AutoTech Content Hub

Exclusive data from SoundHound AI shows drivers are ready to embrace voice generative AI (VGAI) - and pay for it. This report uncovers how automakers can recapture cockpit dominance from device manufacturers.

LIVE FROM AUTOTECH: DETROIT 2024! Steve Bell, Chief Analyst, Connectivity, Wards Intelligence joins host John Heinlein, Ph.D., Chief Marketing Officer, Sonatus to discuss vehicle connectivity, the evolution of cellular networks from 4G to 5G and their application to vehicles, cybersecurity, V2X and the automotive industry’s “Shanghai moment”. Aviation buffs, don’t miss the fun facts of this episode.

LIVE FROM AUTOTECH: DETROIT 2024! In this episode, Dr. Oliver Rumpf-Steppat from BMW North America joins Dr. John Heinlein, Chief Marketing Officer from Sonatus. We talk all about BMW in North America, Connected Drive, their new app store and much more.

LIVE FROM AUTOTECH: DETROIT 2024! Art Hyde, Mr. Mustang, worked for Ford for 40 years across engineering, but especially with their iconic Mustang. Now he’s an associate professor of Automotive Engineering at the University of Michigan. This wide-ranging discussion starts in 1964 when Art first saw the Mustang, about his unique experiences as Chief Engineer of Mustang, and his thoughts on the shift to software-defined vehicles.

LIVE FROM AUTOTECH: DETROIT 2024! We talk vehicle cybersecurity with Jason Masker, Director of Solutions Architecture for Upstream who joins host John Heinlein, Ph.D., Chief Marketing Officer of Sonatus. This discussion highlights the evolving (and challenging!) landscape of vehicle cyber threats. Jason explains what Upstream is doing about that threat, empowering OEMs with solutions and how collaboration with high quality data sources can improve the ability to detect threats quickly.

LIVE FROM AUTOTECH: DETROIT 2024! Matt Harden, AVP Business Development, Connected Car, from AT&T joins host John Heinlein, Ph.D., Chief Marketing Officer from Sonatus, to talk about connected cars, networking, the transition to 5G, and software defined vehicles. Recorded live at AutoTech: Detroit 2024.

LIVE FROM AUTOTECH: DETROIT 2024! Hit play on this episode to demystify complex tech jargon so you can truly grasp the significance of SDVs in the ongoing electrification movement. Dr. John uses relatable analogies to clarify concepts, making them so memorable, you might find yourself referencing them in your next team discussion. And there’s absolutely nothing wrong with that!

LIVE FROM AUTOTECH: DETROIT 2024! Neeraj Saini, Senior Manager of Connected Car Services & EV Charging, joins me for a quick interview all about EV charging during AutoTech Detroit. Luckily, Neeraj and I had the opportunity to record this episode while sitting inside the Nissan Ariya (on the showroom floor) while we talked all things customer expectations vs. reality in charging speeds, and most importantly, future improvements in public charging and reliability.

Tuesday, May 6, 2025 at 1:00 PM EDT

ISO 15118 enables seamless and secure EV charging through asymmetric cryptography, authentication, and encryption, but implementing these security measures has its challenges.

One significant risk is the EV charging port, which is more accessible than an OBD-II port and an attractive target for attackers.

In our webinar, PlaxidityX top researchers identify and discuss the attack vectors hackers might exploit, explain how the Electric Vehicle Charging Controller (EVCC) and ISO 15118 protect against these threats and share best practices for the security strategies needed to safeguard charging infrastructure and V2G transactions.

Key topics and takeaways:

• EV charging and V2G introduce new cyber risks across vehicles, charging stations, and the cloud.
• ISO 15118 strengthens EV security through encryption and authentication but presents challenges in implementation.
• A cybersecurity-first approach, rigorous testing, and interoperability considerations are essential to protecting EV charging infrastructure.
• Pentesting is crucial for identifying vulnerabilities in EV charging systems before attackers exploit them.

