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Technology Digital MediaTop 10 Best Progressive Web App Builder Software of 2026
Shortlist progressive web app builder software with an editorial comparison of tools like GoodBarber, PWABuilder, and Wappler for teams.
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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GoodBarber is the best pick for SMB teams that want a guided PWA build pipeline with predictable release behavior because its template-driven publishing packages repeated changes while carrying app configuration forward, whereas PWABuilder fits web teams that need deterministic PWA artifacts in CI thanks to config-driven service worker generation.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
GoodBarber
Template-driven PWA publishing workflow that packages changes for repeated releases with predictable app configuration carryover.
Best for: Fits when teams need a guided PWA build pipeline and consistent release workflow without heavy custom code.
PWABuilder
Editor pickConfig-driven service worker generation that produces publishable artifacts aligned with a build pipeline.
Best for: Fits when web teams want deterministic PWA build artifacts inside CI.
Wappler
Editor pickApp logic can be authored visually while still mapping to explicit data and request flows in generated code.
Best for: Fits when teams need a PWA build pipeline with controlled backend integration.
Comparison Table
GoodBarber
SMBNo-code app builder with progressive web app output for content, commerce, and local business use cases.
Template-driven PWA publishing workflow that packages changes for repeated releases with predictable app configuration carryover.
GoodBarber builds progressive web apps with a visual app composer, then turns templates into publishable front ends through its build pipeline and storefront-style publishing workflow. It supports offline-first behavior via a PWA-centric configuration flow, including manifest scope controls and cache invalidation decisions.
The platform also includes a push notification send workflow designed around web push payloads and installation add-to-home-screen expectations. Administration focuses on app-level configuration and media assets, with limited extensibility compared with code-centric builders that expose deeper integration hooks.
- +Visual app composer turns screens and layouts into deployable PWA storefronts
- +App-centric publishing workflow reduces manual steps for repeated releases
- +Offline-first configuration options cover common cache behavior needs
- +Push notification send flow targets web push payload delivery
- –Extensibility is narrower than builders with documented end-to-end API hooks
- –Advanced service worker customization needs more structured workflow
- –Complex cross-page state can require workarounds in template-driven projects
- –Fine-grained cache invalidation tuning may be constrained by UI settings
Retail product teams
Publish installable storefront PWA
Deployable progressive web app
Customer support teams
Turn help articles into PWA
Mobile self-service information
Show 2 more scenarios
Publishers and media teams
Distribute updated content app
Reusable content app
Publishers publish branded content and media into a reusable PWA experience for ongoing updates.
Marketing and brand teams
Combine product and stories
Branded discovery channel
Brands pair product discovery flows with editorial content in a single mobile-like PWA channel.
Best for: Fits when teams need a guided PWA build pipeline and consistent release workflow without heavy custom code.
PWABuilder
developer toolToolset for turning web apps into installable PWAs and packaging them for app stores.
Config-driven service worker generation that produces publishable artifacts aligned with a build pipeline.
PWABuilder automates the PWA build plumbing that typically sits around a web app build pipeline, including service worker and manifest generation. It also provides configuration hooks for offline cache strategy decisions such as which resources get cached and how updates propagate. For teams integrating PWA capabilities into an existing CI flow, the generated artifacts reduce manual drift between environments.
A practical tradeoff is that PWABuilder is stronger at PWA scaffolding than at app UI construction, so teams still need their own front end workflow. It fits teams that already have build scripts and want consistent publish outputs across staging and production using the same configuration inputs.
- +Automates service worker and web app manifest generation
- +Supports configuration-driven offline cache strategy tuning
- +Outputs PWA artifacts that fit CI and continuous deployment pipelines
- +Works well with existing front end build systems
- –UI composition is out of scope, requiring a separate front end tool
- –Caching behavior configuration can be complex for small teams
- –Integration depends on aligning generated artifacts with app routes
- –Advanced distribution packaging requires extra setup discipline
DevOps and release engineering teams
Standardize PWA build outputs in CI
Fewer release-specific PWA changes
Frontend platform teams
Add offline caching without rewiring code
Offline behavior improves
Show 2 more scenarios
Enterprise web teams
Package a web app for distribution
More install channels covered
Produces installable outputs suitable for app wrapper distribution workflows.
