Technology around people's transportation has always been there since as long as our memory can reach, but nobody in the sector would deny that over the last years the industry is moving at a skyrocketing speed.
To start with an impacting example of something we are already experiencing, just think of spending a day in a city as, for example, San Francisco. You're standing on a sidewalk, coffee in hand, and a car glides past you. No driver, no nervous human gripping the wheel, no one at all. Just a machine driving around the city on its own.
The first time this happens, it's for sure something crazy to experience, but maybe the tenth time, you barely look up, and that's exactly how revolutions tend to work: they start as something extremely unique, to later become a minor curiosity and finally just be the daily norm...
We are today living in one of those inflection points. Transportation, the sector that has shaped every civilization from ancient Rome to modern London or Madrid, is undergoing its most radical transformation in over a century, and unlike previous waves of hype, this time the machines are actually moving.
Let's start with what's already on the road, because the numbers are genuinely startling. Waymo, Alphabet's autonomous vehicle company, delivered a crazy figure of over 14 million rides in 2025 across ten cities across the US. By the beginning of 2026, the company had raised 16 billion USD in fresh funding, (valuing it at 126 billion) and announced plans to expand to over 20 new cities internationally, including London and Tokyo. And that's not something we can call a pilot program. It's a full on business!
The vehicles themselves are electric, packed with sensor machines capable of navigating freeways, dense urban grids, and, yes, even aggressive City traffic. Waymo's sixth generation driving system uses 13 cameras, four lidar sensors, six radar units and external audio receivers to build a 360 degree picture of the world up to 500 meters away. An amazing fact is also that its crash rate per mile is lower than that of human driven ride hailing services, a detail that quietly dismantles one of the most common objections to autonomous vehicles.
But Waymo is not at all alone, and we are also seeing Amazon's Zoox who is preparing to charge passengers for rides in San Francisco and Las Vegas. Another example is Tesla (yes, again Elon Musk!), who is eyeing commercial Cybercab production. But also, in the far East, China's Baidu Apollo Go is already matching Waymo's ride volumes in Asia. The robotaxi is no longer a concept. It's a market.
But if autonomous cars are the near term revolution, electric air taxis are also something slightly further but closer than many people think, because electric vertical takeoff and landing aircrafts (eVTOLs) are almost there and are essentially quiet, electric helicopters designed to carry passengers across cities in minutes rather than the hours spent grinding through urban traffic.
And the regulatory picture shifted significantly in early 2026, when the FAA launched the eVTOL Integration Pilot Program, approving eight pilot zones across America. These include flights from Manhattan heliports in New York, routes connecting Dallas, Austin and San Antonio in Texas, and autonomous operations being tested in North Carolina and Virginia.
Companies in that country, like Joby Aviation and Archer Aviation, are among those operating under this framework, which allows real world validation before full nationwide certification.
The EU has also moved similarly, introducing new regulations recognizing VTOL-Capable Aircraft as a distinct vehicle category, marking a legal acknowledgment that these machines are not quite planes, not quite helicopters, and deserve their own rulebook.
But in China, commercial passenger eVTOL flights have already been running since nearly three years ago, in 2023. The global patent activity in urban air mobility jumped from 67 patent families in 2014 to nearly 400 in 2023, which is the kind of curve that suggests an industry crossing from research into engineering.
The appeal is obvious. An air taxi from one side of a congested city to another takes minutes. It produces zero tailpipe emissions and, perhaps most importantly for passengers, it completely sidesteps the urban mobility problem rather than trying to solve it at street level.
Meanwhile, another revolution is happening in how people think about transportation itself. Mobility as a Service (MaaS) is the idea that getting around a city should not require owning a car, memorizing transit schedules or downloading four separate apps. Instead, a single platform integrates public transit, ride hailing, bike sharing, scooter rentals and carpooling into one unified interface where you plan, book and pay for your entire journey in a single flow.
As an example of this, we can name Helsinki's Whim app and Berlin's Jelbi as maybe the most cited examples of MaaS done well, where both apps offer subscription packages that replace car ownership for urban residents.
In India, Xplor is using AI to unify the country's notoriously fragmented public transport options, and in some South American cities, super apps are already blending transportation, food delivery and payments into singular digital ecosystems.
Research and also reality suggests MaaS platforms can reduce private car usage in cities by roughly 30 to 40 percent, easing incredibly congestion and freeing up urban space that currently sits occupied by parked vehicles doing nothing for most of the day, and for cities planning their own infrastructure, that's not a marginal improvement but I would say it's a fundamental redesign opportunity.
In any case, all of this innovation creates a specific kind of problem that is called complexity, from the moment we understand that a city deploying a mixed fleet of electric buses, autonomous shuttles, micromobility options and air taxis would not be just managing vehicles but instead they would be managing an interconnected technological ecosystem that would generate a very vast amount of real time data and require constant coordination across multiple systems, regulatory frameworks and user interfaces.
This is precisely where specialized transportation technology companies become indispensable. To name the case of a city we know well, Madrid's Metro system, for example, adopted AI driven maintenance scheduling in 2025 and saw a 30% reduction in rolling stock failures. That kind of result doesn't come from a generic software vendor but more from companies that understand the specific physics, regulations and operational rhythms of transit systems.
Other cities like Atlanta in the US, became home to the nation's first "Day One Deployment District" for what they named vehicle to everything (V2X) communication technology in September 2025, enabling real time coordination between vehicles, traffic signals and emergency responders. Setting that up requires deep expertise at the intersection of urban planning, telecommunications and transportation engineering, a combination of things that generalist firms simply cannot offer.
The pattern repeats across the industry. Whether it's predictive maintenance for rail systems, demand forecasting algorithms for on-demand transit, or the safety architecture required for autonomous vehicles to operate alongside human drivers and cyclists, the companies succeeding in this space are the ones that have narrowed their focus and gone deep.
The science writer William Gibson famously said that the future is already here, just not evenly or properly distributed, and that observation has never been more accurate as for today's events. Someone hailing a Waymo robotaxi in San Francisco is living in 2030, while at the exact same time someone waiting for an unreliable bus in a mid sized Hispanic American city is maybe living in 1985. The gap between those two realities is enormous, but the technologies now emerging have the potential to close it in ways that would have seemed absurd a decade ago.
Electric buses are replacing diesel fleets all around, AI is optimizing traffic signals in real time, autonomous vehicles are compiling safety records that human drivers couldn't match in a lifetime, air taxis are landing their first paying passengers, and somewhere in a city probably near you, a car with no driver just glided past someone on a sidewalk, and they barely looked up.
That is just how revolutions tend to work.
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