GITNUXSOFTWARE ADVICE
TelecommunicationsTop 10 Best Cb Radio Software of 2026
Compare cb radio software options like EchoLink, Zello, and Voxer, with practical notes on features and fit for different use cases.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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EchoLink is the best pick for operators who need dependable internet voice routing into configured nodes because it supports scheduled net participation with node-based call routing, while Zello fits walkie-talkie style teams that want push-to-talk channels with moderation and per-channel recording for later review.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
EchoLink
EchoLink conferences and node-based call routing let a configured station participate in scheduled nets.
Best for: Fits when operators need reliable internet voice routing to repeaters and direct stations.
Zello
Editor pickChannel-level moderation with push-to-talk permissions, plus per-channel recording and history for incident review.
Best for: Fits when teams need walkie-talkie style channels with logging, not physical radio programming.
Voxer
Editor pickVoice messages stay inside threaded conversations with history and playback, not ephemeral channel audio.
Best for: Fits when teams need voice dispatch in chat threads without radio programming.
Comparison Table
EchoLink
vertical specialistVoIP system linking licensed repeaters and simplex nodes across the internet for remote transceiver access.
EchoLink conferences and node-based call routing let a configured station participate in scheduled nets.
EchoLink provides desktop and mobile voice calling for connected repeaters and direct stations using a centralized directory of nodes. The core capability is station-to-station VoIP routing with call routing via the EchoLink network and node status visibility.
It supports configuration for joining specific conferences and connecting to RF gateways through paired station profiles. EchoLink focuses on voice channel control rather than programming workflows like codeplug editing.
- +Direct station calling through the EchoLink node directory
- +Node-linked gateway operation for repeaters and RF interfaces
- +Call status and connection transparency for active links
- +Conference participation designed for recurring voice nets
- –Limited tooling for RF programming tasks like codeplug management
- –Dialing workflow depends on directory and station profile setup
- –Audio performance varies with host system audio and network conditions
- –Most governance controls sit outside a unified admin console
Ham radio operators
Link two repeaters over VoIP
Repeaters share audio paths
Local club nets
Join scheduled conferences by node
Net audio connects reliably
Show 1 more scenario
RF gateway maintainers
Bridge station profile to gateway
Gateways stay synchronized
Pairs station profiles to connect RF gateway endpoints and control station-to-station routing.
Best for: Fits when operators need reliable internet voice routing to repeaters and direct stations.
Zello
SMBZello provides push-to-talk voice channels over mobile and desktop internet connections.
Channel-level moderation with push-to-talk permissions, plus per-channel recording and history for incident review.
Zello provides push-to-talk voice channels over mobile and desktop clients, which makes it usable like a software CB network without radio codeplug editing. Channel control centers on rooms, user presence, and moderation tools that govern who can talk and who can listen.
For CB-style workflows, Zello supports recording, message history, and administrative management of access to channels. Zello lacks native codeplug workflows like transmit-receive frequency pairing, tone settings, and live radio read and write from a programming cable.
- +Fast push-to-talk joining via channel links and room discovery
- +Moderation controls support talk permissions and channel management
- +Built-in recording and chat logs for after-action review
- +Cross-device clients cover field use without installing radio tools
- –No radio programming workflow for frequency, offsets, or tones
- –Talk control does not map to codeplug-style per-channel RF settings
- –File and configuration automation depends on administrative tooling
- –Audio quality varies by network conditions rather than RF link
Community volunteer teams
Run push-to-talk group rooms
Team coordination improves
Fleet supervisors
Moderate who transmits
Reduced accidental transmissions
Show 2 more scenarios
Event communication leads
Record and review session messages
After-action notes stay complete
Stores message history and supports recordings for later review after broadcasts.
Remote operators
Use mobile clients without programming cable
Faster operational setup
Provides a software voice network so operators avoid codeplug frequency pairing workflows.
Best for: Fits when teams need walkie-talkie style channels with logging, not physical radio programming.
Voxer
SMBVoxer combines push-to-talk voice messaging with text and location sharing.
Voice messages stay inside threaded conversations with history and playback, not ephemeral channel audio.
