GITNUXSOFTWARE ADVICE
Data Science AnalyticsTop 10 Best Site Capture Software of 2026
Compare site capture software options for teams shortlisting tools, including where Stillio, NavVis, and Apify fit and key tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Stillio is the best choice for SMB teams that need evidence-grade visual website change tracking because it renders page captures you can review on a timeline and runs them on a schedule, while NavVis is the smarter alternative for teams needing controlled indoor 3D site walkthrough documentation instead of web monitoring.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Stillio
Browser-rendered captures with timeline-based visual review for evidence-grade change inspection.
Best for: Fits when teams need visual, evidence-grade website change tracking without code.
NavVis
Editor pickSLAM-based indoor capture for registering dense point clouds into a navigable walkthrough for as-built field verification.
Best for: Fits when teams need 3D site documentation and controlled visualization review, not web scraping or monitoring.
Apify
Editor pickActor runs provide a structured start, execution, and result retrieval lifecycle through Apify’s API.
Best for: Fits when teams need reusable automation modules plus API-driven execution and result retrieval.
Comparison Table
Stillio
SMBAutomated website screenshot tool that captures and stores full-page visual records on a schedule.
Browser-rendered captures with timeline-based visual review for evidence-grade change inspection.
Stillio’s core workflow is built around monitoring defined URLs and saving rendered page captures over time. Captures include the visual state of the page and support side-by-side inspection during review. Change detection is tied to the monitored rendering output, which is more actionable for layout and content shifts than source-only checks.
A tradeoff is that deeper investigations depend on viewing stored captures and any available metadata rather than providing granular DOM-level diff controls. Stillio fits well when teams need repeatable evidence for marketing pages, product landing pages, or documentation pages where visual regressions matter.
- +Rendered page capture preserves what users visually saw
- +Scheduled monitoring supports ongoing documentation of changes
- +Visual review flow reduces time spent reproducing issues
- +Captured artifacts are reusable for cross-team sharing
- –DOM-level diff granularity is limited versus developer tooling
- –Complex pages can require careful URL targeting to avoid noise
Marketing operations teams
Track landing page visual changes
Faster approvals and fewer rework cycles
Customer support teams
Document help-center updates
Quicker incident context
Show 1 more scenario
Web quality teams
Monitor release-day UI regressions
Reduced time to confirm fixes
Captures rendered states to validate changes after deployments.
Best for: Fits when teams need visual, evidence-grade website change tracking without code.
NavVis
enterpriseNavVis combines mobile mapping, panoramic imagery, and point clouds for spatial documentation.
SLAM-based indoor capture for registering dense point clouds into a navigable walkthrough for as-built field verification.
NavVis delivers reality capture and digital-twin style site documentation from mobile and indoor scanning workflows. It focuses on producing georeferenced 3D outputs and navigable 3D walkthroughs for field-to-office review, rather than extracting web content.
NavVis supports capture in constrained environments with SLAM-based positioning and aligns scans into a registered point cloud for measurement workflows. The administration surface centers on managing capture projects and access to shared visualization data, which matters for teams coordinating across sites.
- +Registered indoor and site scans support georeferenced 3D walkthrough review
- +Point cloud alignment workflow reduces manual stitching for multi-scan captures
- +EXIF metadata capture supports traceability of imagery and field context
- +RBAC-style project access supports multi-role collaboration across teams
- –Capture-to-delivery workflow depends on hardware and specific scan planning
- –Automation depth via API is limited compared with web-centric monitoring tools
construction project managers
verify site conditions with 3D evidence
faster field verification
survey and facility teams
revisit indoor spaces for spatial updates
consistent spatial records
Show 2 more scenarios
building documentation teams
maintain navigable as-built indoor models
easier review than drawings
Create a current, reviewable 3D record for renovations and ongoing reference instead of drawings alone.
remote inspection reviewers
review walkthroughs with exact location context
repeatable remote visits
Let remote experts revisit spaces and connect findings to specific locations within the captured model.
Best for: Fits when teams need 3D site documentation and controlled visualization review, not web scraping or monitoring.