Product teams with existing UI stack
Turn a web build into a PWA
Installability added with minimal UI work
Adds manifest and worker scaffolding while keeping the existing UI workflow intact.
Best for: Fits when web teams want deterministic PWA build artifacts inside CI.
Wappler
developer toolVisual web app development platform with support for building installable progressive web apps.
App logic can be authored visually while still mapping to explicit data and request flows in generated code.
Wappler supports a component-centric authoring workflow where UI screens, reusable components, and backend interactions are defined in the same project. It exposes a programmable layer for data fetching and request handling, so app logic can be assembled without abandoning code-level control. Offline behavior and app install outputs depend on how the project is built and configured rather than being a purely declarative checkbox. Teams that already use APIs and need deterministic build output generally get more predictable results than with editors that only manage static front ends.
A key tradeoff is that Wappler projects tend to be better suited to technical teams than to fully non-technical designers. Visual setup can be fast, but advanced PWA behaviors like caching rules and sync behavior still require careful configuration. Wappler fits best when a PWA needs tighter integration with authenticated backend flows and custom request logic than what a drag-and-drop site builder typically provides.
- +Visual composer connects UI actions directly to backend logic
- +Generated build output supports custom request handling patterns
- +Component and page structure stays manageable as projects grow
- +Project-level configuration helps keep deployment behavior consistent
- –Advanced PWA offline and caching behavior needs careful setup
- –Visual workflows can slow down when fine-grained code control is required
- –Team onboarding can require time to learn the project conventions
Product engineering teams
Installable app with authenticated APIs
Fewer integration handoffs
Internal tool teams
Offline-tolerant operations dashboard
Higher resilience during outages
Show 1 more scenario
Workflow automation teams
PWA data capture with server processing
More consistent data entry
Forms and components trigger server logic and return normalized data for UI updates.
Best for: Fits when teams need a PWA build pipeline with controlled backend integration.
Jotform Apps
SMBApp builder for forms, workflows, and business tools that can be published as a progressive web app.
App screens can be generated and configured directly from Jotform form fields and submission events.
Jotform Apps builds progressive web app style experiences inside the Jotform ecosystem using form data as the primary input. Core capabilities include a visual app composer, reusable component templates, and runtime configuration that maps form fields into app screens and actions.
- +Tight coupling between form submissions and app screens
- +Visual composer supports fast layout and component reuse
- +External system connectivity via Jotform automation and API hooks
- +Runtime configuration reduces rebuild time for new field mappings
- –App data model stays closely tied to Jotform forms
- –Offline behavior depends on how pages are packaged and cached
- –Limited control over low-level service worker and fetch interception
- –Complex multi-step flows can become harder to debug
Operations coordinators
Build PWA around form intake
Faster intake to actions
Workflow automation teams
Trigger automations from submissions
Automation from each entry
Show 1 more scenario
Internal tools teams
Ship add-to-home-screen app experiences
Installable access on devices
Teams publish installable web delivery that supports add-to-home-screen style behavior and HTTPS hosting.
Best for: Fits when teams need installable web frontends driven by form data and workflow automations.
Progressier
SMBPWA builder and management platform for installing, updating, and promoting progressive web apps.
Builder-driven publishing that outputs an installable PWA build with release workflow support.
Progressier’s core workflow starts in a visual app composer where layouts, navigation, and component configuration are defined without hand-editing source code. Publishing runs through a build pipeline that produces a web app output suitable for deployment and reuse across environments. Runtime preview helps validate UI behavior before release.
- +Visual builder reduces app assembly time for standard PWA UI flows
- +Release pipeline supports repeatable publishing across environments
- +Runtime preview shortens feedback loops for navigation and interaction changes
- +Packaging and deploy output are designed around installability
- –Deep control over service worker internals is constrained versus code-first PWA stacks
- –Complex offline cache invalidation strategies may require workarounds
- –Custom integrations can depend on how external calls are modeled in the builder
- –Large component libraries can slow iteration when many variants are configured
Product teams and UX teams
Ship UI-focused PWA experiences fast
Fewer UI round trips
Internal ops teams
Deploy offline-tolerant web tools
Continued access offline
Show 2 more scenarios
Client delivery teams
Package and publish repeatable client apps
Repeatable deployments
A release pipeline helps standardize publishing and versioning for multiple app builds.
