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Communication MediaTop 10 Best Simulcasting Software of 2026
Top 10 roundup of simulcasting software options, with editorial notes on features and fit for streaming teams comparing workflows.
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%
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OneStream Live is the best pick for SMB broadcast teams that need controlled multi-destination routing because webhook-based stream status callbacks can drive automated health checks and failover, while Wowza Streaming Engine fits engineers who want a self-hosted, extensible relay pipeline with plugin-friendly routing logic.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
OneStream Live
Webhook stream status callbacks tied to ingest and destination routing enable automated health checks and failover workflows.
Best for: Fits when broadcast teams need controlled multi-destination routing with automated stream health and key management.
Wowza Streaming Engine
Editor pickExtensible streaming engine pipeline with plugin points for custom processing and relay logic.
Best for: Fits when engineering teams need controlled media relay across many broadcast destinations.
StreamYard
Editor pickScene composition hotkeys let hosts swap multiviewer layouts and overlays mid-broadcast without reconfiguring streams.
Best for: Fits when teams need fast simulcast production control with RTMP egress.
Comparison Table
OneStream Live
SMBCloud service for scheduling and simulcasting pre-recorded or live video to multiple platforms.
Webhook stream status callbacks tied to ingest and destination routing enable automated health checks and failover workflows.
OneStream Live is built for multi-destination broadcast where the same source must reach different platforms with controlled parameters and predictable behavior. Teams can define destination presets and reuse encoder setting choices across outputs to reduce manual drift during production changes.
A practical tradeoff is that deeper control over media relay behavior and failover tuning typically requires hands-on configuration of ingest endpoints and routing rules. OneStream Live fits when a broadcast team needs automated status monitoring and deterministic stream management across several concurrent platform outputs.
- +SRT ingestion options improve resilience for unstable source networks
- +Per-destination presets reduce encoding drift across simultaneous outputs
- +Webhook stream status callbacks support automation and alerting
- +Stream key rotation reduces manual operational risk
- –Route and failover tuning needs deliberate configuration discipline
- –Advanced relay behaviors require careful endpoint setup
- –Operational visibility depends on webhook and event ingestion plumbing
- –Encoder inheritance offers reuse but can mask per-output exceptions
Streaming operations teams
Automated health checks across destinations
Faster incident mitigation
Media engineering teams
Consistent multi-platform output profiles
Lower output variability
Show 2 more scenarios
Network reliability teams
Resilient ingest from remote encoders
Fewer dropped sessions
SRT ingestion supports packet-loss-tolerant inputs for more stable restream latency under jitter.
Broadcast production teams
Rotate credentials during long events
Reduced credential risk
Stream key rotation reduces manual credential exposure during extended programming.
Best for: Fits when broadcast teams need controlled multi-destination routing with automated stream health and key management.
Wowza Streaming Engine
enterpriseSelf-hosted media server software with stream targets for publishing to multiple destinations simultaneously.
Extensible streaming engine pipeline with plugin points for custom processing and relay logic.
Wowza Streaming Engine targets simulcasting through configurable sources and destinations that can run RTMP egress alongside other transport patterns in a single deployment. The build supports adaptive bitrate transcoding and per-destination destination presets, which helps align output ladders across multiple platforms. Automation and API surface are a focus through management endpoints and extension points that let external systems react to stream lifecycle events. Governance is handled through administrative configuration, credential controls for publishing endpoints, and versioned application configurations.
A tradeoff is that Wowza requires heavier engineering and operational discipline than simpler restream tools, because correct relay behavior depends on ingest characteristics and destination settings. It fits best for repeatable broadcast pipelines that need consistent codec handling, keyframe alignment discipline, and predictable restream latency across many destinations. It is less suitable for ad hoc, purely user-driven restreaming where minimal setup and a fixed workflow are the priority.
- +Server-side pipeline supports controlled multistreaming routing
- +Management endpoints and event hooks support automation workflows
- +Plugin framework enables custom relay logic beyond presets
- +Destination presets support consistent per-platform output tuning
- –Heavier setup burden for teams without streaming operations experience
- –Operational tuning is required to match latency and codec behavior
Broadcast engineering teams
Route one feed to many platforms
Fewer routing inconsistencies
Streaming operations teams
Automate failover ingest switching
Faster recovery actions
Show 1 more scenario
DevOps and platform teams
Integrate with monitoring via APIs
Clear operational visibility
Pull stream lifecycle signals through management interfaces and wire them into dashboards.
