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Remote And Hybrid Work In IndustryTop 10 Best Purdue Remote Software of 2026
Compare purdue remote software options for staff and students, covering features, pricing, and fit, including Chrome Remote Desktop and AnyDesk.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Cisco Secure Client is the best choice for Purdue IT when you need policy-driven remote access based on endpoint trust signals, thanks to Cisco-controlled enforcement that ties device trust to session authorization, whereas Chrome Remote Desktop fits small teams that want quick browser-based help and unattended access using a host-side PIN.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Cisco Secure Client
Policy enforcement that ties endpoint trust signals to remote session authorization through Cisco-controlled back-end services.
Best for: Fits when organizations need policy-driven remote access based on endpoint trust signals.
Chrome Remote Desktop
Editor pickHost-side PIN paired with browser connection enables unattended remote access without extra gateways.
Best for: Fits when small IT teams need fast remote desktop control without VDI management.
AnyDesk
Editor pickUnattended access that allows remote takeover on scheduled workflows without requiring a user to be logged in.
Best for: Fits when teams need fast remote control and occasional unattended access without heavy enterprise governance requirements.
Comparison Table
Cisco Secure Client
enterpriseCisco Secure Client provides VPN access for managed university networks and remote systems.
Policy enforcement that ties endpoint trust signals to remote session authorization through Cisco-controlled back-end services.
Cisco Secure Client is designed for organizations that already standardize on Cisco security and identity services, since policy decisions depend on those back ends. The client enforces access based on endpoint trust signals and delivers per-session connectivity controls that reduce exposure from unmanaged devices. Centralized administration supports configuration distribution and audit trails tied to connection and policy outcomes.
A key tradeoff is that meaningful policy behavior requires server-side components and correct enrollment of endpoints, so a standalone deployment adds little value. Cisco Secure Client fits best when remote staff need controlled access to corporate apps and internal networks where device posture and session authorization matter.
- +Endpoint trust driven access policies reduce unmanaged device exposure
- +Centralized connection and denial logs support faster troubleshooting
- +Split tunneling options tailor traffic routes per user session
- +Consistent client experience across Windows, macOS, and Linux
- –Server-side policy components are required for real access control
- –Complex configuration can lengthen initial rollout and testing
- –App access controls depend on correct backend integration
- –Troubleshooting can require coordination across endpoint and policy layers
IT security teams
Enforce access by device posture
Fewer risky connections
Remote engineering teams
Reach internal tools from home
Reduced attack surface
Show 1 more scenario
Support and operations
Diagnose connection denials
Faster incident triage
Central logs record connection and policy outcomes to narrow failures to endpoint, policy, or network causes.
Best for: Fits when organizations need policy-driven remote access based on endpoint trust signals.
Chrome Remote Desktop
SMBChrome Remote Desktop provides browser-based access to configured computers.
Host-side PIN paired with browser connection enables unattended remote access without extra gateways.
Chrome Remote Desktop is designed for interactive remote support where a user can reach a host machine from a Chrome browser and view or control that desktop. Host registration requires installing the Chrome Remote Desktop host component on the machine that will be accessed. Unattended access uses a separate PIN that is entered during connection, while no desktop images or provisioning templates exist inside the product itself.
The main tradeoff is limited enterprise governance surface, because there is no native RBAC model, no per-user host assignment, and no built-in audit log export for session actions. It fits teams that need quick remote troubleshooting for specific endpoints and can rely on existing identity controls and endpoint policies.
- +Browser-based viewer reduces client install burden for remote technicians
- +Unattended access uses a host-side PIN for recurring support
- +Google identity simplifies access handoff during support workflows
- +Interactive control is stable for short troubleshooting sessions
- –No granular RBAC, which limits delegated admin governance
- –Limited reporting and no native session audit export for compliance workflows
- –No built-in endpoint provisioning or image management for scale
- –Clipboard and file-transfer controls are basic for high-security operations
IT help desk
Remote troubleshoot end-user workstation
Faster resolution of desktop issues
Operations engineering
Support kiosks and lab PCs
Repeatable maintenance workflows
Show 1 more scenario
Security-adjacent IT
Constrain access using identity controls
Reduced account sprawl
Access decisions can be driven by Google account enforcement for login and device policy.
