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Smart Connected Tires Market to Reach USD 54.211 Billion by 2035 as Fleet Telematics, Predictive Maintenance and Software-Defined Vehicles Accelerate Adoption, Reports Radial Insights

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MIDDLETOWN, Del., Oct. 9, 2026 /PRNewswire/ — The global Smart Connected Tires Market was valued at USD 18.501 billion in 2025 and is projected to expand from USD 20.501 billion in 2026 to USD 54.211 billion by 2035, registering a compound annual growth rate of 11.41% during the forecast period, according to the latest market intelligence study published by Radial Insights.

Tires are becoming data-producing assets as fleets and automakers integrate pressure, temperature, identification and tread information into vehicle-management systems. The market is moving beyond conventional TPMS toward predictive analytics that can estimate tire condition, reduce roadside failures, support energy efficiency and feed vehicle-control systems. Commercial fleets provide the clearest near-term business case, while premium passenger vehicles and software-defined platforms create a second high-value growth channel.

The new “Smart Connected Tires Market Size, CAGR & Forecast, 2025-2035” study spans 231 pages and evaluates demand by end user, technology, application, connectivity, vehicle type and data platform. It covers embedded RFID, pressure and temperature sensors, tread-wear sensing, Bluetooth and cellular connectivity, OEM proprietary platforms, third-party fleet analytics and predictive-maintenance applications.

Fleet Economics Make Predictive Tire Monitoring a Core Use Case

Commercial fleets are adopting connected-tire systems because tire condition directly affects roadside downtime, fuel or energy use and replacement timing. Real-time pressure and temperature data help maintenance teams identify problems before they become service events, while centralized analytics can reduce the need for manual inspection across large vehicle populations.

Radial Insights cites Michelin Connected Fleet pilots in which Smart Predictive Tire reduced emergency roadside events by 80% and fuel consumption by 4%. The economics are strongest in long-haul, regional and last-mile fleets because high annual mileage magnifies every avoided service call and every incremental efficiency gain.

The connected model also changes the revenue relationship. Tire makers can combine products with monitoring subscriptions, analytics and service support, creating recurring digital revenue and stronger customer retention than a standalone tire sale.

Key Insights From Radial Insights’ Smart Connected Tires Study

Asia-Pacific Leads, but the Market Is Geographically Balanced: Asia-Pacific holds 32.04% of 2025 demand, followed closely by North America at 30.07% and Europe at 27.89%.Commercial Fleets Are the Largest Early Adopters: High-mileage operators have the clearest ROI from pressure, temperature and wear monitoring.RFID and Embedded Sensors Build the Data Layer: Identification, condition monitoring and tread intelligence support lifecycle tracking and predictive maintenance.OEM Integration Expands the Addressable Market: Premium and EV programs increasingly use tire data for safety, energy management and differentiated digital services.Analytics Platforms Become a Competitive Battleground: OEM proprietary systems compete with third-party tools that offer cross-brand compatibility for mixed fleets.

Download Free Sample Report – https://www.radialinsights.com/report/smart-connected-tires-market 

Smart Tires Move Deeper Into Vehicle Control and Safety Systems

Connected tires are beginning to provide information that can support more than maintenance. Friction, load and road-condition estimates can become inputs for braking, stability control and advanced driver-assistance systems, especially as vehicles become more software defined.

Pirelli Cyber Tyre demonstrates this direction by transmitting tire information directly into vehicle electronics, while Goodyear SightLine has been integrated with vehicle-control software platforms. Michelin’s universal tire digital-twin approach shows another path, using vehicle data and algorithms to estimate tire condition without requiring every function to depend on additional tire-mounted hardware.

This shift raises the strategic value of tire data. Suppliers that can deliver accurate analytics and secure integration with vehicle systems can move higher in the mobility software stack and create partnerships that are more difficult to displace than conventional product-supply contracts.

OEM Premiumization Creates a High-Value Connected Tire Channel

Premium and electric vehicle manufacturers are increasingly using connected-tire technology to differentiate safety, range estimation and customer experience. Sensorized fitments can support more accurate maintenance alerts and give vehicle software a richer understanding of real-time tire conditions.

