GITNUXSOFTWARE REVIEW
Music And AudioTop 10 Best Sound Level Meters Software of 2026
Top 10 list comparing sound level meters software options, use cases, and key tradeoffs for choosing the right tool in audio and labs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Cirrus Research NoiseTools is the best pick for measurement teams that need repeatable meter-to-report runs because its instrument-connected sessions build calibration checks and session organization into the workflow, while Rational Acoustics Smaart fits acoustics engineers who want transfer-function style multi-channel frequency comparisons
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Cirrus Research NoiseTools
Calibration check and measurement session workflows are built around instrument-connected runs.
Best for: Fits when measurement teams need repeatable meter-to-report workflows with minimal automation requirements.
Virtins Sound Level Meter
Editor pickTime-history capture with later inspection ties broadband metrics to recorded measurement intervals for audit-ready review.
Best for: Fits when field teams need repeatable measurement sessions with post-session spectral review.
Rational Acoustics Smaart
Editor pickReal-time multi-channel frequency analysis built around transfer-function style measurements for system and room behavior comparisons.
Best for: Fits when acoustics engineers need repeatable frequency-domain measurement workflows.
Comparison Table
Cirrus Research NoiseTools
vertical specialistMeasurement software for downloading, analyzing, and reporting data from Cirrus Research sound level meters and noise dosimeters.
Calibration check and measurement session workflows are built around instrument-connected runs.
Cirrus Research NoiseTools pairs sound level meter handling with a software workflow for capturing and managing measurement sessions. Its core capabilities center on time-history logging from supported instruments and post-measurement analysis with exportable outputs for reporting.
NoiseTools also supports calibration checking workflows and measurement session organization so repeated campaigns stay consistent across devices. Automation relies on repeatable measurement configuration and structured exports rather than custom server-side integrations.
- +Tight workflow for instrument-connected level logging and session organization
- +Calibration check support helps keep measurement runs consistent
- +Report-ready exports support day-to-day compliance documentation
- +Clear analysis views for reviewing recorded sessions
- –Automation is mostly configuration-driven instead of API-first
- –Integration depends on supported instruments and available export paths
- –Advanced analysis depth is limited outside supported instrument feature sets
- –Large multi-site governance needs manual file and folder discipline
Environmental compliance teams
Manage recurring noise measurement campaigns
Repeatable compliance documentation
Industrial safety analysts
Run calibration check workflows
Credible measurement chain
Show 1 more scenario
Facilities operations staff
Export time-history results for reports
Faster report turnaround
Capture measurement session data and produce exportable outputs for internal reporting workflows.
Best for: Fits when measurement teams need repeatable meter-to-report workflows with minimal automation requirements.
Virtins Sound Level Meter
vertical specialistPC-based sound level meter software that uses a calibrated sound card to perform real-time octave and third-octave analysis.
Time-history capture with later inspection ties broadband metrics to recorded measurement intervals for audit-ready review.
Virtins Sound Level Meter focuses on measurement campaign workflows where the operator sets weighting, time response, and logging behavior before recording. The tool’s time-history logging supports reviewing measured levels after the fact, which reduces rework when a session ends before results are finalized. Frequency analysis and audio recording options support both broadband and spectral review paths, which helps teams handling tonal content or troubleshooting measurement setups. Calibration check workflows integrate into the measurement flow so field staff can document readiness before long runs.
A notable tradeoff is that deep automation and integration depend more on how Virtins hardware and data output formats are used than on a general-purpose API-first model. Virtins is a strong fit for planned occupational noise monitoring sessions and environmental surveys where repeatable configuration matters more than ad hoc dashboards. For teams that need to stream measurements into internal systems in near real time, the integration path can require additional engineering around exported files or device interfaces.
- +Time-history logging enables after-session review without repeating measurements
- +Built-in frequency analysis supports spectral review for tonal and troubleshooting cases
- +Calibration check steps integrate into the measurement workflow
- +Export-friendly recording output supports offline engineering review
- –Automation and external system integration rely heavily on measurement export workflows
- –Advanced setup choices require disciplined configuration before long campaigns
Occupational safety teams
Workplace exposure measurement campaigns
Less remeasurement, clearer exposure records
Acoustics engineers
Tonal and spectral troubleshooting
Faster root-cause narrowing
Show 2 more scenarios
Environmental monitoring teams
Long-run community noise surveys
More defensible interval selection
Logging supports review of intervals affected by varying conditions across the campaign.
