Best Fleet Management Platforms for Shared Electric Scooters and E-Bikes

The global market for white-label fleet management platforms for electric scooters and e-bikes includes various well-established providers and emerging startups, each catering to different operational scales and needs.

Company Identification and Overview

Several software providers worldwide offer white-label fleet management platforms for shared electric scooters and bikes. These range from well-established companies to emerging startups. Key players include:

• Joyride – A Canadian-founded platform (since 2014) operating in 250+ markets . Joyride provides a full-stack solution (hardware integration + software) and caters to various light electric vehicles.

• Levy Fleets – A US-based provider offering an all-in-one turnkey solution ideal for fleets under 200 vehicles. Levy simplifies fleet management through comprehensive software, operational support, and a transparent revenue-sharing model. 

• Atom Mobility – A European startup (Latvia-based) known for fast deployment (“launch in 20 days”) and a flexible, usage-based pricing model. Atom supports multiple mobility modes (scooters, bikes, mopeds, cars, etc.) with white-label apps .

• Wunder Mobility – A German provider (formerly focused on ride-hailing) that pivoted to shared mobility. It has been active for many years and even acquired goUrban in 2022 to expand its platform . Wunder offers an enterprise-grade system for free-floating fleets and multimodal sharing.

• ElectricFeel – A Swiss-based platform specializing in e-bike and e-scooter sharing. ElectricFeel targets large fleet operators and transit companies, emphasizing advanced fleet optimization and scalability (proven “from 100 vehicles to 10,000+”) .

• Good Travel Software (GTS) – An Ireland-based company providing booking and fleet software originally for car-sharing, now supporting multi-category micromobility . GTS technology is used in projects like nonprofit bikeshare/carshare networks .

• Moqo – A German SaaS platform enabling shared mobility for various vehicle types (bikes, scooters, cars). Moqo often serves corporate or community sharing schemes and focuses on “exceptional economy of scale” via its cloud platform .

• ScootAPI – An Eastern European solution tailored for e-scooter sharing. ScootAPI uniquely offers full source code access for a one-time purchase, allowing operators to host and customize the software on their own servers  .

• Urban Sharing – A Norwegian platform born from the Oslo bike-share system. It provides data-driven fleet management for bikes and scooters, including tools like UrbanCrew for task optimization (rebalancing, battery swaps, maintenance) .

• SharingOS – A UK/China-based provider delivering an end-to-end system with custom-branded rider apps, back-end console, and even hardware (e-bikes, e-mopeds, docks) for bike and scooter sharing  .

• MotionTools (M-TRIBES) – A German platform (previously M-TRIBES) offering highly customizable software modules for vehicle sharing. It supports scooters, bikes, mopeds, and cars with a modular pricing approach and open API docs for integrations  .

• Other Notables – Zemtu (Austrian car-sharing software now extending to micromobility), Zoba (US-based, specialized in fleet analytics and optimization often layered onto other platforms), and various smaller regional players. Many traditional bike-share system vendors (e.g. PBSC, Nextbike/Fifteen, Vaimoo) also offer software, but often tied to their own hardware .

Vehicle Support and Coverage

Most platforms support electric scooters and electric bikes by default, and many extend to additional vehicle types:

• Scooters & Bikes – All the identified platforms (Joyride, Atom, Wunder, etc.) support stand-up e-scooters and pedal or e-assist bikes as core vehicles. For example, Joyride’s platform powers e-scooters and e-bikes across numerous cities , and Atom Mobility likewise supports scooter-sharing and bike-sharing use cases out of the box .

• Beyond Scooters/Bikes – A number of these solutions cater to other light EVs to offer flexibility: Joyride explicitly supports “low-speed mini-cars, golf carts, medical mobility scooters and more” in the same system . Atom and Wunder both handle mopeds (seated scooters) and even car-sharing or ride-hailing fleets on their platform . For instance, Atom is hardware-agnostic and advertises support for anything from scooters and bikes to cars, forklifts, even jet skis under one platform . Wunder (with goUrban’s tech) and Moqo similarly enable mixed fleets (cars, mopeds, kick-scooters, bicycles) within one service.

• Integrated Hardware – Some providers also supply or integrate specific hardware: SharingOS offers its own e-bike and e-moped models and docking stations alongside the software  . Others partner with IoT device makers – e.g. Atom maintains a Vehicle Marketplace and can recommend IoT hardware for various vehicle models . In all cases, ensuring compatibility with scooters’ smart locks/IoT is a key aspect of vehicle support.

