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Utilities PowerTop 10 Best Ev Charging Network Software of 2026
Ranked roundup of ev charging network software tools for operators, with criteria and tradeoffs to compare top options like ChargePoint, EV Connect, and Driivz.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Driivz is the best pick for multi-site CPOs and eMSPs that need API-driven provisioning and ongoing charger lifecycle control, because its fleet station workflow keeps each deployment consistent while reducing manual checks, whereas ChargeLab fits operators who prioritize roaming-aware OCPI operations alongside OCPP fleet provisioning.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Driivz
Fleet station provisioning and operational workflow management designed for ongoing charger lifecycle control across deployments.
Best for: Fits when multi-site charging operations need API-driven provisioning, monitoring, and partner-ready workflows.
EV Connect
Editor pickPartner roaming integration built around OCPI flows for cross-network authorization and usage reporting.
Best for: Fits when operators need station operations, OCPP backend management, and partner roaming integration in one system.
ChargePoint
Editor pickNetwork operations visibility that ties charger health and charging sessions to centralized management workflows across fleets.
Best for: Fits when fleet operators need centralized monitoring, session reporting, and controlled configuration for many sites.
Comparison Table
Driivz
enterpriseCloud-based EV charging network management platform for CPOs and eMSPs.
Fleet station provisioning and operational workflow management designed for ongoing charger lifecycle control across deployments.
Driivz is typically evaluated for end-to-end charge network operations that include station onboarding, device state tracking, and operational task flows across fleets. The core value comes from how charger communications are translated into back-office actions such as availability management and configuration updates. Integration teams usually look for an API surface that can connect the OCPP backend, session data, and roaming workflows to upstream systems like eMSP and CPO tooling.
A common tradeoff is that deeper automation and governance require deliberate configuration of workflows and operational rules before scaling to many sites. Driivz fits best when an operator has multiple deployments and needs consistent station management without relying on manual per-site operations. It also suits teams that need integration depth for roaming or partner connectivity rather than only a UI for charging status.
- +Charger lifecycle workflows support repeatable multi-site provisioning
- +Monitoring and operational status flows reduce manual fleet checks
- +Integration focus aligns charger operations with back-office systems
- +Operational controls support roaming-focused network scenarios
- –Automation depth depends on upfront workflow configuration
- –Complex governance requires clear ownership across operators and partners
- –Advanced setup can be harder for teams without integration staff
- –Interoperability coverage varies by partner integration shape
EV charging operations teams
Manage onboarding and ongoing fleet configuration
Lower manual intervention
Integration engineering teams
Connect charging events to partner systems
Faster partner integration
Show 2 more scenarios
Roaming operations managers
Coordinate partner connectivity for sessions
More reliable roaming operations
Supports interoperability workflows used to handle partner-driven charging network connectivity needs.
CPO program owners
Standardize procedures across regions
Consistent operational execution
Applies consistent operational governance for fleets rolling out across regions.
Best for: Fits when multi-site charging operations need API-driven provisioning, monitoring, and partner-ready workflows.
EV Connect
enterpriseEV charging management platform for network operators, fleets, and commercial real estate.
Partner roaming integration built around OCPI flows for cross-network authorization and usage reporting.
EV Connect is a charging network software solution focused on operating CPO and eMSP workflows around station health, sessions, and connectivity. The system centers on charge point management and operational monitoring with support for OCPP backends and device lifecycle tasks like updates and diagnostics.
EV Connect also supports roaming and inter-operator integrations through OCPI-style partner connectivity so authorization, availability, and reporting can work across networks. Administration is oriented around managing multiple sites and roles for day-to-day operations, rather than only running a consumer app experience.
- +Operational monitoring for charging availability and station status with actionable visibility
- +OCPP backend support for managing connectors, sessions, and device operations
- +Roaming connectivity built for OCPI-style partner authorization and reporting workflows
- +Tools for charge point management tasks like configuration management and operational health checks
- –Admin setup for multi-site operations can require careful role and permission planning
- –API and automation coverage depends on integration shape and may require engineering effort
- –Deep smart-charging control depends on supported tariff and scheduling capabilities per deployment
- –Firmware management and diagnostics workflows can be constrained by device vendor capabilities
Best for: Fits when operators need station operations, OCPP backend management, and partner roaming integration in one system.
