Thus, our newly developed "Tire Leap AI Analysis" utilises advanced AI-based analysis technology to analyse (for example) electron microscope imagery of tyre rubber compounds in order to achieve high-precision analysis that far exceeds human capabilities, thereby making it possible to derive accurate estimates of rubber properties from structural data found in this imagery.
Specifically, it is a technology that estimates rubber properties precise from combining data on the individual raw materials contained in a rubber compound with data on its internal structure. In the future, we will continue to develop this technology and develop technology to estimate the future rubber properties from electron microscope imagery of unused rubber.
■ Technology to Precisely Estimate Rubber Properties Based on Structures & Materials
Tire Leap AI Analysis utilises an AI-based image analysis system to analyse the internal structures of rubber in images captured by an electron microscope in order to infer information about the properties of the rubber based on its structural data (i.e. the results of image analysis). By combining this structural data with data about the materials that make up rubber compounds, this technology is then able to derive information about the physical properties of rubber with a high degree of precision.
■ Technology to Detect Changes in the Internal Structures of Rubber After Use & Estimate Resulting Changes in Rubber Properties
By comparing images of a tyre that has never been used (i.e. that is brand new) with images of a tyre that has been used (i.e. after wear over time), this AI-based image analysis system can determine where changes have occurred in the internal structures of the tyre’s rubber and then estimate the physical properties of the rubber in the areas that have undergone these changes. The practical application of this technology will facilitate the design of new rubber compounds that are less prone to performance degradation due to wear and tear, thus contributing to the development and advancement of Performance Sustaining Technology.
Dr. Miki Haseyama, Hokkaido University: We have developed a new AI technology that is able to estimate the extent of changes in the structures based on analysis of images of the internal structures of rubber. As compiling data for this kind of machine learning would otherwise be extremely time-consuming, one of the main merits of this new technology is the fact that this AI does not require prior field data from structural changes in rubber for machine learning. Rather, this AI uses deep learning to learn about the properties of new rubber (i.e. prior to undergoing structural changes) and then estimates the extent of changes in the structure by analysing how data from old rubber (i.e. after undergoing structural changes) compares to the data that it has previously learned about new data. This approach to machine learning allows the AI to automatically detect various types of changes in the structures of rubber.
Kiyoshige Muraoka, Senior Executive Officer, Sumitomo Rubber Industries: We have been working jointly with Hokkaido University to further advance the development of AI technology that can understand how the internal structures of tyre rubber change through use. We have already put this new technology to use in the development of our latest “ENASAVE NEXT III” fuel-efficient tyres, which not only achieve the highest possible “AAA-a” rating for fuel efficiency and wet grip performance (under Japan’s tyre labelling system), but also reduce changes in tyre performance that occur over time as a result of use by half. Moving forward, we will continue to advance our Tire Leap AI Analysis technology to find and analyse slight variations in the internal structures of rubber that human senses and knowhow have been unable to detect so that we can then use the resulting knowledge to develop new technologies that further enhance tyre performance and ensure that this high performance lasts longer. In this way, we will accelerate research and development toward producing high-performance tyres that provide greater safety and peace of mind with the aim of contributing to the realisation of a sustainable mobility society for future generations.
References:
Ren Togo, Naoki Saito, Takahiro Ogawa, Miki Haseyama, “Estimating regions of deterioration in electron microscope images of rubber materials via a transfer learning-based anomaly detection model,” IEEE Access, vol. 7, pp. 162395-162404, 2019.
Anyline Displays TireBuddy Platform At NADA 2026
- By TT News
- February 04, 2026
Anyline is displaying its AI-powered TireBuddy platform at the 2026 National Automobile Dealers Association (NADA) Show in Las Vegas (from 3–6 February), demonstrating how it brings objective, digital tyre inspections to automotive retailers. The technology, which standardises tread depth and condition assessments, is used by dealerships, reconditioning centres and independent shops to enhance operational consistency and customer transparency. At Booth 7649N, live demonstrations will show the system’s guided scanning and intuitive workflow, which technicians have adopted for its ability to generate clear, data-backed reports directly in the service bay.
A key adopter includes EchoPark, a national pre-owned vehicle retailer under Sonic Automotive, Inc., which utilises TireBuddy as part of its rigorous 190-point vehicle inspection process across multiple states. The platform provides repeatable measurements that strengthen technical recommendations and build buyer confidence by turning subjective checks into documented insights. Since its 2025 launch, the tool has been implemented by large-scale automotive groups seeking to improve decision-making and efficiency.
Anyline’s exhibition will focus on these real-world applications, showing how digitising tyre inspections creates a more transparent and trustworthy service experience. By replacing visual estimates with precise digital data, TireBuddy helps businesses streamline workflows, empower technicians and ultimately support safer, more reliable vehicle assessments for customers.
Christoph Braunsberger, CEO, Anyline, said, “Our goal with TireBuddy is to equip technicians with the tools they need to make accurate, fast and confident decisions, an important message we’re bringing to the forefront at this year’s NADA Show. By providing objective, AI-powered data, TireBuddy delivers a far clearer path to cost savings, operational efficiency and customer transparency for retailers – benefits that matter at every level of their operation.”
Continental Innovates Tyre Technologies For Quieter Driving
- By TT News
- January 30, 2026
As urban areas around the world grow increasingly louder, traffic noise has emerged as a critical environmental and public health challenge. Recognised by health authorities as a major risk factor, this pervasive issue extends from European cities to megacities across Asia and Latin America. Continental is addressing this problem by pioneering tyre technologies that significantly reduce rolling noise, thereby contributing to quieter urban environments and enhanced in-vehicle comfort.