In summary, any platform in this space will cover e-scooters and e-bikes, and many have broadened to support multi-modal fleets (including cars, mopeds, cargo bikes, etc.) to future-proof an operator’s business. This is useful for companies that might start with scooters but later expand their vehicle offerings without changing software.

Pricing Models and Fee Structures

Pricing structures vary widely. Below is a breakdown of how each platform approaches pricing, including per-vehicle fees, minimums, setup costs, and white-label app fees:

• Joyride – Uses a tiered subscription model with caps on vehicle count and decreasing per-vehicle costs at higher tiers. For example, the “Grow” plan is $900/month for up to 50 vehicles (roughly a minimum of $18 per vehicle, with $10/vehicle as a baseline) . The “Scale” tier is $2,500/month for up to 150 vehicles (minimum $8/vehicle) , and “Pro” is $5,000/month for up to 300 vehicles ($6/vehicle) . Above that, Enterprise plans are custom-quoted for fleets in the thousands . All plans include fully branded iOS/Android rider apps and a back-end system (no extra white-label fee) – even the entry “Grow” tier advertises branded apps and dashboard included . Joyride does not list a one-time setup fee on its pricing page (the monthly fee presumably covers software and standard onboarding), making it a turnkey SaaS. Each higher tier adds more advanced features (e.g. the Pro tier adds integrations for city data standards GBFS/MDS and custom development support)  . Importantly, Joyride’s pricing requires a commitment to a minimum monthly amount (e.g. even if you have fewer than 50 vehicles, Grow plan is $900 minimum) . This tiered approach lets new operators start smaller and scale up, while ensuring Joyride recoups a base fee. • Levy Fleets – Operates on a straightforward revenue-share model with minimal upfront costs, making it especially attractive for fleets under 200 vehicles. Unlike traditional per-vehicle SaaS fees or large setup costs, Levy’s model requires no monthly platform fee; operators simply purchase their scooters and keep 80% of all revenue, while Levy retains 20% to cover data plans, software licensing, ongoing support, and targeted marketing. Levy’s package includes fully branded iOS/Android apps, built-in payment processing, ID verification, geofencing, and SIM/data connectivity. The company also provides a dedicated live support team, relieving operators of customer service duties such as registration help and billing inquiries. This turnkey approach aims to reduce the complexities and overhead of launching a rental fleet—ideal for operators or entrepreneurs seeking a low-barrier entry into the micro-mobility market, while still benefiting from a robust, white-label solution and operational guidance from Levy.

• Atom Mobility – Follows a usage-based pricing model with transparent per-vehicle (or per-ride) fees and a monthly minimum. Atom typically charges a one-time setup fee upfront (amount varies by plan) and then a monthly fee that scales with the number of vehicles or rides . In Atom’s own words: “We charge a one-time set-up fee upfront and then monthly [fees] for the … vehicles connected via the platform. The rates decrease as the number of rides/vehicles goes up.” . Their website lists a Basic plan starting at €490/month for the vehicle-sharing package  . This roughly corresponds to about $10 per vehicle per month for a modest fleet, a figure Atom highlights as fair and transparent . (In practice, €490 could cover ~50 vehicles at ~€10 each; larger fleets would move to lower per-vehicle tiers.) . Atom also mentions volume-based discounts – if an operator’s app generates a high number of rides, the unit cost per ride/vehicle drops at certain thresholds . There are multiple tier options (Basic, Standard, etc.), and higher plans offer additional features like an operator-side app, more integrations, and removal of “Powered by Atom” branding . White-label apps are included in all plans (the platform is fully branded for the client), though lower tiers may show a small attribution unless you pay for its removal. In summary, Atom’s model is flexible and scale-sensitive: you pay a baseline monthly fee for a set range of vehicles, plus a setup fee, and you can upgrade tiers as your fleet grows or negotiate lower rates at scale .