The opportunity is especially relevant for EVs because tire pressure, wear and load directly influence efficiency. As connected features move into production vehicles, replacement tires may need to preserve sensor compatibility and approved specifications, creating a follow-on aftermarket opportunity for OEM-aligned suppliers.

Regional Market Outlook

Asia-Pacific leads with a 32.04% share, supported by automotive manufacturing, fleet expansion and connected-mobility investment in China, Japan and South Korea. The region also offers scale for sensor and electronics supply chains.

North America accounts for 30.07% and benefits from a mature commercial fleet sector, strong telematics adoption and early deployment of predictive maintenance tools. Europe represents 27.89%, supported by premium vehicle manufacturing, safety regulation and digital fleet-management adoption.

Latin America holds 4.00%, the Middle East 3.03% and Africa 2.97%. Adoption in these regions is concentrated in larger fleets and premium applications, with broader growth dependent on connectivity infrastructure and lower system costs.

Smart Connected Tires Market Snapshot, 2025-2035

Market Metric

Strategic Data Point

Historical Period

2020-2025

Base Year

2025

Forecast Period

2025-2035

2025 Market Size

USD 18.501 Billion

2026 Market Size

USD 20.501 Billion

2035 Forecast Market Size

USD 54.211 Billion

Forecast CAGR

11.41 %

Leading Region

Asia-Pacific

Asia-Pacific Market Share

32.04 %

Leading End User

Commercial Fleet Operators

Core Technology

RFID and Pressure/Temperature Sensors

Key Application

Predictive Maintenance

Primary Growth Driver

Fleet Telematics and TCO Optimization

Market Challenges

System cost and integration complexity remain significant barriers, especially for small fleets and mass-market passenger vehicles. Connected tire solutions must work across different vehicle architectures, sensor standards and fleet platforms if adoption is to move beyond premium or enterprise customers.

Data governance creates another challenge. Tire and vehicle data can reveal usage patterns, maintenance condition and operational behavior, requiring cybersecurity, privacy controls and clear ownership rules. Suppliers that cannot demonstrate secure data handling and interoperability may struggle to win long-term OEM or fleet contracts.

Recent Industry Developments

In July 2026, Pirelli agreed to acquire a 24.99% stake in RIDEsense and license virtual-sensor technology to strengthen Cyber Tyre capabilities around diagnostics and road-condition intelligence.In May 2026, Michelin introduced a universal tire digital twin that converts in-vehicle data into estimates of grip, wear, load and pressure without requiring an additional tire-mounted sensor for every function.In May 2026, Continental presented ContiConnect with the DockMaster Radial for port equipment, extending continuous pressure and temperature monitoring into industrial and logistics applications.In November 2025, Goodyear and Peugeot unveiled the Polygon concept with Goodyear SightLine integrated into the cockpit, highlighting real-time tire wear, road-condition and aquaplaning information.

Executive Q&A Summary

Q: What is the projected size of the Smart Connected Tires Market?
A: The market is projected to grow from USD 20.501 billion in 2026 to USD 54.211 billion by 2035, registering a CAGR of 11.41%.

Q: Which customers are adopting connected tires fastest?
A: Commercial fleets are the largest early adopters because predictive maintenance can reduce roadside downtime, improve inflation control and support lower operating costs.

Q: What is the major long-term opportunity?
A: Integration of tire intelligence with vehicle-control, ADAS and software-defined vehicle platforms can turn tire data into a recurring digital-service and safety asset.

Competitive Landscape

The Smart Connected Tires Market includes Pirelli, Goodyear, Continental, Bridgestone and Michelin among the most visible global technology leaders. Competition is shifting from sensor hardware alone toward complete ecosystems that combine tire identification, pressure and temperature monitoring, wear estimation, connectivity, analytics and vehicle integration. Pirelli Cyber Tyre, Goodyear SightLine, Continental ContiConnect, Bridgestone Tirematics and Michelin digital fleet solutions illustrate different approaches to monetizing tire intelligence. Partnerships with automakers, telematics providers and fleet-management platforms will be central as the market moves toward interoperable software and service models.