Building acoustics consultants
Insulation-related noise measurements
More consistent reporting workflow
Recorded sessions support later inspection of levels tied to specific measurement runs.
Best for: Fits when field teams need repeatable measurement sessions with post-session spectral review.
Rational Acoustics Smaart
SMBAudio system analysis platform with calibrated SPL metering, spectrum analysis, and transfer function measurement.
Real-time multi-channel frequency analysis built around transfer-function style measurements for system and room behavior comparisons.
Rational Acoustics Smaart supports multi-channel measurement sessions that feed real-time frequency analysis views while the capture runs. It provides workflow tools for calibrating measurement chains and comparing traces across time or configurations. Results can be exported for documentation workflows that require captured data, not only on-screen level indicators.
A tradeoff exists between meter-style simplicity and analysis depth, because Smaart requires careful signal routing and measurement setup to produce meaningful comparisons. Smaart fits teams running repeatable acoustics checks around speaker placement, alignment, and tuning sessions where the frequency response relationship matters more than pure compliance-style logging.
- +Multi-channel real-time analysis supports transfer-function workflows
- +Measurement sessions make trace comparisons repeatable across configurations
- +Calibration-focused workflow helps reduce measurement-chain ambiguity
- +Exportable measurement results support documentation and review cycles
- –Requires disciplined audio routing and measurement setup
- –Level-only monitoring workflows need additional effort to mirror meter UI
- –Long-duration unattended logging is not the core workflow emphasis
Acoustics engineers
Speaker alignment and tuning verification
Fewer rework cycles during alignment
Live sound teams
System performance checks
Faster corrective decisions
Show 2 more scenarios
Studio engineers
Room characterization for mixing decisions
More consistent mix translation
Measure and compare responses to track how treatments and arrangements change system behavior.
Facilities acoustics staff
Reporting after remediation
Clear remediation evidence
Capture repeatable measurement sessions and export results for documented before and after comparisons.
Best for: Fits when acoustics engineers need repeatable frequency-domain measurement workflows.
CESVA Capture Studio
vertical specialistSoftware for downloading, managing, and analyzing environmental and occupational noise measurements from CESVA instruments.
Session-based measurement organization links capture parameters, calibration checks, and exports in one traceable package.
CESVA Capture Studio is used to manage measurement campaigns from the moment a meter session starts through data review and reporting. It records time-history and can package data for downstream analysis, which fits audits and engineering review cycles that require traceability between device setup and results. The workflow is geared toward repeatable measurements across locations, sensors, and operators where consistency matters.
- +Session-centered workflow keeps device setup and results tied together
- +Time-history logging supports engineering review and post-session analysis
- +Report generation turns captured sessions into shareable deliverables
- +Audio export supports documentation alongside measurement results
- –Best results rely on CESVA meters and their supported capture paths
- –Third-party meter data often requires manual preprocessing for consistency
- –Complex projects can demand careful session configuration discipline
Occupational safety teams
Workplace noise exposure survey
Faster compliance reporting
Environmental acoustics engineers
Community noise monitoring study
Clearer technical review
Show 2 more scenarios
Acoustic consultants
Building acoustics measurement campaign
More consistent deliverables
Run structured captures across locations and reuse the same reporting workflow.
Field survey operators
Long measurement campaign management
Fewer handoff errors
Maintain measurement session traceability from start through post-field deliverables.
Best for: Fits when teams run repeatable CESVA meter campaigns and need session traceability to reports.
Room EQ Wizard
SMBFree acoustic measurement application that includes SPL measurement, RTA, and room response analysis.
Impulse-response driven analysis in Room EQ Wizard ties time-domain capture to frequency-domain outputs within one workflow.
Room EQ Wizard performs real-time audio measurement and post-processing for acoustic analysis using a measurement workflow built around audio playback and capture. It supports impulse response capture and frequency analysis from recorded WAV data, with exportable results for documentation and comparison.