ChargePoint
enterpriseEV charging network with a cloud-based management platform for commercial and fleet operators.
Network operations visibility that ties charger health and charging sessions to centralized management workflows across fleets.
ChargePoint fits organizations that run multiple charging sites and need consistent operational controls across a fleet, including uptime monitoring and session visibility. The ecosystem supports enterprise-style workflows like user and access management, station configuration changes, and reporting tied to charging sessions. Integration depth tends to be strongest when external systems align to ChargePoint’s operational model for station management and network workflows.
A key tradeoff is that deep customization often depends on how ChargePoint’s back office models configuration and authorization for your specific charger and deployment setup. ChargePoint is a strong fit for managing existing ChargePoint-enabled hardware at scale, especially when operations teams need continuous charger health signals and recurring session reporting for stakeholders.
- +Centralized station monitoring with consistent fleet-wide operational reporting
- +Clear operational workflow for access, sessions, and station configuration changes
- +API support enables partner systems for authorization and reporting use cases
- +Roaming-friendly guest access patterns reduce per-site integration effort
- –Advanced configuration depth depends on how deployment maps to ChargePoint’s model
- –Some customization paths require partner coordination instead of self-serve controls
- –Multi-vendor hardware coverage can add operational complexity versus a single ecosystem
Fleet operations teams
Monitor charger uptime across locations
Reduced downtime and clearer ownership
Property and campus operators
Manage access for recurring visitors
Lower admin overhead
Show 2 more scenarios
Enterprise integration engineers
Connect back-office systems via APIs
Fewer manual exports
Integrate external authorization, analytics, and reporting processes with ChargePoint network data flows.
Charging program managers
Plan capacity using usage reporting
Better forecasting of demand
Use session and utilization reporting to support operational planning and stakeholder updates.
Best for: Fits when fleet operators need centralized monitoring, session reporting, and controlled configuration for many sites.
ChargeLab
SMBCloud-based EV charging management software built on open OCPP standards.
Roaming-aware operations that combine OCPI partner data handling with charger fleet provisioning and ongoing availability management.
ChargeLab targets EV charging networks that need both operator-grade charge point management and roaming-aware backend workflows. The product focuses on fleet operations such as charger provisioning, session visibility, and availability monitoring tied to an OCPP backend.
- +Strong operator workflow coverage for provisioning, monitoring, and session visibility
- +OCPI integration supports roaming data exchange for authorization and tariff publication
- +OCPP backend focus fits networks that manage charger states and diagnostics
- +Partner and device administration keeps operations segmented by operational scope
- –Operational setup and configuration require governance around partner and site onboarding
- –Advanced automation depth depends on the available integration surface
- –Reporting customization can be constrained compared with analytics-first stacks
- –Large multi-region rollouts may require careful process design
Best for: Fits when a CPO or eMSP needs OCPP operations plus OCPI roaming connectivity in one operational workflow.
AMPECO
enterpriseWhite-label EV charging management software for charging networks, fleets, and commercial properties.
Charge network operations modeled for ecosystem coordination, not just single-site charger control.
AMPECO positions itself as EV charging network software with charge point management, roaming-ready operations, and back-office workflows built around real-world operator needs. Core capabilities center on orchestrating charger operations, handling station lifecycle workflows, and supporting interoperability for multi-party charging arrangements.
- +Operational workflows cover charger lifecycle steps and day-to-day station management
- +Roaming-oriented coordination supports multi-operator ecosystem use cases
- +Monitoring and reporting reduce time spent correlating station events and outcomes
- +Automation-friendly configuration patterns fit network-wide rollouts
- –Admin workflows can feel dense when onboarding multiple operator roles
- –Deep interoperability requires deliberate integration effort across systems
- –Some governance checks depend on how partner workflows are modeled
- –Complex deployments need stronger runbooks for troubleshooting
Best for: Fits when a charging operator needs coordinated station operations plus partner-ready roaming workflows.
Hubject
enterpriseInteroperability and roaming platform connecting EV charging networks across Europe and beyond.
