How is AI transforming the micromobility industry?

How is AI transforming the micromobility industry?

Artificial Intelligence (AI) is revolutionizing various sectors, and micromobility is no exception. By integrating AI into e-scooters, e-bikes, cars and other small vehicles, the industry is becoming smarter, safer, and more efficient. AI’s prowess in data processing, predictive analytics, and machine learning is driving this transformation, making operations more innovative and productive, and setting a bright future for micromobility.

Let's explore how AI is making a significant impact on the micromobility industry through smart parking, dynamic pricing and rebalancing, and damage detection.

From automating routine tasks to providing deep insights through data analysis, AI is reshaping how we navigate urban environments. Its ability to learn from vast amounts of data and make real-time decisions is crucial for developing efficient, sustainable, and user-friendly transportation solutions.

AI in micromobility

Micromobility refers to small, easy-to-maneuver vehicles like e-scooters, e-bikes, and shared bicycles that operate at speeds typically below 25 km/h. The rise of micromobility is driven by the need for convenient, cost-effective, and eco-friendly urban transport. AI helps tackle critical challenges in the micromobility industry, including parking management, pricing strategies, fleet rebalancing, and damage detection. Companies like SWITCH are leading the way by using advanced algorithms to generate synthetic data, predict demand, optimize fleet distribution, and support strategic planning.

3 business problems AI solves

1) Improper parking

Improper parking can clutter sidewalks and create accessibility issues, frustrating many urban dwellers. AI-driven parking analysis provides a practical solution:

  • Image Validation: AI modules validate images uploaded by users, ensuring the vehicle is correctly parked. Invalid images require users to retake them.
  • Real-Time Monitoring: AI systems analyze live feeds of parking images, allowing operators to quickly address poor parking.
  • Behavioral Improvement: Data from AI analysis helps redefine parking zones and penalize repeat offenders, reducing bad parking practices.
  • Support Reduction: Accurate parking data significantly decreases the number of support tickets related to parking issues.

Results? Studies show AI parking analysis can drastically improve compliance. For instance, 52% of improperly parked vehicles are correctly re-parked on the second attempt, rising to 82% by the third attempt.

If you're interested in exploring these solutions further, you can read a case study by ATOM Mobility in collaboration with Captur's AI-Powered Photo Verification solution.

2) Dynamic pricing and rebalancing

AI enhances fleet utilization and customer satisfaction through dynamic pricing and rebalancing strategies:

  • Predictive Rebalancing: AI predicts where vehicles are needed most, optimizing their distribution across the city, increasing fleet utilization, and ensuring availability.
  • Automated Task Management: Ground teams benefit from automated task assignments, streamlining operations and reducing manual workloads.
  • Dynamic Pricing: AI adjusts rental costs based on demand, time of day, and location, maximizing revenue and customer retention.

A case study revealed that scooters placed in AI-recommended areas saw a 6% increase in average revenue, and rebalanced vehicles experienced a 10.8% usage increase within 24 hours.

3) Damage detection

Maintaining vehicle condition is crucial for safety and longevity. AI-powered damage detection systems offer a solution:

  • 360-Degree Capture: AI guides users through comprehensive vehicle inspections, capturing detailed images from all angles during pick-up and drop-off.
  • Damage Detection: AI algorithms detect and assess scratches, dents, and other damages, focusing on types specific to the business’s needs.
  • Automated Reporting: The system generates detailed reports on vehicle damage history and rental status, ensuring transparency and facilitating prompt repairs.

Automating damage detection helps operators maintain high safety standards and reduces downtime from manual inspections. Companies such as FocalX streamline the damage detection functionality.

Embracing AI for a smarter future

Integrating AI in micromobility is revolutionizing the industry by enhancing operational efficiency, user experience, and safety. As AI technology continues to evolve, its role in shaping the future of micromobility will grow, driving the industry toward smarter, more sustainable urban transportation solutions.

For micromobility operators, embracing AI technologies is not just an option but a necessity to stay competitive and meet the growing demands of urban commuters. The future of micromobility is intelligent, efficient, and AI-driven.

Join the ATOM Academy

Ready to dive deeper into the world of shared mobility and learn how to use AI to transform your business? Join the ATOM Academy for FREE expert knowledge, practical insights, and innovative strategies that will help you stay ahead in the rapidly evolving micromobility industry. Visit ATOM Mobility to learn more. Let's drive the future of urban transportation together!

