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Business FinanceTop 10 Best Rtmp Encoder Software of 2026
Top 10 rtmp encoder software ranked for live streaming, comparing OBS Studio, vMix, Streamlabs Desktop, and tradeoffs for each setup.
How we ranked these tools
Gitnux editors write the brief first: the topic, the inclusion rules, and the frame for what belongs.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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OBS Studio is the best pick for stream operators who want controllable desktop capture, scene switching, and RTMP push, whereas vMix suits a single Windows operator running live switching and multi-destination RTMP from one machine, and Streamlabs Desktop is better for teams needing quick studio-style scene control and multistream output.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
OBS Studio
Scene transitions and source-level filters let live graphics and audio processing run inside the same engine.
Best for: Fits when stream operators need controllable desktop capture, scene switching, and RTMP push.
vMix
Editor pickLayered input compositing with scene switching tied directly to each configured live output session.
Best for: Fits when a single operator needs scene switching and RTMP publishing from one desktop machine.
Streamlabs Desktop
Editor pickOBS-style scene collections plus Streamlabs alert and overlay triggers in the same live control workflow.
Best for: Fits when a studio team needs quick scene control and RTMP multistream output.
Comparison Table
OBS Studio
SMBFree open-source software for live streaming and recording with RTMP output.
Scene transitions and source-level filters let live graphics and audio processing run inside the same engine.
OBS Studio’s workflow centers on a scene collection with sources such as display capture, window capture, media files, and camera inputs. Encoder configuration is accessible per profile, which supports repeatable output settings for different ingest endpoints. The app adds built-in audio routing with gain control, filters, and monitoring so stream-ready mixes can be built without extra middleware.
A practical tradeoff is that OBS Studio requires manual setup for stable encoding and network behavior, especially when tuning for low-latency RTMP. A common usage situation is a live broadcast operator running on a desktop who needs scene switching and consistent audio levels while recording a backup copy to disk.
- +Scene system enables fast switching between overlays and camera sources
- +Per-output encoder profiles control bitrate and keyframe interval
- +Advanced audio filters support EQ, noise suppression, and compression
- +GPU-based capture and rendering reduce CPU strain during streaming
- –RTMP stability depends on careful manual bitrate and buffer tuning
- –Scaling to many operators requires additional process discipline
- –Complex setups often need plugin or script support
- –Latency optimization for different platforms can involve trial tuning
Independent stream producers
Scene switching with RTMP to a channel
Lower broadcast setup time
Online event operators
Recording backup while streaming live
Fewer lost broadcasts
Show 2 more scenarios
Video teams with templates
Reusable encoder profiles per destination
More repeatable output quality
Teams store settings for different ingest endpoints and reuse them across sessions to keep outputs consistent.
Audio-focused streamers
Clean live voice mixing and monitoring
More consistent audio levels
Hosts apply filters and monitor levels while switching scenes to keep speech intelligible across segments.
Best for: Fits when stream operators need controllable desktop capture, scene switching, and RTMP push.
vMix
enterpriseWindows production software for live switching, recording, and multi-destination RTMP streaming.
Layered input compositing with scene switching tied directly to each configured live output session.
vMix is built around a control-room style desktop app with timeline-free scene switching, layered inputs, and per-source transforms. Operators can configure output profiles that include RTMP push and RTMPS, then add audio monitoring and stream health checks in the same session. The workflow fits producers who want to build repeatable show states and reuse layout templates across events.
A key tradeoff is that vMix is not a headless encoder or API-driven service, so automation depth depends on operator-driven UI actions and manual profile selection. It fits best for live-to-remote production where one machine handles sources, switching, and publishing, such as remote panel shows and branded livestreams with overlays and repeatable segment structure.
- +Integrated switching and output publishing in one desktop workflow
- +Stable per-output profile control for RTMP push and RTMPS
- +Fast scene switching with multi-source layering for live segments
- +Built-in preview and monitoring to reduce go-live surprises
- –Desktop UI workflow limits hands-off automation compared with headless encoders
- –Complex projects can require more setup time to keep layouts consistent
- –Multistream configuration can become difficult to audit during incidents
- –Some advanced pipeline behaviors depend on careful operator configuration
Live production teams
Remote shows with overlays and switching
Less operator tool switching
Webcast operators
Multiple ingest endpoints per show
Fewer duplicate workflows
Show 2 more scenarios
Content producers
Record plus live deliverables
One machine for both
Recording-to-disk can run alongside live publishing so operators keep deliverables without a second system.