Hubject runs the roaming coordination layer that standardizes OCPI-based operations across multiple eMSPs and CPOs.
Hubject’s distinct value comes from running a roaming coordination layer where participating networks and service providers align on roaming operations, authorization, and data exchange via OCPI-centric workflows. The integration model is built for multi-party governance, with counterpart onboarding and operational visibility designed for environments that span many charging networks and roaming partners. Hubject also emphasizes operational monitoring that maps charger connectivity and availability signals into the roaming layer so participants can control exposure of routes and endpoints.
- +Roaming coordination across many CPO and eMSP counterparties
- +OCPI-aligned exchange reduces partner-specific workflow drift
- +Operational station and connector state visibility for partners
- +Governance-oriented onboarding and partner lifecycle handling
- –Adds orchestration dependency versus direct partner integrations
- –Roaming-centric flows can require adapting existing billing logic
- –Integration scope grows with the number of participating networks
- –Operational changes may require partner coordination cycles
Best for: Fits when multi-network roaming participation needs governed onboarding and automated availability handling.
Wallbox
enterpriseEV charging hardware and software solutions including the myWallbox management portal.
Smart charging scheduling coordinated through Wallbox’s charging orchestration layer tied to site conditions.
Wallbox manages EV charging networks by connecting site hardware to central control, billing inputs, and operational monitoring. The offering focuses on charge session control, smart charging behavior, and station health signals for charge point management.
- +Fleet-level remote control for station sessions and operational settings
- +Smart charging scheduling supports energy-aware charging strategies
- +Operational monitoring surfaces station status and health signals
- +Administrative tooling supports multi-operator workflows and configuration management
- –Deep enterprise integration requires clear backend API mapping for each system
- –Roaming and cross-network interoperability coverage is less transparent than peers
- –Advanced governance needs careful configuration design across roles
- –OCPP backend capabilities can feel constrained for highly customized back-office flows
Best for: Fits when a CPO or eMSP needs centralized station operations with smart schedules and monitoring.
Virta
enterpriseEV charging management platform for energy companies, retailers, and property owners.
Session orchestration workflow that links live charging events to tariff and schedule enforcement logic in one operational flow.
Virta operates as a charging network software layer that coordinates transactions and station operations across fleets and partners. Its distinct angle is end-to-end orchestration for charging sessions, including roaming-style connectivity for eMSP and CPO-style workflows.
- +Strong partner integration workflow for multi-entity charging operations
- +Operational controls for station availability and session lifecycle handling
- +Smart charging scheduling tied to live session events
- +Firmware and diagnostics tooling for charger health operations
- –Deeper OCPP tuning requires specialized operations knowledge
- –Roaming and settlement workflows can involve multiple integration surfaces
- –Limited visibility into connector-level metering compared with specialized NMS tools
- –Admin permissions are less granular than enterprise RBAC expectations
Best for: Fits when network operators need session orchestration plus smart charging schedules across partners.
Blink Charging
enterpriseEV charging network operator with a cloud-based management platform for host sites.
Heartbeat-driven availability and diagnostics workflows built around Blink operational operations for day-to-day charger uptime management.
Blink Charging runs EV charging network operations software that supports backend charge station management for Blink hardware and connected partners. The solution centers on session lifecycle control, monitoring via charger heartbeat signals, and operational tooling for availability and diagnostics. It also supports multi-tenant network workflows used to provision chargers, manage operational policies, and coordinate roaming-style operations through established interoperability patterns.
- +Charger heartbeat monitoring supports actionable availability diagnostics
- +Operational controls for session lifecycle and post-session reconciliation
- +Interoperability orientation fits multi-operator charging ecosystems
- +Provisioning workflows match ongoing network expansion needs
- –OCPP 2.0.1 depth and backend extensibility are less transparent than peers
- –Roaming and OCPI workflow maturity may depend on partner configuration
- –Firmware management coverage can feel narrower for mixed hardware fleets
- –Granular RBAC and audit log detail are harder to validate externally
Best for: Fits when mid-size CPO operations need strong monitoring plus session governance without deep custom integrations.
EVBox
enterpriseEV charging hardware and cloud software platform for businesses and network operators.
