Love the look of classic cars but want the reliability, performance, and handling for today’s drive? You’re not alone—and now there’s a new way to have both. Electric replicas are delivering over twice the horsepower of their original gas-powered counterparts, plus better weight distribution and superior handling. While major automakers have long stopped producing 1950s and 60s body styles, today’s replicas bring them back—with added benefits like modern braking and suspension. In this episode, find out how engineers and EV system providers are reviving iconic designs with all-electric powertrains and cutting-edge technology—perfect for collectors, startups, or manufacturers exploring the classic EV marketplace.

Managing a vehicle fleet without real-time insights into location, performance, and driver behavior can lead to inefficiencies, missed deadlines, and rising costs. What many fleet operators don’t realize is that real-time monitoring with connected vehicle systems can reduce unscheduled downtime by an incredible 25–30% through predictive maintenance alone. Yet despite this potential, many fleets struggle with unreliable manual check-ins, difficulty integrating fleet tools with existing CRMs and accounting systems, and increasingly complex regulatory compliance requirements. In this episode, we’ll explore how connected vehicle fleet management services can automate critical data flows, streamline operations, and help companies meet compliance standards while reducing costs and improving safety—giving you the insights you need to future-proof your fleet.

This Episode Covers:

Expert Guest:

Rob Minton is the Associate Vice President of Connected Car Business Development at Geotab, the global leader in connected vehicle solutions, leveraging advanced data analytics and AI to enhance fleet performance, safety, and sustainability while optimizing costs. Rob has over two decades in the automotive industry, including the last 9 years with Geotab. In his current role, he leads business development focused on connected vehicle partnerships with automotive OEMs.

Connected EVs are complex, software-defined platforms that combine dozens of communication technologies with new systems, devices, and services—creating a steep learning curve for manufacturers and technicians alike. Here’s a shocking fact: a connected EV can run over 500 million lines of code—ten times more than the software on a Boeing 787. From managing 10+ communication protocols and multiple operating systems to troubleshooting advanced Human Interface Devices (HIDs) and ensuring media app compatibility, the challenges are multiplying fast. Listen to this session to get up to speed on the essential components of connected EVs—communications, operating systems, apps, and services—and how to navigate the evolving EV ecosystem with confidence.

Topics Covered:

What Are Connected EV Vehicles?

Why Connected EVs Are Important

Connected EV Surprises

Who Needs Connected EV Solutions?

How Connected EVs Work

Key Connected EV Functions

Connected EV Communication Types

Operating Systems in Connected EVs

Vehicle Apps and Their Integration

New Human Interface Devices (HIDs)

Media and Information Service Integration

The connected electric vehicle (EV) industry is fragmented, fast-moving, and often overwhelming for professionals and companies trying to keep up. In fact, this sector brings together a complex web of evolving technologies, regulations, and players—from software developers to automakers—all changing at breakneck speed. In today’s session, we’ll explore how this complexity creates major challenges: a lack of accessible education, missing technical standards, and limited collaboration across the industry. Tune in to discover how the Connected Vehicle Trade Association is stepping in to fill those gaps—empowering professionals to better develop, integrate, and implement EV vehicles, systems, and services.

Covered in this Episode:

Connected Vehicle Standards Development
EV Industry Communication & Collaboration
Affordable System Testing Tools
Connected Vehicle Professional Training
Cybersecurity and Insurance Integration
Industry Summits and Workshops
Global Trend Tracking Network
EV Infrastructure Accessibility Gaps
Strategic Visibility and Partnerships
AI, 6G, & Future Connected Vehicle Readiness

As electric vehicles (EVs) become more connected, protecting vehicle software from cyber threats is more critical than ever. Did you know that in 2020, a ransomware attack locked thousands of connected rideshare vehicles, rendering them undrivable? With modern EVs constantly linked to cellular networks, WiFi, Bluetooth, and cloud systems, cybercriminals have more ways than ever to exploit vulnerabilities. Many vehicle owners unknowingly install apps, programs, or click on malicious links that can introduce security risks, while automotive technicians must stay ahead with ongoing cybersecurity training to prevent and resolve digital threats. In this episode, we’ll break down the biggest cybersecurity risks in EVs, how to protect connected vehicle systems, and what automakers, technicians, and drivers can do to stay secure.

Topics Covered:

What is Automotive Cybersecurity?

Why is Automotive Cybersecurity Important?

What Surprises Companies about Automotive Cybersecurity?

Who Needs Automotive Cybersecurity Solution?

How does Automotive Cybersecurity Work - Basically?

What Changes are Needed to Automotive Cybersecurity?

How Long Does it take to Setup Automotive Cybersecurity Solution?

What Services and/or Equipment are Needed for Automotive Cybersecurity?

Are there Other Benefits to Automotive Cybersecurity Solution?

Is Special Automotive Cybersecurity Training Required?

Will Automotive Cybersecurity Work with Most Systems?

​Brandon Barry is the CEO and founder of Block Harbor Cybersecurity, leading a team dedicated to safeguarding automotive systems against cyber threats. With a background in computer engineering from Brown University, Brandon's expertise encompasses offensive security testing, car hacking, and defensive strategies utilizing data science for anomaly detection. His professional journey includes pivotal roles at Block Harbor Cybersecurity and contributions to the Automotive Security Research Group, where he focuses on lowering the barrier to entry for automotive security research. Brandon's achievements include establishing Block Harbor as a trusted partner in the industry, collaborating with TÜV SÜD to enhance vehicle cybersecurity measures, and actively participating in initiatives to harmonize cybersecurity testing internationally.

EV wireless charging is transforming the way electric vehicles (EVs) are powered, but many in the industry still struggle to understand how this cutting-edge technology fits into the future of transportation. Surprisingly, wireless EV charging systems can now achieve efficiencies between 88% and 93%, making them nearly as effective as traditional Level 2 plug-in chargers. However, widespread adoption comes with challenges—ensuring precise alignment for optimal power transfer, managing the complex and costly installation of charging pads in homes and public spaces, and overcoming compatibility issues due to the lack of universal standards. In this episode, we’ll break down how EV wireless charging works, explore real-world examples, and uncover key trends shaping its future—giving you the insights needed to stay ahead in the evolving EV industry.

Topics Covered

What is EV Wireless Charging?

Why is an EV Wireless Charging Important?

What Surprises Companies about EV Wireless Charging?

Who Needs EV Wireless Charging Solutions?

How does EV Wireless Charging Work - Basically?

What Changes are Needed to EV Wireless Charging?

How Long Does it take to Setup EV Wireless Charging Solution?

What Services and/or Equipment are Needed for EV Wireless Charging?

Are there Other Benefits to EV Wireless Charging Solution?

Is Special EV Wireless Charging Training Required?

Will EV Wireless Charging Work with Most Systems?