Small studios
Brand-consistent studio-style livestreams
Faster event-to-event setup
Reusable layouts and transforms reduce friction across events where cameras, media, and overlays change frequently.
Best for: Fits when a single operator needs scene switching and RTMP publishing from one desktop machine.
Streamlabs Desktop
SMBDesktop streaming software with scenes, alerts, overlays, and RTMP streaming support.
OBS-style scene collections plus Streamlabs alert and overlay triggers in the same live control workflow.
Streamlabs Desktop is built around a live broadcast control surface, so RTMP output setup and scene transitions happen inside the same interface as overlays and audio mixing. It supports typical live streaming capture and audio inputs, and it provides scene collections for organizing different show formats. Multistream output is available without building a custom pipeline, which reduces the operational overhead of managing separate encoder instances.
A clear tradeoff appears when workflows require fine-grained encoder tuning, since scene and overlay automation is prioritized over deeply configurable encoding controls. Streamlabs Desktop fits usage where live production staff need fast scene switching and alert triggers while streaming out to an RTMP ingest endpoint on a schedule.
- +Integrated scene switching and overlay control tied directly to RTMP output
- +Audio mixer supports common input routing for live production workflows
- +Multistream output supports multiple RTMP targets from one desktop pipeline
- +Alert and overlay triggers reduce manual steps during broadcasts
- –Encoding control depth is limited compared with encoder-first alternatives
- –High overlay complexity can increase CPU load during live production
- –Automation features can complicate troubleshooting when output health drops
- –Advanced workflow customization often requires external components
Small streaming teams
Live show with frequent scene changes
Fewer manual transition errors
Community organizers
Same event on multiple RTMP endpoints
One workflow, multiple outputs
Show 1 more scenario
Broadcast operations staff
Overlays and alerts during scheduled shows
More consistent on-air elements
Built-in alert controls coordinate overlay updates with the live scene timeline during production.
Best for: Fits when a studio team needs quick scene control and RTMP multistream output.
Ecamm Live
SMBMac live streaming software for cameras, guests, overlays, recording, and RTMP destinations.
One-click scene management with live switch-ready overlays and sources in a single production timeline-like workflow.
Ecamm Live is a desktop RTMP encoder centered on live production workflows like scene switching, overlays, and quick call-in style broadcasting. It supports pushing to ingest endpoints using RTMP, with stream settings that target practical consistency for live shows.
- +Scene switching and overlays are designed for live show control, not general encoding.
- +Source controls are fast, with hotkey-friendly layout changes during a broadcast.
- +Recording to disk integrates with the same production layout as the live feed.
- +Flexible RTMP output configuration fits common RTMP ingest endpoints and push workflows.
- –Advanced encoder tuning is less granular than engineering-focused encoder tools.
- –Browser-based visuals depend on page performance and can add latency variability.
Best for: Fits when recurring live shows need quick scene control, consistent RTMP output, and integrated recording.
PRISM Live Studio
SMBMobile and desktop live streaming software with camera effects, scenes, and RTMP support.
Scene-based production with live overlays updates the outgoing RTMP feed without restarting the stream.
PRISM Live Studio is an RTMP encoder software used to push live video to an ingest endpoint while supporting scene-based production workflows. It provides desktop capture, live preview, and configurable encoder settings for H.264 video and AAC audio so operators can control keyframe interval and bitrate behavior.
- +Scene switching supports overlays and layout changes without restarting the encoder
- +Configurable encoder parameters help tune GOP and keyframe interval for ingest compatibility
- +Reliable desktop capture preview reduces guesswork before pushing RTMP
- +Separate audio and video controls support consistent A/V syncing during live output
- –Advanced control paths are limited for custom GOP structure and per-frame logic
- –Multi-streaming requires careful operational discipline to prevent mismatched settings
Best for: Fits when studios need scene overlays and stable RTMP push output with controlled encoder settings.