EVBox remote diagnostics for OCPP-connected fleets ties station telemetry to operational actions for faster issue triage.
EVBox coordinates charging operations across sites using an OCPP backend and charge station management workflows. Its tooling focuses on fleet-level provisioning, remote diagnostics, and operational visibility for uptime, sessions, and availability.
- +Fleet provisioning workflows reduce manual station setup across large deployments
- +Remote diagnostics improve fault isolation using operational telemetry and logs
- +OCPP backend operations support coordinated availability and session oversight
- +Operational governance features fit multi-operator and managed authorization patterns
- –Automation depends on integration configuration across the OCPP backend and external systems
- –Some advanced workflows require process discipline to avoid configuration drift
- –Roaming settlement flows can feel fragmented when coupling multiple back-office systems
- –Customization depth varies by deployment model and may require integration support
Best for: Fits when operators need governed, fleet-level charging operations with strong OCPP backend visibility and integrations.
Conclusion
After evaluating 10 ev charging network software, Driivz stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Ev Charging Network Software
Teams buying ev charging network software use this guide to map how charger operations, roaming exchange, and session governance connect across systems like ChargePoint, Hubject, and Virta. The scope covers operational workflow depth and integration surface across AMPECO, Blink Charging, ChargeLab, Driivz, EV Connect, EVBox, EV Connect, Wallbox, and the roaming coordination model provided by Hubject.
This buying guide focuses on how configuration, automation, and API-driven provisioning affect day-to-day throughput, partner onboarding, and station availability handling. Each tool is positioned by what it actually runs for operators, not by generic feature lists like “monitoring” or “charging management.”
EV Charging Network Software for charger operations, roaming exchange, and session orchestration
EV charging network software is the operational layer that runs charger back-office workflows, ties charging sessions to authorization and enforcement logic, and coordinates partner interactions through OCPI-aligned exchanges. In practice, ChargeLab connects OCPP-style charger operations to roaming-aware workflows for provisioning, monitoring, and session visibility, while Hubject centralizes roaming coordination across multiple eMSPs and CPOs using standardized OCPI-based operations. Buyers also evaluate how each platform handles operational events like charger lifecycle steps and ongoing availability diagnostics, because those determine how fast teams can resolve faults without manual coordination.
Automation depth matters when onboarding many sites and counterparties, because governance for partners, roles, and configuration drift directly impacts reliable session settlement and tariff publication. Where session orchestration is central, Virta links live charging events to tariff and schedule enforcement in a single operational flow, which changes how smart charging rules get applied during active sessions.
Operational and integration criteria that separate EV charging network platforms
EV charging network software has to run charger back-office workflows like provisioning, connector status handling, and session lifecycle governance, because those determine whether uptime issues become tickets or repeated downtime. Tools such as Blink Charging and EVBox focus on operational visibility and diagnostics workflows tied to charger health, which changes how quickly teams can isolate faults without manual device log collection.
Roaming exchange and partner-driven authorization add a second failure mode, because teams need predictable OCPI handling for counterparties, tariffs, and availability signaling. Platforms such as Hubject and ChargeLab center roaming coordination and OCPI operations in the workflow, while EV Connect and AMPECO put operational station management alongside partner workflows.
Charger lifecycle workflows with governed operational controls
AMPECO models station operations as an ecosystem coordination workflow, not just single-site charger control. ChargePoint also ties station monitoring to centralized operational workflows, which matters when teams need consistent access, sessions, and configuration change handling across many sites.
Heartbeat-driven availability diagnostics and post-session reconciliation
Blink Charging emphasizes heartbeat monitoring to produce actionable availability diagnostics during daily charger operations. ChargePoint supports centralized station monitoring with operational workflow controls that connect charger health and charging sessions to fleet-wide reporting.
OCPI partner integration that fits authorization and tariff operations
ChargeLab pairs charger fleet provisioning and availability management with OCPI partner data handling for roaming operations. EV Connect focuses on partner roaming integration built around OCPI flows for cross-network authorization and usage reporting.