Best for: Fits when small IT teams need fast remote desktop control without VDI management.
AnyDesk
SMBAnyDesk provides remote desktop access and support across major operating systems.
Unattended access that allows remote takeover on scheduled workflows without requiring a user to be logged in.
AnyDesk initiates remote desktop sessions with interactive control and file transfer between endpoints. The client supports unattended access for devices that need scheduled maintenance and quick restores.
Deployment can be managed by organizing endpoints under AnyDesk IDs and by controlling which computers are allowed to connect. Central administration and governance are limited compared with larger remote support suites that include heavier identity, policy, and audit tooling.
- +Low-latency remote control for interactive help sessions
- +Unattended access supports maintenance without live operator presence
- +File transfer runs inside the same remote session workflow
- +Client-to-client connections avoid RDP gateway complexity for ad hoc support
- –RBAC, policy enforcement, and audit log depth lag enterprise remote management tools
- –Directory-scale provisioning and automation are weaker than workflow-first helpdesk ecosystems
Service desk teams
Start remote sessions from support tickets
Consistent ticket-to-remote resolution
Remote support teams
Share and take interactive control
Shared visibility with control
Show 2 more scenarios
IT support teams
Transfer troubleshooting files during sessions
Fewer file exchange channels
Technicians can send working materials and fix assets between endpoints without switching tools.
System administrators
Run recurring fixes without local presence
Maintenance without on-site time
Admins can access enrolled computers for routine checks and configuration changes while users stay offline.
Best for: Fits when teams need fast remote control and occasional unattended access without heavy enterprise governance requirements.
TeamViewer
SMBTeamViewer supports remote desktop access, device management, and technical support.
Session recording and review tied to managed access workflows for support accountability during remote control.
TeamViewer supports interactive remote control with session permissions that can be constrained by admin-managed settings. Admin controls cover device management patterns and tenant-level policy for who can access which endpoints. File transfer can be restricted and governed to reduce data exposure during support sessions.
- +Admin-governed session permissions reduce access scope for support staff
- +Session recording options help investigate incidents and training needs
- +Centralized device and access management supports consistent endpoint reachability
- +File transfer controls limit data movement during remote support
- –Fine-grained access policies require careful configuration across teams
- –Automation depth is stronger for device onboarding than for workflow orchestration
- –Some advanced enterprise controls depend on the chosen deployment approach
- –High-scale concurrent support needs capacity planning for consistent responsiveness
IT help desk teams
Resolve endpoint issues via remote control
Faster incident resolution
IT operations teams
Manage unattended endpoints
Lower on-site dependency
Show 2 more scenarios
Security and compliance teams
Audit support activity
Stronger support audit trail
Recorded sessions and controlled transfer actions support post-incident review for remote assistance.
Field support managers
Coordinate multi-technician access
Reduced access mistakes
Admin-managed access boundaries help route remote sessions to the right technicians and endpoints.
Best for: Fits when IT teams need governed remote control plus support-session oversight across many endpoints.
Microsoft Remote Desktop
enterpriseMicrosoft Remote Desktop connects users to Windows computers and hosted desktop environments.
Granular per-session settings in the client for display, audio, and device redirection behavior.
Microsoft Remote Desktop is a Windows-focused remote access client for connecting to RDP sessions, so it fits teams that already run remote Windows desktops. It supports per-connection settings such as display resolution, audio redirection, and device redirection options.
- +Strong RDP connection controls for display, audio, and redirection behavior
- +Works well with Windows environments and common enterprise Remote Desktop deployment patterns
- +Client configuration is straightforward for repeated connections
- +Reliable session behavior for typical knowledge-worker desktop workloads
- –Feature depth is limited outside Windows remote desktop use
- –Advanced governance depends on how the RDP host and gateway are configured
- –No native workflow automation or ticket integration inside the client
- –Peripheral redirection options vary with host policies and client configuration
IT help desk teams
Connect users to RDP desktops
Fewer remote support workarounds
Endpoint administrators
Standardize auth with identity flows
Consistent authentication handling
Show 2 more scenarios
Desktop operations teams
Control audio and device redirection
Predictable session behavior
Per-connection options allow admins to manage audio redirection and device redirection for remote sessions.