Lightstream Studio
SMBCloud-based live streaming studio that sends produced broadcasts to RTMP destinations.
Scene and layer composition inside the Studio editor, paired with RTMP push output orchestration for event repeats.
Lightstream Studio is built for production teams that need a browser-based workflow for encoding RTMP streams with editorial controls and scene logic. It supports creating and managing live output endpoints while handling common streaming settings like codec and keyframe cadence.
- +Browser-based encoding workflow reduces local encoder install friction
- +Scene switching and layered overlays help standardize show graphics
- +Reusable broadcast configuration supports repeat events with less rework
- +RTMP push output setup supports direct ingest endpoints
- –Workflow configuration takes more setup time than desktop encoder tools
- –Advanced encoding tuning is less granular than encoder-first applications
- –Hardware-centric scaling scenarios can require external infrastructure
- –Operational troubleshooting has fewer encoder logs than specialist encoders
Best for: Fits when live teams need repeatable browser workflows with scene composition and RTMP publishing.
Restream
SMBCloud multistreaming platform that accepts RTMP input and fans out to multiple endpoints.
RTMP push ingestion that routes the same live feed to multiple platform endpoints with centralized output control.
Restream acts as an RTMP routing and publishing layer that sits between an encoder and multiple destination platforms. It accepts RTMP push and can fan out one incoming feed to many endpoints, reducing per-platform setup work.
- +Fan-out from one RTMP input to many destinations
- +Browser-based streaming option for lightweight broadcasting workflows
- +Per-destination controls for selecting which outputs receive the live feed
- +Stream health monitoring across connected destinations
- –Dependence on Restream as the distribution middle layer
- –Output settings are limited compared with dedicated desktop encoder pipelines
- –Video format changes require careful encoder configuration to avoid mismatches
- –No full replacement for advanced scene graphs and source mixing
Best for: Fits when one RTMP feed must be broadcast to multiple platforms with centralized output management.
Resi Encoder Pro
enterpriseHardware and software encoder pair providing resilient RTMP streaming for houses of worship and enterprise.
Target-driven publishing workflows that standardize encoder configuration per ingest endpoint across repeated live sessions.
Resi Encoder Pro positions RTMP streaming as a controlled encoding workflow with a focus on repeatable configuration. The tool provides a desktop software encoder setup that targets ingest endpoints and can run multistreaming-style publishing patterns.
- +Publishing-target workflows reduce per-stream setup repetition
- +Operational monitoring supports faster identification of ingest problems
- +Configuration reuse helps keep encoding settings consistent across events
- +Desktop encoder architecture supports dependable RTMP push sessions
- –Scene composition and overlays are not the primary strength
- –Requires disciplined configuration for multistream output management
- –Advanced transcoding and ladder orchestration is limited versus transcode platforms
- –Integration depth depends on external streaming stack components
Best for: Fits when teams need consistent RTMP push publishing with repeatable encoder settings for frequent live events.
Wowza Streaming Engine
enterpriseServer-side streaming software supporting RTMP ingest, transcoding, and multi-protocol output.
Integrated stream lifecycle management with recording-to-disk and stream health monitoring for ongoing RTMP operations.
Wowza Streaming Engine performs RTMP ingest and RTMP push so an application can deliver live streams to an ingest endpoint and then re-publish them downstream. The engine handles transcoding to H.264 video and AAC audio and can produce HTTP streaming outputs like HLS while also supporting secure transport such as RTMPS. Wowza focuses on server-side workflow control with management interfaces, recording-to-disk options, and stream health monitoring rather than desktop-only encoding features.
- +Supports RTMP ingest and RTMP push for multi-hop live workflows
- +Server-side transcoding to H.264 with AAC audio output for compatibility targets
- +Can generate HLS output with configurable packaging behavior
- +Recording-to-disk and stream health monitoring support operations workflows
- –Advanced configuration demands more admin time than encoder-only tools
- –GUI setup for encoder workflows is thinner than desktop encoder ecosystems
- –Complex multi-stream deployments need careful keyframe and ingest planning
- –On-prem deployment increases patching and runtime management overhead
Best for: Fits when server-side live re-encoding, recording, and health monitoring are required for RTMP-centric pipelines.
