many customers have MICROSAR stack running in their cars as the Tier-1s have used Vector AUTOSAR solutions.

Exida, the internationally recognised specialist for functional safety, has verified and independently certifies that the AUTOSAR 4 basic software from Vector fulfills the requirements of ISO 26262 up to the ASIL D level – it is called as MICROSAR Safe. MICROSAR Safe is the result of many years of experience in the field of functional safety and it helps customers integrate safety related functions into their ECU and develop AUTOSAR-based applications as per the functional safety standard, ISO 26262.

In 2017, the AUTOSAR development partnership added a new standard to its line-up that is based on POSIX operating systems: the “AUTOSAR Adaptive Platform”. Adaptive MICROSAR is the Vector solution for vehicles with an E/E architecture based on the AUTOSAR Adaptive Platform. It complements the proven MICROSAR with basic software for the AUTOSAR Adaptive Platform, which is optimised for highly automated driving, multimedia applications and networking services.

Thus, we at Vector provide field-proven AUTOSAR solutions which are tuned to the customer needs – offering a comprehensive range of design and development tools, ECU software and services around AUTOSAR. We are committed to support customers going ahead for all requirements around AUTOSAR.

Q) What are the new areas that Vector is now focusing on?

Chandra Nataraja: We continue to work closely as partners with customers to identify the new areas which will drive the future of mobility. We spoke about the current trends earlier and Vector continues its focus around those, including e-mobility, connectivity, cyber security and ADAS.

There is good amount of work going on towards the development of new connectivity-related technologies, as well as in cloud solutions. A lot of research is being undertaken on identifying the appropriate connectivity technologies for vehicle networks.

There are many new start-ups and technology players who are coming up as new trends emerge, across India and globe. Through our subsidiary VVC Vector Venture Capital GmbH, we continue to accompany young companies in their first steps by providing required support in different ways to these new entrants.

Vector Consulting Services is another such effort from our end to add value based on benchmarks, methodology and Vector experience in different toolchains. Through Vector Consulting, we aim to support customers for optimising the engineering and product development.

Q) What are the challenges in the industry?

Chandra Nataraja: Automotive electronics has come a long way and continues to evolve with trends and technologies like connected vehicles and autonomous driving, which we discussed earlier. Thus, one of the main challenges to the automotive ecosystem is to develop vehicles which are as secured as they are connected. The idea is to think more about the abuse cases than the use cases during development, which will ensure that the vehicles on the road continue to be reliable and secured.

On the development side, standardisation at the E/E Architecture level is the need of the hour which will allow for effective implementation of use cases like customisations amongst others.

We must understand that it takes considerable time and thought to bring new technologies to fruition and the process is at times slow. We thus need real R&D development at the local level in India, instead of being followers and adapters – this will allow for faster turnaround times and quicker technology adoption within the Indian automotive industry. (MT)

AVL is the world’s largest independent company for development, simulation and testing in the automotive industry and in other sectors. As a global technology leader, AVL provides concepts, solutions and methodologies in the fields of e-mobility ADAS and autonomous driving, vehicle integration, digitalisation, virtualisation, big data and much more.

In an interview with Sharad P Matade, Urs Gerspach, Executive Vice President of Test Systems and Global Operations, Instrumentation and Test Systems at AVL, shares his thoughts on the growth enablers and the company’s capabilities to cater to a wide range of demand in the automotive testing business.

What is the impact of the Covid pandemic on AVL’s testing business?

There is an impact, no doubt about it. The effect was much stronger last year; the customers constantly postponed their decisions about the orders of lab projects. However, this year, we are seeing a sudden improvement in the situation. In the first quarter of this year, we received massive orders of over 180 test systems for battery test labs. The situation is improving very fast, and the investments are being released by the OEMs. Until last year, the trends were not clear. Now we see a fast and strong growth of the passenger car industry towards electrification business. We are also witnessing the growing focus on fuel cells in the commercial truck segment. AVL is very well on track regarding its turnover and our margins for this year.

What is the reason for the increased demand of battery test labs?