IT security teams
Keep sharing governed by RDP host
Governance tied to host
Resource sharing controls follow the RDP host configuration rather than relying on client-only rules.
Best for: Fits when Purdue teams need dependable RDP-based desktop access for Windows apps.
Citrix Workspace
enterpriseCitrix Workspace delivers virtual applications and desktops through a managed access platform.
Workspace stores and session policies for published apps and desktops, controlled from Citrix Virtual Apps and Desktops administration.
Citrix Workspace provides the client-side layer that users access to launch published applications and desktops from centralized Citrix environments.
- +Central publishing model through Citrix Virtual Apps and Desktops
- +Policy-driven access using identity checks and workspace configuration
- +Cross-endpoint client support with consistent session delivery
- +Operational visibility through session monitoring and event logging
- –Remote app rollout depends on a separate Citrix VDI or app infrastructure
- –Fine-grained tuning often requires deeper Citrix policy configuration knowledge
- –Browser access can limit device redirection compared with native clients
- –Per-application session behavior tuning can add admin overhead
Internal IT users
Launch published apps and desktops
Faster app startup
Citrix administrators
Apply policy-driven resource visibility
Role-based access in UI
Show 2 more scenarios
Support engineers
Maintain connections across endpoints
Less session disruption
Workspace handles connection management to keep users connected to delivered sessions even when switching devices.
IT operations teams
Standardize access across devices
Uniform user experience
The Workspace entry point keeps launching and connection behavior consistent while Citrix delivery components handle session mechanics.
Best for: Fits when organizations need managed remote apps and desktops with identity-based access controls.
Parallels RAS
enterpriseParallels RAS delivers remote applications and desktops through centralized management.
RAS gateway and publication policy controls that govern session routing and access to published desktops and applications.
Parallels RAS targets teams that need brokered access to Windows apps and desktops through a centralized gateway and policy layer. It supports remote session management with configurable publishing, user access control, and session routing across compute resources.
- +Centralized gateway and publishing for Windows app and desktop access
- +Policy-driven session control for consistent user experience across endpoints
- +Farm-oriented administration supports scaling across multiple compute hosts
- +Client-side optimization options for responsiveness in remote sessions
- –Operational setup requires careful tuning of farm, gateway, and client settings
- –Limited fit for web-only app access compared with browser-first remote tools
- –API automation surface is narrower than enterprise workflow platforms
- –Troubleshooting remote session issues often needs deeper infrastructure knowledge
Distributed organizations
Access Windows resources from remote sites
Windows access across sites
IT administrators
Map local printers in sessions
Printing from remote sessions
Show 2 more scenarios
Infrastructure teams
Use one broker for published Windows apps
Consolidated access delivery
Published resources, session routing, and user access policies can be managed through one delivery model.
Branch-office IT teams
Provide centrally hosted apps and desktops
Remote offices avoid local hosting
Branch users can reach shared Windows resources without hosting each application locally.
Best for: Fits when IT teams run Windows-focused remote desktops and apps and want centralized gateway and publishing control.
Apache Guacamole
API-firstApache Guacamole provides clientless browser access to RDP, VNC, and SSH systems.
Protocol-agnostic web gateway that renders SSH and RDP sessions through a single browser UI.
Apache Guacamole provides a browser gateway that brokers remote sessions by translating user input into backend protocol traffic on the server side.
- +Browser gateway removes per-user remote client installs
- +Server-side protocol translation supports SSH and RDP backends
- +Connection definitions centralize access targets for users
- +Session-layer controls can be enforced at the Guacamole server
- –RDP behavior depends on backend negotiation and client-side factors
- –Multi-protocol deployments increase integration and operational overhead
- –Fine-grained org-wide governance needs careful configuration design
- –SSO and directory integration require external components or custom setup
Network administrators
Provide self-hosted RDP and VNC access
Browser access under local control
Service desk teams
Troubleshoot remote systems in a browser
Fewer endpoint client installs
Show 2 more scenarios
IT teams managing mixed systems
Use one gateway for SSH and RDP
One access workflow
Operators can present SSH terminals, RDP desktops, and VNC sessions through a shared web interface.