VLC Media Player
SMBDesktop media software that can stream to RTMP targets while performing on-the-fly encoding.
Built-in RTMP push output combined with wide codec support enables direct desktop transcoding to an ingest endpoint.
VLC Media Player can act as an RTMP-oriented encoder when the workflow needs a desktop app already handling diverse inputs and codecs. It supports RTMP push output for live-style ingest to an RTMP ingest endpoint and can transcode from many source formats via built-in muxing and codec handling.
- +RTMP push output support for direct ingest workflows
- +Broad input and codec compatibility reduces preprocessing steps
- +Works as a single desktop app for capture and re-encode
- +Command-line controls support repeatable launch scripts
- –Limited live scene and multistream orchestration compared with encoder apps
- –Workflow automation needs external scripting rather than native dashboards
- –Advanced rate-control and ladder management are less structured
- –Stability tuning for long-running RTMP sessions can require operator attention
Best for: Fits when teams need a desktop RTMP push encoder for ad hoc live tests or simple re-encode pipelines.
Conclusion
After evaluating 10 rtmp encoder software, OBS Studio 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 Rtmp Encoder Software
This buyer’s guide covers rtmp encoder software used for live streaming with desktop and server-side workflows, including OBS Studio, vMix, Streamlabs Desktop, Ecamm Live, and PRISM Live Studio. The tool set also includes Lightstream Studio, Restream, Resi Encoder Pro, Wowza Streaming Engine, and VLC Media Player for RTMP push and multi-hop ingest patterns.
The selection criteria focus on where control actually lives during a broadcast, including scene switching, output publishing, and RTMP push behavior. Each tool’s fit is framed around how operators manage ingest endpoints, encoder settings, and repeatable live sessions, not just whether RTMP push exists.
RTMP Encoder Software for live streaming: desktop, browser, and server workflows that publish RTMP
RTMP encoder software turns live inputs into encoded video and audio that can be published to an RTMP or RTMPS ingest endpoint using an RTMP push output. Many deployments rely on scene switching and per-output encoding profiles so operators can change overlays, camera sources, and layout while keeping ingest settings aligned.
OBS Studio is a common reference point because its scene system and source-level filters sit inside one engine that drives RTMP push with controllable per-output encoder profiles. vMix emphasizes a layered input compositing workflow where scene switching is tied directly to configured live output sessions, which changes how operators coordinate layout changes and publishing behavior during a show.
RTMP Encoder Software controls that determine ingest reliability and live pacing
RTMP push reliability depends less on “RTMP support” and more on how an encoder engine applies encoding settings per output while scene changes happen mid-show. Tools that bind scene logic to output sessions make it easier to keep bitrate, keyframe interval, and layout transitions aligned with the ingest endpoint.
Control depth also affects operational throughput when multiple operators touch the same live session. OBS Studio and vMix prioritize encoder profile control per output session, while Ecamm Live and PRISM Live Studio optimize show switching behaviors and overlay workflows.
Scene switching tied to output publishing
vMix ties layered switching directly to configured live output sessions, so layout changes travel with the RTMP output session. PRISM Live Studio updates outgoing RTMP feed overlays without restarting the stream, which reduces ingest disruption during scene changes.
Per-output encoder profile control for RTMP push
OBS Studio exposes per-output encoder profiles so bitrate and keyframe interval control stays consistent across RTMP push outputs. vMix provides stable per-output profile control for RTMP push and RTMPS, which reduces manual tuning drift across destinations.
Overlay and alert triggers integrated into the live control workflow
Streamlabs Desktop combines OBS-style scene collections with Streamlabs alert and overlay triggers tied directly to RTMP output. Ecamm Live centers overlays and source controls in a timeline-like show workflow, so recurring segments stay consistent for RTMP output.
Repeatable publishing workflows for frequent live events
Resi Encoder Pro uses target-driven publishing workflows that standardize encoder configuration per ingest endpoint across repeated live sessions. Restream centralizes RTMP push ingestion routing so one operator can fan out one live feed to multiple platform endpoints.
Server-side ingest handling and live re-encoding options
Wowza Streaming Engine supports server-side transcoding to H.264 with AAC audio output for compatibility targets and pairs this with recording-to-disk and stream health monitoring. Restream acts as a distribution middle layer for multi-destination output, which can reduce local operator work but adds dependence on the hub.