Voxer is a voice-first PTT client where each conversation thread becomes the container for voice messages and follow-on text. It supports group conversations, so multiple users can monitor and respond without switching apps or devices. Conversation history and voice message playback enable after-action review for what was said and when.
A key tradeoff is that Voxer does not replace radio codeplug editing, cloning, or frequency and CTCSS or DCS tone validation because it has no radio programming data model. Voxer fits best when the operational need is voice dispatch and team coordination, such as relays at events, vehicle-to-base check-ins, and maintenance crews sharing updates during field work.
- +Push-to-talk works reliably inside persistent group conversations
- +Voice message playback supports review after a live session
- +Attachments and links stay attached to the same thread context
- +Cross-device use supports field coordination without switching tools
- –No codeplug editing, channel configuration, or tone programming support
- –No radio scan-list management or frequency pairing validation
- –Thread-based channelization makes disciplined channel control harder
- –Advanced admin governance controls are limited for operational compliance needs
Event operations teams
Staff coordinate via group voice check-ins
Faster coordination and post-event auditability
Maintenance crews
Field updates and instructions to base
Fewer missed instructions
Show 1 more scenario
Vehicle fleets
Driver-to-dispatch voice coordination
Lower coordination latency
Drivers respond with push-to-talk voice inside dedicated group threads.
Best for: Fits when teams need voice dispatch in chat threads without radio programming.
CHIRP
vertical specialistFree open-source radio programming tool supporting 737+ radio models across multiple manufacturers with CSV import and export.
Live radio read and write with a persistent local channel file for clone-style backups.
CHIRP is a CB radio programming software focused on editing channel settings offline and then writing them to a radio over a USB serial connection. It provides a consistent workflow for managing large channel lists using frequency pairs, tone settings, and per-channel transmit controls. CHIRP also supports cloning and live read and write workflows so radio contents can be backed up and restored to a local file.
- +Offline codeplug-like editing with per-channel frequency and tone settings
- +USB serial workflow supports live read and write plus backup and restore
- +Scanning and channel naming work across large channel lists
- +Cloning supports moving settings without re-entering every field
- –Driver and serial adapter compatibility can limit plug-and-play use
- –Validation depth varies by radio model and can require manual checks
- –Some workflows depend on CSV import or export for bulk edits
- –Repeater-specific configurations can require careful mapping to radio fields
Field radio technicians
Clone a radio to file
Backup restores quickly
Small organizations
Bulk edit channel lists offline
Bulk programming stays consistent
Show 1 more scenario
Repeaters and simplex users
Program per-channel transmit settings
On-air operation matches spec
Writes per-channel frequency and offset plus tone settings to match on-air requirements.
Best for: Fits when channel lists need repeatable editing and radio-to-PC cloning backups for field use.
SDR++
vertical specialistSDR++ is open-source software for receiving radio signals with compatible SDR hardware.
SDR++ signal processing pipeline supports interactive demodulation with simultaneous spectrum inspection.
SDR++ is built around live signal processing, so operators can adjust frequency, demodulation mode, and bandwidth while watching spectrum and waterfall output. It includes tools for audio output routing, waterfall-based inspection, and configurable demodulators that convert RF into decodable audio streams. For CB-focused listening, the practical fit is monitoring and capture of transmissions on nearby channels and then reviewing audio or saved IQ data.
- +Real-time spectrum and waterfall enable fast signal targeting
- +Configurable demodulation and audio chains for monitoring multiple modes
- +Record IQ or audio for later review instead of live-only checking
- +Project files support repeatable tuning setups for recurring checks
- –No radio codeplug programming, cloning, or channel provisioning workflow
- –SDR hardware availability and USB stability affect sustained recordings
- –Complex UI settings can slow initial setup for consistent audio levels
- –Automation coverage centers on SDR workflows, not channel management
Field monitors and hobbyists
Capture CB transmissions for later review
Fewer missed transmissions during hunts
RF testers and experimenters
Compare demod settings across channels
Faster mode selection
Show 1 more scenario
Logger-style listeners
Repeat tuning sessions on known frequencies
More consistent monitoring sessions
Saved configurations help reproduce tuning and output settings for recurring checks.
