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Launch and Operate Shared Electric Mobility Services.
We build rider apps, fleet operations tools, and IoT integrations for e-scooter, e-bike, and electric vehicle sharing and rental services, helping operators scale fleets while keeping vehicles charged, available, and safe.
Trusted by teams building what's next
Shared electric mobility has become part of how people move around cities, but the economics are unforgiving. Operators must keep vehicles charged, safe and in the right places, comply with rules that differ by city and sometimes by street, and convert casual riders into regulars. When rider apps, IoT telemetry and field operations run separately, vehicles go missing, batteries run flat and city permits come under review.
As an emobility app development company, we build rider apps, IoT integrations and operations platforms around how a sharing service actually runs: how riders find, unlock, ride and park, how vehicles report their state, how field teams swap batteries, repair and rebalance, and how city rules are applied to every trip. Every product starts from that loop, for e-scooters, e-bikes, mopeds or cars.
Integration is core scope. Our platforms connect to vehicle IoT modules and smart locks over their APIs or MQTT, use Google Maps, Mapbox or HERE for maps and geofences, take payments through Stripe, Razorpay, Network International, Apple Pay and Google Pay, verify identity and licences for car and moped sharing, and share trip data with cities through the Mobility Data Specification and GBFS feeds.
Security and privacy are engineered in from the first sprint, with GDPR-aligned handling of trip and location data, PCI DSS scope kept minimal through tokenised payments and PSD2 strong customer authentication for EU cards, plus secure command channels so vehicles cannot be unlocked by anyone but the platform. The outcome is custom emobility software that riders trust, field teams rely on and cities approve.
Lock, unlock, alarm, telemetry and battery data from vehicle IoT modules over their APIs or MQTT, with secure command handling and offline fallbacks.
No-parking, slow, no-ride and preferred parking zones configured per city and enforced in the app and on the vehicle in real time.
Task apps for battery swaps, repairs, inspections and rebalancing, with optimised routes and photo evidence for every job.
Find, unlock, ride and pay in a few taps, with passes, subscriptions, group rides and clear parking guidance at the end of the trip.
Identity and licence checks, age verification, safety tutorials, parking photo validation and incident reporting built into the flow.
Demand heatmaps, vehicle utilisation, revenue per vehicle and data feeds for city permits through MDS and GBFS.
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Products delivered
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Countries with live products
Each one designed with your teams, integrated with the systems you already run, and engineered to scale.
Find, unlock, ride, and pay in a few taps.
Remote lock, unlock, and telemetry from vehicles.
Tasks for swapping batteries, repairs, and rebalancing.
No-parking, slow, and restricted zones by city.
Ride passes, subscriptions, and promotions.
Utilisation, revenue, and demand heatmaps.
Other electric vehicles & emobility areas with a dedicated page.
The product categories shared emobility organisations most often ask us to build, from focused mobile apps to multi-tenant platforms.
Dockless rider apps with unlock, ride, parking validation and payments for scooter operators.
Docked and dockless bike sharing with station management, passes and membership schemes.
Licence verification, helmet checks and insurance flows for shared electric mopeds.
Keyless access, bookings, fuel or charge policies, damage reports and usage billing for car sharing.
Battery swap, repair, inspection and rebalancing tasks for operations teams.
Long-term e-bike, scooter and EV rentals with deliveries, maintenance and monthly billing.
Private fleets for employers, universities and residential sites with access control and billing.
Journey planning, booking and payment across shared mobility and public transport in one app.
MDS and GBFS feeds, compliance dashboards and reporting for city regulators.
Grouped by who uses them. Every feature below is one we have shipped to production, not a wishlist.
Find, unlock, ride and park in a few taps.
For battery swappers, mechanics and rebalancers.
Control across cities, fleets and pricing.
The problems we most often help shared emobility organisations solve, and design every engagement around.
Vehicles accumulate in the wrong places as demand flows across the city, leaving high-demand areas empty and quiet areas cluttered.
Low batteries make vehicles unavailable, and swap routes planned by hand waste field team hours and miss the vehicles that matter most.
