Conference Presentation, Panel
To Infinity and Beyond: What's Cool in Transportation
- Full autonomy is projected to arrive in approximately five years, with some experts believing deep learning will accelerate this timeline further, though widespread deployment in unconstrained environments is expected to lag behind initial constrained deployments.
- Rollout will begin in rideshare environments within major cities to maximize asset utilization and offset costs, followed by expansion to suburban and rural areas, with Level 4 systems (highway, weather, or traffic constraints) operating today and Level 5 reliability requiring significant additional time.
- Early technology will be deployed in highly constrained settings, with reliable "drop-in" replacement for human drivers taking much longer, while a "starting line" of autonomy is expected within the next few years.
- Specific deployment timelines include 2021 for realistic Level 4 implementation, with systems like GM's Super Cruise arriving in under a year and companies like Neutronomy, Navia, and Tesla already operating in limited capacities.
- Connectivity and digital productivity are anticipated to evolve in the early 2020s, allowing passengers to conduct work or entertainment via Azure and cellular networks, with the potential to perform any office or home task from a vehicle over a 10 to 15-year horizon.
- Cybersecurity is expected to be a persistent challenge with hundreds of thousands of attacks weekly, necessitating ubiquitous and secure connectivity measures.
- Regulatory frameworks are predicted to lag behind technological capabilities due to the slow pace of legislation, potentially leading to a "pre-approval" model similar to the FDA for software validation.
- Ride-hailing fleets are projected to be perfectly positioned by demand between 2025 and 2030, offering affordable rides within a minute and reducing the likelihood of families owning a second vehicle.
- Autonomous trucking will likely operate 24-7 even with a human driver present, reducing logistical costs and consumer prices, while targeting the 25% of fatalities caused by trucking to improve overall road safety.
- Asset ownership is expected to fragment into various specialized vehicle types (one-seaters to airport transport) and shift from corporate fleets to a diverse network of individual owners generating predictable returns.
- The automotive business model is predicted to transition from selling physical assets to a maintenance-based service similar to airlines, with vehicles designed to last 30 years through preventative parts swapping.
- Societal acceptance is expected to grow rapidly as early adopters experience safety and accessibility, particularly benefiting aging and disabled populations who will no longer need to drive.
- Ethical dilemmas regarding decision-making are expected to resolve themselves once the technology demonstrates significantly lower fatality rates than human driving, making such edge cases rare.
- Advanced driver assistance systems like "guardian" modes will be deployed before full autonomy to address human overtrust and vigilance decrement issues.
- Vehicle-to-vehicle and vehicle-to-infrastructure communication is not expected to be fully realized in the near term, with systems designed to operate independently of such infrastructure.
- Fleet maintenance will rely on distributed networks where vehicles roam or park in low-cost locations, potentially involving third-party maintenance providers.
- Insurance models will shift toward "pay how you drive" or "pay as you drive" structures, allowing coverage to be purchased for short durations like 18 minutes based on driving data.
- Urban forms in cities like Los Angeles are projected to reclaim land currently used for parking (estimated at 13 square miles) for residential or green use by 2030, though significant infrastructure changes may not fully materialize until 2040.
- Traffic congestion and platooning efficiencies are anticipated to progress by 2030, with complete realization of reduced congestion potentially delayed until 2040 due to changes in travel behavior.
- Specific infrastructure adaptations, such as autonomous-only lanes on major freeways like the Pasadena Freeway, are considered possible in the future to enhance safety.
- Electrification is expected to ramp up from 3% to widespread adoption, enabling wireless induction charging for transit and eliminating traditional maintenance tasks like oil changes.