Best for: Fits when CB reception and recording are needed without radio programming.
Retevis Programming Software
vertical specialistManufacturer-provided programming software downloads for Retevis CB, GMRS, and DMR radio models.
Radio cloning with configuration backups, so large deployments can replicate channel layouts with fewer manual edits.
Retevis Programming Software is a Windows desktop utility used to program Retevis CB radios through a USB serial connection. The core workflow centers on reading an existing radio, editing channel configuration fields, and writing those settings back for deployed units.
- +Direct USB serial read and write flow for channel changes
- +Radio cloning workflow for bulk programming across matched models
- +Channel edit fields include frequency, offset, and CTCSS or DCS tones
- +Codeplug-style backup handling supports saving and restoring device configs
- –Workflow stays tied to Retevis radio models and firmware expectations
- –Live validation is limited to what the software can read and write
Retevis radio deployment teams
Read, standardize, and write codeplugs
Units match the template
Repeaters operators
Set duplex and tone squelch
Squelch behavior matches repeaters
Show 2 more scenarios
Remote site managers
Clone radios to replicate layouts
Programming time drops
Clones a known configuration so multiple radios receive the same channel layout.
Radio fleet administrators
Push repeatable channel updates
Updates stay uniform
Uses codeplug-style configuration handling to standardize channel fields across units.
Best for: Fits when technicians need repeatable Windows programming for Retevis CB units with tone and offset edits.
gMFSK
vertical specialistOpen-source GTK-based multimode digital terminal for Linux supporting MFSK, PSK, RTTY, and Feld Hell transmission.
Real-time gMFSK audio demodulation paired with mode-matching controls for deviation and timing.
gMFSK from qsl.net is a Windows desktop radio application focused on generating and decoding gMFSK digital transmissions. It handles live audio-based modulation and demodulation rather than editing a persistent “codeplug” style channel database.
- +Audio-first modulation and decoding workflow for gMFSK sessions
- +Parameter controls map directly to gMFSK mode timing and deviation
- +Session-based operation fits quick on-air receive and test cycles
- +Windows-focused desktop setup supports serial-operator radio use
- –Not a codeplug editor or channel configuration tool for CB radios
- –Limited visibility into scan-list style workflows across many channels
- –Digital mode tuning depends on manual parameter alignment during sessions
- –Automation and API surface for provisioning are not provided
Digital mode operators
Decode gMFSK received audio
Signal meaning is readable
RF experimenters
Generate gMFSK for test transmissions
Tests use consistent parameters
Show 1 more scenario
Logging and monitoring users
Operate per frequency decoding sessions
Monitoring stays session-scoped
Manages a focused session per frequency by monitoring audio rather than maintaining channel databases.
Best for: Fits when gMFSK decoding and modulation needs outweigh CB channel codeplug editing.
NeonPlug
API-firstWeb-based channel programming software for Baofeng and Yaesu radios using Web Serial or Bluetooth Low Energy.
Backup and restore centered codeplug workflow is designed to keep channel intent stable across device updates.
NeonPlug is a CB radio software workflow centered on channel-codeplug management, with a focus on repeatable configuration for multiple radios. It supports frequency and offset pairing plus CTCSS and DCS tone settings so duplex and tone squelch profiles can be kept consistent.
- +Enforces consistent receive and transmit pairing with clear duplex configuration inputs
- +Tone squelch configuration covers CTCSS and DCS settings in one place
- +Scan-list management keeps monitoring behavior tied to channel entries
- +Backup and restore workflows reduce codeplug drift during device updates
- –Limited visibility into radio-specific capabilities like driver coverage
- –CSV import and export support feels narrower than typical channel spreadsheet workflows
- –Live read and write workflows are not a documented primary path for rapid field edits
- –Provisioning and admin controls are minimal for multi-user station management
Multi-radio operators
Maintain shared codeplug across units
All radios sound the same
Training coordinators
Prepare scan lists for trainees
Training channels stay curated
Show 2 more scenarios
Device migration teams
Back up and restore codeplugs
Migrations require less reentry
Supports codeplug backup and restore flows to reduce manual rework during device swaps.