In the past, many OEMs bought their battery cells from cell manufacturers like Panasonic, LG, CATL etc. and used these third party cells to build their own batteries. Several passenger car OEMs changed their strategy and decided to develop their own battery cells. Increased range, reduced charging time and lower costs are important key factors to convince customers to buy electric cars. Not just the development of the battery, but the combination of Battery, Inverter, E-Motor and Charging Infrastructure is important to develop a successful electric car. For this development, you need new test equipment such as battery cell cyclers, conditioning systems, climate chambers, automation and lab management software. The entire car is tested on High Voltage Powertrain Test Beds and Chassis Dynos where AVL has been the market leader for many years.

Europe is gearing up for Euro-7. What is it? How will it influence the testing business?

EU-7 will set stricter limits for CO2 and particle emissions. We expect PM10 (particulate matter with a size of 10 μm) will be introduced for Euro-7 and we have therefore developed measurement systems which can measure PM10.

It is also important to measure the CO2 emissions of combustion engines as precisely as possible. It is not just about compliance with environmental standards, but also about fuel consumption. We also deliver Portable Emission Measurement (PEM) systems for measuring emissions in real-time conditions on the street. While driving the car under real conditions, you might not execute a certified test run under predefined environmental conditions, therefore, other emissions will occur that need to be measured and analysed. AVL offers a wide range of in-vehicle measurement systems and software to determine what is actually coming out of the exhaust - in real driving conditions.

But there will also be a focus on non-exhaust emissions, particularly brake dust. Electric vehicles don’t emit exhaust emissions, but there is still brake and tyre dust. We have developed entire test systems to test real brakes under real-time conditions.

What would be the significant growth drivers in the traditional combustion engine business for AVL testing divisions?

As mentioned, the Euro-7 regulation will be one of the main drivers for AVL in the future. Besides all the other technologies like ADAS, every engine will be partly electrified either as a pure Hybrid, Plug In- or mild Hybrid. The technology of an Integrated Combustion Engine (ICE) can also be used to run with pure hydrogen. AVL is developing several engines for various customers that convert existing ICE technologies in new concepts.

We are also working on measurement technologies for synthetic fuel. AVL is working closely with Formula One teams as they will soon run their engines with synthetic fuels.

AVL has played a significant role in the development of the diesel engine in Europe. However, many OEMs are talking about discontinuing diesel engine vehicles in the near future. Do you see this as a challenge?

This trend will not have a great impact on our testing division. It will have a larger influence on the powertrain development division for diesel engines. If you take a look at the share of electrified cars in Europe - especially in Germany - they only account for 10 percent of the total vehicles; the remaining share of cars are still powered by combustion engines.

The combustion engine will still remain relevant for a while. However, increasingly in the form of a hybrid powertrain. AVL is therefore converting existing test beds for the car manufacturers so that they can be used to test hybrid vehicles. There are several customers who request pure electrical test benches. Some of our customers come to us with the requirement to completely convert existing combustion engine test fields to electrification test systems.

Between electric vehicles and hybrid vehicles, which one holds more promise in India in the near term and the long term?

I believe, in countries where the electricity network is not yet fully developed, hybrid cars will provide more flexibility, combining the possibility to run with fuel for an overland trip and electrified within the city.

In India, two-wheelers might have a faster increase in electrification similar to the development in China. ICE engines might keep dominating for a while, especially for the commercial vehicle. The introduction of pure battery electric vehicles mainly depends on how fast India is able to provide the necessary high-voltage charging infrastructure.

What about the AVL Tech Centre in India?

Our Tech Centre in India is one of our strongest Competence Centre for turnkey projects. AVL India is a very strong and reliable partner when it comes to planning of entire test fields including plant facilities. In the field of Powertrain Development, our India Tech Centre focuses on all three technologies – ICE, electrification and hybridisation – equally in all segments. AVL is an engineering company assisting customers with all types of mobility technologies. We recently got one of the first orders for fuel cell test systems from an Indian customer. So there is something exciting happening in our Tech Centre in India.

What about the revenues? How much does your testing division contribute to the whole company?