• Wunder Mobility – Prefers a more enterprise/custom pricing approach. Wunder does not publish fixed prices on its site (the Capterra listing notes “No pricing found” publicly ), implying quotes are tailored. Historically, Wunder’s deals have been oriented to larger operators or city projects, so expect higher base costs and contractual commitments. For context, Wunder acquired goUrban (which had its own SaaS plans) to become “the largest independent platform for free-floating micromobility” , signaling a focus on scaling operators. While exact pricing is not disclosed, industry chatter suggests that Wunder’s fees can be in the thousands per month range for comprehensive service. They likely also charge implementation fees for custom setups or hardware (Wunder can provide telematics devices and even vehicles via partners). In a recent review article, Wunder was described as having been around a long time (with ride-hail and car-share roots) and targeting established fleets . Unlike newer startups with self-serve pricing, Wunder typically engages via a sales process – minimum vehicle counts or contract terms (12+ months) are expected. All solutions are white-label (Wunder provides branded apps, dashboards, etc., as part of the package). In short, Wunder’s pricing is bespoke: it’s likely more expensive upfront than Atom or Joyride’s entry tiers, but offers a robust platform and experience for those willing to invest. (For smaller operators, Wunder has recently tried to be more accessible via acquisitions, but it remains at the higher end of the market.)

• ElectricFeel – Operates on an enterprise SaaS model as well. ElectricFeel’s pricing is not publicly posted; interested operators must request a consultation . Typically, ElectricFeel works with transit agencies and large mobility startups, so their pricing tends to be premium. Case studies show deployments with 100+ vehicles minimum , suggesting they may have minimum fleet size or revenue share requirements. It’s reasonable to expect a monthly licensing fee in the low thousands (USD/EUR) for modest fleets, scaling upwards for larger ones, plus possible onboarding fees. They emphasize providing a lot of support and “operational expertise” alongside the software , which likely is built into the cost. All packages include the fully branded consumer app, management software, and an in-field operations app . ElectricFeel likely negotiates custom terms (possibly multi-year contracts) and may include performance-based incentives. There’s no indication of per-vehicle pricing on their site; it’s more of a flat rate or volume-licensed approach aligned to the client’s scale.

• Good Travel Software (GTS) – GTS pricing details aren’t public, as they often work on projects (e.g. municipal or non-profit programs) with custom scopes. They may license their platform for a flat monthly fee or revenue share depending on the project. For example, GTS powers the Miocar car-share network for nonprofits  – such arrangements might involve grant funding or special pricing. In general, expect a setup fee and a recurring fee per vehicle or per kiosk, similar to traditional bike-sharing vendors. White-labeling is standard (the platform runs under clients’ brands). Minimum vehicle requirements are not explicit, but GTS tends to engage in sizable deployments (city-wide bike or car shares).

• Moqo – Moqo’s model appears to be SaaS licensing with possible usage fees. While exact prices aren’t listed, Moqo markets “exceptional economy of scale”  – implying that as your user base grows, the cost per user/vehicle becomes very low. This could mean they charge a base platform fee and perhaps a per-active-user or per-booking fee for larger setups. For example, corporate car-sharing via Moqo might be priced per vehicle per month. One public source indicates “no fixed monthly costs” for certain features like MaaS listing  – possibly Moqo waives some fees if you join their marketplace. Generally, budget for a few hundred EUR per month to start. All solutions are white-label and include apps and back-office.

• ScootAPI – ScootAPI stands out with a one-time purchase model. Rather than charging monthly per vehicle, they offer to sell the full source code and software package for a fee, allowing the operator to deploy it on their own servers  . This is effectively a high one-time license cost (likely several tens of thousands of USD, negotiable) but then no recurring software fees, which can be attractive for those wanting full control. They also have a more traditional SaaS option, but their flagship offering is the self-hosted package. White-label apps are of course included (you get the code). There may be optional annual support contracts for updates. This model means no per-vehicle or per-month charges – you pay upfront. It suits operators with technical capacity who prefer a capex investment over ongoing opex costs. (Small fleets on limited budgets might find the upfront cost steep, whereas larger operators could save money long-term with no monthly fees.) ScootAPI does not require a minimum number of vehicles – the software can theoretically run any fleet size once you own it.

• Urban Sharing – Uses a project-based pricing model often aligned with cities or large schemes. They likely charge an annual or monthly platform fee based on fleet size, plus setup/integration fees for new city deployments. As a company that spun out of a city bike-share, Urban Sharing may follow the pricing norms of that industry (e.g. a city pays X per bike per year for the system). No public figures are given, but an operator should expect a custom quote. They offer a lot of customization and integration (with public transit, payment systems, etc.), which come at a cost. White-label (or rather, often city-branded) apps and web portals are part of the package. Because Urban Sharing often replaces or upgrades existing schemes, they might charge migration fees as well. Minimum fleet size is implied (it’s tailored to city-scale operations, say hundreds of bikes).

