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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🚘💡 What keeps cars in car-sharing businesses connected? From CAN bus and OBD devices to cutting-edge IoT providers like Teltonika, Invers and Geotab, it’s all about the hardware!
Car sharing is more than just a trend—it’s a game-changer for urban mobility, helping people access vehicles without the headache of owning them. But what makes it all work? Let us introduce the tech behind car sharing and explore how companies like ATOM Mobility make it easier to start and scale your shared mobility business profitably.
The three pillars of car sharing technology
At the heart of every car-sharing operation are three key technologies that connect vehicles to platforms: CAN bus, OBD, and OEM telematics. Here’s what they do and why they matter:
1. CAN Bus: The car’s internal network
The Controller Area Network (CAN) bus acts like a car’s central nervous system, allowing different components to talk to each other. It delivers detailed data—fuel levels, battery status, or even tire pressure—directly to your car-sharing platform. This deep integration also allows remote actions like locking or starting the vehicle.
However, CAN systems require professional installation, which can mean higher upfront costs. For larger operators with fleets that need granular control and detailed diagnostics, it’s a must-have.
2. OBD: Affordable and easy to deploy
On-Board Diagnostics (OBD) devices are the plug-and-play heroes of car sharing. Simply connect them to the car’s diagnostic port, and you’ve got instant access to location, speed, and engine health. They’re affordable, quick to set up, and ideal for small-to-medium operators just getting started.
That said, OBD devices offer less functionality compared to CAN. They’re perfect for a more basic setup but might not suit operators who need advanced data or remote vehicle controls.
3. OEM Telematics: Factory-installed genius
OEM telematics systems come pre-installed in many modern cars. These systems provide seamless connectivity and are highly reliable, enabling features like real-time tracking, diagnostics, and remote locking.
The downside? OEM telematics tie you to the car manufacturer’s system, which can limit customization. If your fleet is from a single brand, this is a fantastic option. For mixed-brand fleets, integrating other devices might make more sense.
The IoT providers helping you succeed
Beyond these three core technologies, IoT providers offer additional tools to supercharge your car-sharing operations. Here are four standout names making waves in the industry:
Teltonika
WEB: https://teltonika-gps.com
Headquartered in Lithuania, Teltonika has been at the forefront of IoT since 1998. With over 1,600 employees, the company specializes in GPS trackers and other connected devices that bring real-time tracking, security, and driver behavior analysis to your fleet. Their scalable solutions are ideal for growing car-sharing businesses.
Geotab
WEB: https://www.geotab.com
Based in Canada, Geotab supports over 2 million vehicles worldwide with its advanced fleet management tools. Their telematics devices don’t just track vehicles—they provide insights into fuel efficiency, maintenance needs, and safety. For operators focused on data-driven optimization, Geotab is a top choice.
INVERS
WEB: https://invers.com/en/solutions/cloudboxx
Germany’s INVERS is a leader in shared mobility tech, offering the CloudBoxx device to connect vehicles with car-sharing platforms. Easy to integrate and reliable, CloudBoxx ensures a smooth experience for operators and users alike. With a strong presence in Europe and North America, INVERS is a trusted name in the industry.
Acacus
WEB: https://www.acacusgroup.com
Operating out of the UAE, Acacus combines IoT and AI to deliver smart mobility solutions. Their tech is widely used in government projects and private fleets, especially in regions embracing smart cities. Acacus brings innovation and reliability to shared mobility operators aiming for cutting-edge solutions.
How ATOM Mobility comes into the picture?
Technology is only as good as the platform that connects it all. That’s where ATOM Mobility shines.
ATOM’s software integrates seamlessly with devices from Teltonika, Geotab, INVERS, and others, making it simple to connect your fleet and manage everything from a single dashboard. No matter the size of your operation, ATOM provides tools for real-time tracking, user management, and secure payments—all with intuitive design and full support.
Whether you’re launching your first car-sharing fleet or expanding across multiple cities, ATOM helps you scale profitably and with confidence. We make the technical stuff easy so you can focus on growing your business.
Why is car sharing the future?
Urban living is changing. People are moving away from car ownership, opting instead for flexible, on-demand solutions like car sharing. It’s convenient, cost-effective, and kinder to the planet.
With tech like CAN, OBD, OEM telematics, and IoT devices driving the industry forward, the potential for shared mobility is enormous. But to succeed, operators need the right tools to manage fleets, optimize performance, and deliver a great user experience.
Join us
Ready to start your car-sharing journey? Book a demo with ATOM Mobility and let’s get moving!
🔧 🚗 Simplify fleet management with automation! ATOM Mobility’s latest Task Automation feature creates maintenance tasks automatically, so you can focus on growth instead of scheduling. From mileage-based services to feedback-triggered check-ups, this tool has your fleet covered.
Automating fleet management with ATOM Mobility: The future of task automation
Managing a fleet comes with many moving parts—from ensuring vehicles are serviced regularly to addressing feedback and operational needs. ATOM Mobility’s new Task Automation feature optimizes this process by automatically creating tasks based on each vehicle’s real-time parameters, such as mileage, time, user feedback, and ride count. This allows fleet operators to focus on strategic growth while routine maintenance and issue resolution become automated. Here’s how this feature could make fleet operations smoother, efficient, and more scalable for shared mobility and rental businesses.