In 2020, the company generated a turnover of EUR 1.7 billion, of which 12 percent was invested in R&D activities. The testing division contributes with around 50 percent of the turnover.

What are the challenges in the business?

One of the biggest challenges is definitely to cover the growing bandwidth of technologies. A couple of years ago, we were only talking about ICE vehicles. Today, we are talking about ICE vehicles, hybrid vehicles, electric vehicles, batteries, ADAS and autonomous driving, digitalisation, cybersecurity and big data. AVL has built comprehensive competences to accelerate the vision of smart and connected mobility.

If you are an engineer, you have a wide range of technologies to specialise in. So one of the challenges is to find the right engineers to work on these different technologies.

What is the latest on safety by AVL?

One of the issues that is yet to gain the industry’s attention is fire safety in electric vehicles. AVL has been associated with fire marshals in Europe. Fire brigades realised an increase in accidents with Battery Electric Vehicles (BEV). Not only accidents but also burning BEVs in parking garages are a big challenge. These vehicles are very difficult to extinguish due to the chemistry of the lithium-ion battery.

AVL has developed a firefighting system which can extinguish a lithium-ion battery fire on the testbed or for fire brigade usage. It is a unique patented system that runs on liquids such as water or gases like nitrogen to extinguish battery fires. We conducted a couple of test series with hybrid batteries. A burning battery with 18 metres of flame height and temperatures of up to 1,500 degrees Celsius could be extinguished in one minute. (MT)

Stating that they are witnessing good demand as well as interest for Driver Status Monitoring (DSM) cameras, Vanesh Naidoo, Founder & CEO, Safe Cams Digital Eye Solutions Pvt Ltd (SCDES), mentioned, “The ability of these cameras to detect sleepy and distracted drivers and then alert them within three seconds is game-changing.” “They, as a safety solution, are highly conducive to reducing road accidents in India, where around 38 percent of all road accidents are attributed to drowsy driving,” he added.  Claiming to be the first company in India to introduce DSM cameras, Naidoo stressed on fuel sensors that can connect to cameras and stream fuel information via 4G connectivity. “The driver reports that come out of this are helping companies save up to 20 percent of fuel costs,” he informed. “This,” he quipped, “is proving to be of much benefit to the fleets at a time when fuel costs have risen sharply.” Present in the aftermarket largely, SCDES is a young company. It was established in 2019 even though the groundwork began almost a year before. “The thought of entering this field was born from the high road fatalities in India,” averred Naidoo.
 

Cameras as road safety solutions
Pointing at the World Bank Report in 2020, which states that India accounts for 11 percent of global road accident victims while having only one percent of the world’s vehicular population, he said, “A majority of these deaths on roads are needless and can be avoided.” Of the opinion that speeding and drowsy driving account for close to 80 percent of road accidents, he explained, “The technologically advanced road safety solutions such as DSM and Advanced Driving Assistance system (ADAS) are instrumental in preventing accidents before they occur.” “The video footage available from the cameras onboard a vehicle helps analyse and hence understand its causes and find way to avoid them,” he remarked. Informing that his company specialises in two broad categories, consumer dash cams for individuals who own one or two vehicles and fleet solutions that cater to transport fleets and commercial operators, Naidoo explained, “Our Mobile Digital Video Recording (MDVR) systems can record on up to eight cameras per vehicle.” 
 

Fleet safety solutions 
The MDVR systems cannot just record on up to eight cameras per vehicle, they can store up to 4 TB of data for a longer period of reference and study. Naidoo explained, “Capable of incorporating features like GPS, Wi-Fi, 4G and various sensors (including temperature sensors in case of the carriage of perishable goods in a refrigerated container), tyre pressure sensors and fuel sensors), the MDVR systems allow live tracking and video streaming via 4G connectivity of any vehicle in the fleet.” Offering advanced technology DSM and ADAS compatible cameras that use Artificial Intelligence (AI), SCDES, said Naidoo, is in talks with bus transport companies for the DSM – with fuel transport vehicle fleets to install explosion-proof cameras and with commercial driving training institutes to help drivers understand the key dangers they face on the road and how to mitigate them. Assembling its consumer dash cameras at its facility at Pune, the company is working on localisation. Some electronic parts are not manufactured locally, according to Naidoo. The current R&D setup of SCDES tests various components of the camera and camera-based safety solutions like lenses, chipsets, low-light sensors etc. The setup also carries out tests in the area of successful configuration and suitability of usage under Indian conditions. “Our R&D setup has helped us to arrive at some unique solutions for local market requirements,” remarked Naidoo. 
 