Speakers:
Shaked Delarea, Security Researcher, PlaxidityX
Fritzlor Auguste, Product Owner, Automotive Cyber Security, Irdeto

Brought to you by: PlaxidityX

The electric vehicle (EV) and electric vehicle charging infrastructure (EVCI) industries in the United States faced an inflection point in early 2025. Amid economic pressure, trade tensions and policy uncertainty—including the discontinuation of key federal EV and EVCI funding programs by the Trump administration—select EV and EVCI players adapted strategically to navigate the evolving landscape. Their approaches serve as a framework for responding to the complexities of a rapidly changing American EV and EVCI market characterized by a growing consumer base, economic opportunities, and volatility.

The automotive industry is navigating a transformative era, characterized by software-defined vehicles (SDVs), electrification, and connected ecosystems. For C-level executives, business development professionals, and strategic leaders at automakers, adopting a forward-thinking automotive business strategy is crucial to stay competitive.

Advanced Driver Assistance Systems (ADAS) have become a cornerstone of automotive innovation, enhancing safety, comfort, and driving efficiency. For product managers and R&D teams at automakers, understanding the practical applications and benefits of key ADAS technologies is crucial for crafting competitive, future-ready vehicles.

Advanced Driver Assistance Systems (ADAS) are undergoing a revolutionary shift, driven by the integration of artificial intelligence and machine learning. AI in ADAS is enhancing sensor fusion, decision-making, and real-time adaptability—critical components in the path toward fully autonomous vehicles. For AI researchers, engineers, and Tier 1 suppliers, mastering the intersection of autonomous vehicle safety and smart automation is key to shaping the next era of mobility.

Electric vehicles (EVs) are no longer a futuristic concept—they are today’s reality and tomorrow’s imperative. Driven by evolving consumer preferences, regulatory shifts, and rapid advancements in EV technology, the industry is undergoing a profound transformation. For executives, project managers, and engineers within automakers, understanding the nuances of EV adoption and staying ahead of the curve is critical for long-term success.

The automotive industry is at a pivotal crossroads, where artificial intelligence (AI) and electrification are reshaping the role of Original Equipment Manufacturers (OEMs). No longer just vehicle assemblers, OEMs are evolving into ecosystem orchestrators—integrating software, sensors, energy platforms, and cloud services. For Tier 1 suppliers and tech providers, understanding how OEMs in EVs and AI in automotive are driving this shift is essential to aligning roadmaps and forging meaningful partnerships.

As cars evolve into connected, digital ecosystems, the role of automotive infotainment systems has expanded from basic audio controls to immersive, feature-rich user experiences. For C-level executives and UX designers at automakers, in-car entertainment is no longer a secondary concern—it is a critical component of brand differentiation and customer satisfaction. This transformation underscores the importance of understanding the latest developments in connected cars and infotainment technology.

The automotive industry is undergoing a profound transformation, fueled by the convergence of hardware, software, and data. Auto-tech partnerships have become a cornerstone of this evolution, bringing together the engineering prowess of traditional OEMs and the innovation agility of technology firms. For OEM executives, business development leaders, and startup founders, understanding the dynamics of these collaborations is critical to staying relevant and competitive in the era of automotive innovation.

Connectivity is revolutionizing the automotive industry. From enhanced driver safety to real-time data processing, connected cars and V2X communication are creating smarter, more responsive mobility ecosystems. For IoT mobility leaders and software engineers, this new era represents a convergence of automotive design and cloud-based intelligence—ushering in a future defined by data-driven decision-making and seamless experiences on the road.

When it comes to the best automotive conferences, attendees and exhibitors have no shortage of choices. From CES to IAA Mobility and MOVE America to Reuters Automotive, each event offers its own unique value. But what makes AutoTech stand out is its laser focus on connected, software-defined, and electrified vehicles—and the strategic collaboration between OEMs, suppliers, startups, and tech giants. For potential attendees, exhibitors, and investors, understanding how AutoTech compares to other major industry events can shape your 2025 calendar—and your next partnership.

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