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Introducing ATOM Mobility OpenAPI: Empowering mobility operators with seamless integrations
Introducing ATOM Mobility OpenAPI: Empowering mobility operators with seamless integrations

✅ ATOM Mobility has launched OpenAPI v1 - giving vehicle-sharing, rental, and ride-hailing operators full control to integrate their services into MaaS platforms, websites, and partner apps. Discover how this powerful tool can help you expand reach, automate operations, and drive more bookings.

Read post

We’re thrilled to announce the launch of the ATOM Mobility OpenAPI v1 - a major step toward enabling mobility operators to seamlessly integrate their services with third-party platforms, partner systems, and custom applications.

With the OpenAPI, ATOM Mobility opens up new possibilities for businesses running vehicle-sharing, rental, and ride-hailing services to extend their digital reach, enhance customer experience, and unlock new revenue streams.

What is an OpenAPI and why does it matter?

An OpenAPI (or application programming interface) is a set of standardized protocols that allows external software systems to interact with your platform. In simple terms, it acts like a bridge between your mobility service and the outside world — enabling secure data sharing and functional integration.

For mobility businesses, OpenAPIs have become a key tool for:

  • Displaying fleet availability in Mobility-as-a-Service (MaaS) platforms
  • Enabling ride or rental bookings directly from external platforms (websites, apps, kiosks)
  • Automating back-office workflows and data pipelines
  • Enhancing customer service tools with real-time ride information

What makes ATOM Mobility’s OpenAPI different?

While many mobility providers offer GBFS (General Bikeshare Feed Specification) to share read-only data (ATOM Mobility will continue supporting GBFS) - such as vehicle locations and availability - these feeds are typically limited to visibility. Users still need to switch to a provider's app to complete the ride.

ATOM Mobility’s OpenAPI is different. It offers full read-write access to the core functions of your platform - similar to what operators can already do in the back-office dashboard. This means that third-party apps can not only display your vehicles but also handle booking, payments, and ride management entirely within their own interface.

This is a game-changer for expanding your service footprint beyond your app.

What’s included in OpenAPI v1?

The first version of the OpenAPI supports all core modules — Vehicle sharing, Digital rental, and Ride-Hailing — with both public and private endpoints for:

  • User registration and authentication
  • Vehicle discovery and availability
  • Zone rules, pricing, and ride logic
  • Starting and ending rides or bookings
  • Accessing ride history and user activity
  • Enhanced actions: skip wallet checks, trigger some commands, bypass OTP, and more

Typical use cases

Here are some examples of how mobility operators are already planning to use the ATOM OpenAPI:

1. Deep MaaS platform integrations

Connect your fleet to fast-growing MaaS platforms, for example:

  • umob - a Dutch mobility booking app that recently raised €3.5M to expand its "all-in-one" MaaS experience across Europe. With OpenAPI, your vehicles could be fully bookable and payable directly from their interface.
  • Moovit – a mobility super-app used by over 1.7 billion riders in 3,500+ cities. Traditionally, Moovit displays vehicles using GBFS and redirects users to provider apps - with OpenAPI, the entire booking could happen inside Moovit.
  • Jelbi (Berlin) - Germany’s flagship MaaS platform, integrating 12+ operators, including car-sharing, scooters, and public transport. A direct API integration offers visibility and usage on one of Europe’s most advanced multimodal networks.

2. Bookings via your website

Allow users to book rentals or ride directly from your website without needing to download an app upfront. This is especially useful for tourists, first-time users or hotels. The app would only be needed to unlock the vehicle or track the driver (in case of ride-hailing).

3. B2B partner integrations

Want to offer mobility through hotels, offices, or real estate platforms? Now they can show your vehicles and complete bookings within their apps - driving high-value B2B usage without manual overhead.

4. Customer support automation

Support agents can pull up a rider’s active trip data in external helpdesk tools using ride ID endpoints - improving efficiency and resolution speed.

5. Custom dashboards and analytics

Build your own reporting layer by pulling real-time and historical ride, user, and revenue data into tools like Power BI, Tableau, or custom CRMs.

How to enable the OpenAPI?