IT infrastructure operators
Centralize admin access via a web UI
Consolidated administration entry
Administrators can reach internal SSH servers and remote desktops from one browser-based interface.
Best for: Fits when Purdue teams need a browser entry point for SSH and RDP without standardized desktop clients.
NoMachine
specialistNoMachine provides high-performance remote desktop access to Windows, macOS, and Linux systems.
Browser-based session initiation paired with fine-grained clipboard and file transfer controls per connection policy.
NoMachine is distinguished by its focus on fast, interactive remote desktop sessions using its own client and gateway components. It supports Linux, Windows, and macOS endpoints plus browser access for session initiation without installing a full client on every machine.
- +Consistent remote desktop performance with low-latency session handling
- +Browser-based session access reduces client install friction
- +Granular clipboard and file transfer controls per session
- +Administration tooling supports centralized connection policy configuration
- –Automation and API surface is weaker than developer-first remote tooling
- –Deep identity federation and RBAC alignment can require added integration work
IT help desk teams
Interact with user desktops remotely
Faster remote diagnosis
Remote gaming operators
Play games hosted on another PC
Interactive play from elsewhere
Show 2 more scenarios
Remote designers and engineers
Work across multiple displays remotely
Better productivity on complex setups
Remote users can use session display settings that support layouts spanning multiple monitors.
Distributed teams
Reconnect to persistent sessions
Less repeated session setup
Users can reconnect to persistent sessions and retain application context, including display arrangements where configured.
Best for: Fits when teams need interactive remote desktops with admin-controlled clipboard and file transfer behavior.
RustDesk
API-firstRustDesk provides open-source remote desktop access with hosted and self-hosted deployment options.
Endpoint-to-endpoint remote desktop capability designed around a self-hosted deployment, reducing reliance on third-party relay paths.
RustDesk is a self-hostable remote desktop tool that targets direct endpoint-to-endpoint connectivity without requiring a browser-based session layer. It supports remote control sessions with file transfer controls, clipboard handling, and session scaling suitable for help-desk workflows.
- +Self-hosting option supports private remote access topologies for internal IT
- +Remote control includes file transfer controls during active sessions
- +Configurable security and connection settings per deployment
- +Cross-platform clients cover mixed Windows, macOS, and Linux endpoint fleets
- –Admin governance depends on how self-hosted components and access are deployed
- –Advanced audit log and RBAC granularity is thinner than enterprise remote management suites
Support and training teams
Run guided remote walkthroughs
Clear demonstrations of procedures
Technical support teams
Collect logs and troubleshooting files
Less manual coordination
Show 2 more scenarios
Security-conscious IT teams
Self-host relay and connection services
Greater operational control
Organizations can deploy relay and connection services inside controlled networks to control routing and data flow.
System administrators
Enforce consent and credentialed admin access
Sessions follow access process
Administrators can run internal remote administration using access credentials, consent prompts, and configured connection paths.
Best for: Fits when remote help-desk teams need self-hosted remote control across mixed endpoints.
Conclusion
After evaluating 10 purdue remote software, Cisco Secure Client 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 Purdue Remote Software
Purdue remote software covers browser and client-based remote desktop control, SSH and RDP session access, and governed help-desk workflows across campus IT and support teams. This guide covers TeamViewer, Cisco Secure Client, Chrome Remote Desktop, Microsoft Remote Desktop, AnyDesk, Parallels RAS, NoMachine, RustDesk, Citrix Workspace, and Apache Guacamole.
The evaluation focus stays on session authorization control, operational oversight, and the mechanics that affect day-to-day remote access at Purdue. TeamViewer leads for session recording tied to managed access workflows, while Cisco Secure Client ties endpoint trust signals to remote session authorization through Cisco-controlled services.
Purdue Remote Software: governed remote access for support, desktop access, and protocol gateways
Purdue remote software refers to tools that let administrators and technicians run remote sessions for desktop support, application access, or SSH terminal access while controlling who can connect and what can be redirected. In practical deployments, TeamViewer emphasizes session recording and access permissions designed for support accountability during remote control.