- +Audio-capture workflow enables FFT-based frequency analysis from WAV recordings
- +Impulse response capture supports detailed time and frequency post-processing
- +Batch-style repeatability through saved measurement settings and exported outputs
- +Calibration check utilities help validate the measurement chain
- –Requires external sound level meter hardware for standards-grade level compliance
- –Automation and remote administration are limited beyond local measurement workflows
Live sound engineers
Tune PA using captured impulse responses
Actionable response plots
System designers
Align subwoofers using timing views
Improved system integration
Show 2 more scenarios
Acoustic service providers
Document measurements across sessions
Reusable measurement records
Export and compare response data across sessions, positions, and project stages for client handoffs.
Loudspeaker technicians
Compare responses during speaker tuning
Better tuning decisions
Capture and compare loudspeaker responses while adjusting placement, crossover behavior, or equalization.
Best for: Fits when measurement campaigns need repeatable acoustic analysis from recorded audio and exportable results.
Larson Davis LD Atlas
enterpriseSoftware for managing Larson Davis sound level meters and noise dosimeters with data download and reporting.
Measurement session traceability links connected meter settings, time-history logs, and generated reports in one workflow.
Larson Davis LD Atlas pairs Larson Davis Class 1 sound level meters with software workflows for time-history measurement, calibration support, and report generation. It centers on configuring measurements, organizing campaign data from connected instruments, and exporting analysis-ready files for compliance and internal review.
- +Tight instrument-to-log workflow reduces manual data transcription errors
- +Report templates support repeatable documentation for recurring measurement campaigns
- +Calibration-related controls align measurement sessions with traceability needs
- +Campaign data organization makes long-term measurements easier to retrieve
- –Advanced spectral analysis workflows can feel limited versus FFT-focused tools
- –Instrument connectivity and settings require careful setup for consistent runs
- –Automation features depend on how campaigns are configured in the application
- –Export formats focus on reporting needs more than deep custom analysis
Noise compliance engineers
Produce traceable measurement-to-report files
Stronger reporting traceability
Calibration-focused labs
Support repeated calibration workflows
More consistent datasets
Show 1 more scenario
Environmental measurement contractors
Organize campaign data for audits
Less manual spreadsheet work
Organize instrument campaign data from connected meters and export standardized report files.
Best for: Fits when measurement teams need controlled instrument sessions, traceable time-history logs, and repeatable compliance reporting.
Pulsar AnalyzerPlus
vertical specialistAnalysis and reporting software for Pulsar sound level meters, noise dosemeters, and environmental noise monitors.
Session-driven measurement management that ties logged results to calibration steps and exports for review-ready WAV artifacts.
Pulsar AnalyzerPlus turns data from sound level meters into structured noise analysis with session-based measurement workflows. The software supports time-history logging, frequency analysis, and export paths suitable for WAV review and downstream reporting.
- +Time-history logging keeps measurement context for later review
- +Calibration workflow coverage supports repeatable campaign measurement hygiene
- +WAV export supports audit trails and external acoustic review
- +Frequency analysis output fits both survey and longer measurement runs
- –Device pairing and measurement configuration need careful setup discipline
- –Reporting automation is narrower than full compliance document suites
- –API and integration surface is limited compared with platform-wide automation tools
- –Advanced analysis depth relies on selecting the right analysis mode per run
Occupational noise teams
Convert time-history logs into analysis
Structured noise outputs
Field measurement administrators
Manage devices across measurement campaigns
Lower rework between sites
Show 1 more scenario
Calibration and QA leads
Validate measurement credibility with workflows
More defensible results
Use calibration workflows to keep measurement credibility and campaign repeatability consistent.
Best for: Fits when teams need logged measurement sessions, frequency analysis, and consistent exports for recurring noise campaigns.
Acoem Predictor-LimA
enterpriseEnvironmental noise modeling software for transportation, industrial, and urban projects that integrates measured acoustic data.
Predictor-LimA linking between time-history measurements and predictive noise outputs for campaign planning reports.
Acoem Predictor-LimA is a sound level meters software solution built around integrating measurement workflows with predictive noise modeling and campaign reporting. It supports standard sound exposure workflows using time-history logging and automated report generation for recurring measurement programs.
