2025 has yielded massive jumps in autonomous vehicle technology, both in hardware and software. IDTechEx's report, Autonomous Driving Software and AI in Automotive 2026-2046: Technologies, Markets, Players, forecasts a more than 1,000 times increase in software-related revenue for autonomous vehicles from 2026 to 2046.

Join IDTechEx Senior Technology Analyst Yulin Wang on Thursday 2nd October for 'Thermal Interface Materials: TIM1, TIM1.5, TIM2 - 3.2x market size increase from 2025 to 2036', a webinar that will dive deep into the evolving world of TIMs, exploring how these materials are shaping the future of thermal management across diverse applications. Choose your preferred time zone - the webinar runs three times during the day.

Webinar: Trends, Technologies and Outlook for Rare Earth Magnet Supply and Demand Presenter: Dr Jack Howley, Technology Analyst, IDTechEx Date: Tuesday 16 September 2025

Robotics is a multifaceted technology sector presenting many capabilities to expand into a variety of applications, from automotives and warehousing and logistics, to domestic functions. This article explores some of the latest developments across humanoid, collaborative, and mobile robots.

IDTechEx forecasts that the market size of thermal interface materials (TIMs) will exceed US$7 billion, covering multiple industries including EV batteries, EV power electronics (TIM1 and TIM2), data centers, advanced semiconductor packaging (TIM1 and TIM1.5), ADAS sensors, consumer electronics, and 5G. Find out more in this new article by Senior Technology Analyst Yulin Wang.

This report provides an in-depth technical analysis of thermal interface materials (including TIM1/TIM2/TIM1.5) for EV batteries, power electronics, advanced semiconductor packaging, space and satellite technologies, data centers, EMI shielding, 5G, ADAS, and consumer electronics. 10-year granular area (m2), mass (kg), revenue (US$), and TIM unit price (US$) forecasts are given by application. The report covers recent developments in TIM fillers, high-performance TIMs, successful commercial uses, and historic TIM player acquisitions and partnerships. The report also identifies future TIM trends.

Co-habiting or working alongside robots with humanlike capabilities may no longer be a thing of science-fiction. This article covers humanoid robots, collaborative robots, and vehicle autonomy, as well as the use of AI software within robotics.

High-performance rare earth magnets are set to remain critical materials in electric vehicles, wind turbines, and robotics applications, despite a climate of intensifying supply risks, price pressures and export restrictions. As new rare earth supply chains emerge across the USA, Europe and Asia, IDTechEx characterizes growth opportunities presented for rare earth magnet technologies - from separation and refining to magnet production and recycling.

Making the call to order a coffee on-the-go could be the new normal for vehicles fitted with in-cabin sensing features and artificial intelligence systems. This article explores the future of software-defined vehicles and increasing levels of autonomy.

The brand-new report provides comprehensive analysis and benchmarking of rare earth magnet technologies, including neodymium magnets and samarium-cobalt magnets. Manufacturing innovations and trends in design and integration of rare earth magnets into electric motor, energy generator, and actuator applications are discussed, along with global rare earth magnet supply chain capacity, expansion plans and the emerging magnet recycling market.

Automation levels from 1 to 5 can be seen in almost all types of vehicles manufactured today. This article explores the primary shifts happening between levels 2 and 3, and the automation landscape globally.

In this video, IDTechEx analyst Yulin Wang talks you through the state-of-play of humanoid robots.

Collaborative robots (cobots), driven by AI, machine vision, and modular designs, are revolutionizing smart factories by enhancing human-robot collaboration, achieving 95%+ accuracy in tasks, and targeting a US$29.8 billion market by 2035.

Smart glasses could create real life subtitles for clearer interactions, while helmets for firefighters or policemen with sensing technology could make high-risk jobs safer. This article explores a future of accessible technologies to bring ease to daily life.

Faced with rising raw material costs from tariffs, labor shortages, and increasing operational pressures, the automotive and material-handling industries are turning to collaborative robots (cobots) as a flexible, cost-saving solution to boost efficiency, reduce downtime, and remain competitive in a rapidly evolving manufacturing landscape.

The article highlights the rapid growth of the humanoid robot market through 2035, emphasizing a projected $10 billion opportunity in sensory components, especially tactile sensors, LiDAR, and cameras, as demand for dexterous and spatially aware robots increases

Webinar Title: Humanoid Robots: Early Adopters, Technologies, Challenges and Outlook Date: Tuesday 3 June 2025 Presenter: Yulin Wang, Senior Technology Analyst, IDTechEx

Self-healing materials have the ability to extend the lifespan of mission critical components such as energy storage devices, sensors and soft robotics. This article looks at some of the key materials developments, pain points and potential growth opportunities for self-healing materials in these emerging markets.

Humanoid and collaborative robots are two growing robotics technologies explored by IDTechEx in their portfolio of Robotics & Autonomy Research Reports. Senior Technology Analyst, Yulin Wang, will be speaking at the 2025 Humanoids Summit, covering details explored in depth in the IDTechEx report, "Humanoid Robots 2025-2035: Technologies, Markets and Opportunities".

Showcased by the surprise of surrounding workers, the unexpected actions of a humanoid robot in China demonstrates that this robotics application is still operating in early stages. However, despite being an immature technology, there is still much scope for success for humanoids.