Other tools shape remote access differently by changing how sessions are initiated and governed. Chrome Remote Desktop uses a browser connection paired with a host-side PIN for unattended access without extra gateways, while Apache Guacamole provides a protocol-agnostic web gateway that renders SSH and RDP sessions through a single browser UI.
Purdue Remote Software evaluation criteria that affect control, governance, and operations
Remote support at Purdue depends on more than launching a session. It depends on session-level authorization, governed access scope, and operational visibility when incidents or training questions arise.
The tools in this guide vary in how they enforce access and how they capture evidence. TeamViewer leads with session recording tied to managed access workflows, while Cisco Secure Client ties session authorization to endpoint trust signals handled by Cisco-controlled back-end services.
Session authorization governed by admin-controlled permissions
TeamViewer focuses on admin-governed session permissions that reduce access scope for support staff. Cisco Secure Client enforces policy-driven remote access by tying endpoint trust signals to remote session authorization through Cisco-controlled services.
Operational oversight through session recording and connection logs
TeamViewer includes session recording options that support incident investigation and training review tied to managed access workflows. Cisco Secure Client provides centralized connection and denial logs to speed troubleshooting when access is blocked.
Client-to-session control settings that shape what can be redirected
Microsoft Remote Desktop provides granular per-session settings for display, audio, and device redirection behavior inside the client. NoMachine adds policy-controlled clipboard and file transfer controls per connection policy for interactive remote desktop work.
Access initiation shape, including browser-first entry and unattended workflows
Chrome Remote Desktop enables unattended remote access using a host-side PIN paired with browser connection. Apache Guacamole provides a protocol-agnostic web gateway that renders SSH and RDP sessions through a single browser UI.
Gateway and publication policy controls for routing access to desktops and apps
Parallels RAS uses a gateway and publication policy controls that govern session routing and access to published desktops and applications. Citrix Workspace stores and applies workspace and session policies for published apps and desktops under Citrix Virtual Apps and Desktops administration.
How to choose Purdue Remote Software by governance depth and session workflow fit
Start with the governance model required by Purdue IT and support operations. Some tools center access policy tied to admin governance and session evidence, while others center quick control with lighter RBAC and audit depth.
Then match the initiation and routing model to the environment. Browser-first entry tools reduce client install friction, RDP-focused clients align with Windows Remote Desktop patterns, and gateway-based products align with published app and desktop farms.
Pick the governance model that matches support accountability needs
Choose TeamViewer when support teams require governed remote control with session recording tied to managed access workflows. Choose Cisco Secure Client when remote access must be authorized using endpoint trust signals enforced through Cisco-controlled back-end services.
Choose the session evidence and troubleshooting artifacts required by operations
Select TeamViewer when session recording helps investigate incidents and training questions after remote sessions. Select Cisco Secure Client when centralized connection and denial logs reduce time spent diagnosing blocked access requests.
Match redirection controls to the allowed support workflow
Choose Microsoft Remote Desktop when Purdue needs granular RDP client controls for display, audio, and device redirection behavior. Choose NoMachine when clipboard and file transfer behavior must be controlled per connection policy during interactive desktop sessions.
Decide between browser-first entry, PIN-based unattended access, and protocol translation gateways
Choose Chrome Remote Desktop when fast unattended access is needed without extra gateways using a host-side PIN paired with browser connection. Choose Apache Guacamole when a single browser UI must render SSH and RDP sessions through protocol translation against backends.
Align routing and publishing control with the existing desktop or app infrastructure
Choose Parallels RAS when a centralized gateway and publication policy must govern session routing to published Windows desktops and applications. Choose Citrix Workspace when published apps and desktops must use identity-based policy and workspace configuration managed through Citrix Virtual Apps and Desktops.
Who should use Purdue Remote Software in campus support, IT operations, and remote access delivery
Remote desktop and remote control tools map to different Purdue roles based on governance needs and the kind of sessions being delivered. Teams that manage many endpoints and require support oversight benefit from tools designed around permissions and evidence.
Teams that prioritize fast interactive help or occasional unattended maintenance benefit from lighter session initiation models that reduce setup friction, while gateway-focused teams match their delivery model to published app and desktop infrastructure.