- +Time-history logging supports repeatable measurement campaign workflows
- +Automated report generation reduces manual compilation for compliance packages
- +Predictive modeling ties field measurement results to planning outputs
- +Strong traceability between calibration check and campaign outputs
- –Requires disciplined project configuration to keep results consistent across sites
- –Workflow depth feels heavy for single-session, one-off measurements
- –Integration depends on compatible hardware and data capture paths
- –Advanced analysis features can increase time spent preparing projects
Noise modeling teams
Run measurement programs with predictive reports
Predictive campaign documentation
Long-term monitoring operators
Maintain repeatability in recurring deployments
Consistent long-run results
Show 1 more scenario
Environmental compliance analysts
Generate standard sound exposure reports
Faster standardized reporting
Execute sound exposure workflows using logged measurements and automated report generation artifacts.
Best for: Fits when engineering teams run recurring environmental noise campaigns needing traceable reports and predictive outputs.
Rion AS-60
vertical specialistData management software for transferring, processing, and reporting measurement results from compatible Rion sound level meters.
Measurement campaign run control that ties capture, calibration check handling, and time-history logging into a single operator workflow.
Rion AS-60 targets teams that need sound level meter workflows paired with repeatable measurement campaign handling. It focuses on integrating Rion hardware with measurement capture, time history logging, and report-ready outputs that support environmental and occupational monitoring use cases.
- +End-to-end measurement run control from hardware capture to report outputs
- +Time history logging supports audit-style review of measurement conditions
- +Calibration check workflow fits recurring campaign practice
- +Exported results support external documentation and archiving
- –Deeper setup steps add friction compared with viewer-only tools
- –API and automation hooks are limited for fully custom pipelines
- –Advanced analysis workflows can require project-specific configuration
- –Long-term monitoring requires careful operational management outside the software
Environmental monitoring teams
Control end-to-end measurement campaigns
Tighter run control
Occupational safety assessors
Document measured noise conditions
Clear measurement records
Show 1 more scenario
Field technicians
Keep calibration checks attached to outputs
More consistent field work
Run repeatable configuration steps and export results that include measurement conditions and calibration workflow context.
Best for: Fits when measurement campaigns need controlled runs, time history retention, and report-ready exports for compliance documentation.
Norsonic NorReview
vertical specialistPost-processing and reporting software for analyzing noise and vibration measurements from Norsonic instruments.
NorReview’s measurement-session review workflow keeps acquisition settings and analysis outputs connected for consistent field reporting.
Norsonic NorReview is a measurement software package for capturing and reviewing sound level meter sessions with Norsonic hardware. It supports time-history style workflows that pair logging output with frequency analysis review and report-ready exports.
- +Session-oriented review ties logged data to the measurement context
- +Frequency analysis review supports campaign-level comparisons across sessions
- +Calibration checks can be managed within the acquisition workflow
- +Exports fit typical documentation needs for field measurement deliverables
- –Workflow depth depends on pairing with compatible Norsonic meters
- –Automation and API surface are not positioned for external system orchestration
- –Advanced governance controls for multi-user environments are limited
- –Large-scale throughput and batch management are not a primary focus
IEC field measurement teams
Keep measurement context with stored results
Less context loss
Calibration and acquisition teams
Run repeatable Norsonic measurement steps
More repeatable campaigns
Show 1 more scenario
Acoustic documentation staff
Export report-ready session packages
Report-ready exports
Export campaign results from time-history logging and frequency review for downstream reporting workflows.
Best for: Fits when teams need structured measurement review tied to Norsonic meter sessions.
Conclusion
After evaluating 10 sound level meters software, Cirrus Research NoiseTools 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 Sound Level Meters Software
Sound level meters software connects instrument-connected measurement sessions to recorded results for review, exports, and campaign-style reporting. This guide covers Rational Acoustics Smaart, CESVA Capture Studio, and the other tools that support time-history logging, frequency-domain inspection, and traceable measurement packages.