• SharingOS – Likely charges a monthly platform fee plus device costs. Since SharingOS provides hardware (like e-bikes, scooters, docks), their pricing can be bundled: an operator might buy or lease vehicles from them which include the software license. For the software alone, they advertise full white-label capability and fast setup, so a base fee in the few hundred to thousand €/month range is plausible for small fleets. They may also do revenue sharing or per-ride fees, given their interest in long-term partnerships. As with others, more complex deployments (multi-modal with bikes and mopeds) would cost more.

• MotionTools (M-TRIBES) – Offers modular pricing. Their site mentions plans “as low as 99€ per month” for certain modules . Essentially, an operator can pick needed modules (e.g. booking system, driver app, etc.) and pay for those. For a scooter sharing service, one would license the core Operating System plus the “Fleet Manager” and “Customer App” modules (pricing for these is likely bespoke). MotionTools also has usage-based fees (for logistics they list €0.09 per stop for deliveries ; for vehicle sharing it could be per trip or per vehicle). They do offer a free trial option , indicating flexibility for new clients. Overall, expect to combine a base fee with small transactional fees, especially if using their platform for diverse services.

Summary of Pricing: In this sector, pricing can be per vehicle (Atom – ~$20/vehicle; Joyride – effectively $25–$28/vehicle at low volumes)  , flat tiered rates (Joyride’s plans) , or custom enterprise fees (Wunder, ElectricFeel). Nearly all require some upfront commitment – either a setup fee (Atom, ElectricFeel) or a minimum monthly spend (Joyride) – to cover the white-label app development and onboarding. White-label branding is generally included by default; only minor branding removals or extra apps might incur additional fees (e.g. Atom’s Basic includes your brand but might show a small attribution unless you upgrade). No major platform takes a cut of each ride by default; they charge SaaS fees, not revenue share (though some have discussed revenue-based models, the standard is fixed fees for unlimited rides ). Operators evaluating these solutions should budget for at least a few hundred dollars/euros per month at minimum, scaling into thousands as the fleet grows. Long-term contracts (12 months or more) are common , but many providers allow upgrading to higher tiers or additional vehicles as needed.

Technical Features and Integrations

All these platforms provide the fundamental tech needed to run a shared micro-mobility service (rider-facing mobile app, fleet management backend, and vehicle IoT integration). However, each has some technical differentiators:

• Core Components: Every platform offers a rider smartphone app (for end-users to locate, unlock, and pay for vehicles), an administrative dashboard (for the operator to monitor the fleet, manage users, and configure pricing/geofences), and usually an operations app for field staff (to rebalance scooters, scan QR codes, mark repairs, etc.). For example, Atom Mobility’s suite includes a rider app, an in-field operator app, and even a driver app (if doing ride-hail)  . Joyride similarly provides rider apps and a “Fleet Dashboard,” and its higher plans add an In-Field Operator App for ground teams . These are all customizable to the client’s branding and language.

• IoT and Vehicle Integration: Integration with scooter/bike hardware is critical. Many platforms pride themselves on being hardware-agnostic – e.g. Atom can connect to many telematics units and offers full remote control (lock/unlock, alarm, etc.) via integrations with the major IoT vendors . Joyride and others support industry standards and multiple manufacturers of smart locks (like Teltonika, Comodule, etc.). Some platforms (Wunder, ElectricFeel) have even developed their own IoT connectivity devices or closely certify certain models for optimal use. Urban Sharing is noted for integrating with various IoT providers to retrofit older bikes with new smart locks . In technical documentation, API integration for vehicle data is a common offering – e.g. Joyride’s enterprise package includes API access for custom vehicle integrations , and Atom provides extensive API/SDK docs and webhooks for developers.

• Data & Analytics: Advanced analytics and optimization tools distinguish some platforms. ElectricFeel emphasizes “platform optimization features” that helped partners triple revenue without increasing costs  – likely referring to intelligent rebalancing, demand prediction, and route optimization for swappable batteries. Zoba (often used alongside platforms) provides AI-powered recommendations for vehicle rebalancing and dynamic pricing; some platforms may have partnerships or similar capabilities built-in. Atom highlights “smart demand prediction” and heatmaps in its feature set . Joyride’s dashboard includes map views, heatmaps of usage, and even a “Map Insights” feature at higher tier . Most provide real-time GPS tracking of each vehicle and usage analytics (trips, revenue, retention) in their dashboards. Urban Sharing, coming from a data-driven background, likely offers robust usage analytics and operational metrics to optimize city fleet performance (they have published insights on increasing fleet utilization).