Explore the Full Smart Connected Tires Market Study

Fleet operators, OEMs, tire manufacturers, sensor suppliers, telematics companies and investors can access the full Radial Insights study for deeper connected-tire intelligence.

The complete 231-page report provides:

Global Smart Connected Tires Market sizing and forecasts through 2035RFID, pressure, temperature and tread-wear sensor analysisPredictive maintenance and fleet-TCO use casesBluetooth, cellular/5G and passive RFID connectivity assessmentPassenger, EV, commercial fleet and off-highway applicationsOEM proprietary versus third-party analytics platformsADAS and vehicle-control integration opportunitiesRegional and country-level adoption analysisCompetitive benchmarking of leading connected-tire platformsPricing, data monetization and partnership strategy

Request a Free Sample Report:
Visit https://www.radialinsights.com/report/smart-connected-tires-market  to access the Smart Connected Tires Market study, review sample data tables and charts, examine the research methodology and request a free sample report.

International users can also visit www.radialinsights.jp .

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About Us

Radial Insights is North America’s leading specialist market research and strategic consulting firm dedicated exclusively to the global tire, rubber, and automotive industries. Headquartered in the United States, the firm delivers proprietary plant-level intelligence, dual-track validated market forecasts, competitive analysis, and custom advisory services spanning 160+ countries.

Its core assets include a continuously updated database tracking 284 tire manufacturing facilities across 38 countries, a rigorous dual-track methodology that reconciles bottom-up and top-down data within strict error tolerances, and 50–80 primary expert interviews per study with OEM purchasing managers, plant directors, and industry executives. Radial Insights supports tire manufacturers, suppliers, investors, and automotive stakeholders with actionable intelligence on market sizing, EV and mobility transitions, supply-chain dynamics, technology roadmaps, regulatory developments, and growth strategy.

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KAPSARC TO JOIN 25TH WPC ENERGY CONGRESS IN RIYADH AS NATIONAL PARTNER

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More than 20 KAPSARC leaders, researchers, and experts to contribute across the Congress’s Executive, Technical, Synergy, and Special Programmes

RIYADH, Saudi Arabia, Oct. 10, 2026 /PRNewswire/ — KAPSARC participates as a National Partner in the 25th WPC Energy Congress in Riyadh, bringing its leaders and experts into discussions addressing some of the most important issues shaping the future of energy.

Taking place from 11 to 15 October 2026 under the theme “Pathways to an Energy Future for All,” the Congress will be hosted in Saudi Arabia for the first time in its history. First held in London in 1933, the Congress will bring together government leaders, industry executives, policymakers, researchers, and innovators in Riyadh to examine the forces reshaping global energy systems, from security and investment to technology and sustainability.

KAPSARC’s participation extends across the Congress’s Executive, Technical, Synergy, and Special Programmes, alongside additional sessions and activities, reflecting the breadth of the Center’s research and policy expertise. KAPSARC President Fahad Alajlan and Dr. Ghadah Alarifi, Dean of the KAPSARC School of Public Policy, are among KAPSARC’s speakers in the Executive Programme.

Across the Congress, KAPSARC experts contribute research and policy perspectives on energy supply and demand, energy access, natural gas, ESG and governance, the Circular Carbon Economy, artificial intelligence, mobility, and lower-emission pathways for refining and petrochemicals.

Within the Special Programme, KAPSARC leads a Knowledge Sprint session titled “Generative AI for Evidence-Based Oil Markets,” examining how generative AI can support oil-market analysis and policy research. The session explores AI-assisted data workflows, econometric and scenario analysis, responsible AI practices, and the translation of technical findings into decision-ready insights.

KAPSARC also participates in the World Café through a session on “Carbon Dioxide Removal Technologies,” bringing together experts, policymakers, and practitioners to examine the prospects for scaling engineered carbon-removal solutions. The discussion covers direct air capture, bioenergy with carbon capture and storage, and biochar, alongside the economic, infrastructure, regulatory, carbon-market, and regional considerations influencing their deployment.

In the Synergy Programme, KAPSARC experts contribute to discussions on “Accelerating the Circular Carbon Economy Through Joint Action” and “AI Partnerships for Energy Innovation,” bringing research-based perspectives to the intersection of energy, technology, and sustainability.