The practical differences show up in how each tool structures sessions around calibration checks, how it binds logged levels to measurement context, and how much effort is required to move beyond level-only monitoring. Rational Acoustics Smaart emphasizes real-time multi-channel frequency analysis for transfer-function style workflows, while CESVA Capture Studio centers session traceability from capture parameters to exports.
Sound Level Meters Software that manages measurement sessions, time-history logging, and exported analysis
Sound level meters software is used to record A-weighted, C-weighted, or Z-weighted level data and to tie time-history captures to measurement context for later inspection. Tools such as Virtins Sound Level Meter and Pulsar AnalyzerPlus focus on logging intervals for after-session spectral review so broadband metrics can be audited against recorded measurement timing.
In many deployments, the decisive factor is the workflow shape around the measurement run. Rational Acoustics Smaart builds analysis sessions around real-time multi-channel frequency inspection for transfer-function style comparisons, while Cirrus Research NoiseTools builds measurement-session organization around instrument-connected level logging and calibration check support.
Sound Level Meters Software evaluation criteria that change field workflows
Session structure determines whether a measurement run stays traceable from capture settings to exported analysis artifacts. Tools that center measurement-session workflows reduce rework when teams must reproduce results across configurations, calibration steps, and later review cycles.
Measurement-session traceability that binds settings, calibration, and exports
CESVA Capture Studio ties capture parameters, calibration checks, and exports into a single session package so campaign reporting stays consistent across repeat runs. Rion AS-60 also links capture control, calibration check handling, and time-history logging into one operator workflow for report-ready outputs.
Time-history logging that preserves inspection context after the recording ends
Virtins Sound Level Meter records time-history so broadband metrics can be audited against the exact logged intervals during after-session spectral review. Pulsar AnalyzerPlus provides time-history logging that keeps measurement context available when later exporting WAV-based analysis artifacts.
Real-time frequency analysis workflows built for system and room comparisons
Rational Acoustics Smaart supports real-time multi-channel frequency analysis using transfer-function style measurements for system and room behavior comparisons. Room EQ Wizard provides an impulse-response driven workflow that ties time-domain capture to frequency-domain outputs within one analysis environment.
Calibration-check support tied to instrument-connected runs
Cirrus Research NoiseTools builds its measurement session workflows around instrument-connected level logging and includes calibration check support for keeping runs consistent. Rion AS-60 also uses measurement campaign run control that incorporates calibration handling into the operator workflow rather than treating calibration as a separate post-process.
Export and reporting artifacts that match compliance or engineering documentation needs
Acoem Predictor-LimA combines time-history logging with predictive noise outputs and automated report generation for recurring environmental campaigns. Larson Davis LD Atlas emphasizes report templates and traceable time-history logs to support repeatable compliance reporting workflows.
Choose by workflow shape: real-time analysis, after-session audit, or instrument-linked campaigns
Sound level meters software falls into workflow shapes that affect setup effort, review cadence, and how much of the pipeline stays inside the tool. The right choice depends on whether measurement review happens immediately in the field or later from recorded intervals and exported artifacts.
Select real-time, multi-channel analysis when measurement happens during system tuning
Choose Rational Acoustics Smaart when transfer-function style comparisons must run in real time with multi-channel frequency analysis for system and room behavior checks. Choose Room EQ Wizard when recorded audio and impulse-response analysis need to convert into frequency-domain outputs during post-processing.
Pick session-centered capture when teams repeat campaigns and need consistent trace packages
Choose CESVA Capture Studio when a repeatable campaign workflow must link capture parameters, calibration checks, and exports in a traceable session package. Choose Norsonic NorReview when structured measurement-session review must stay connected to Norsonic meter sessions for consistent field reporting.
Choose time-history-first tools for audit-ready review without re-running measurements
Choose Virtins Sound Level Meter when broadband metrics must be tied to recorded measurement intervals for later inspection and spectral troubleshooting. Choose Pulsar AnalyzerPlus when logged measurement sessions need later frequency analysis review with consistent exportable WAV artifacts.
Choose instrument-connected measurement workflows when calibration hygiene must be operator-led
Choose Cirrus Research NoiseTools when calibration check and measurement-session workflows must run around instrument-connected level logging with minimal external orchestration. Choose Rion AS-60 when a single operator workflow must control capture, calibration handling, and time-history retention through report-ready exports.