The OpenAPI is available to all ATOM clients on the Premium Plan, which includes:

  • Access to full OpenAPI documentation and developer tools
  • 100,000 API requests per month included in your support fee
  • Technical assistance from the ATOM team for setup and testing

Ready to expand your mobility ecosystem?

Whether you’re exploring new channels, seeking B2B integrations, or joining a MaaS platform, the ATOM OpenAPI gives you the tools to scale faster and smarter. Want to learn more or schedule a call with our integrations team?
Contact us: https://www.atommobility.com/ask

Blog
Micro-mobility market consolidation heats up: ATOM Mobility acquires ScootAPI
Micro-mobility market consolidation heats up: ATOM Mobility acquires ScootAPI

In a significant move signaling further consolidation within the micro-mobility software sector, industry leader ATOM Mobility announced its strategic acquisition of ScootAPI. The deal, finalized on June 1, 2025, strengthens ATOM Mobility's dominant position in the B2B SaaS Micro-Mobility market.

Read post

In a significant move signaling further consolidation within the micro-mobility software sector, industry leader ATOM Mobility announced its strategic acquisition of ScootAPI.

The deal, finalized on June 1, 2025, strengthens ATOM Mobility's dominant position in the B2B SaaS Micro-Mobility market. This deal also marks a successful and timely exit for ScootAPI founder, George Kachanouski, who is already channeling his entrepreneurial energy into a new AI Venture in stealth mode for now.

For years, both ATOM Mobility and ScootAPI have been key players, providing essential software solutions for micro-mobility operators worldwide. This acquisition sees ATOM Mobility, led by CEO Arturs Burnins, proactively solidifying its market leadership. The move was driven by a strategic imperative to win the top spot in a competitive landscape by integrating ScootAPI’s valuable assets and client base.


About ATOM Mobility:

Founded in 2018 by Arturs Nikiforovs and CEO Arturs Burnins, ATOM Mobility empowers entrepreneurs to launch and scale mobility platforms worldwide, including vehicle sharing (scooters, bikes, mopeds, cars), digital rental, and ride-hailing businesses. With a suite of products including customizable rider apps, comprehensive dashboards, operator apps, and robust analytics, ATOM Mobility supports over 200 projects and 35,000 vehicles, facilitating over 1,000,000 rides monthly. The company is committed to providing reliable, agile, and well-designed technology with a strong focus on customer revenue growth and system stability, aiming to be the leader in B2B SaaS for micro-mobility.

About ScootAPI:

Founded in 2019 by CEO George Kachanouski, ScootAPI established itself as a significant player in the micro-mobility software space. The company delivered a robust white-label SaaS platform that empowered entrepreneurs and operators worldwide, successfully launching more than 50 distinct micro-mobility projects across diverse international markets. ScootAPI was dedicated to fostering 'smart' city transportation, thereby contributing to reduced CO2 emissions and an improved quality of urban life for communities worldwide.

"This is an acceleration moment for ATOM Mobility and the micro-mobility SaaS market as a whole," said Arturs Burnins, CEO of ATOM Mobility. "Acquiring ScootAPI aligns with our strategy to lead the industry and provide the most comprehensive, reliable, and innovative solutions to operators globally. We're excited to welcome ScootAPI’s clients into the ATOM Mobility platform, further accelerating the growth and efficiency of shared mobility worldwide."

For George, this move wasn't initially on his roadmap. He was invested in ScootAPI's growth. However, the recent explosion in AI technology sparked a new, compelling passion. “Selling ScootAPI wasn't something I was planning to do," George admitted. "We had built a good product, and the journey was far from over in my mind. But then the AI revolution really took off, and I found myself completely captivated by the potential of agentic workflows to automate business processes. The idea of building a new company in the AI space, something potentially even bigger and on a brand new frontier, became incredibly exciting."

As the transition moves ahead, George remains confident that ScootAPI's clients are in good hands. “ATOM Mobility has a clear vision and the technical depth to support operators long-term,” he said. “That was important to me. I didn’t want to hand things over to just anyone – I wanted to be sure the people relying on our platform would still be supported and able to grow.”

The integration of ScootAPI into ATOM Mobility promises a smooth transition for clients, who will now benefit from an expanded suite of features and robust support under the ATOM Mobility umbrella, further streamlining operations for micro-mobility entrepreneurs globally.

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