KAPSARC’s dedicated pavilion provides another platform for knowledge exchange and engagement throughout the Congress. Structured around five thematic hubs, the pavilion brings together KAPSARC research, analytical tools, and expertise across the Oil Hub, Transportation Hub, Clean Energy Hub, AI Hub, and Collaboration Hub. Together, the hubs provide visitors with an integrated view of selected research areas and emerging issues shaping energy systems, while creating opportunities for engagement with policymakers, industry leaders, researchers, and other Congress participants.

The pavilion also features the KAPSARC School of Public Policy (KSPP) and the Saudi Energy Leaders Assembly (SELA), providing additional platforms for policy education, leadership development, and knowledge exchange.

Through its participation across the Congress’s programmes and sessions, alongside its dedicated thematic pavilion, KAPSARC connects Saudi-based research and policy expertise with international discussions on energy security, investment, technology, and sustainability.

About KAPSARC

KAPSARC is an advisory think tank dedicated to advancing knowledge on energy, environmental and regional economic issues. As an accredited observer to the United Nations Framework Convention on Climate Change (UNFCCC), KAPSARC actively contributes to global climate action. KAPSARC’s mission is to advance Saudi Arabia’s energy sector and inform global policies through evidence-based advice and applied research.

For more information about KAPSARC:
https://www.kapsarc.org/

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STARMUS VIII Announces Two Young Changemakers as Junior Medal Winners

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Valeria Corrales receives the Junior Stephen Hawking Medal and Aneeshwar Kunchala receives the Junior Jane Goodall Earth Medal

CANARY ISLANDS, Spain, Oct. 10, 2026 /PRNewswire/ — STARMUS VIII, the premier international festival of science, music and exploration, is proud to announce the recipients of two special distinctions celebrating the next generation of scientific and environmental leaders.

Valeria Corrales, from Spain, will receive the Junior Stephen Hawking Medal, in recognition of her exceptional work bringing science, programming and technology to young audiences.

Aneeshwar Kunchala, from the United Kingdom, will receive the Junior Jane Goodall Earth Medal, honouring his remarkable dedication to wildlife conservation, biodiversity and inspiring children to protect the natural world.

Although their work focuses on different fields, both young changemakers share a conviction at the heart of STARMUS: knowledge should inspire action, and age should never be a barrier to making a difference.

Valeria Corrales — Junior Stephen Hawking Medal

Valeria Corrales began her journey in science communication at the age of ten, when she co-founded the educational platform ValPat in 2018 alongside her mentor Patricia Heredia.

What began as an initiative to make science and technology more accessible has grown into a major Spanish-language STEM education platform, with more than 750 videos and 240,000 YouTube subscribers.

During the COVID-19 pandemic, Valeria and Patricia offered 100 consecutive days of free online STEM classes, helping thousands of children across Spain and Latin America continue learning during lockdown.

Valeria has since received national and international recognition. She was named among Forbes Spain’s 23 Changemakers in 2023, became a finalist for the Princess of Girona Social Award in 2025, and was selected as a Top 10 finalist for the Global Student Prize from nearly 11,000 applications and nominations across 148 countries.

Now studying Computational Media at the Georgia Institute of Technology, she continues to explore how science, technology, creativity and storytelling can transform education.

Her achievements reflect the spirit of Stephen Hawking’s belief in the power of curiosity and the importance of sharing scientific knowledge with everyone.

Aneeshwar Kunchala — Junior Jane Goodall Earth Medal

At just eleven years old, Aneeshwar Kunchala has already become an internationally recognized voice for wildlife conservation and environmental education.

His extraordinary journey began when he was only four, after learning about a whale that had died because of plastic pollution. That experience inspired a mission to protect animals and encourage others to care for the natural world.

Since then, Aneeshwar has reached international audiences through television documentaries, educational programmes, public speaking, journalism and art.

His work includes appearances and productions for BBC, Sky Kids and Channel 5, while his conservation message has reached audiences at major international events and institutions.

