Skydriven Mobility: Cities prepare for air-first commuting

We are tracking the trends that matter most for leaders planning the next 12 to 36 months. We organize trends into three categories based on their maturity and impact timeline:

Game Changers: Trends reshaping entire industries right now. These affect how businesses operate, how value is created, and how competitive advantage is built.

Foundational Breakthroughs: Scientific and engineering advances unlocking new possibilities. These create strategic optionality for the decade ahead.

Weak Signals: Early indicators of transformations that will dominate the late 2020s. These require positioning now, even if mainstream adoption is years away.

Today’s Foundational Breakthrough: air taxis, and what they could mean for how people and goods move, in cities and beyond.

Air taxis are closer than you think: What leaders should know

Electric air taxis and autonomous aircraft are moving from prototype to certification. These electric vertical takeoff and landing aircraft, or eVTOLs, take off and land like helicopters but are quieter, electric, and designed to be cheaper to operate. That makes them useful well beyond dense cities, from suburbs to regional trips to places with no easy road access.

For decades, the flying car lived in concept sketches and science fiction. Now aircraft are flying real routes between real cities, regulators are writing the rules, and vertiports are being built. The first routes are in cities because that is where demand and money are concentrated, but the technology isn’t limited to them.

Dubai is furthest along. Joby Aviation recently addedhas added three additional vertiports to its Dubai electric air taxi network, at Dubai Mall, Atlantis The Royal, and the American University of Dubai. They join the flagship hub beside Dubai International Airport, which received regulatory approval this summer.

In its November 4 shareholder letter, Joby said the second vertiport in the network is now complete and that piloted operational flight testing across the network will begin later this year, with passenger service to follow. Once running, the service will turn a 45-minute drive from the airport to Palm Jumeirah into a flight of roughly 10 to 12 minutes.

Who’s building advanced air mobility

Joby Aviation is closing in on certification. Founded in 2009 by JoeBen Bevirt on his ranch in the Santa Cruz Mountains, Joby spent its first decade developing its aircraft largely out of public view. It is still headquartered in Santa Cruz, with Toyota as a major investor and manufacturing partner. Joby is now in the fifth and final stage of FAA type certification, with flight testing by FAA pilots expected to begin in the first half of 2027. It already carries passengers today through Blade, the helicopter passenger business it acquired, which flew more than 44,000 people last quarter. That gives Joby a customer base and booking channel ready and waiting for its electric aircraft.

Alef has begun production of flying cars. The California startup began hand building its Model A in December 2025: a fully electric vehicle that drives on public roads and takes off vertically, with about 220 miles of driving range and 110 miles of flight range. Alef reports more than 3,600 preorders, and its first units will go to a small group of early customers, no more than 10, who will fly them under tightly controlled conditions. Alef had targeted the end of 2026 for those first deliveries, but in late October CEO Jim Dukhovny said he now aims to deliver the first car in 2027.

Archer’s Midnight aircraft is completing key flight milestones. Midnight flew roughly 55 miles in 31 minutes on a piloted test flight in 2025, its longest at the time. This fall, Archer took the aircraft into real urban airspace with its “No Roads” tour, which culminated in piloted flights around San Francisco Bay, including an Oakland to Marina District hop of about 10 minutes, a drive that can top an hour in traffic. Archer has since unveiled planned air taxi networks for Austin, Houston, and Dallas-Fort Worth, and is preparing for early U.S. operations under the federal eVTOL Integration Pilot Program as it works through FAA type certification.

Skyports is building the Dubai vertiports Joby will fly from, with earlier projects in Singapore and Paris. Its flagship vertiport, the Dubai International Airport hub where Joby’s network starts, spans four floors and 3,100 square meters, with capacity for 42,000 aircraft movements and about 170,000 passengers a year. It also includes a multilevel car park and sits a short walk from the metro. Vertiports designed to plug directly into existing transit are what turn a novelty into a network.

Why it matters

Think of early rideshare: niche at first, then part of everyday life. When rideshare launched, it was a premium black car service for a narrow slice of riders. Within a decade, it changed how people get to the airport, how cities think about parking, and what consumers expect from getting around: tap a screen, get picked up, pay automatically.

Air mobility looks to follow a similar path. Early routes will be premium, limited, and concentrated in a handful of places with the political will to move first. Those places won’t all be big cities. Regions with long drives, difficult terrain, or island geography have a strong case too. The pieces are coming together quickly. Joby air taxi trips in Dubai are set to be bookable directly in the Uber app, and autonomy is advancing in parallel: in September, Joby flew a converted Cessna Caravan 3,199 miles across the United States on its autonomous system, with the onboard safety pilot never touching the controls.