Roaming orchestration and governed onboarding across many eMSPs and CPOs
Hubject runs the roaming coordination layer that standardizes OCPI-based operations across multiple eMSPs and CPOs. ChargeLab and EV Connect handle OCPI exchange inside operational workflows, but Hubject adds an orchestration dependency that changes how onboarding and partner onboarding controls get managed.
API-driven provisioning and repeatable multi-site deployment operations
Driivz provides fleet station provisioning and operational workflow management designed for ongoing charger lifecycle control across deployments. EV Connect and ChargeLab also support fleet provisioning, but the integration shape impacts how repeatable provisioning stays when partner onboarding expands.
Session orchestration that links live events to tariff and smart schedule enforcement
Virta focuses on session orchestration that links live charging events to tariff and schedule enforcement logic in one operational flow. Wallbox provides smart charging scheduling through its charging orchestration layer tied to site conditions, which affects how scheduling rules map onto real-time sessions.
Decide based on integration depth, operational ownership, and roaming workflow fit
Teams should pick EV charging network software by matching operational ownership boundaries to the product workflow structure, because station operations, partner onboarding, and session governance sit in different places across AMPECO, Hubject, and Virta. ChargePoint and Driivz lean toward consistent multi-site operational workflow controls, while Hubject routes coordination through a roaming orchestration layer.
The next decision hinges on how much automation gets delivered through an API surface versus workflow configuration, because automation depth changes how onboarding, partner changes, and fault handling scale. ChargeLab and EV Connect emphasize roaming-aware operations in the workflow, while Blink Charging emphasizes monitoring workflows around heartbeat availability diagnostics.
Map who owns station operations versus who owns roaming coordination
If operational teams need roaming coordination standardized across many counterparts, Hubject adds orchestration dependency but centralizes OCPI-aligned partner onboarding and availability handling. If operational teams need charger operations and roaming exchange inside the same operational workflow, ChargeLab and EV Connect connect OCPI partner handling to provisioning, monitoring, and session visibility.
Test automation by checking how provisioning and workflow configuration get expressed
If repeatable multi-site deployment requires API-driven provisioning with lifecycle workflows, Driivz provides station provisioning and operational workflow management for ongoing charger lifecycle control. If teams expect monitoring and session governance to be governed through operational controls tied to centralized station visibility, ChargePoint can match that model for access, sessions, and station configuration changes.
Choose a session governance model based on where enforcement logic must live
If tariff and smart charging schedules must attach to live sessions through session orchestration, Virta links live charging events to tariff and schedule enforcement logic in a single operational flow. If scheduling must align with site conditions through an orchestration layer rather than broader partner session orchestration, Wallbox provides smart charging scheduling coordinated through its charging orchestration layer.
Pick diagnostics depth based on the fault isolation workflow teams can sustain
If day-to-day uptime depends on heartbeat-driven availability diagnostics, Blink Charging’s heartbeat monitoring supports actionable availability diagnostics. If teams need fault isolation that ties remote diagnostics to fleet-level provisioning workflows, EVBox connects remote diagnostics for OCPP-connected fleets to operational telemetry and logs.
Confirm governance and role boundaries when onboarding multiple operator roles and partners
If onboarding includes multiple operator roles and cross-operator workflows, AMPECO’s operational workflows can cover charger lifecycle steps and day-to-day station management but may feel dense for onboarding multiple operator roles. If onboarding governance must align with OCPI counterparties and partner data exchanges, ChargeLab and EV Connect require governance around partner and site onboarding to keep operational setup from becoming manual.
Who benefits from EV Charging Network Software built around operations, roaming, and session orchestration
Charging network software buyers typically need operational workflow depth that matches how their teams manage chargers across sites, because the day-to-day burden sits in monitoring, provisioning, and session lifecycle governance. Platforms like ChargePoint and Blink Charging fit teams that prioritize charger health visibility and operational controls for sessions and station configuration changes.
Roaming participants and multi-entity operators also need OCPI exchange behavior that fits their partner onboarding workflow and authorization flows. Hubject benefits organizations that participate in roaming across many eMSPs and CPOs, while ChargeLab and EV Connect fit organizations that want OCPI-aware operations bundled with charger fleet provisioning and station monitoring.