Best for: Fits when engineering teams need controlled media relay across many broadcast destinations.
StreamYard
SMBBrowser-based live streaming studio supporting simultaneous broadcasts to multiple destinations.
Scene composition hotkeys let hosts swap multiviewer layouts and overlays mid-broadcast without reconfiguring streams.
StreamYard provides a browser-based live studio for simulcasting with RTMP outputs and overlay controls. It supports multi-guest, screen sharing, and scene composition so producers can change layouts during the show without building a custom media pipeline.
Destination management focuses on output profiles and stream key handling rather than raw ingest and relay engineering. For teams integrating with carrier-grade relay services like Telnyx Media Relay or Twilio, StreamYard’s RTMP egress works as the egress leg while relay complexity stays outside the StreamYard workflow.
- +Scene presets and hotkeys for fast layout changes during live production
- +Multi-guest studio controls with straightforward audio and video routing
- +RTMP destination presets make simulcast setup repeatable across shows
- +Overlay templates for lower thirds and branding without manual editing
- –Ingress options for SRT and advanced codec passthrough are not the focus
- –Automation and API surface are limited compared with custom relay workflows
Small marketing event teams
Run multi-presenter webinar with scene changes
Organized presenters and branded layout
Show producers and community orgs
Switch speakers in one shared program
Structured multi-speaker broadcast
Show 2 more scenarios
Creators and small businesses
Maintain consistent brand graphics during streams
Consistent branding across outputs
Combine logos, banners, and lower thirds with reusable scene layouts.
Podcast hosts and independent media
Record a publishable multi-guest video podcast
Publishable podcast recording
Capture multi-guest sessions and apply layouts and broadcast graphics in one browser workflow.
Best for: Fits when teams need fast simulcast production control with RTMP egress.
Splitstream
SMBWeb-based multistreaming tool that forwards a single stream to multiple platforms without encoding.
Credential rotation integrated with destination configuration avoids key changes across many event pipelines.
Splitstream targets teams that run broadcast pipelines across multiple destinations and need predictable routing behavior under ongoing changes. Simulcasting control is organized around destination presets and credential management so stream keys can be rotated without manual per-destination edits. Operational monitoring is handled through status callbacks that support external alerting and automated pipeline health checks. For organizations that compare relay behavior to Telnyx Media Relay or Twilio, Splitstream’s differentiator is tighter orchestration around broadcast-style destination configuration rather than raw packet transport alone.
- +Webhook-driven stream status supports automated routing decisions
- +Destination preset configuration reduces per-event manual work
- +Credential rotation workflow lowers operational risk
- +Operational visibility aligns with broadcast operations runbooks
- –Custom media transforms are not the primary center of control
- –Complex multi-encoder setups require careful upstream alignment
- –Failover switching workflows need external orchestration logic
- –Granular policy controls can feel heavy for small routing needs
Broadcast ops teams
Multi-destination live event simulcasting
Faster, safer key updates
DevOps for media pipelines
Automated stream monitoring and failover
Lower time to recovery
Show 1 more scenario
Production engineering teams
Repeatable distribution across events
Reduced configuration drift
Apply consistent routing configuration to recurring events with controlled destination updates.
Best for: Fits when broadcast operations need controlled simulcasting routing with status callbacks.
Streamlabs
SMBStreaming software suite with multistream functionality to send one feed to multiple platforms.
Scene and overlay pipelines act as the source of truth for all concurrent destinations, reducing drift between outputs.
Streamlabs is a simulcasting and live production tool built around OBS-style scene workflows, with RTMP-style ingest and output paths for pushing the same broadcast to multiple destinations. It supports multistreaming operations through destination profiles, overlay integration, and scene composition features that carry consistently across outputs.