Traction in market segments
Finding good traction in various market segments including cold chain transportation where cameras and sensing solutions aid the maintenance of the right temperatures, SCDES has achieved good traction in various other market segments as well. “Hyundai India is using our 4G cameras in their test vehicles to ensure testing and reporting as per the guidelines. Our solutions are also being used by the armed forces and municipalities,” stated Naidoo. Revealing that India is expected to follow European Union where reports suggest DSM and ADAS cameras to be mandatory from 2026, Naidoo concluded, “So far, there are no legal requirements for cameras to be used in any vehicular segments as per the law in India. This may however change sooner than later.” 
 

Q: What are the challenges faced by the members of the Auto Care Association during the COVID-19 induced scenario?

Hanvey: While our association’s Government Affairs team was able to successfully lobby and petition all levels of Government here in the United States to categorise our industry as “essential,” which allowed our members to continue operating their businesses, there are still a number of challenges facing our members right now. The overall decline in Vehicle Miles Travelled by Americans we saw in March/April this year has had an impact on the demand for parts and services in the aftermarket.

Additionally, all businesses—not just auto care industry businesses—have to navigate continuously changing health and safety regulations, a bureaucratic process for receiving emergency relief or stimulus funding, figuring out how to pay back emergency Government loans, and the increased potential for lawsuits if a customer or employee becomes ill.

Despite these challenges facing our industry, we’ve seen some positive trends in the aftermarket since the spring, including a rise in Vehicle Miles Travelled, an increase in the forecasted sales of light vehicles, and an increase in Do-It-Yourself (DIY) activity.

Q: What are the leanings for Auto Care Association from the COVID- 19-induced new normal and how it supported its members during this time?

Hanvey: As an association, we remain optimistic, despite the obstacles our industry has been facing. We’ve been fighting for our members on all fronts, including providing a dedicated and comprehensive Coronavirus resources webpage, lobbying all levels of Government for “essential” status, assisting members with navigating Government regulations and loans, as well as surveying members and tracking industry trends to keep both our association and our members informed on the latest developments in this battle with COVID-19 on our industry and our country.

Q: How has the ‘Be Car Care Aware’ campaign helped during COVID-19?

Hanvey: The Car Care Council has continued to inform and instruct vehicle owners on how to maintain their vehicles during COVID-19, even if their cars are spending more time in their driveways than on highways.

Q: What kind of role does the Auto Care Association play when the geopolitical imbroglio between different nations erupt leading to changes in the tariff, affecting the business of your members?

Hanvey: The Auto Care Association’s priority is and will always be the protection of our members and our industry’s future. Our Government Affairs team works year-round to defend the interests of our members, whether it’s for vehicle data access in Massachusetts or testifying before Congress about the impact of tariffs on complex global supply chains. We, as an association, also work extensively to facilitate meetings between our members and their congressional representatives to form meaningful relationships that can result in the prioritisation of our industry’s needs. We also work with our sister associations in-country to further demonstrate the impact of tariffs on multiple economies and get those messages to lawmakers.

Q: Can you update on the issues related to tariffs and their implications?

Hanvey: Our association continues to engage with the United States Government to seek means of relief for our members and industry from the negative impact of tariffs. We have been able to assist many of our members with obtaining exemptions from some of these burdensome tariffs, but we will continue engaging with the Government on this issue until the elimination of these tariffs is achieved.

Q: How do you see the growth of the US aftermarket vis-à-vis the global aftermarket industry?

Hanvey: Despite COVID impacts, forecasts for GDP growth in other countries for 2021 and 2022 show countries emerging from the pandemic and returning to positive growth, according to IHS Markit. Demand was improving for light vehicles as much of the world reopened, but of course, with new closures happening as a “second wave” permeates, that could obviously be affected. In the US, August sales were advancing recovery in auto demand since April as incentives, reopenings and stimulus helped auto demand defy economic indicators.