For leaders, the implications reach well beyond aviation. Real estate developers are already treating vertiports as a premium amenity. Airports, hotels, and corporate campuses will compete on air connectivity. Business travel, logistics, and emergency response will each find their own use cases as costs come down and networks fill in. Medical transport and cargo to remote areas are likely to be among the earliest.

Organizations that start planning for a vertical layer of transportation now will be ready when it reaches their markets, whether those are urban, suburban, or rural.


This is part of our ongoing look at the trends shaping the next decade. Explore the full 12 Tech Trends to see what else is on our radar.

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10 Tech Trends & Weak Signals to Watch in 2025

With the new year approaching, it’s time to look to next year with a keen eye on tech trends and weak signals. I expect to either accelerate in adoption, have breakthrough moments, or continue to advance with potential future breakthroughs in the next three or so years.

My 2025 tech trends naturally fall into three categories: Game Changers, Foundational Breakthroughs, and Weak Signal Wild Cards.

Game Changers are set to have a significant impact on industries, societies, and markets in 2025 and beyond. Will transform how we work, learn, and live.

Foundational Breakthroughs are major technological advancements needed for game changer technologies to succeed.

Weak Signal Wild Cards present the opportunity to be a future game changer of a foundational breakthrough but still in a nascent stage with a number of headwinds to overcome.

Let’s look at the leading tech trends in each.

Game Changers

  1. Artificial Intelligence (AI): This may not seem new. I’m sure we are all suffering a bit from AI fatigue, but that doesn’t discount the fact that AI represents one of the biggest technological shifts we’ve seen in our lifetimes, perhaps in anyone’s lifetime. In 2025, AI’s impact on nearly all industries will continue to grow, with significant advancements in Artificial General Intelligence (AGI). Fast-moving AI advancements will move beyond chatbots to AI Co-workers, Personalized AI, Digital Clones, and AI Wearables.
  2. Humanoid Robotics: Citi analysts recently estimated that Humanoid Robots could create a $7 trillion market in the next 25 years. New foundational modals, multimodality, dexterity advancements, and edge computing make a world in which robots seamlessly move among us more of a reality. Just ask Clone Alpha, Tesla Optimus, or Figure 02.

3. BioTech and Synthetic Biology: Synthetic biology is another area I expect we will continue to see rapid advancement in. Allowing for gene editing (CRISPR), cellular agriculture, and biomanufacturing. Innovations in gene synthesis, metabolic engineering, and biofabrication are pushing the boundaries of what can be created in the lab.

Foundational Breakthroughs

4. Advance Compute: HP has been touting advance compute innovations for a number of years, but with compute intensive applications like AI on the rise we are seeing this area explode with innovation. From super computers to computers-on-a-chip, chips cooled by microfluidics, and composable computing, as seen with HP Boost, advance compute innovations are coming to market faster and faster.

5. Clean Tech: Energy-hungry technologies such as AI are fueling clean energy demand. We have seen a plethora of clean tech products and services focusing on energy efficiency and/or sustainable reuse, and I expect that to accelerate in the new year, too.

6. Nuclear Energy: Speaking of AI’s impact on the world energy supply, we will see increased demand for nuclear energy and small modular reactors to help power the supercluster data centers that are required to power AI.

7. Next-Gen Energy Storage: Solid-state batteries are seen as the successor to current lithium-ion batteries, offering greater energy density, faster charging times, and enhanced safety. That’s why companies like Toyota and QuantumScape are leading R&D efforts to commercialize solid-state batteries by the mid-2020s.

Weak Signal Wild Cards

8. Quantum Computing: A little farther on the horizon is the practical adoption of quantum computing. From cryptography to drug development, materials science, and more, quantum computing holds the potential to solve some of the most complex problems not solvable with classical computing today. The opportunity for this tech trend is ripe, but a few headwinds must be overcome first.

9. 6G Networks and Hyperconnectivity: 6G is forecast to offer speeds 500x faster than 5G, enhancing Internet of Things (IoT) applications, real-time AR/VR, and autonomous systems. Operating at such higher-frequency bands will require new cellular infrastructure and device enhancements.


10. Space Tech: Will space travel be for non-billionaires too? Technologists, aeronautics, and space engineers seem to believe so. Space exploration is poised for commercial dominance, with private companies pushing boundaries in space tourism, mining, and settlements.


In the new year, we will dive deeper into the tech trends in each category, analyzing their potential, the major players and boundary-pushing startups, headwinds and tailwinds, and unexpected outcomes.

This prepares us to harness these tech trends so we can anticipate what’s coming and take advantage of them instead of being disrupted by them.

Blog Futurism & Technology Trends