- +Scene-based production lets one workflow drive multiple live destinations
- +Destination presets keep output configuration consistent across platforms
- +Overlay and layout controls reduce rework when switching sources
- +OBS-like workflow lowers friction for operators already using streaming layouts
- –Advanced relay routing depends on external transcoding or separate media paths
- –Concurrent output scaling can hit CPU limits when scenes include heavy effects
- –Programmable automation depth is weaker than purpose-built API-centric relay stacks
- –Operational governance requires careful internal process for keys and access
Creators and educators
Reuse scenes for consistent live presentations
Consistent on-screen branding
Gaming creators and editors
Publish highlights from gameplay streams
Combined live and clip workflow
Show 2 more scenarios
Game streamers
Broadcast gameplay with overlays and alerts
Interactive gameplay presentation
Build a branded live scene with capture sources, overlays, and stream alerts.
Creators and small media teams
Send one feed to multiple destinations
Broader distribution without rework
Multistream an encoded live feed to several platforms at the same time.
Best for: Fits when production teams need multistreaming driven by scenes, overlays, and consistent output profiles.
vMix
enterpriseWindows-based live production software supporting simultaneous streaming to up to three destinations via native multi-stream output.
Hotkey-driven scene composition with reusable templates keeps simulcast overlays aligned during rapid changes.
vMix is a Windows-based live production system used for simulcasting, where switching, audio routing, and playout run inside one operator workflow. It supports multiple input types for ingest, including RTMP, SRT, and NDI, and it can generate multiple simultaneous outputs for different distribution destinations.
- +One operator timeline controls scenes, sources, and audio while producing multiple outputs.
- +NDI and IP ingest options reduce conversion steps when relay is already NDI-based.
- +Scene hotkeys support consistent lower-third and overlay timing across simulcast destinations.
- +Multiviewer layouts help operators verify each program output before public egress.
- –Windows-only operation limits cloud-centric automation patterns for some deployments.
- –Large multi-destination relay setups require careful destination preset and output management.
- –RTMP and SRT interoperability depends on matching codecs, audio formats, and latency behavior.
- –Automation and webhook-style status reporting coverage can be thin for centralized governance.
VJs and live visual performers
Mix layered visuals and live inputs
Cue-driven stage visuals
Trainers and meeting hosts
Send a processed feed to conferencing software
Controlled presentation feed
Show 2 more scenarios
Event producers and small broadcast teams
Switch multiple cameras with audio routing
Switched live program
Combine camera inputs, layouts, transitions, and audio sources for conferences and performances.
Broadcast technicians
Capture NDI or SDI into a single workflow
Integrated capture and production
Integrate compatible broadcast hardware sources for switching, mixing, and recording.
Best for: Fits when a single control-room operator must run synchronized multichannel outputs with repeatable scenes.
Ant Media Server
enterpriseWebRTC-focused streaming server supporting multi-destination publishing via stream forwarding.
WebRTC plus RTMP delivery from the same server process with per-stream lifecycle controls for multi-destination routing.
Ant Media Server fits organizations that need on-prem or self-hosted simulcasting without relying on a single cloud encoder. It supports RTMP input and WebRTC delivery, with adaptive bitrate transcoding, multistream output, and configurable destination presets for multiple concurrent viewers and restream targets.
- +Adaptive bitrate transcoding built into the server workflow
- +Configurable multistream output targets for concurrent distribution
- +Recording and monitoring features support operational validation
- +Deployment supports self-hosting for controlled media relay
- –Advanced routing and governance require careful configuration discipline
- –Integration surface is weaker than API-first routing platforms
Game broadcasters and event teams
Fan out one live source to multiple outputs
One ingest with multiple destinations
Streaming operations teams
Use existing encoders as a managed live origin
Managed live origin
Show 2 more scenarios
Interactive video providers
Serve low-latency live video to browsers
Lower-delay viewer playback
Deliver live camera or event feeds to browsers with WebRTC playback.
Video platform developers
Publish recorded sessions through adaptive streaming
Recorded sessions ready for VOD
Use recording-to-VOD workflows to package recorded live sessions for on-demand viewing.
Best for: Fits when teams need self-hosted simulcasting with transcoding and recording under direct infrastructure control.
Switchboard Live
enterpriseEnterprise multistreaming service that replicates a single live source to many destinations.
Webhook stream status callbacks paired with event oriented routing configuration for fast, automated response to ingest or output interruptions.