Choose predictive and automated reporting when compliance packages include modeling outputs
Choose Acoem Predictor-LimA when measurement sessions must feed predictive noise outputs and automated report generation for environmental planning documentation. Choose Larson Davis LD Atlas when repeatable compliance documentation relies on report templates tied to connected meter settings and time-history logs.
Who benefits from the different Sound Level Meters Software workflow shapes
Teams that run repeat measurement campaigns care most about how software keeps calibration steps, acquisition settings, and exports inside one session package. Teams that tune or troubleshoot acoustic systems care most about whether analysis runs in real time on multi-channel frequency content or later from recorded audio.
Acoustics engineers running repeatable system and room behavior measurements
Rational Acoustics Smaart supports real-time multi-channel frequency analysis built around transfer-function style measurements for direct comparison across configurations.
Field teams running instrument-linked measurement campaigns with calibration discipline
Cirrus Research NoiseTools organizes instrument-connected level logging and calibration check workflows so measurement runs stay consistent with reduced manual handling.
Organizations that must audit broadband levels against recorded intervals
Virtins Sound Level Meter ties time-history logging to later inspection so broadband metrics can be reviewed against the exact recorded measurement windows.
Environmental noise teams producing traceable campaign outputs with predictive reporting
Acoem Predictor-LimA links time-history measurements to predictive noise outputs and automated report generation for recurring environmental campaigns.
Common pitfalls when buying Sound Level Meters Software for real measurement campaigns
A frequent failure mode is picking a tool that fits analysis preferences but adds friction to instrument routing, session setup, or export consistency. Another frequent failure mode is assuming automation and external orchestration are a native capability when multiple tools primarily rely on configuration and export workflows rather than API-first integration.
Choosing a frequency analysis tool without planning for disciplined audio routing and measurement setup
Rational Acoustics Smaart supports transfer-function style real-time multi-channel workflows, but it can require disciplined audio routing so level-only monitoring workflows do not end up in a mismatch state.
Assuming third-party meter data will match the session traceability model without preprocessing
CESVA Capture Studio can keep device setup and results traceable inside session packages, but third-party meter data often needs manual preprocessing to keep captures consistent.
Underestimating the setup discipline required for long campaigns with advanced configuration choices
Virtins Sound Level Meter can preserve audit-ready time-history context, but advanced setup choices require disciplined configuration before long measurement campaigns.
Overestimating external automation and API-based orchestration for custom pipelines
Cirrus Research NoiseTools and Cirrus-like workflows can be configuration-driven rather than API-first, which can force reliance on export paths instead of programmatic run orchestration.
How We Selected and Ranked These Tools
We evaluated how each tool structures measurement sessions from capture settings to calibration check handling and export artifacts, and that session workflow depth drove major scoring weight in features. Features accounted for 40% of the total because measurement traceability and review mechanics decide whether campaigns stay reproducible.
Ease and value each accounted for 30% by comparing how much setup discipline and rework the tools require for time-history logging, frequency analysis review, and reporting templates. Rational Acoustics Smaart separated itself with real-time multi-channel frequency analysis built around transfer-function style measurements, which created stronger repeatable inspection workflows for system and room comparisons than session-only or WAV-recording-only approaches.
Frequently Asked Questions About Sound Level Meters Software
How do CESVA Capture Studio and Rion AS-60 structure measurement sessions so calibration checks stay tied to results?
Which tool is better for frequency-domain analysis from audio capture rather than time-history level logging?
How does NoiseTools handle calibration check workflows compared with Pulsar AnalyzerPlus session exports?
What breaks if a team needs automated data routing into a cloud data repository instead of file or structured export workflows?
When do Virtins Sound Level Meter and NorReview fall short for multi-user admin controls inside the app?
How does data migration work when moving previously logged time-history campaigns into a new toolchain?
What tradeoff exists between running a predictive program in Acoem Predictor-LimA and doing post-analysis in Room EQ Wizard?
How do Smaart and Room EQ Wizard differ in calibration-oriented utilities for repeatable capture?
Which tool is most aligned to compliance reporting needs where measurement session traceability must survive report generation?
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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