Parking zones, speed limits, fleet caps and data-sharing rules vary by city and change during a permit, so rules must be configurable quickly.
Damaged, stolen or badly parked vehicles cost money and goodwill, and need telemetry, alerts and evidence to manage. Insurance and city penalties add to the cost.
Thin margins per ride mean every operational inefficiency, from idle vehicles to unnecessary van trips, directly hits profitability. Data has to guide every decision.
Real products designed and engineered by Creuto end to end, with the operational depth electric vehicles & emobility and shared emobility projects demand.
A cloud-native, IoT-powered smart city platform — web command dashboard, citizen mobile app, field staff app, and full IoT integration designed and delivered by Creuto from the ground up.
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Integrated Modules
25–30%
Reduction in Vehicle Trips
4
Platforms Delivered
Creuto built an AI-powered training platform for Škoda Auto, centralizing learning across its dealership network. The system delivers personalized content based on each sales rep's role, performance, and behavior — ensuring relevant, timely training for every individual.
100+
Dealerships Served
20 wk
Time to Market
3
Platforms Built
A full-stack workflow management platform — admin panel, task boards, collaboration engine, and reporting suite — designed and delivered by Creuto from the ground up.
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Source of Truth for All Work
100%
Task Audit Trail
4
Task Lifecycle States
The shared emobility standards we build against and the controls behind them. Your compliance team keeps ownership; we make the software easy to certify.
The platforms, standards and third-party services a product in this sector usually has to talk to. If yours is not listed, it is almost certainly something we have connected before.
The reasons clients in this sector give when they recommend us, not the ones we would pick ourselves.
Either we build it exceptional, or we don't.
The standard every shared emobility product leaves our studio with.
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Products delivered
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Years of engineering
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Client satisfaction
Battery swaps, rebalancing and repairs are designed as carefully as the rider app, because that is where margins are won.
We integrate different vehicle and lock providers behind one model, so your fleet can mix suppliers.
Zones, speeds, caps and data feeds are set per city without new releases.
Unlock and lock commands are authenticated and logged, so vehicles answer only to your platform.
We support new cities, vehicle types and business models as your service grows.
What organisations in this sector gain when the software is built around their workflows rather than the other way around.
Demand-led rebalancing puts vehicles where riders are.
Optimised swap and repair routes cut van kilometres and field hours.
Configurable rules and data feeds make new permits quicker to meet.
Telemetry, alerts and parking validation protect the fleet.
Passes, subscriptions and a reliable app turn casual users into regulars.
Accurate data sharing and enforcement support permit renewals.
Transparent, sprint-based and built around decisions you can see. You know what ships, when, and why at every step.
Start Your ProjectWe review your vehicles, IoT hardware, target cities, permit conditions and unit economics, and agree the utilisation and cost outcomes to improve.
IoT integration, command security, city rule model, payments, data feeds and privacy requirements are documented before design.
Rider and field prototypes are tested on real streets, with real vehicles, in daylight and at night.
Two-week sprints with working software and real vehicles connected from the start, so IoT behaviour is understood early.
Lock and unlock latency tests, peak-load tests, payment and fraud testing, and a penetration test before launch.
Launch in one city, tune pricing and operations with live data, then add cities with configuration rather than code.
Chosen per project for longevity, hiring depth and fit with your existing systems, never by fashion.
AI IN SHARED EMOBILITY
We add AI to shared mobility platforms where it improves utilisation and compliance: forecasting demand by area and hour, checking parking photos automatically and planning field routes, with operations teams able to adjust every plan.
Explore our AI engineeringThe shifts we design for so a product launched this year is still the right product in three.
Cities increasingly award a limited number of permits, scoring operators on safety, parking compliance and data sharing.
MDS and GBFS are becoming standard permit requirements, so data feeds must be accurate and timely.
Swappable batteries and more durable vehicles shift operations from van collections to on-street swaps.
MaaS apps and transit partnerships bring shared mobility into journey planners and ticketing.
Computer vision checks parking photos and machine learning forecasts demand to guide rebalancing.