• Payment and Pricing Engines: These systems come with integrated payment processing and flexible pricing configuration. All support per-minute and hourly billing, as well as unlock fees, subscriptions or passes, and special promotions. For instance, Wunder’s software allows customizable pricing schemes (minute, day, km, subscriptions) and even invoicing for B2B use . Joyride supports promo codes, “ride passes,” and incentive programs (like referrals, top-up bonuses) out-of-the-box . Atom integrates with a wide range of payment gateways (Stripe, Adyen, PayPal, local providers, etc.) to support global operations . Many also have multi-currency and tax support for international deployments.

• APIs and Integrations: Beyond vehicles and payments, advanced platforms provide APIs to integrate with third-party services. Common integrations include: city data feeds (GBFS/MDS compliance so that cities or MaaS apps can see available scooters ), identity verification (for driver’s license checks – e.g. partners like Veriff or Onfido), customer support chat integration (e.g. Zendesk/Intercom in the app), and mapping services. Atom lists integrations for ID verification, customer support chat, and open mobility standards (MDS, GBFS) among its features . Joyride’s higher plans explicitly include GBFS and MDS integrations to meet city regulatory requirements . Some platforms can integrate with public transit or MaaS platforms – Urban Sharing has worked on MaaS integrations in Oslo . The ability to export or access data via API is important for larger clients; Joyride’s enterprise offers full API access , and MotionTools provides API docs for custom extension .

• White-Label Customization: Technically, “white-label” means the apps and even the dashboard carry the client’s branding. All these platforms allow extensive customization of the rider app – logo, colors, language, feature toggles. Atom mentions 30+ configurable parameters when setting up the platform for a client . Joyride offers custom menu icons and even custom features for enterprise clients  . Some platforms like ScootAPI, by giving source code, allow unlimited customization (at the cost of the client doing development). Most others balance configurability with managed updates – i.e., the provider will continue to update the apps with new features and iOS/Android updates, which is a technical advantage of SaaS.

• Unique Tools: Each provider often has a signature feature:

• Joyride recently introduced “Revii” – a rental app specifically for low-speed vehicles like golf carts, demonstrating their adaptability to new vehicle types . They also partnered on safety features (e.g. integration with Flare, an app for hazard warnings) . Another Joyride feature is a “Beginner Mode” in the app to limit speed for new riders .

• Atom focuses on speed of deployment and continuous feature rollouts – they tout an accelerator program (HUB) to help new entrepreneurs and claim to push updates very frequently. Their UI is noted for being modern and user-friendly, and they support multi-language out of the box (useful for global operators).

• Wunder Mobility is known for reliability and scalability – their tech has powered massive deployments (including by tier-1 operators in some cases). They also offer a broad hardware portfolio (through partners) – e.g., Wunderbox IoT device for vehicles – so a client can get an integrated solution.

• Urban Sharing developed Urban Crew, a task management system that uses data to guide rebalancing and charging tasks efficiently . This kind of operations optimization is a technical strength of theirs.

• Zoba (if considered as part of a solution stack) provides an API-driven data science tool specifically for micromobility, which can be integrated into an operator’s strategy for rebalancing, fleet allocation, and dynamic pricing. An operator using, say, Joyride or Wunder might use Zoba as an add-on for these insights.

• MotionTools (M-TRIBES) is very flexible via its “Operating System” approach – an operator can mix and match modules (perhaps operate scooter sharing and a delivery service on the same platform) which is technically distinct from others that focus purely on rideshare.

In summary, all major platforms cover the basics (apps, dashboards, IoT connectivity, payments). Differences lie in analytics sophistication, integration options, and specialized tools. Companies evaluating these solutions should align the platform’s technical strengths with their needs – e.g. if open API and custom integration is crucial, look at Joyride Enterprise or Atom; if top-tier analytics and guidance is needed, ElectricFeel or a combo with Zoba might be best; if wanting full code control, ScootAPI stands out; if operating in a regulated city environment, ensure the platform supports standards like GBFS/MDS (most do in higher tiers).