Task automation for fleet management
ATOM Mobility’s Task Automation feature builds on its ongoing focus to simplify fleet management. This new addition enables operators to automate task creation based on specific vehicle metrics, reducing manual effort and enhancing overall fleet efficiency.
The idea is brilliantly simple: instead of creating tasks manually (which can be tedious and time-consuming), this tool will automatically create tasks for you based on pre-set conditions.
With Task Automation, you can set specific parameters that will trigger task creation, such as mileage, ride count, ratings, or time. Picture this: every 5,000 kilometers driven, the system can automatically create a “Tire Check” task. Or if a specific vehicle receives user ratings below two stars, a “Low user review, check up required” task can be triggered. This approach to task generation not only saves valuable time but also ensures that vehicles receive consistent care based on real usage and performance, not guessing.
How task automation works in a nutshell
Setting up Task Automation in ATOM Mobility’s dashboard is designed to be as seamless as possible. The process essentially boils down to three simple steps:
- Log in to the ATOM Mobility platform, and head to the Fleet Maintenance section under “More.”
- Create a new automation: Specify the task type (like check-ups or cleaning ro anything else), set priority (low, medium, high), choose the relevant vehicle model, and add an optional description.
- Set a trigger parameter and value: Choose the metric that will trigger the task, whether it’s mileage, ride count, user feedback, or time schedule.
Once everything’s set, the system will keep track of these parameters for each vehicle, ensuring that when a trigger is met, a task will be created automatically and added to the dashboard. You’ll have everything you need to keep each vehicle in tip-top shape without manual oversight.
Why task automation is a game-changer for shared mobility operators
It’s no secret that keeping up with fleet maintenance can be a full-time job—and then some. Task Automation is built to give you time back in your day and enhance fleet health without excessive manual work. Here’s how it shines:
- Minimizing downtime and maximizing efficiency: With automated tasks created on schedule, you’re reducing the chance of missing maintenance, which can lead to unexpected breakdowns or, worse, unsatisfied customers.
- Boosting customer experience: Users expect seamless, safe, and reliable rides. By setting automated checks based on feedback ratings, you can address any hiccups before they escalate, like a regular check-up triggered when user ratings dip, ensuring issues are handled swiftly.
- Optimizing resource allocation: Operators save time, money, and stress by allowing ATOM’s platform to handle task creation. Staff can then focus on actual maintenance rather than constant monitoring and task creation, ultimately lowering operational costs.
Examples of task automation in action
To illustrate how powerful Task Automation can be, here are some scenarios where it could make a real difference for fleet operators:
- Mileage-based maintenance: Automatically set oil changes or tire rotations every 5,000 kilometers. No more sticky notes or vague reminders—once the mileage threshold is hit, the task is created instantly, saving time and maintaining vehicle health.
- Feedback-based follow-ups: Let’s say you have a popular scooter, but a few users have noted a squeaky brake. Once the feedback drops below a specific rating, an automatic check-up task is created. That way, you don’t have to wait for a cascade of bad reviews before you act.
- Time-based cleanings: Hygiene is crucial, especially in shared mobility. You could set a task to clean and sanitize vehicles after a set number of hours or rides, ensuring each user gets a fresh experience without needing someone to track hours.
Task automation meets scalability: ideal for growing fleets
For any business with a growing fleet, Task Automation provides a clear advantage. By using parameters to generate tasks, you can scale up without needing additional manpower just to manage scheduling. As your fleet grows, Task Automation scales with you, handling more vehicles and keeping you updated on the health and performance of each.
Think of it as a maintenance manager that grows alongside your fleet without increasing your operational costs. It’s no longer about manually checking every vehicle at every mile marker; it’s about letting the system manage maintenance alerts while you keep your attention on strategic growth.
Getting started with task automation on ATOM Mobility
Setting up Task Automation is straightforward, but don’t hesitate to ask ATOM Mobility’s team for more detailed guidance. Here’s a quick overview to get you started:
- Select your trigger: Choose between kilometers, hours, ride count, or ratings, based on what matters most to your fleet.
- Define your task requirements: Each task is customizable, so you can specify different needs depending on the type of vehicle or its usage.
- Monitor with ease: Once in place, the automation will handle task creation. Just check in via the dashboard to monitor progress and handle any high-priority issues as needed. All the information and tasks are synced between the dashboard and fleet manager app.
ATOM Mobility’s commitment to innovation means we’re constantly updating our features to make fleet management more efficient and automated. Task Automation isn’t just a convenience—it’s an opportunity to elevate how you manage and grow your fleet in a sustainable way. With automation taking care of repetitive tasks, your team can focus on what really matters: delivering an outstanding experience to every rider.
Why now’s the time to automate with ATOM Mobility
The shared mobility industry is moving faster than ever, and staying competitive means embracing tools that make operations smoother and more efficient. ATOM Mobility’s Task Automation feature is a game-changer that brings automation to the forefront, allowing operators to focus on high-impact work while leaving routine tasks to the platform.
Whether you manage a fleet of e-bikes, scooters, or vehicles, automated maintenance can streamline your operations, prevent issues before they arise, and let your team work smarter, not harder.
Explore more about ATOM Mobility’s fleet management solutions on their blog and discover other products that can help you on your way to creating a micromobility fleet!