The transition to electric mobility has brought tyre noise into sharper focus. With the near-silent operation of electric motors replacing traditional engine sounds, the acoustic contribution from tyres becomes far more prominent, even at moderate city driving speeds. In response, Continental engineers have developed specialised solutions that target noise generation without compromising the safety, durability or performance of the tyre.
One such innovation is the Silent Pattern tread design, featured on models like the EcoContact 7. This technology disrupts the conventional, uniform arrangement of tread blocks that typically creates a rhythmic humming sound on pavement. By intelligently varying the spacing and angles of these blocks, the pattern breaks up this acoustic consistency. Furthermore, it is tuned to cancel out specific sound frequencies, akin to the principle behind noise-cancelling headphones. This results in a measurable reduction of traffic noise at speeds around 50 kmph, where rolling noise is most perceptible to pedestrians and residents.
For reducing noise inside the vehicle cabin, Continental employs its ContiSilent technology. This involves lining the inside of the tyre with a lightweight polyurethane foam that absorbs vibrations caused by the tyre’s contact with the road. By dampening these air vibrations, the technology can cut perceived in-cabin rolling noise by up to nine decibels – a reduction the human ear experiences as nearly halving the volume. This substantial increase in acoustic comfort is integrated into various product lines, including high-performance summer tyres, without affecting driving dynamics or efficiency.
The company’s commitment to low-noise mobility spans multiple vehicle segments. From the Conti Urban NXT for city buses to passenger car tyres like the EcoContact 6 Q and van tyres such as the VanContact A/S Eco, these products are designed to meet stringent noise standards. Consumers can readily identify these quieter options through regulatory labels, like the EU tyre label, which provides clear decibel ratings for external rolling noise. Through these continuous advancements in tread design and sound-dampening materials, Continental is systematically working to diminish the acoustic footprint of road traffic.
According to Achillefs Tsotras, head of Continental’s Tyre-Vehicle Interaction department, “Noise, especially traffic noise from cars, buses and delivery vehicles, is a major burden for people and the environment. With tyre technologies like ContiSilent and innovative tread designs, we are actively reducing rolling noise without compromising safety. This makes every ride noticeably quieter, benefiting drivers, pedestrians, residents and the environment alike.”
Algorhythm's SemiCab Expands AI Collaboration With Apollo Tyres
- By TT News
- January 08, 2026
SemiCab, a subsidiary of Algorhythm Holdings, has secured a significant expansion to its existing Master Services Agreement with Apollo Tyres Ltd., a prominent global tyre manufacturer. Apollo Tyres, which serves major international markets and reports annual sales exceeding USD 5 billion, ranks among the world’s top 10 tyre producers. This enhanced partnership, building upon a commercial pilot initiated in September 2024, will see SemiCab manage freight transportation across 20 high-density corridors in India while increasing shipment frequency throughout a broader service region.
The expansion is projected to contribute up to USD 2.5 million in yearly revenue for SemiCab. The company delivers these managed services through its AI-driven Collaborative Transportation Platform, a cloud-based system engineered to lower logistics expenses, boost delivery precision and minimise empty truck miles. This technology offers complete live tracking and enhances network visibility without disrupting existing business processes. It seamlessly integrates with current transportation management software to automate tasks like ordering and invoicing and employs platform bots to gather data and handle routine operations. The system actively identifies and facilitates real-time collaboration between shippers and carriers to optimise efficiency.
Ajesh Kapoor, CEO of SemiCab Holdings, LLC, commented, “We are pleased to be a partner to such a prestigious multi-national company like Apollo Tyres, which is a globally recognised leader in the tyre industry. This new expansion of our existing relationship opens the door to immense growth opportunities for us. By leveraging our AI-powered platform, we are highly confident in our ability to drive significant cost efficiencies and delivery strong performance improvements for Apollo across much of India. This partnership represents a major step forward in our mission to revolutionise freight logistics in India, and we are excited about the growth it can drive for both of our businesses.”
Dunlop To Exhibit SENSING CORE Technology At CES 2026
- By TT News
- December 22, 2025
Dunlop will present its proprietary SENSING CORE technology at the Consumer Electronics Show (CES) 2026 in Las Vegas coming January. The prominent global trade event, scheduled for 6–9 January 2026, will serve as the platform for Dunlop to highlight the system's role in advancing safety for future autonomous mobility.
Central to the booth will be a display focused on evolving SENSING CORE into a broader technology platform. This exhibit will detail collaborative technical verifications with T2 Inc., a firm developing hub-to-hub autonomous trucking services. It will also feature integrated fleet service demonstrations combining the sensing technology with AI solutions from Viaduct, Inc., a US-based company acquired by Sumitomo Rubber in August 2025. The company plans to leverage this acquisition from 2026 to efficiently expand predictive maintenance services for fleet operators globally, including in Japan and European markets.
Further exhibit segments will immerse visitors in six future mobility scenarios, spanning logistics, public transportation and infrastructure. The company positions SENSING CORE as a foundational technology for safer autonomous driving, capable of gathering critical data on tyre and road surface conditions. This information is intended not only for direct vehicle control but also for cloud-based integration with broader societal data streams. Ongoing development efforts are aimed at supporting the realisation of a safer and more advanced mobility experience for all.
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