Mobile appMobility, ride-hailing & carsOriginal by BinBin
BinBin is a Turkish micromobility brand that turns renting an e-scooter or bike for short city trips into a matter of seconds. Rapid expansion across cities, a clean interface and a focus on busy areas such as campuses, seafronts and city centres are the strengths of the model. For users, the value lies in a vehicle that is nearby, charged and ready to ride.
A similar product means developing a rider app, a field crew app and a fleet panel together. The backend talks to the IoT module on each vehicle and manages lock, location, battery and speed zone commands. If a multi-city setup is the goal, zone-based pricing, rules and operations team definitions must be built flexibly from day one.
How BinBin works: the core user flow
How many apps and dashboards do you need?
Rider app
Users find and rent vehicles and view their ride history.
Field crew app
Charging, maintenance and collection crews see their task list and vehicle status.
City and fleet panel
The panel for managing city-specific zones, prices, vehicle status and reports.
Critical features of a product like BinBin
Multi-city zone management
Separate parking areas, speed zones, prices and promotion rules can be defined for each city.
Rental by vehicle type
Separate pricing, age limits and usage rules for different vehicles such as e-scooters and e-bikes.
Battery tracking and charging routes
Assigns low-battery vehicles to the field crew as tasks ordered by the shortest route.
Ride safety reminders
Helmet and rules briefing before the ride and speed limiting at night.
Wallet and top-ups
A wallet where users load credit and each ride is deducted from the balance.
Damage and fault reports
Users report faults with photos and the vehicle is automatically taken out of service.
What goes into the first version, what comes later
First version (MVP)
- Sign-up, age verification and payment method setup
- Vehicles and parking areas on the map
- QR-code unlocking and per-minute billing
- Ending rides with a photo and fault reporting
- Panel for fleet tracking and field tasks
Later releases
- Zone templates for new cities
- Subscriptions and ride passes
- Separate accounts for corporate and campus agreements
- Demand heat maps and vehicle distribution suggestions
Modules and how the budget is calculated
The budget is calculated with 360 SOFT’s pricing model from the modules below, about 28 screens and the project’s complexity: roughly 192 person-days for the full scope and 102 person-days for the first version. Every module you drop lowers the budget directly.
| Module | Phase |
|---|---|
| Sign-up, login, social login | First version |
| User profile and settings | First version |
| Roles and permissions | First version |
| Admin dashboard | First version |
| Online payments (Stripe / PSP) | First version |
| Maps, location, routing | First version |
| IoT device and sensor integration | Later release |
| Barcode / RFID / handheld | Later release |
| Push notifications | First version |
| File, photo, video upload | First version |
| Reporting and analytics | Later release |
| Multi-language | First version |
Hosting, SMS, map APIs, app store accounts and payment-provider fees are separate items. Maintenance and improvements (optional): €650 / month. We send a fixed written price within 24 hours after a free discovery call.
The hard parts
Multi-city operations
Each city has different council rules and field teams, so the software must be configurable flexibly per zone.
Vandalism and lost vehicles
Stolen or damaged vehicles must be detected quickly using motion sensors, alarms and location history.
GPS accuracy
Location drift in cities makes parking verification harder; it should be backed up by photos and zone tolerance.
Business model
The main revenue is the unlock fee and the per-minute ride charge. Having users preload credit improves cash flow. Ride passes, student and campus discounts, corporate employee deals, fines for bad parking and late returns, and ads from local brands on the vehicles are items that can bring in extra revenue and support growth.
Get a free quote for your project
Let us scope it together and send a fixed written quote within 24 hours. NDA on request; you own the source code.
Choosing a company to build an app like BinBin
Most people searching “build an app like binbin” are really looking for a reliable app development company. When comparing quotes, check four things:
- Can you try similar products they have shipped, in the stores or live?
- Are the source code, design files, servers and store accounts transferred to you by contract?
- Do they show a working demo every two weeks, with written scope and acceptance criteria?
- Are maintenance, scaling and GDPR/security costs written into the quote?
Copyright and trademarks
A business model and features are generally not protected on their own, but the BinBin name, logo, interface design, content and source code are. That is why we build a product with similar functionality but your own brand, design and code. This is not legal advice; we recommend a trademark search before launch.
Frequently asked questions
How long does it take to build an app like BinBin?
The software side requires a few months of development, with IoT integration and field testing on top. Piloting in a single city with a small fleet reduces the risks.
Can ready-made micromobility software be used?
White-label solutions give you a quick start but can be limiting when it comes to IoT modules, pricing rules and operational needs. Brands aiming to grow long term prefer custom development.
Are there copyright or trademark issues?
The scooter rental business model is free to use. The BinBin name, logo, design and code may not be copied; this explanation is not legal advice.
What should I look for in a company that builds an app like BinBin?
Ask about experience with IoT device integration, map-based apps and real-time data processing. It matters that the field operations app and reporting needs are listed separately in the proposal.