Apify
API-firstWeb scraping and automation platform that captures structured and unstructured data from any website at scale.
Actor runs provide a structured start, execution, and result retrieval lifecycle through Apify’s API.
Apify is built around actors that package scraping logic, network behavior, and browser runtime into a deployable unit. An actor can be called by API with structured input, then returns structured outputs that can feed downstream steps. This model supports recurring capture jobs like change detection and scheduled extraction, not only one-off scraping. Apify’s automation surface includes a run lifecycle and run artifacts so operations can be managed without manually driving a browser session.
A key tradeoff is that the actor execution model adds platform overhead compared with a single purpose-built scraper script. Apify is a better fit when capture workflows need reusable modules, automated orchestration through API, and auditable run history for debugging and replay.
- +Actors package scraping logic with configurable inputs and repeatable runs
- +API supports starting runs and pulling results for orchestration
- +Built-in run lifecycle helps debug failures and track executions
- +Reusable workflow building blocks reduce duplication across projects
- –Actor-based execution adds platform overhead versus direct scraping scripts
- –Operational control requires understanding run inputs and outputs
- –Browser automation resource usage needs capacity planning for high throughput
- –Some workflows require custom actor engineering for best results
Growth engineering teams
Schedule extraction across many listing pages
Automated updates with less manual work
Market research analysts
Standardize multi-site data capture
Comparable datasets across campaigns
Show 2 more scenarios
Data engineering teams
Orchestrate capture with ETL jobs
Fewer brittle glue scripts
API-driven job start and result retrieval integrate with workflow schedulers and ETL stages.
Monitoring teams
Detect changes in structured page content
Change detection at scale
Scheduled actors capture page fields and outputs can be diffed downstream for alerts.
Best for: Fits when teams need reusable automation modules plus API-driven execution and result retrieval.
DroneDeploy
enterpriseDroneDeploy combines drone mapping, 360-degree imagery, and site progress analysis.
Construction-focused project review that ties georeferenced deliverables to ongoing progress comparisons within a single review workspace.
DroneDeploy turns drone capture into reviewable site deliverables with a workflow designed around field missions, processing, and stakeholder access. Its mapped output can be used for construction progress comparison and defect documentation workflows that rely on consistent georeferencing and project organization.
- +Mission to deliverables workflow keeps capture outputs tied to project context
- +Structured site review supports stakeholder markup and progress comparison
- +Consistent mapping outputs help reduce rework during multi-week construction tracking
- +Project permissions centralize access control for field and office teams
- –Deep automation depends on integration work outside the core capture workflow
- –Large sites can create high review overhead when many deliverables accumulate
- –Export paths vary by deliverable type and can require manual post-processing
- –Governance controls are stronger for projects than for fine-grained asset sharing
survey and design teams
create 3D and surface models from drone images
contextual 3D outputs
construction site teams
organize recurring progress imagery by mission
consistent progress records
Show 2 more scenarios
inspection and field operations teams
annotate mapped views for shared inspections
faster evidence review
Use review views tied to mapped imagery to document findings and share them with stakeholders.
earthwork contractors
measure stockpiles and earthwork volumes
volume takeoffs from maps
Use processed terrain and surface outputs to derive map-based measurements and volume estimates.
Best for: Fits when construction teams need repeatable drone mapping workflows and controlled review cycles across multiple stakeholders.
ArchiveBox
open-sourceSelf-hosted internet archiving solution that saves HTML, media, PDFs, and screenshots of web pages.
ArchiveBox builds a local archive index that ties each capture to stored artifacts and extracted content for retrieval.
ArchiveBox is a site capture system built around a local archive repository that can be configured to pull content from provided URLs, feeds, or crawl targets. Captures include saved HTML and extracted assets, and runs can be automated through job commands and scheduled workflows. Results are stored for later review with search and an archive index, which makes it easier to audit what was captured at a specific time.