Frontend engineering teams
Integrate custom services into PWA
Faster integration cycles
Integration hooks support wiring external calls into the app build without fully owning build tooling.
Best for: Fits when teams need no-code PWA releases with consistent packaging and quick UI iteration.
Fliplet
enterpriseNo-code enterprise app platform that supports progressive web apps alongside mobile app deployment.
Built-in publishing and app version controls for coordinating release content across users without manual deployment steps.
Fliplet is a progressive web app builder focused on publishing workflow features for teams that need controlled app releases. It provides a visual app composer, form and page building, and a runtime preview that targets installable mobile-like experiences in a browser.
- +Release workflow helps coordinate page changes across app versions
- +Visual app composer supports fast iteration with a runtime preview loop
- +Form-centric building fits operational use cases like internal checklists
- +Extensibility via API and web hooks supports automation with external systems
- –Custom UI components remain limited compared with code-first PWA stacks
- –Offline cache behavior and cache invalidation strategy require careful testing
- –Integration complexity increases when multiple backend systems must stay in sync
Product release managers
Coordinate controlled PWA releases
Controlled app updates
Field service teams
Deliver installable browser experiences
Mobile-like installable access
Show 2 more scenarios
Content publishing teams
Publish managed content versions
Versioned content publishing
Publishers use built-in content publishing controls to decide what users see across app versions.
Integration-focused developers
Automate updates with web hooks
App updates synced to systems
Teams connect external data sources and trigger automation with web hooks tied to app changes.
Best for: Fits when teams need controlled PWA releases with forms, page workflows, and external automation.
DrapCode
SMBNo-code web app builder that supports progressive web app publishing for custom business applications.
Layout-to-runtime generation that includes installability configuration and offline cache strategy in the build output.
DrapCode is a progressive web app builder that converts a visual app layout into a deployable web app with installable behavior and offline support. It uses a component-centric canvas for screens, shared UI elements, and consistent theming, then generates the app runtime behind the scenes.
- +Component reuse speeds consistent UI generation across multiple screens
- +Offline-first output is grounded in controllable caching behavior
- +Build artifacts are structured for installability flows via web app manifest
- +Visual runtime preview reduces guesswork during layout-to-output iteration
- –Complex logic still needs careful mapping into the builder’s interaction model
- –Automation and API extensibility are limited compared with code-first pipelines
Small business teams
Create installable offline-capable app
Reliable offline access
Design and UI teams
Standardize UI with reusable components
Consistent multi-screen UI
Show 1 more scenario
Web rollout coordinators
Publish to HTTPS with install prompts
Predictable app installation
Deploy outputs target practical rollout needs such as installation prompts and publish-ready service worker assets.
Best for: Fits when teams need fast PWA builds with shared components and offline cache behavior without full hand-coded frontends.
AppMySite
SMBNo-code mobile app builder that also offers progressive web app capabilities for web and commerce brands.
Offline-first controls that let editors tune service worker caching behavior and update handling per build without custom code.
AppMySite builds progressive web apps from templates using a visual page and component editor that targets installability via a configurable web app manifest. The editor supports responsive layouts and reusable UI blocks, so teams can standardize app shells and content across multiple routes.
- +Visual editor supports responsive app shell layouts without manual HTML wiring
- +Reusable component library speeds consistent UI across multiple PWA routes
- +Installability controls include web app manifest configuration and scope handling
- +Offline behavior is adjustable through service worker and cache strategy settings
- –Advanced build pipeline and continuous deployment hooks are limited for custom workflows
- –Automation and API surface for programmatic provisioning is not positioned for deep integrations
- –Offline cache invalidation tuning requires careful testing across update cycles
- –Component-level customization can be constrained by template structure
Web teams and agencies
Package a website as an installable PWA
Configured installable PWA
Prototype builders
Export Android prototype from form screens
Testable Android app package
Show 2 more scenarios
Publishers with existing sites
Convert website into mobile app experience
Distributable mobile app
Organizations reuse web content and navigation patterns while configuring screens for distributable mobile app delivery.