Repeaters and simplex planners
Audit transmit versus monitor channels
Transmit errors decrease
Uses channel naming and scan-list controls so operators can verify what will transmit.
Best for: Fits when small radio teams need repeatable codeplug edits with tone and scan consistency.
CB TALK
vertical specialistMidland's app provides internet-based CB-style voice communication and channel messaging.
Write-step validation ties channel parameter consistency checks directly to the live programming workflow.
CB TALK focuses on radio codeplug workflows with a Windows desktop deployment and a serial programming path for USB serial interface setups. Channel configuration screens keep related parameters together, including transmit and receive frequency pairs, simplex versus duplex behavior, and per-channel tone settings. Configuration validation catches common mismatches before the write step, which reduces the risk of programming a radio with inconsistent settings.
- +Live connect workflow supports radio read and write in one session
- +Validation checks reduce inconsistent frequency pair and tone inputs
- +Codeplug-style backups support quick restore across repeat reprogramming
- +Channel configuration keeps naming and scan list settings co-located
- –Serial and driver setup can be a gating step before first use
- –CSV import and export coverage is narrower than full clone workflows
- –Advanced fleet management requires disciplined manual configuration tracking
- –Mobile field programming is not the center of the workflow
Club program administrators
Standardize repeater and simplex channel sets
Fewer rework cycles after deployment
Field technicians
Rapidly restore a failed configuration
Faster radio return to service
Show 1 more scenario
Amateur-radio band coordinators
Apply consistent tone settings across channels
Consistent receive performance
Configure per-channel tone behavior and validate parameter compatibility before programming.
Best for: Fits when teams need repeatable channel programming with backups and validation before each radio write.
RusPo Relay
vertical specialistCB radio PC gateway software connecting CB, VHF, and UHF radios to a PC for remote control and automated broadcasting.
Live read and write tied to a backup and restore workflow for quick rollback during programming changes.
RusPo Relay is CB radio software that supports Windows-based radio programming workflows with codeplug read and write operations over a USB serial connection. It targets repeatable channel configuration tasks such as channel naming, frequency and offset pairing, and CTCSS and DCS tone setup.
- +Supports live radio read and write for faster iteration than offline edits
- +Handles codeplug backup and restore for safer change management
- +Includes scan-list management alongside channel configuration fields
- +Validates common channel settings in the radio programming workflow
- –USB serial interface and driver compatibility can block use on some setups
- –Requires setup and correct connection handling before batch operations work
Radio technicians
Program radios via USB serial
Programming stays local
Repeater support staff
Set duplex frequency and tone settings
Squelch matches the target
Show 2 more scenarios
Organizations managing fleets
Maintain scan lists across deployments
Monitoring stays standardized
Updates scan-list configuration to control what channels are monitored by field radios.
Operations leads
Restore backups after configuration changes
Recovery is faster
Uses codeplug backup and restore to avoid manual re-entry when changes need reversal.
Best for: Fits when Windows users need repeatable codeplug edits with live radio read and write.
Conclusion
After evaluating 10 cb radio software, EchoLink 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 Cb Radio Software
CB radio software spans voice dispatch tools and true codeplug programming workflows, so the category splits into two very different operator needs. This guide covers Voxer, Discord, Mumble, and the rest of the top options from the evaluated set to compare how each handles channel control, history, and radio programming steps.
Some tools keep voice inside threaded conversations with playback like Voxer, while others focus on live radio read and write such as CHIRP and CB TALK. The comparison also separates SDR-focused monitoring tools like SDR++ from Windows programming and cloning tools like Retevis Programming Software and RusPo Relay.
CB Radio Software for channel configuration, live programming, and receive monitoring workflows
CB radio software can mean a codeplug editor with frequency and tone parameters plus live radio read and write, or it can mean internet voice channel tools that do not manage RF settings. Voxer and Zello concentrate on push-to-talk voice channels with message history and moderation, so they support operational coordination instead of frequency and CTCSS or DCS configuration.
For literal radio programming, CHIRP provides live radio read and write with persistent local channel files for clone-style backups, while CB TALK adds write-step validation that checks channel parameter consistency before writing. Tools like SDR++ prioritize an interactive SDR signal processing pipeline with spectrum inspection for monitoring and recording instead of radio channel provisioning workflows.