Again, the second wave happening now is likely affecting that. The aftermarket continues to demonstrate that it’s a recession-resilient industry and forecasts show a quicker recovery than expected due to more DIY and more preference for personal rather than public modes of transportation. More reliance on the current VIO means the vehicle age will continue to grow as people keep their cars for longer meaning more opportunities for the aftermarket to keep money in wallets and offer more convenience in a newly inconvenient world. While what is happening now is referred to as a V-shaped recovery, the emergence of a second wave could possibly point to a W-shaped recovery.

Q: What kind of changes do you see in the aftermarket with the automotive industry being triggered by either legislation or regulation?

Hanvey: The aftermarket continues to change and adapt to new technologies, and it absolutely presents an opportunity to standardise repair procedures to keep consumers safe as well as a level playing field for the industry. In fact, the Auto Care Association Emerging Technologies Workgroup has been working to identify these challenges and turn them into opportunities for the aftermarket as well as working to ensure that the aftermarket is included in the evolving transportation ecosystem and that there is a level playing field for all.

An Auto Care Emerging Technologies workgroup is defining a set of best practice recommendations to standardise safe and efficient ADAS sensor recalibration processes for all passenger vehicles. That workgroup is also defining standards recommendations that ensure fair and equitable access to embedded device software needed to maintain and repair today’s vehicles.

Secure Vehicle Interface (SVI) – our work to standardise the transmission of wirelessly generated vehicle data is critical to the future of the aftermarket.

Q: Today, almost all the vehicles, including trucks, are connected in one way or the other. What are the new challenges that emerge out of these connected vehicles?

Hanvey: The foremost challenge our industry is facing with “connected” vehicle technology is ensuring access to the telematics data generated by today’s vehicles for the aftermarket and vehicle owners. Without access to this vehicle data, the vehicle manufacturers are able to shut out vehicle owners and their independent repair shops, which stifles competition and increases prices. This is precisely why we returned to the battleground of Massachusetts this year to present a ballot question to voters intended to amend the original Right to Repair law and put consumers in control of their vehicle. We were victorious with a 75% yes vote.

Q: The Auto Care Association has been working on developing the adoption of the secure vehicle interface to access data cyber-securely utilising ISO standards. What is the update on this?

Hanvey: The Auto Care Association, along with Michelin and Enterprise Holdings, produced a demonstration in September for the European Commission and other interested constituents around the world on the Secure Vehicle Interface (SVI). SVI is a standards-based technology that enables secure cyber access to in-vehicle data to trusted third parties. The European Commission is currently working towards delivering a legislative proposal on the critical topic of access to in-vehicle data, which will define the future of the mobility ecosystem in Europe and around the world.

Viewed globally by over 300 participants, the webinar included a live demonstration of the capabilities of SVI, examples of potential applications and new opportunities presented by the technology.

Q: How is the Auto Care Association preparing its members to cater to electric mobility?

Hanvey: This is an important development that the entire industry needs to work together on to prepare future technicians. We work with partners such as TechForce, ASE and our community programmes to provide scholarships to young professionals looking to pursue careers in the industry and share information that showcases what the “new” reality of incoming technicians and why these jobs are so viable.

Q: What is the feedback to ACES (Aftermarket Catalogue Exchange Standard) and PIES (Product Information Exchange Standard); do they need any amendments?

Hanvey: The Auto Care Association recently received a federal award that will grant the association $299,000 from the International Trade Administration’s (ITA) Market Development Cooperator Programme (MDCP) award to help the automotive aftermarket industry facilitate the implementation and adoption of ACES and PIES technology standards in China and key Latin American markets.

We also continued to expand our standards coverage this year. On the ACES front, VCdb South America will soon become available, providing vehicle content in our VCdb database for Chile, Colombia, Argentina and Brazil. Spanish Translations for the VCdb, Qdb, PCdb and PAdb will also be available as an add-on. We’ve expanded the catalogue and access for North American companies to do businesses in Latin American countries despite closed borders.