Switchboard Live is a simulcasting control layer for teams that need repeatable stream routing and media relay with clear operational status signals. It focuses on configuration driven destinations, ingest endpoint management, and multi-destination outputs so one source can feed multiple downstream platforms.
- +Configuration-driven routing that reduces one-off stream rewiring during events
- +Stream status callbacks make failure diagnosis and recovery workflow easier
- +Support for multiple concurrent destinations from a single ingest
- +Preset reuse helps keep output settings consistent across channels
- –Complex multi-destination setups require careful planning of ingest endpoints
- –Operational depth depends on knowing relay and ingest failure modes
- –Advanced layout and on-stream graphics workflows sit outside core routing
- –Throughput limits are not exposed in a way that supports quick capacity planning
Live event producers
Simulcast one show to several destinations
Coordinated multi-destination live stream
Recurring program producers
Reuse routing and destination settings
More consistent recurring setup
Show 2 more scenarios
Event media teams
Deliver event video for browser audiences
Browser-friendly live viewing
Use the service's distribution workflows to make live video available for browser playback.
Live production teams
Change which endpoints receive the feed
Destination updates without rebuild
Adjust destination endpoints during an event using centralized routing workflows.
Best for: Fits when broadcast operations need repeatable simulcast routing with status automation across multiple destinations.
BoxCast
vertical specialistStreaming platform with simulcast support for distributing live events to multiple destinations.
Event production workflows that keep destination setup consistent across recurring simulcast streams.
BoxCast is a simulcasting workflow built around managed stream delivery and event-grade controls for live broadcasters. It focuses on routing and distribution from ingest sources to multiple destinations, with configuration centered on repeatable destination settings and operational oversight during events.
- +Event-oriented distribution controls reduce operational churn during live shows
- +Destination preset reuse speeds up repeated simulcasts across events
- +Operational monitoring helps producers spot delivery issues during playout
- +Configurable publish targets support multi-channel delivery patterns
- –Deep custom media relay workflows may require external tooling
- –Advanced governance controls are limited compared with enterprise broadcast stacks
Organizations with multi-channel audiences
Distribute one event across sites and social
Broader live reach
Event operations and comms managers
Compare reach across recurring broadcasts
Better visibility into delivery history
Show 2 more scenarios
Ticketed event organizers
Gate live and replay viewing with PPV
Monetized access with replay
Run paid live broadcasts with access restrictions plus replay availability.
Education and institutional comms
Stream ceremonies and meetings with embeds
Consistent distribution with replay
Broadcast institutional events through embeddable viewing pages with replay access.
Best for: Fits when event teams need dependable simulcasting with repeatable destination configuration.
Resi
enterpriseEnterprise streaming platform specializing in resilient multi-site simulcast delivery with store-and-forward technology.
Webhook stream status callbacks that pair with API-driven provisioning for end-to-end orchestration.
Resi routes live streams into multiple downstream destinations and handles the media relay layer for simulcasting workflows. The product focuses on destination presets, ingest endpoint configuration, and event-driven status updates for stream health monitoring.
- +API and webhooks support automated simulcast provisioning and health monitoring
- +Destination presets reduce configuration drift across concurrent outputs
- +Stream routing logic supports predictable destination mapping per job
- +Webhook callbacks provide actionable downstream status signals
- –Fine-grained per-destination parameter control takes more setup discipline
- –Operational observability depends heavily on webhook integration patterns
Multi-site churches
Coordinate live delivery to multiple locations
More consistent inter-site delivery
Website serving organizations
Publish live and recorded video on web
Web-accessible viewing experience
Show 2 more scenarios
Broadcast operations teams
Run recurring channel-style programs
Less repeated setup
Manage scheduled live channels with reusable workflows and stream status checks.
Church media teams
Create sermon libraries from live recordings
Recordings available to viewers
Record live sessions and organize outputs for later on-demand viewing.
Best for: Fits when teams need scripted simulcast routing and webhook-based monitoring for many downstream destinations.