Aneeshwar holds three Guinness World Records and has received honours including the Diana Award and the British Citizen Youth Award. He has also been named a young ambassador for the National Trust and became the first young columnist for National Geographic Kids UK. He has also been recognized with the Young Scientific Explorer honorary award – from the Scientific Exploration Society.

His work combines scientific curiosity, compassion for animals and an extraordinary ability to communicate with younger generations.

His guiding message captures the simplicity and urgency of his mission:

“Save the animals and make sure the world looks beautiful.”

The Junior Jane Goodall Earth Medal recognizes not only his achievements, but also his determination to inspire a generation that sees the protection of biodiversity as a shared responsibility.

Two Young Voices, One Shared Future

Stephen Hawking dedicated his life to understanding the Universe. Jane Goodall transformed our understanding of the natural world and our responsibility to protect it.

Through these two Junior Medals, STARMUS celebrates the continuation of their legacies in a new generation.

Valeria Corrales is helping young people discover the power of science and technology. Aneeshwar Kunchala is inspiring them to protect the extraordinary diversity of life on our planet.

Together, they represent a powerful message: the future of science and the future of our planet belong to those who are curious enough to ask questions and courageous enough to act.

The awards will be presented during STARMUS VIII, taking place in Tenerife and La Palma, Canary Islands, from 17 to 22 October 2026, under the theme The Search for Truth. The Festival will bring together some of the world’s leading figures in science, space exploration, technology, music and the arts to explore the importance of evidence, knowledge, reason and scientific thinking in an increasingly complex world.

More information about the Starmus VIII and tickets available at: www.starmus.com.

US: Dan DuPont, dupont0708@gmail.com, +1 202 380 7558

UK/EU: Nicole Ettinger, nicole@ettingerpr.com +44 7515 394107

Spain: Carlos Esteban, cesteban@llys.global, +34 699 55 2854

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Solvely.ai Makes the Case for AI That Builds Human Capability

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SAN FRANCISCO, Oct. 10, 2026 /PRNewswire/ — Solvely.ai, an applied AI company, outlined its approach to AI agents for learning: helping people build understanding and skills, rather than simply completing tasks.

Co-founder Richard Weiqi Zhang shared this perspective at Funding Conviction, a September 18, 2026, webinar on education investment and the future of learning. Hosted by Edtech Insiders, the discussion featured Reach Capital’s Steve Kupfer and Minerva’s Ben Nelson.

“Learning has to make the person more capable,” said Zhang. “The goal is still to empower the learner, not to replace them.”

Building learning-specific intelligence

To support this approach, Solvely develops its own specialized models and agent systems for learning. It uses education-domain post-training to tailor models to specific learning tasks. Its agentic system identifies instructional content in images and documents, segments individual questions and routes each problem  to the appropriate solving algorithm and visualization tools. Its agent architecture brings models, context and educational tools together to create explanations, visual exploration and practice. For problem-solving, Solvely cross-checks responses across multiple models.

An Anthropic case study shows how Solvely uses Claude to create interactive visualizations that learners can explore by changing inputs.

From answers to understanding

With Solvely’s AI math solver, learners can work through text or image-based questions with step-by-step explanations, ask follow-up questions and explore problems visually through whiteboard explanations. For exam preparation, they can turn their own course materials into study guides, flashcards and quizzes for review and practice.

For writing review, its AI detector provides signals for closer examination, not proof of authorship. Its published AI-text detection research details how the company develops, fine-tunes and evaluates task-specific models. Users remain responsible for reviewing output and following applicable academic requirements.

Industry recognition

Solvely was named to Nasdaq and Notable Capital’s inaugural Prosumer AI 40, alongside OpenAI, Anthropic, Cursor and Lovable. It was also selected for the 2026 GSV Cup 50, recognizing 50 of the world’s most promising EdTech startups.

Watch the webinar or explore Solvely.ai.

About Solvely.ai

Solvely.ai is an applied AI company amplifying human capability. Its AI agents help people learn, grow and realize their potential in the age of AI. Since launching in San Francisco in 2023, Solvely has served over 15 million users across 180+ countries.

Media contact: Richard Weiqi Zhang, richard@solvely.ai

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