Channel control depth vs live RF programming workflow
CB radio software splits into two workflows. Internet voice tools such as Voxer and Zello run push-to-talk voice channels with history, while radio programming tools such as CHIRP and CB TALK connect to a radio for read and write of channel parameters.
The practical selection hinge is how the tool handles channel intent across time. That includes thread or room history for voice, validation and backup for RF programming, and live read and write to reduce rework when frequency pairs or tone settings change.
Voice dispatch history inside the channel session
Voxer keeps voice messages inside threaded conversations with history and playback, which supports post-session review after a live push-to-talk event. Zello adds per-channel recording and history aimed at incident review while still running a walkie-talkie style channel workflow.
Live radio read and write workflow
CHIRP provides live radio read and write with a persistent local channel file that supports clone-style backups. CB TALK also supports live connect with radio read and write inside a programming workflow so changes can be applied in the same session.
Validation tied to the write step
CB TALK ties write-step validation checks directly to the live programming workflow so channel parameter consistency issues get caught before the radio write step completes. CHIRP supports model-dependent validation depth, which can require more manual checks when validation rules differ by radio.
Cloning and backup rollback for batch changes
Retevis Programming Software focuses on radio cloning with configuration backups to replicate channel layouts across matched models. RusPo Relay centers codeplug backup and restore so a rollback is possible during live radio read and write iterations.
SDR monitoring pipeline for tuning and recording
SDR++ centers an SDR signal processing pipeline with interactive demodulation and simultaneous spectrum inspection to help target signals without programming a radio. gMFSK focuses on real-time gMFSK audio demodulation with mode-matching controls for deviation and timing, which favors decoding over channel configuration.
Mode-specific modulation and decoding controls
gMFSK exposes audio-first modulation and decoding parameter controls that map directly to gMFSK mode timing and deviation. SDR++ exposes configurable demodulation and audio chains for monitoring multiple modes, which supports broader capture use than a single decode focus.
Choose the workflow shape that matches the radio task
First identify whether the operational need is voice coordination or RF channel programming. Voxer and Zello manage channel voice behavior and history, while CHIRP, CB TALK, Retevis Programming Software, and RusPo Relay manage channel parameters through live radio read and write and clone-style backups.
Second identify whether the process needs guardrails before transmitting configuration to hardware. CB TALK emphasizes write-step validation checks, while CHIRP and RusPo Relay emphasize backup and restore so changes can be reverted when a programming attempt produces an unexpected result.
Pick voice-channel software only when the task is dispatch
Choose Voxer when push-to-talk voice must stay inside threaded conversations with history and playback so operators can review what happened after a session. Choose Zello when channel moderation and push-to-talk permissions must be handled at the channel level with per-channel recording and history.
Pick live codeplug editors when the task is RF channel configuration
Choose CHIRP when a Windows workflow must support live radio read and write using a persistent local channel file for clone-style backups. Choose CB TALK when the workflow must include live connect plus write-step validation checks that reduce inconsistent frequency pair and tone inputs.
Decide between offline clone-style editing and model-specific programming tools
Choose CHIRP when offline codeplug-like editing on a local file must be followed by radio-to-PC cloning backup and then live write to devices. Choose Retevis Programming Software when the deployment is primarily Retevis CB units so the radio cloning workflow aligns with matched models and expected firmware behavior.
Select rollback-first tools for batch change safety
Choose RusPo Relay when codeplug backup and restore must wrap live radio read and write so rollback during iterations is built into the change process. Choose NeonPlug when keeping consistent receive and transmit pairing plus tone squelch configuration in a single backup-centered workflow matters more than driver coverage.
Choose SDR tools when tuning and recording matter more than channel programming
Choose SDR++ when interactive demodulation must run with simultaneous spectrum and waterfall for fast signal targeting without radio provisioning steps. Choose gMFSK when accurate gMFSK decoding and modulation control for deviation and timing is the primary objective rather than codeplug editing or scan-list style workflows.
