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Imagine a city where every parking space and every curb understands what’s happening around it and can respond to those signals in real time. Where a parent dropping their child at school doesn’t circle the block five times. Where an ambulance never gets stuck behind a double-parked delivery van. Where the air is cleaner because nobody’s burning fuel searching for a space that doesn’t exist. That city isn’t science fiction. The technology exists, and the data exists, so the question worth asking is why it doesn’t feel like we’re there yet.
The answer isn’t a technology problem, it’s a coordination problem, and coordination is something we can build on, together. The gap between what is possible and what cities experience today is not about capability, it is about orchestration.
Cities have never had more access to data than they do now. Sensor data. Pay station data. Mobile parking app data. Camera data. Connected vehicle data. Yet, TomTom’s 2025 Traffic Index, which analyzed 737 billion kilometers of driving data, found that 76% of cities got slower last year. How is it that more technology and more data results in worse outcomes?
The reason is fragmentation. Pay station data lives in one system, mobile parking sessions in another, and enforcement records somewhere else entirely, leaving operators without a unified view or any shared foundation for action. For the people running these systems every day, this isn’t theoretical. It’s real operational friction. They are asked to deliver outcomes while working across systems that were never designed to talk to each other.
The paradox cities can’t afford to ignore
Across the operators Arrive works with globally, the same challenges surface time and again:
managing asset inventory without a comprehensive and actionable insights,
managing permits across disconnected systems,
coordinating enforcement without real-time data,
trying to integrate third-party data sources that were never designed to connect.
When you look more closely, you see multiple operational pain points that are all caused by the same misalignment.
The real cost of these challenges can be seen in cities around the world:
Melbourne loses AU$4.6 billion a year to congestion, a figure forecast to double by 2030.
Philadelphia loses over $152 million annually according to a study commissioned by the city.
London’s average bus speed has fallen to just 9.3 mph during 2024–25, down from 10.27 mph four years earlier.
These aren’t the unavoidable results of crowded cities; they happen when the systems meant to manage a city’s movement don’t work together.
We're now starting to view mobility collectively, as a system rather than a collection of tools. It's no longer just about parking or transport; every component affects every other part, and city mobility is optimized when disparate systems work together.
The shift that changes everything
The cities beginning to break through share one common characteristic: they have moved from managing individual assets to steering system-wide outcomes. It sounds like a subtle distinction, but in practice it changes everything.
Asset management focuses on events and transactions. Outcome management looks beyond the asset itself to ask whether the network is achieving its occupancy targets, reducing search-time congestion, and supporting broader goals around access, emissions, and economic vitality. The city hasn't changed, and neither has the infrastructure, but the lens through which success is measured has.
Rather than maximizing utilization at a single point, cities are beginning to focus on balanced occupancy across the network. And rather than judging performance by the number of tickets issued, they are increasingly looking at whether compliance has actually improved.
Over a decade ago, San Francisco’s SFpark program connected 18,000 parking spaces under a dynamic pricing framework, the city achieved independently verified results that mad a compelling case: search time fell by 43% in pilot areas. Parking citations also dropped as compliance improved. Vehicle miles traveled dropped 30%, and greenhouse gas emissions came down.
Washington D.C.'s ParkDC pilot reached comparable conclusions, and Singapore has since gone further still, deploying satellite geofencing and created an anonymized car data network acting as a genuine city-wide demand management tool, where dynamic pricing shapes behavior rather than simply restricting it.
What’s striking about these results isn’t the scale of the improvements; it’s how they were achieved. No new roads were built. No radical policy overhauls were required. Cities simply got a clearer picture of what was actually happening and made smarter decisions with what they already had. The constraint was never infrastructure; it was visibility.
Parking is a foundation
Every serious conversation about the future of urban mobility often leads back to parking, and yet it remains the most consistently underestimated asset in a city’s portfolio. Cities pour investment into new transit lines, mobility apps, and smart infrastructure but sometimes treat the curb as an afterthought, and that could be costing them more than they realize.
Parking is the first and last physical touchpoint of almost every urban journey. It generates more continuous, location-rich operational data than any other urban asset and functions simultaneously as a demand management lever, a compliance mechanism, and a revenue instrument. The cities that treat it as infrastructure worth investing in are the ones with the data confidence to make bolder decisions everywhere else.
Paris doubled its cycling modal share from 5% to 11% in under five years.
Copenhagen removed 600 car parking spaces from its city center and replaced them with cycling infrastructure.
Amsterdam, already at over 30% cycling modal share, continues to reallocate curb space toward people and public life.
These structural choices weren’t made on instinct. They were made by leaders who understood exactly how their curb was being used and felt confident enough in that picture to act decisively. Cities are the heroes of this story, and the right platform gives them the visibility to lead.
What we’re building and why it’s different
Arrive’s mission is to create the leading global mobility platform, easing movement in cities and making them more livable. It shapes every choice we make about what to build first and why.
Our platform is organized around four interconnected pillars, each building on the one before it.
Parking is the foundation, the most data-rich and highest-frequency touchpoint in urban mobility.
Payments sits above it, enabling frictionless commerce across every mode so that a single trip involving driving, parking, and transit settles through one transaction rather than three.
Transport extends the platform across city-level partnerships and multimodal journey integration, connecting the full trip rather than just the destination.
Automotive brings the vehicle itself into the ecosystem, with embedded services that make the car a participant in the network rather than simply a user of it.
Most players in this space have built deep capability in one of these areas and called it a platform. The problem is that cities don’t experience mobility in silos, and a solution that only speaks to one part of the journey leaves the coordination problem intact. Arrive is built for all four pillars because the value isn’t in any single layer. It’s in what becomes possible when they work together, and that’s precisely what’s been missing.
The platform that keeps cities moving
The vision worth building toward is a single, seamless experience from origin to destination: one notification, one booking, one payment, across driving, parking, and public transit, with carbon impact visible, space reserved in advance, and infrastructure performance tracked across every mode.
That vision isn’t 2035, the building blocks exist in cities today. Arrive works across parking, payments, transport, and automotive in over 90 countries, navigating the intersection of legacy infrastructure and emerging capability as a matter of daily practice. The role isn’t to replace what cities have built. It’s to connect it, acting as the enabler that turns disconnected systems into coherent intelligence, and coherent intelligence into outcomes that people can actually feel.
The moment for coordination is now
The city from the start of this article isn’t waiting on a breakthrough, it’s waiting on a decision. The data exists, AI can process it at scale, and interoperability standards are maturing faster than most people realize. What’s been missing is the platform that brings it all together alongside an organization with the reach, the depth, and the commitment to make it real.
Our mobility solutions are built to close that gap, providing cities with the platform, the data, and the intelligence to make better decisions with real confidence. The infrastructure is ready, and the question is no longer whether cities can work more intelligently together, but how quickly leaders choose to make it happen.
By Benoit Jolin, Chief Product Officer, Parking, Arrive