There is no honest single number. Scope, integrations and compliance drive the budget, so we price against a written scope after discovery. The factors below are what move it.
Scooters, bikes, mopeds and cars each bring different IoT, verification and insurance flows.
Each vehicle or lock provider adds integration and testing.
City rules, languages, currencies and data feeds add configuration and testing.
Optimised field routing and warehouse workflows are a product of their own.
Passes, subscriptions, deposits and fraud controls add finance and compliance work.
Parking validation and demand forecasting need data and evaluation.
| Engagement | Typical scope | Timeline |
|---|---|---|
| Validation MVP | Rider app, one IoT integration, basic geofencing, payments and a simple operations dashboard for one city. | 10 to 14 weeks |
| Production platform | Rider and field apps, city rule engine, passes and subscriptions, MDS and GBFS feeds, analytics. | 4 to 7 months |
| Multi-city platform | Multiple cities and vehicle types, optimised operations, demand forecasting and partner integrations. | 8 to 14 months, phased |
Revenue models we have built billing, reporting and growth loops for. Most products combine two or three.
Unlock fee plus per-minute or per-kilometre charges.
Daily, weekly and monthly passes that increase rider loyalty.
Monthly vehicle rentals with maintenance included.
Private fleets operated for employers, universities and residential sites.
Transit integrations, sponsored zones and in-app partner offers.
The engineering disciplines every project in this sector draws on. Each has its own page with process, stack and FAQs.
Founders and product leaders on what it is like to build with Creuto.
“Their ability to adapt to our needs while keeping things on track made the experience seamless.”
Creuto delivered a scalable system that improved payroll efficiency and transparency and reduced human errors. The team adhered to timelines, quickly responded to changes, adapted to needs, and managed the project professionally. Their ability to understand the client's requirements was impressive.
Radhika Mohanty
Finance Manager, Crect
More client voices
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Straight answers about shared emobility software projects. If yours is not here, ask us directly.
Ask our shared emobility teamIt depends on the vehicle types, the IoT providers to integrate, the number of cities, how deep the field operations tooling goes, payment and pricing models and any AI features. A single-city MVP is a materially smaller investment than a multi-city platform. After discovery we provide a fixed-scope proposal with a clear breakdown.
A validation MVP with a rider app, one IoT integration and payments typically takes 10 to 14 weeks. A production platform with field apps, a city rule engine and data feeds usually takes four to seven months. Multi-city platforms with several vehicle types and demand forecasting are delivered in phases over eight to fourteen months.
Zones, speed limits, parking rules and fleet caps are configured per city, and we provide Mobility Data Specification and GBFS feeds where permits require them. Trip and location data is handled under GDPR or local privacy law, with retention limits and aggregation applied to shared data.
Yes. We integrate with vehicle IoT providers and smart locks through their APIs or MQTT for telemetry, battery data and remote commands, with authenticated commands and fallback handling when connectivity is poor. New hardware providers can be added behind the same integration layer, so the fleet can mix suppliers.
Emobility app development usually means the rider app. Emobility software development covers the whole system: rider and field apps plus the IoT integration layer, city rule engine, payments, operations console, data feeds and analytics behind them. We deliver both as one connected product.
Yes. We build task and route apps for battery swaps, repairs, inspections and rebalancing, with priorities based on battery level, demand and vehicle condition, remote lock control and photo evidence for every completed job. Productivity and completion times are reported per shift.
Yes. We support pay-per-ride, passes, subscriptions and monthly rentals in one platform, with deposits, deliveries, maintenance scheduling and recurring billing for longer contracts. Riders can move between plans without creating a new account, and operators see revenue and utilisation by product type in one dashboard.
We combine geofenced parking zones, end-of-ride photo validation, rider education and graduated penalties, with telemetry alerts for tipping, tampering and unexpected movement. Operators can see patterns by area and adjust zones and incentives accordingly. Evidence is stored for city reporting.
Tell us what you are building. We will help you scope it, design it, and ship it, with a senior team accountable end to end.