Workflow shape for local installs versus browser-based production
Lightstream Studio runs a browser-based encoding workflow that reduces local encoder install friction while still providing scene switching and layered overlays. VLC Media Player offers built-in RTMP push output for ad hoc desktop re-encode pipelines but lacks rich live scene and multistream orchestration dashboards.
Choose the encoder workflow that matches where control must live during the show
The fastest way to select the right rtmp encoder software is to identify where scene logic and RTMP output settings must be coordinated. Tools that connect scene switching and output publishing reduce the operational gap between “what the audience sees” and “what the ingest endpoint receives.”
A second axis is automation surface. Desktop encoder ecosystems support detailed per-output profile control, while browser-based and distribution middle-layer tools trade tuning depth for faster standardized workflows.
Match scene switching behavior to the live production model
If scene changes must be synchronized with publishing from one desktop workflow, vMix is built around layered input compositing with scene switching tied to each live output session. If recurring shows need one-click scene management with live switch-ready overlays and integrated recording, Ecamm Live fits the show-control workflow first.
Decide whether per-output encoding profiles must be operator-tunable
If ingest compatibility requires operator control over bitrate and keyframe interval per RTMP push output, OBS Studio provides per-output encoder profiles that keep those settings aligned across outputs. If the workflow also needs stable RTMP push and RTMPS profile control under the same session, vMix provides per-output profile control that reduces manual tuning drift.
Pick an orchestration layer based on single-feed fan-out versus encoder-first pipelines
If one RTMP feed must route to multiple platform endpoints with centralized output control, Restream fits the fan-out requirement and keeps the operator focused on one source. If the priority is detailed encoder-first tuning and show graphics control on the same machine, OBS Studio and vMix keep control inside the encoding engine.
Select browser-based standardization or local installation control depth
If live teams need repeatable browser workflows with scene composition and RTMP publishing while reducing local encoder install friction, Lightstream Studio provides a browser-based encoding workflow. If local desktop scene engines and encoding control depth matter more than reducing installs, OBS Studio and PRISM Live Studio provide deeper control paths.
Plan multistream and repeat-session operations with disciplined configuration
For frequent live events that require consistent encoder configuration per ingest endpoint, Resi Encoder Pro standardizes settings via target-driven publishing workflows. For multistream output from scene-based systems like PRISM Live Studio and Streamlabs Desktop, operational discipline is required to prevent mismatched encoder settings across streams.
Use server-side workflow tools when health monitoring and recording-to-disk are required
If server-side live re-encoding, recording-to-disk, and stream health monitoring must be part of the RTMP pipeline, Wowza Streaming Engine supports these operational responsibilities in one server component. If the use case is ad hoc desktop RTMP push testing, VLC Media Player provides built-in RTMP push output support with wide codec compatibility, but automation and orchestration rely on external scripting.
Who should use which RTMP Encoder Software for live streaming
Different rtmp encoder software tools concentrate control in different places. Some keep encoding settings and scene switching inside one desktop engine, while others move standardization to publishing workflows, browser-based production, or server-side pipelines.
The right choice depends on whether the operator must manage live scene transitions with per-output encoder control, or whether the workflow centers on repeatable publishing to one or many ingest endpoints.
Desktop production operators running a single broadcast workstation
vMix supports layered input compositing with scene switching tied directly to each configured live output session, which keeps publishing and layout changes synchronized. OBS Studio adds per-output encoder profiles so bitrate and keyframe interval can be tuned per RTMP push output when ingest endpoints demand precise compatibility.
Studio teams that need show timelines, hotkey-friendly scene changes, and integrated overlays
Ecamm Live and PRISM Live Studio focus on live show control with overlays and scene switching designed for recurring segments. Streamlabs Desktop adds alert and overlay triggers tied to RTMP output, which helps studio teams coordinate graphics with live events.
Live event producers who run repeated shows across the same ingest targets
Resi Encoder Pro standardizes encoder configuration per ingest endpoint using target-driven publishing workflows for frequent live events. This reduces per-stream setup repetition while keeping monitoring focused on ingest problems.
