TechMobility Topics

The RV industry has changed surprisingly little over the decades, but Lightship believes the future of camping and road travel looks very different. During this episode of TechMobility Topics, I examine the company's electric travel trailer and its ambitious effort to rethink what an RV can be.

We explore how features such as electric tow assist, adaptive aerodynamic modes, onboard solar generation, and large battery storage systems are designed to reduce towing penalties while expanding functionality at the campsite. Beyond recreation, the trailer's ability to provide backup power for homes introduces new possibilities that blur the line between transportation, energy storage, and mobile living.

This episode takes a practical look at whether advanced technology can solve long-standing challenges in the RV industry and whether consumers are ready to embrace a travel trailer that serves as both a home away from home and a mobile energy platform.

Deep beneath Finland's bedrock, engineers are building something unlike almost any other human project: a permanent repository designed to safely store spent nuclear fuel for up to 100,000 years. In this episode of TechMobility Topics, I examine Onkalo, the deep geological repository that could serve as a model for long-term nuclear waste management worldwide.

We explore how copper canisters, bentonite clay, and stable ancient rock formations work together to isolate radioactive material for far longer than the lifespan of modern civilizations. But the engineering challenge extends beyond containment. The deeper question is how to communicate danger across vast stretches of time. How do you warn future generations who may not speak our languages, recognize our symbols, or understand our concepts of risk?

This episode takes a practical look at one of humanity's most ambitious infrastructure projects and the extraordinary challenge of designing a safety system intended to endure for longer than recorded history itself.

Building an affordable electric vehicle has proven far more difficult than many automakers anticipated. In this episode of TechMobility Topics, I take a closer look at Slate Auto's effort to change that equation by designing a compact electric truck focused on cost reduction, simplicity, and flexibility.

We explore the company's unique approach, including its minimalist feature set, phone-centered user experience, and modular architecture that enables the vehicle to serve multiple purposes. Beyond the product itself, the conversation examines the business challenges every EV startup faces: production scale, supplier relationships, quality assurance, customer expectations, and financial sustainability.

The result is a grounded discussion about whether a simpler, lower-cost EV can finally make electric transportation accessible to more consumers—or whether affordability remains the industry's most difficult challenge.

Scientists are moving closer to a future where artificial systems can directly communicate with living brain tissue. In this episode of TechMobility Topics, we explore groundbreaking research into printable artificial neurons capable of stimulating real brain cells, opening the door to next-generation brain-machine interfaces and potentially lower-cost neuroprosthetics.

We break down how these synthetic neurons work, why printable electronics could dramatically reduce manufacturing complexity and cost, and what this technology could mean for patients dealing with paralysis, neurological disorders, or limb loss. The conversation also examines the broader implications of merging biology with electronics, including ethical concerns, cybersecurity questions, accessibility, and how human-machine interaction may evolve far beyond today’s wearable technology.

Commercial trucking is more than freight movement—it is critical infrastructure tied directly to public safety and national security. In this episode of TechMobility Topics, we examine the 2026 International Roadcheck inspections and explain why this annual enforcement effort matters far beyond routine equipment checks.

We discuss how unsafe trucks, poor maintenance, cargo failures, driver fatigue, and compliance gaps can disrupt supply chains, threaten highway safety, and expose vulnerabilities within the broader transportation network. The conversation also explores why trucking reliability has become increasingly important in an era shaped by strained logistics systems, infrastructure pressure, cybersecurity concerns, and economic instability. From brakes and tires to operational oversight and fleet accountability, International Roadcheck reflects the growing recognition that freight transportation is not just an industry issue—it is a national resilience issue.

The 2026 Kia EV9 aims to prove that a fully electric, three-row family SUV can deliver comfort, utility, and confidence without feeling oversized behind the wheel. In this episode of TechMobility Topics, we take a detailed look at the EV9 lineup, covering trims, powertrains, range estimates, towing capability, cargo flexibility, and how its low center of gravity helps a nearly three-ton SUV remain surprisingly composed on the road.

We also break down where Kia gets the formula right, from interior comfort and packaging to technology and day-to-day drivability, while addressing the compromises that still matter in real ownership. The discussion includes third-row practicality, tire and spare tire concerns, charging realities, and how cold-weather driving can significantly affect range and overall ownership expectations for large electric SUVs.

Hands-free driving technology continues to advance, but consumer confidence remains the real challenge. In this episode of TechMobility Topics, we examine Ford Motor Company’s plan to introduce an “eyes-off” driver-assistance system on its next universal EV platform by 2028, along with a shorter-term strategy to integrate AI-powered tools into the Ford and Lincoln mobile apps before the technology reaches vehicles themselves.

We also take an honest look at the current state of hands-free driving systems and the frustration drivers experience when the technology performs confidently one moment, then unexpectedly disengages the next. The conversation explores why consistency, predictability, and driver trust may ultimately matter more than futuristic marketing claims as automakers race toward higher levels of vehicle autonomy.

As EV tax credits become less certain and consumer affordability pressures grow, automakers are rethinking what the next phase of electrification should look like. In this episode of TechMobility Topics, we examine why some manufacturers are pivoting back toward hybrids while others continue betting on lower-cost electric vehicles aimed at mainstream buyers.

The conversation focuses on Kia and its push toward the affordable EV3 entry model, positioning smaller EVs as a practical alternative at a time when gas prices and total ownership costs still heavily influence purchasing decisions. We also explore how battery pricing, charging infrastructure, incentives, and consumer expectations are reshaping the EV market—and why affordability may ultimately matter more than headline range or performance numbers.

Freight technology development is moving into the lab—literally. For this episode of TechMobility Topics, we explore the massive “road in a lab” at Argonne National Laboratory, a specialized testing system designed for heavy-duty Class 7 and 8 trucks. Often described as a giant treadmill for commercial vehicles, the facility allows engineers to evaluate engines, fuels, batteries, and drivetrains under tightly controlled, repeatable conditions without exposing drivers or the public to risks on real highways.

We break down how this technology could accelerate development of cleaner, more efficient freight systems while helping manufacturers compare diesel, hybrid, hydrogen, and electric truck technologies with greater precision. The discussion also looks at why controlled testing matters for safety, reliability, emissions reduction, and the future economics of commercial transportation.

More than 7,000 pedestrians were killed and 71,000 injured in the United States during 2024, raising urgent questions about how vehicles communicate with the people around them.  During this episode of TechMobility Topics, we examine a surprisingly simple idea with potentially life-saving implications: front-facing brake lights mounted inside the windshield that signal vehicle intent to pedestrians and cyclists. Amber lighting would indicate braking, while white lighting would show that a vehicle is maintaining speed or accelerating.

We break down why faster recognition of driver intent could reduce confusion at intersections and crosswalks, where fractions of a second matter most. The conversation also explores the real-world obstacles to adoption, including vehicle costs, federal regulations, National Highway Traffic Safety Administration testing requirements, and whether aftermarket systems could become the first practical pathway toward widespread adoption.