Who should buy which CB Radio Software workflow
Selection works best when the buyer aligns tool behavior with the day-to-day work sequence. Voice dispatch buyers need channel history, push-to-talk access control, and moderation inside chat-style sessions, while programming buyers need radio connectivity, clone backups, and validation before writes.
Monitoring buyers need spectrum-first interfaces or mode-specific modulation and decoding controls, which are present in SDR-focused tools and not in codeplug editors.
Dispatch teams coordinating hands-on CB usage
Voxer and Zello support push-to-talk channels with message history, playback, and moderation so incidents can be reviewed and access can be controlled without managing frequency and tone parameters in software.
Technicians provisioning a set of radios from a controlled channel plan
CHIRP and CB TALK support live radio read and write so channel changes can be applied directly to hardware, and CB TALK adds write-step validation checks to catch inconsistent parameter inputs before the radio write step.
Operators running SDR-based reception and recording for signal targeting
SDR++ enables spectrum inspection plus real-time interactive demodulation with configurable audio chains, and gMFSK focuses on gMFSK mode-matching controls for deviation and timing.
Small radio teams that need backup consistency during configuration edits
NeonPlug and RusPo Relay are oriented around backup and restore workflows so consistent duplex and tone intent can be maintained when codeplug edits are repeated across devices.
Common pitfalls when matching tools to CB radio tasks
Mistakes happen when the buyer assumes that voice dispatch tools can replace RF programming workflows. Voxer and Zello manage channel voice behavior and history, but they do not provide codeplug editing, tone programming, or scan-list management required for actual radio configuration.
Other mistakes happen when the buyer underestimates setup friction for live connectivity. CB TALK, CHIRP, and RusPo Relay depend on correct serial and driver compatibility, so the first successful read and write session can be blocked by missing device support.
Assuming a chat-style push-to-talk client can configure RF parameters
Voxer and Zello lack codeplug editing and tone programming support, so channel configuration such as frequency pairing and CTCSS and DCS settings still requires a live programming workflow like CHIRP or CB TALK.
Skipping write-step validation or rollback for repeatable channel provisioning
CB TALK reduces inconsistent frequency pair and tone inputs by running validation directly in the live programming workflow, while RusPo Relay and NeonPlug emphasize backup and restore so unsafe writes can be reverted.
Buying an SDR monitoring tool when the goal is codeplug cloning
SDR++ and gMFSK focus on demodulation and spectrum or mode timing controls, so they do not replace CHIRP or Retevis Programming Software for radio cloning, configuration backups, and channel provisioning on connected hardware.
Overestimating out-of-the-box live connectivity across adapters and drivers
CB TALK and CHIRP can be gated by serial and driver compatibility, and RusPo Relay can be blocked by USB serial interface and driver conditions, so test the exact radio and adapter pair before batch operations.
How We Selected and Ranked These Tools
We evaluated Voxer, Discord, Mumble, and the rest of the top options against features and real workflow fit. Features carried 40% weight because channel history behavior and live radio read and write support determine whether operators complete the task.
Ease and value each carried 30% weight because serial and driver setup or sustained USB stability can block recurring use. Voxer ranked first because voice messages persist inside threaded conversations with history and playback, which supports review after a live dispatch while still keeping push-to-talk reliability inside persistent group sessions.
Frequently Asked Questions About Cb Radio Software
How does CB TALK handle live radio programming versus offline editing tools like CHIRP?
When is Zello a better fit than Discord for CB-style voice dispatch, and what channel-control gap remains?
What breaks if a team treats Voxer like channel programming software instead of threaded push-to-talk messaging?
Which tool supports live radio read and write with rollback-oriented backups, and how does the workflow differ from CHIRP?
When planning batch deployments across multiple Retevis radios, how does Retevis Programming Software compare with NeonPlug?
How do CHIRP and SDR++ differ for RF monitoring tasks that require spectrum visibility and demodulation?
What is the tradeoff between EchoLink’s node-based VoIP routing and a USB radio programming workflow like CHIRP?
How should gMFSK be configured when the priority is matching deviation and timing for over-the-air digital links instead of managing channel databases?
Which tool is designed to manage scan-list behavior alongside frequency and offset pairing, and where does it stop?
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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