General Insights for Evaluators

When comparing fleet management platforms for e-scooters and e-bikes, keep in mind the following:

• Scale and Maturity: Established players like Wunder Mobility and ElectricFeel have experience with large-scale operations and may offer more stability for big fleets, whereas newer entrants like Atom or Joyride are very agile, often rolling out features faster and catering well to startups. For instance, Joyride markets itself as the “world’s first mobility SaaS” and has been in micro-mobility for a decade , supporting many use-cases, while Atom is newer but boasts over 100 companies on its platform across 40+ countries . Check the track record (customer case studies) – e.g., ElectricFeel showcases success stories like Revel Transit (a major e-moped share in the US) , and Atom lists operators from scooters in Sweden to car-shares in Slovenia . A platform proven in similar projects to yours is a good sign.

• Total Cost of Ownership: Look beyond the headline price. Factor in one-time fees, cost of IoT hardware (which might be sold separately), and any fees for additional services (SMS notifications, cloud hosting if self-hosted, etc.). Some providers include a lot in the base fee (Joyride includes 24/7 support at higher plans ), while others might have add-ons (Atom’s Basic vs Standard differ in included integrations and support levels). Also, consider that a slightly higher software fee might save costs through better efficiency – e.g. a platform with superior analytics might reduce your operational overhead (fuel, labor) by optimizing rebalancing routes.

• White-Label Quality: The end-user experience is crucial for your ridership. All these platforms offer white-label apps, but the UX/UI and reliability can differ. It’s wise to request demos of the rider app from each provider. Joyride and Atom pride themselves on a polished UI (Atom mentions “beautiful interface” , Joyride’s app is used by many operators who often give feedback to improve it). Some older platforms might have less modern interfaces if not recently updated. Customization options are also key – check how much you can tailor without needing the vendor’s intervention (for example, can you adjust pricing rules, geofence zones, add new vehicle types yourself via the dashboard?). Most allow extensive self-service configuration, but depth varies.

• Integration Ecosystem: If your operation requires integration with other systems (for example, adding your scooter fleet into a city’s larger Mobility-as-a-Service app or a university’s campus card system), ensure the platform has open APIs or existing integrations. Many platforms have GBFS feeds to integrate with mobility aggregators by default . Some, like MotionTools, were built API-first to plug into various services. If you need a multi-modal solution (scooters today, shuttles tomorrow), a platform like Wunder or MotionTools that supports diverse services under one roof might be advantageous.

• Hardware and Support: Consider whether you want a one-stop solution for hardware + software. Companies like SharingOS, Wunder (with partners), and ScootAPI can deliver pre-integrated scooters ready to roll. Joyride and Atom do not sell their own hardware but work with common manufacturers – they provide guidance and have lists of compatible models (Atom even asks about hardware needs and can connect you to vendors ). If you already have vehicles, verify that the platform supports their IoT devices or if you’ll need to swap controllers. Also evaluate the support and SLAs: for example, Joyride’s enterprise comes with a dedicated account manager and 24/7 support SLA . Atom advertises very responsive support (open calendar booking, WhatsApp for clients) . Reliable support can be a differentiator when your fleet is live and an issue arises on a weekend night.

• Customer Success and Updates: Many vendors offer not just software, but playbooks for success. ElectricFeel explicitly includes training and “best practices” consulting . Joyride has a “Joyride Academy” and resource center to help new operators learn the ropes . If you are new to the industry, those resources and the vendor’s experience launching fleets can be extremely valuable. Also inquire about update frequency – the micromobility tech landscape evolves (new city rules, new vehicle models, etc.), so a platform that regularly updates features (like new modes, ID scanning tech, etc.) will keep you competitive without you having to build it yourself.

• Community and References: It can be helpful to talk to existing clients of these platforms. Some providers have communities or forums (Atom has a HUB community of entrepreneurs). Check reviews where available: e.g., Capterra and SourceForge have some ratings (Atom is rated 4.8/5 for ease of use and support on Capterra  ). Joyride has public testimonials about reliability in various markets. If possible, get reference calls to understand real-world uptime, any hidden limitations, etc.

In conclusion, the market for e-scooter/e-bike fleet software is robust and global, with solutions catering to different needs. Established platforms (Wunder, ElectricFeel, etc.) excel with large deployments and comprehensive solutions (often at higher cost), whereas up-and-coming platforms like Joyride and Atom offer innovative features, transparency, and agility that appeal to new operators. Pricing can range from affordable per-vehicle SaaS plans to high-end enterprise contracts – careful analysis of your fleet size and growth plans will determine which model is most cost-effective. Technical capabilities are generally strong across the board, with differences in integration breadth and specialized tools that could sway your decision based on your unique use case. By examining each platform’s vehicle support, pricing model, and technical strengths (as outlined above), companies can make an informed choice aligned with their budget and operational requirements.