CPO and fleet operators scaling station uptime operations across many sites
ChargePoint ties centralized station monitoring to operational workflow changes for access, sessions, and station configuration updates, which supports fleet-wide consistency. Blink Charging adds heartbeat-driven availability diagnostics so uptime teams can resolve faults with actionable availability signals.
eMSPs and roaming participants coordinating authorization and usage reporting across networks
Hubject provides roaming coordination across many eMSPs and CPOs with OCPI-aligned exchange that reduces partner-specific workflow drift. EV Connect focuses on OCPI flows for cross-network authorization and usage reporting, which supports partner-driven operational handling.
Operators needing API-driven provisioning and lifecycle workflows for ongoing deployments
Driivz supports API-driven provisioning and lifecycle workflows designed for repeatable multi-site operations. ChargeLab combines provisioning, monitoring, and session visibility with OCPI partner data handling for roaming-aware operations.
Network operators enforcing tariffs and smart schedules during active sessions
Virta orchestrates sessions and links live charging events to tariff and schedule enforcement logic in one operational flow. Wallbox provides centralized station operations with smart charging scheduling tied to site conditions, which changes how scheduling rules get applied during active sessions.
Common failure modes when buying EV Charging Network Software
Teams often assume that device monitoring alone covers the operational needs of an EV charging network, but station availability issues often require workflow governance tied to provisioning, sessions, and post-session reconciliation. Blink Charging and EVBox handle diagnostics in different ways, so choosing without matching the operational fault workflow leads to slower fault resolution.
Another frequent error is underestimating governance needs for multi-partner onboarding, because OCPI exchange and partner onboarding controls can become configuration-heavy when multiple operator roles and site contexts are involved. AMPECO and ChargeLab can support ecosystem coordination and roaming-aware operations, but both require deliberate integration and governance discipline to avoid manual work and configuration drift.
Buying for charger visibility while ignoring how station configuration changes and session lifecycle governance get controlled
ChargePoint connects station monitoring to operational workflow changes for access, sessions, and station configuration updates, which reduces unmanaged operational drift. AMPECO also covers charger lifecycle steps and day-to-day station management, so workflows need to align with how operational ownership gets assigned.
Treating roaming integration as a data feed instead of an operational workflow with authorization and tariff implications
EV Connect’s OCPI partner roaming integration supports cross-network authorization and usage reporting, which affects how authorization logic gets governed. Hubject adds orchestration dependency for OCPI-aligned partner onboarding and availability handling, which changes how partner workflows get operationalized.
Underestimating governance overhead when onboarding multiple operator roles and many sites
AMPECO can feel dense when onboarding multiple operator roles because operational workflows cover many lifecycle and station management steps. ChargeLab also requires governance around partner and site onboarding, so governance design needs to be planned before deployment scale increases.
Selecting smart charging orchestration without validating where enforcement logic must run for live sessions
Virta ties live charging events to tariff and schedule enforcement in a single orchestration flow, so teams need to align requirements with its session orchestration model. Wallbox coordinates smart charging scheduling through its orchestration layer tied to site conditions, so enforcement expectations must match how site conditions get applied during active sessions.
How analysts checked the operational and roaming fit of these picks
Analysts gathered the original product and workflow descriptions from the selected publications. Search tools opened the original publication and copied each figure alongside the passage that stated it.
Analysts compared each copied figure against official documentation and the product changelog, and they used independent reviews when those reviews were cited in the publication. Analysts kept a figure only when it matched those sources, and they included a published benchmark only when the benchmark was the cited source.
Frequently Asked Questions About Ev Charging Network Software
How do EV charging network platforms handle interoperability between CPO and eMSP systems?
Which integration API patterns support charger provisioning and ongoing availability monitoring?
When should a network operator choose Hubject-style roaming coordination instead of direct OCPI partner links?
What breaks if a platform does not support consistent station lifecycle workflows across multiple deployments?
How do platforms map charger telemetry into session visibility and troubleshooting workflows?
How do operators manage configuration changes and access control for different operational roles?
Which systems are better suited to smart charging schedule enforcement tied to real charging events?
How should teams approach data migration when moving from one network backend to another?
Where does security and access governance usually differ between charge network platforms?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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