Q: Can you update on UniLink?

Hanvey: The UniLink dataset is available and now includes 96 percent of the 1.4 billion global VIO. The UniLink database contains 23 years of information that is constantly growing and extending and is organised into 16 high-level original equipment manufacturing attributes. Serving as a high-level bridge to ACES so users can see which parts fit with their product portfolio, UniLink allows users to identify new countries, makes and models to sell existing parts already in their portfolio – eliminating redundancies in the supply chain. Aftermarket companies can now determine new markets across the globe for underperforming inventory parts that are sitting and collecting dust in the warehouse and connect product data under a unified platform approach to reduce redundant, time-consuming research and avoid costly errors. Our market feedback tells us that UniLink will help increase sales (five to fifteen percent).

Q: Can you update on Auto Care Association’s working model of the secure vehicle data from OEMs?

Hanvey: Now that we have won the Right to Repair ballot for the second time in Massachusetts, we hope to work with the automakers to implement SVI.

Q: Reports are doing the rounds that with more electronics and software entering cars/trucks, the OEMs might do away with the OBD port and will store data wirelessly, exempting them from the current law. Has the Auto Care Association taken cognisance of this as this move may bother your members / independent repair shops?

Hanvey: The Auto Care Association is aware that the OEMs are currently and actively opposed to allowing third parties to access the data generated by vehicles today and that they are spending millions of dollars to prevent independent repairers and vehicle owners from gaining access to this data. After a decisive victory for the Right to Repair initiative in Massachusetts this November, the public has put the OEMs on notice that they want access to their vehicle data. Should the OEMs move to an entirely cloud-based system and do away with the OBD port on vehicles, we will continue to fight for the rights and abilities of the American people to access their vehicle data and service their cars wherever they see fit.

Q: Can you tell us about your initiatives in building professional skills to your members?

Hanvey: The Auto Care Association’s education resources include networking and conference events, market research reports and analyses, publications, websites, scholarships and a partnership with the University of the Aftermarket, all with the goal of providing continuous professional development opportunities. The Auto Care Association also recognises and celebrates members of our industry each year who go above and beyond to equip their employees with the education and skills they need to be successful in today’s auto care industry through the Automotive Career and Education (ACE) Award.

Q: Can you tell us about the initiatives taken to support the sustainable growth of your industry?

Hanvey: COVID really accelerated a lot of things for the industry. A shift to digital and needing even more data to make better business decisions was crucial the moment our world changed earlier this year. Our industry has always been driven by a commitment to innovation and agility, and this has been an even bigger part of the aftermarket’s identity during the pandemic. We continued to build on our foundation of innovative products and services to keep the supply chain running efficiently, provide dynamic access to the real-time marketplace and help companies run their businesses at top capacity.

Our TrendLens platform, which houses our Demand Index tool is a prime example. The aftermarket needs to know how the changing economic world is impacting their businesses:

• Day to day changes to vehicle miles driven.
• Record highs and lows in temperatures across the US.
• Consumer confidence fluctuations that shift with every news cycle.

Searching for the latest economic and industry data (like the ones mentioned) to help inform business decisions can be frustrating: multiple data sources, inconsistent data, out of date data, and costly subscriptions. We tackle those big questions with TrendLens.

TrendLens puts curated and current interactive industry insights at the fingertips of all of our users. The platform enables users to understand how market influencing factors are affecting the industry with the most complete and up to date data sets available, all in one place with innovative ways to compare and contrast data to give it context.

We accelerated the production timeline of TrendLens by several months in response to the COVID crisis, and it should be an absolutely invaluable tool in the industry’s arsenal. But we took it a step further with Demand Index.

Demand Index lets aftermarket companies compare their performance to the market. It provides sales performance data with both a unit index and dollar index for 38 different product groups, from air filters to shocks and struts, and growing.

More data and better value are provided by the Demand Index than any other tool, and what we’re hearing is that buyers and manufacturers are finally coming to the table and speaking the same language and correlate efforts to ROI thanks to the tool. (MT)