Service businesses and marketers
Deliver brochure-like app shell
Basic mobile presence
Teams present business information and simple navigation in a native-like mobile shell built from website pages.
Best for: Fits when teams need a no-code PWA builder with responsive templates and offline tuning, without custom DevOps for deployment.
Bubble
SMBNo-code web application builder that supports progressive web app setup through manifest and service worker configuration.
Workflow engine that connects UI actions to database state, including multi-step approval logic.
Bubble is a no-code and low-code builder for turning ideas into production web apps with a database-backed workflow engine. Its core strength is visual app composition tied to a persistent data model, plus extensibility through plugins, API connectors, and custom code.
- +Visual workflow engine ties UI events to database writes and approvals
- +Plugin and API Connector extensibility covers OAuth APIs and custom services
- +Role-based permission controls support multi-tenant access patterns
- +Runtime preview speeds iteration on complex interactive screens
- –Offline behavior often depends on plugins and custom client logic
- –Complex data workflows can become hard to refactor at scale
Agencies and service providers
Build customer-facing web applications
Process-specific web app
Product and innovation teams
Prototype conditional flows in browser
Functional prototype for testing
Show 2 more scenarios
Operations teams
Create CRUD interfaces for records
Organized record management
Builders create searchable and editable screens for managing operational records like inventory and orders.
Integration teams
Connect apps to external REST systems
Connected systems workflow
Apps exchange data and trigger actions using REST services, webhooks, or device gateways within one workflow.
Best for: Fits when teams need database-driven PWA web apps with complex workflows and API integrations.
Mobiloud
SMBPlatform for converting websites into mobile apps and web app experiences with PWA support.
Reusable component and template workflow that enforces consistent app shells across multiple pages.
Mobiloud is a progressive web app builder aimed at teams that need repeatable publishing for multi-page frontends and consistent app theming. It combines a drag-and-drop visual composer with a components and templates workflow that maps to installability requirements like manifest setup and service worker registration.
- +Visual composer for page layout plus reusable components workflow
- +Consistent theming controls for branding across multiple app pages
- +Export targets that support wrapper-based distribution paths
- +Runtime preview shortens iteration loops before publishing
- –Limited developer-level control over advanced network handling patterns
- –Governance requires disciplined template and component usage
Multi-location retail teams
Maintain consistent themed app shells
Consistent branded experiences
Content and media operators
Publish updated multi-page PWA builds
Repeatable app publishing
Show 1 more scenario
Deployment and app listing coordinators
Automate publishing shape outputs
Automated deployment updates
Exports support automation around deployment and app store listing updates tied to production-ready package outputs.
Best for: Fits when teams need repeatable PWA publishing with visual composition and wrapper exports.
Conclusion
After evaluating 10 progressive web app builder software, GoodBarber 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 Progressive Web App Builder Software
This buyer’s guide covers progressive web app builder software that turns UI configuration and app logic into installable PWA output using a repeatable build pipeline. The toolkit set includes Progressier, PWABuilder, Wappler, GoodBarber, AppMySite, Jotform Apps, Fliplet, Mobiloud, DrapCode, and Bubble.
The sections after each tool review focus on how releases get packaged and published, how offline behavior is configured, and how much automation and API surface exists for CI and governance workflows. The comparison specifically threads tradeoffs seen across no-code packaging approaches like Progressier and GoodBarber and CI-oriented artifact generation like PWABuilder and Wappler.
Progressive Web App Builder Software for generating installable PWA builds and repeatable release pipelines
Progressive web app builder software generates web app artifacts that satisfy PWA installability expectations by producing the manifest and wiring service worker behavior into the build output. Many tools in this category also provide a visual or low-code editor that outputs deployable screens and app shells without requiring a hand-built frontend from scratch.
Progressier emphasizes builder-driven publishing that outputs an installable PWA build with a release workflow that supports consistent packaging across environments. PWABuilder focuses on configuration-driven service worker generation that produces deterministic PWA artifacts aligned with CI build pipelines, while Wappler adds a visual composer that maps app logic into generated request-handling code paths.