Organizations that need one ingest feed distributed to many destinations
Restream centralizes RTMP push ingestion and routes the same live feed to multiple platform endpoints with centralized output control. This reduces operator load compared with configuring multiple destinations inside a single desktop encoding engine.
Operations teams that require server-side re-encoding, recording, and health monitoring
Wowza Streaming Engine supports server-side transcoding to H.264 with AAC audio output and pairs it with recording-to-disk and stream health monitoring for ongoing RTMP operations. This supports pipelines where operational responsibility is split between encoder endpoints and server-side processing.
Common mistakes when selecting and running RTMP Encoder Software
Live RTMP failures usually come from mismatched encoder settings during scene transitions or from workflow assumptions that do not hold under multi-destination routing. Other failures come from choosing a tool that focuses on show control while leaving encoding tuning to manual intervention.
These pitfalls show up most often in bitrate handling, automation expectations, and multistream configuration discipline across scene-based workflows.
Assuming RTMP stability comes from “default settings” instead of per-output profile control
OBS Studio can maintain stability when per-output bitrate and keyframe interval are tuned manually for each RTMP push output. vMix also relies on careful per-output profile control, so complex layouts should not be treated as an automatic substitute for ingest-specific encoding settings.
Choosing a browser or desktop show editor while underestimating encoding tuning granularity needs
Ecamm Live and Lightstream Studio provide live scene workflows, but advanced encoder tuning is less granular than encoder-first engineering tools. PRISM Live Studio and Streamlabs Desktop also emphasize show control, so custom GOP structure and per-frame logic are harder to drive than in encoder-first ecosystems.
Assuming distribution tools remove operational responsibility for output settings
Restream adds dependence on the distribution middle layer, so output settings are limited compared with dedicated desktop encoder pipelines. Restream routing also means ingest issues can originate upstream of the fan-out, so debugging needs a clear understanding of which hop is failing.
Running multistream output without disciplined configuration alignment across scenes
PRISM Live Studio and Streamlabs Desktop can output multistream feeds, but mismatched settings across streams require operational discipline. Resi Encoder Pro helps by standardizing per-ingest configuration through target-driven publishing workflows, which reduces drift across repeated sessions.
Expecting desktop player tools to match encoder app orchestration for live scenes
VLC Media Player provides built-in RTMP push output for direct ingest workflows, but live scene and multistream orchestration is thinner than encoder apps. Workflow automation in VLC depends more on external scripting than native dashboards, which can slow down live operations.
How We Selected and Ranked These Tools
We evaluated OBS Studio, vMix, Streamlabs Desktop, Ecamm Live, PRISM Live Studio, Lightstream Studio, Restream, Resi Encoder Pro, Wowza Streaming Engine, and VLC Media Player for live RTMP push workflows and multi-hop ingest patterns. Features counted for 40% of the score, with emphasis on how scene switching, overlay triggers, and per-output settings are handled during active streaming.
Ease and value each counted for 30%, with emphasis on operational friction like desktop versus browser workflow shape, setup time for consistent layouts, and how much manual tuning is required to keep ingest behavior stable. OBS Studio placed highest because its scene system and source-level filters run in one engine while per-output encoder profiles provide controllable bitrate and keyframe interval for RTMP push outputs.
Frequently Asked Questions About Rtmp Encoder Software
How do OBS Studio and vMix differ for scene switching and multistream live output to RTMP ingest endpoints?
Which tool is better when overlays and scene state must update the outgoing RTMP stream without restarting?
What breaks if an RTMP workflow needs centralized fan-out to multiple destinations without running multiple encoders?
When should a team choose Lightstream Studio over desktop encoders for browser-based RTMP publishing and repeatable events?
How do Wowza Streaming Engine and PRISM Live Studio handle transcoding responsibilities in an RTMP-centric pipeline?
Which tool is most suitable when RBAC-style admin controls and configuration reuse are required for broadcast operations?
What common RTMP encoder problem shows up in stream health monitoring, and which tools provide it directly?
How do Streamlabs Desktop and Ecamm Live differ for operator-led live shows with hotkeys and studio-style scene control?
When should an operator switch from desktop encoding to VLC Media Player for RTMP push workflows?
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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