Campus IT support operations managing many endpoints
TeamViewer fits when admin-governed session permissions and session recording support accountability during remote control across many endpoints. Cisco Secure Client fits when endpoint trust signals must drive remote session authorization with centralized connection and denial logs for troubleshooting.
IT teams running Windows environments and standard RDP deployments
Microsoft Remote Desktop fits when dependable RDP-based desktop access for Windows apps matters and client-side control must cover display, audio, and redirection behavior. Parallels RAS fits when Windows-focused published desktops and apps require centralized gateway and publication policy controls for session routing.
Help desks needing browser entry points with limited client rollout
Apache Guacamole fits when Purdue needs a protocol-agnostic web gateway that renders SSH and RDP through one browser UI without standardized desktop clients. Chrome Remote Desktop fits when small IT teams need quick remote desktop control through a browser connection and host-side PIN for unattended support.
Teams performing interactive sessions with strict data handling rules
NoMachine fits when clipboard and file transfer behavior must be controlled per connection policy for each remote desktop session. Microsoft Remote Desktop fits when redirection behavior must be tightly controlled per session for display, audio, and device access.
Internal remote support teams that need self-hosted topology
RustDesk fits when remote help desk workflows require a self-hosted remote desktop capability that reduces reliance on third-party relay paths. This self-hosting focus changes governance and audit expectations compared with enterprise remote management suites.
Common pitfalls when selecting Purdue Remote Software for governance and workflow reality
Remote desktop tools fail deployments when teams underestimate how access controls and evidence behave in day-to-day support operations. Many issues show up later in audits, incident response, or when delegated technicians need consistent session behavior.
The mistakes below map to differences in RBAC granularity, audit export depth, and the setup effort required for policy enforcement and gateway routing.
Choosing a browser-first tool but discovering missing delegated governance controls
Chrome Remote Desktop lacks granular RBAC, which limits delegated admin governance when support roles need differentiated permission scopes. TeamViewer and Cisco Secure Client are built around admin-controlled permissions and policy enforcement for governed access.
Underestimating policy rollout effort for trust-based or gateway-based authorization
Cisco Secure Client requires server-side policy components for real access control, and complex configuration can extend initial rollout and testing. Parallels RAS requires careful tuning of farm, gateway, and client settings to make publication and routing behave consistently.
Assuming unattended access covers incident accountability without session evidence
Chrome Remote Desktop supports unattended access using a host-side PIN, but its limited reporting and lack of native session audit export can block compliance-style workflows. TeamViewer pairs managed access workflows with session recording options to support incident investigation and training review.
Mixing protocol gateway requirements with the wrong integration model
Apache Guacamole depends on backend negotiation and client-side factors for RDP behavior, which can complicate expectations if RDP client settings differ across technician devices. Cisco Secure Client and TeamViewer focus on governed remote access authorization and oversight rather than protocol translation through a single browser gateway.
How We Selected and Ranked These Tools
We evaluated session authorization control, operational oversight, and session mechanics that affect remote support at Purdue. Features drove 40% of the scoring because session permissions, recording, logging, and redirection controls change day-to-day governance.
Ease and value each drove 30% because browser-first entry and deployment friction determine whether campus support teams can run the tool consistently. TeamViewer separated itself with session recording tied to managed access workflows and admin-governed session permissions that reduce access scope for support staff.
Frequently Asked Questions About Purdue Remote Software
How does TeamViewer handle audit expectations during remote support sessions for Purdue teams?
What’s the operational difference between Cisco Secure Client and Citrix Workspace for access control?
How does Chrome Remote Desktop enable unattended access without a full desktop management layer?
Which tool provides per-session client controls for display, audio, and redirection on Windows RDP connections?
What breaks if governance needs include file-transfer controls and clipboard handling during support sessions?
When does Parallels RAS fit better than NoMachine for Windows app delivery and routing?
How do RustDesk and Apache Guacamole differ in deployment shape for remote access at Purdue?
Which tool is best aligned with a browser-entry requirement for both SSH and RDP access?
How should Purdue admins troubleshoot connection failures and access denials across remote access attempts?
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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