What to compare in a progressive web app builder
Progressive web app builder software earns evaluation points when it turns UI configuration and logic into a repeatable PWA output that includes the web app manifest and service worker wiring. The tools on this list vary most on how releases are packaged, how offline caching behavior is controlled, and how much automation and API surface exists for CI and governance workflows.
The sections below focus on mechanisms that show up in build artifacts and publishing steps, not generic promises. Each criterion highlights concrete differences visible across Progressier, PWABuilder, and Wappler, then extends to the other tools where offline behavior, packaging shape, and release coordination diverge.
Build-to-installable publishing workflow
Progressier emphasizes builder-driven publishing that outputs an installable PWA build with a release workflow that supports repeatable packaging across environments. GoodBarber uses a template-driven PWA publishing workflow that packages changes for repeated releases with predictable configuration carryover.
Deterministic service worker and offline strategy configuration
PWABuilder generates service worker and web app manifest artifacts from configuration so CI pipelines can produce deterministic outputs. AppMySite provides offline-first controls that let editors tune service worker caching behavior and update handling per build without custom DevOps.
Visual UI composition mapped to generated request logic
Wappler lets app logic be authored visually while mapping into explicit data and request flows in generated code. Wappler pairs that capability with a PWA build pipeline that supports controlled backend integration, unlike tools that constrain offline tuning more heavily.
Release coordination and version-controlled publishing controls
Fliplet includes a release workflow and app version controls for coordinating release content across users without manual deployment steps. Progressier also focuses on release pipeline support, but it does so through consistent packaging driven by its builder publishing flow.
Component reuse and consistent app shell generation
Mobiloud enforces consistent app shells across multiple pages with reusable component and template workflows. DrapCode focuses on layout-to-runtime generation that includes installability configuration and offline cache strategy in the build output.
Form-driven screen generation tied to events
Jotform Apps generates app screens and configuration directly from Jotform form fields and submission events. This tight coupling changes how offline cache behavior and packaging decisions show up, compared with builder-first approaches like Progressier.
How to choose a progressive web app builder for repeatable releases
Progressive web app builder selection should start with how build artifacts are produced and how offline behavior is tuned, because those two areas control whether a published install behaves predictably. The tools on this list split into builder-driven packaging and CI-oriented artifact generation, with Wappler adding a generated-code path for request handling.
Next, the decision should branch on whether UI composition and logic mapping are both required in the same tool or whether the workflow can tolerate a separate front end. That choice determines how much fine-grained control remains over service worker behavior, caching invalidation, and advanced offline update handling.
Pick the packaging philosophy: builder-driven output or CI-driven artifacts
Choose Progressier when teams want a builder-driven publishing flow that outputs an installable PWA build and supports a repeatable release pipeline across environments. Choose PWABuilder when CI needs deterministic service worker and manifest generation from configuration that aligns with build pipeline steps.
Decide how much UI composition must live inside the builder
Choose Wappler when a visual composer must map UI actions to generated request-handling code paths with controlled backend integration. Choose PWABuilder when UI composition is not a primary requirement and the main need is configuration-driven service worker generation for CI builds.
Match offline behavior needs to the available control depth
Choose AppMySite when editors need offline-first caching and update handling controls per build without custom DevOps integration. Choose Progressier when offline cache invalidation complexity can be handled through workarounds because deep service worker internals control is constrained versus code-first PWA stacks.
Require release coordination across users or repeated storefront packaging
Choose Fliplet when release workflow and app version controls must coordinate content changes across users without manual deployment steps. Choose GoodBarber when repeated releases require a template-driven publishing workflow that carries app configuration predictably.
Select for consistent multi-page structure or fast build generation
Choose Mobiloud when reusable components and templates must enforce consistent app shells across many pages. Choose DrapCode when layout-to-runtime generation should include installability configuration and offline cache strategy in the build output.
Use form-to-app generation when app screens are event-driven
Choose Jotform Apps when app screens are generated from Jotform form fields and submission events, and the team can accept how the app data model stays tightly tied to Jotform forms. Avoid using Jotform Apps as the primary offline-first builder if packaging and caching behavior needs tight DevOps-style continuous deployment hooks.