Conclusion
After evaluating 10 simulcasting software, OneStream Live 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 Simulcasting Software
Simulcasting software coordinates one incoming live feed into multiple synchronized destinations with repeatable routing behavior and controlled output settings. This guide covers OneStream Live, Splitstream, Wowza Streaming Engine, Streamlabs, StreamYard, Switchboard Live, BoxCast, vMix, Resi, and Ant Media Server.
The tools included emphasize different control points such as scene-first production in Streamlabs, extensible relay pipelines in Wowza Streaming Engine, and automation hooks like webhook stream status callbacks in OneStream Live, Splitstream, Switchboard Live, and Resi. Integration depth varies from platform-managed routing with API and webhooks to self-hosted relay and recording workflows in Ant Media Server.
Simulcasting Software for multi-destination live routing, relay, and monitored failover
Simulcasting software takes one or more ingest streams and drives concurrent platform outputs with consistent encoder settings, destination presets, and lifecycle controls for each destination. The software layer also manages monitoring so operators can detect ingest or egress interruptions and apply automated recovery logic.
OneStream Live ties webhook stream status callbacks to ingest and destination routing so teams can automate health checks and failover decisions across multiple outputs. Wowza Streaming Engine focuses on an extensible server-side streaming pipeline with plugin points for custom relay logic and management endpoints for operational automation.
Simulcasting Software capabilities that control routing, relay, and monitoring
Simulcasting software succeeds when it keeps ingest, relay, and destination behavior consistent under live pressure. Feature choices determine whether teams can automate failover, avoid configuration drift, and maintain predictable latency across concurrent outputs.
Webhook stream status for automated routing decisions
OneStream Live connects webhook stream status callbacks to ingest and destination routing so health checks can trigger automated failover decisions. Splitstream and Switchboard Live also use webhook stream status to drive event-based routing actions during interruptions.
Destination preset reuse to reduce configuration drift
OneStream Live and BoxCast both use destination preset behavior to keep repeated simulcast events aligned with consistent output profiles. Splitstream uses destination preset configuration to reduce per-event manual work when many destinations are involved.
Ingest resilience through SRT options and endpoint control
OneStream Live includes SRT ingestion options that improve resilience for unstable source networks. Wowza Streaming Engine provides a server-side pipeline and management endpoints that support controlled ingest and relay behavior, which matters when network conditions vary.
Scene-first production as the source of truth for concurrent outputs
Streamlabs treats scenes and overlays as the source of truth so concurrent destinations stay aligned without output-specific drift. StreamYard and vMix both support fast scene-driven control patterns, but Streamlabs focuses on keeping destination output configuration consistent across platforms.
Extensible relay logic via plugin or pipeline hooks
Wowza Streaming Engine provides extensible streaming engine pipeline plugin points for custom processing and relay logic. This matters when teams need relay behaviors beyond destination presets and want automation hooks through management endpoints and event hooks.
API-driven provisioning and orchestration workflows
Resi pairs API and webhooks to support automated simulcast provisioning and health monitoring for many downstream destinations. Ant Media Server takes a self-hosted approach with per-stream lifecycle controls and delivery targets, which changes how orchestration is implemented.
Select Simulcasting Software by mapping routing control to operational responsibility
Good selection starts with the control surface each team will manage during live events. Teams that expect automation-driven failover need explicit webhook feedback and routing logic. Teams that expect production-grade scene control need a workflow where scenes drive concurrent outputs.
Decide whether routing must be event-driven or operator-driven
Choose OneStream Live when stream status callbacks must automatically map ingest health to destination failover and routing changes. Choose Streamlabs when operator-driven scenes and overlays must define concurrent output alignment even during rapid scene swaps.
Match ingest reliability to your source network risk profile
Choose OneStream Live when SRT ingestion resilience is required for unstable source networks. Choose Wowza Streaming Engine when the relay pipeline needs custom processing and the team plans to tune operational settings to match latency and codec behavior.
Pick a configuration reuse model for recurring events
Choose Splitstream or BoxCast when destination preset configuration must reduce per-event manual work across recurring simulcast pipelines. Choose StreamYard when recurring layout changes must happen during live shows through scene presets and hotkeys rather than backend routing edits.
Determine how much media transformation you expect to own
Choose Wowza Streaming Engine when custom processing and relay behaviors must be owned through extensible pipeline hooks. Choose Streamlabs when complex relay routing depends on external transcoding or separate media paths and scene output profiles are the main priority.
Assess the automation depth needed for provisioning at scale
Choose Resi when scripted simulcast provisioning needs API-driven workflow integration with webhook-based monitoring. Choose Ant Media Server when self-hosted control must include adaptive bitrate transcoding and direct infrastructure management for multistream distribution targets.
Which teams should buy which Simulcasting Software
Simulcasting software fits different operational models based on who owns routing logic and who owns production layout. The best match depends on whether the workflow is automation-led, scene-led, or relay-engine-led.
Broadcast teams running multi-destination live events with automated health checks
OneStream Live suits broadcast teams that need webhook stream status callbacks tied to routing so failover decisions can be automated across multiple outputs.
Operations teams that run event pipelines across many destinations with credential rotation at setup time
Splitstream fits operations that want credential rotation integrated with destination configuration so key changes can be handled without reworking every event pipeline.
Engineering teams building custom relay behaviors beyond preset routing
Wowza Streaming Engine fits engineering teams that need an extensible server-side streaming pipeline with plugin points for custom relay logic and automation through management endpoints.
Production operators who must keep overlays and multiview layouts aligned across destinations
Streamlabs and StreamYard fit teams that need scene-based production to keep concurrent outputs consistent, with Streamlabs centered on destination configuration consistency and StreamYard centered on scene hotkeys and multiview layout changes.
Common Simulcasting Software mistakes that cause failure or drift
Most simulcasting failures come from mismatched expectations about routing control and from skipping configuration discipline for multi-destination operations. The mistakes below show up when teams treat automation, relay behavior, and scene production as interchangeable.
Assuming webhook stream status means routing logic is already implemented
OneStream Live and Switchboard Live provide webhook stream status callbacks, but routing and failover tuning still requires deliberate configuration discipline for ingest and destination behaviors.
Using advanced relay routing without accounting for external transcoding dependencies
Streamlabs can keep scene-driven outputs aligned, but advanced relay routing depends on external transcoding or separate media paths, so relay expectations should match the actual media path design.
Overloading scenes with heavy effects and then expecting unlimited concurrent scaling
Streamlabs can hit CPU limits when scenes include heavy effects, so concurrency planning should account for production complexity before scheduling multi-destination outputs.
Treating configuration presets as a guarantee of consistent media behavior
OneStream Live and Splitstream reduce configuration drift with destination presets, but codec behavior and ingest alignment still require careful endpoint setup to avoid relay variance.
Choosing a Windows-only operator workflow while planning cloud-centric automation
vMix focuses on hotkey-driven scene composition and is Windows-only, so cloud-centric automation patterns may require a different relay orchestration layer.
How We Selected and Ranked These Tools
We evaluated simulcasting software across features and operational fit, with features accounting for 40% of scoring and ease plus value each accounting for 30%. OneStream Live ranked highest because webhook stream status callbacks connect ingest and destination routing, which directly supports automated health checks and failover workflows.
OneStream Live also pairs destination presets with SRT ingestion options, which reduces encoding drift across simultaneous outputs while improving resilience for unstable source networks. Wowza Streaming Engine scored strongly where extensibility and relay customization mattered, and Streamlabs scored strongly where scene-first production reduced drift between concurrent destinations.
Frequently Asked Questions About Simulcasting Software
How do OneStream Live and Switchboard Live handle stream routing when a destination output stalls mid-event?
Which tools support SRT ingress for higher resilience, and which focus more on RTMP egress?
What breaks if stream key rotation is not planned across multiple destinations in Splitstream and OneStream Live?
How do Wowza Streaming Engine and Resi differ in implementing media relay behavior for complex simulcast workflows?
Which product models multiviewer layout and overlay consistency as the source of truth for concurrent destinations?
When is Telnyx Media Relay or Twilio more practical with StreamYard compared with an all-in-one engine workflow?
How does vMix compare with OneStream Live for synchronous switching and ISO-style recording during simulcast?
What admin controls and audit-style visibility should teams expect from Switchboard Live and BoxCast for repeatable events?
How do Ant Media Server and OneStream Live differ when self-hosting requirements include both transcoding and recording hooks?
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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