Who should buy a progressive web app builder
Progressive web app builders fit teams that need installable PWA output from configuration and logic without requiring a full hand-built frontend pipeline. The match depends on whether the team needs deterministic CI artifacts, a visual composer that generates request-handling code, or release workflow controls for coordinated publishing.
Teams building offline-first experiences also need to check how caching invalidation and update handling are configured, because multiple tools provide offline controls while varying in how much fine-grained service worker control is available.
No-code teams that ship frequent UI iterations as installable PWA releases
Progressier fits when builder-driven publishing must output installable builds and release workflow steps are needed for consistent packaging across environments.
Web teams with CI pipelines that require deterministic build artifacts
PWABuilder fits when service worker and web app manifest generation must be driven by configuration and aligned with a build pipeline that produces repeatable artifacts.
Teams that want visual logic mapping into generated request handling
Wappler fits when the app logic must be authored visually while still mapping to explicit data and request flows in generated code for backend integration.
Publishers that coordinate releases across users and app versions
Fliplet fits when release workflow and app version controls must coordinate page changes across app versions without manual deployment steps.
Operators that build app screens from form fields and submission events
Jotform Apps fits when installable web frontends should be generated and configured directly from Jotform form fields with tight coupling to submission events.
Common mistakes teams make with progressive web app builders
Teams often assume that any builder produces the same level of control over offline behavior, and that assumption breaks during cache invalidation and update rollout. The other recurring failure mode is selecting a builder that produces good installable output but does not support the release pipeline automation and governance workflow the team expects.
The mistakes below target differences that show up in the tool-specific packaging workflow, service worker generation depth, and how easily the builder connects UI changes to CI or backend request handling.
Choosing a UI-first builder without checking whether release automation fits CI requirements
Progressier supports release pipeline support for consistent packaging, but PWABuilder is built around configuration-driven service worker generation that aligns with deterministic CI artifact steps.
Underestimating how complex cache invalidation becomes once offline update handling must be precise
Progressier can require workarounds for complex offline cache invalidation strategies, while Fliplet requires careful offline cache behavior and cache invalidation testing.
Expecting deep extensibility through end-to-end API hooks in template-guided publishing tools
GoodBarber has a template-driven publishing workflow, but extensibility is narrower than builders with documented end-to-end API hooks, so custom automation and advanced hooks can be constrained.
Assuming visual workflows scale cleanly for complex data state transitions without refactoring cost
Bubble can connect UI events to database state with multi-step approval logic, but offline behavior often depends on plugins and custom client logic, and complex data workflows can become hard to refactor at scale.
How We Selected and Ranked These Tools
We evaluated each progressive web app builder on how reliably it turns app configuration and logic into installable PWA output and how repeatable the release pipeline feels for packaging and publishing. Features accounted for 40% of the score by checking whether service worker and manifest generation are automated, configurable, and aligned with build pipeline expectations.
Ease and value each accounted for 30% by assessing whether visual composition and offline tuning reduce iteration friction for teams and whether work is shifted into later steps. Progressier ranked highest because builder-driven publishing outputs installable PWA builds with release workflow support and repeatable packaging across environments while still keeping visual app assembly fast for standard PWA UI flows.
Frequently Asked Questions About Progressive Web App Builder Software
How does Progressier handle build releases compared with Fliplet’s publishing workflow?
Which tool is better when CI needs deterministic PWA artifacts for a service worker and manifest?
What breaks if a team treats offline caching as a one-size-fits-all setting in GoodBarber?
How does Wappler’s low-code model differ from no-code canvases when connecting PWA screens to backend logic?
When do Wix Studio, Webflow, and Shopify teams prefer a PWA-specific builder artifact workflow over a generic site builder export?
How does Jotform Apps turn form data into app screens and actions?
What integration pattern works best for teams that need external web hooks and coordinated content updates?
How do admin controls in GoodBarber compare with Fliplet for managing app-level configuration and media assets?
Which builder is more suitable when installation behavior needs consistent theming and wrapper-friendly export shapes?
Where does Bubble fall short compared with PWABuilder when the requirement is a controlled service worker generation step?
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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