- +Self-hosted archive repository keeps captured content under local control
- +Configurable capture pipeline supports repeatable URL and crawl jobs
- +Saved HTML plus extracted content supports later inspection and diffing
- +Archive index plus search speeds finding previously captured pages
- –Browser-style rendering capture can raise CPU and storage usage
- –Operational setup and maintenance require ongoing attention
- –Large-scale recrawls need careful queue and retention planning
- –Automation surface is stronger for capture runs than for complex monitoring workflows
Compliance teams
Archive policy pages after change
Faster change verification
Legal operations
Preserve evidence from challenged URLs
Repeatable evidence snapshots
Show 2 more scenarios
Product research teams
Track UI copy and layout over time
Clear content evolution timeline
Re-capture known pages and compare saved render and extracted content between runs.
SEO and web analysts
Archive competitor landing pages
Time-based content lookup
Define capture targets and keep a searchable historical archive of landing pages.
Best for: Fits when teams need repeatable web page capture with local retention for audits and investigations.
Buildots
vertical specialistBuildots analyzes site imagery against construction schedules and digital project plans.
Punch list management that turns site captures into structured defects with review states for each capture cycle.
Buildots focuses on construction progress capture and punch monitoring with a workflow designed around field documentation rather than generic computer-vision scraping. It supports mobile capture flows that tie images to project context so teams can review work, log defects, and compare progress over time.
- +Field-first capture workflow links observations to location and timeline
- +Structured defect and punch handling reduces ad hoc reporting
- +Review UI supports cross-checking progress across multiple capture sessions
- +Project integrations help route findings into existing site management
- –Less suitable for non-construction sites that need fully custom capture taxonomies
- –Automation depth depends on how much configuration is done per project
site managers
capture daily progress evidence
less manual status narration
general contractors
verify installs against BIM elements
evidence-backed installation visibility
Show 2 more scenarios
project controls managers
review schedule and progress variance
earlier slippage visibility
Analyze measured progress with project data to surface differences between planned and observed work.
field supervisors
trace observations to specific work areas
less ambiguity in reviews
Organize photos and findings by work area so reviews map issues to the relevant deliverables.
Best for: Fits when contractors need repeatable visual progress documentation and punch tracking tied to site context.
SiteAware
vertical specialistSiteAware processes reality capture data for construction progress and site intelligence.
Scheduled capture runs with browser review workflows that turn field walkthroughs into shareable project evidence for ongoing progress tracking.
SiteAware captures construction site documentation through scheduled visual walkthroughs and structured media capture, with an emphasis on repeatable progress evidence. The product supports browser-based review workflows that consolidate captured assets into shareable site views for stakeholders.
- +Project-based capture organization keeps site evidence grouped by location and timeframe
- +Browser workflows reduce dependency on custom viewer installs for stakeholders
- +Configurable capture schedules support repeatable documentation cycles
- +Exportable evidence files help feed external reporting and recordkeeping
- –API and automation surface is less explicit than code-first capture tools
- –Advanced integration often requires manual steps to align evidence with internal schemas
- –Limited coverage of 3D reality capture outputs compared with photogrammetry-focused vendors
- –Multi-site governance requires disciplined project setup to avoid access mistakes
Construction project managers
Track site progress with scheduled walk-throughs
Clear progress documentation for audits
General contractors
Verify subcontractor work via shared site views
Faster sign-off on completed work
Show 2 more scenarios
HSE and compliance leads
Document safety checks during jobsite visits
Reduced risk of missing records
Organizes structured media capture to support consistent safety evidence collection for inspections and compliance.
Client stakeholders and auditors
Review evidence without onsite access
Lower effort for review cycles
Provides browser-based access to shareable capture views so remote reviewers can assess project documentation.
Best for: Fits when construction teams need repeatable site walkthrough evidence with stakeholder sharing and exports, not deep capture engineering.
Matterport
SMBMatterport produces navigable 3D spaces from cameras and mobile devices.
Matterport model publishing with measurement-linked walkthrough navigation tailored to indoor space reviews.
Matterport captures indoor spaces with guided photogrammetry to generate navigable 3D scenes for site walkthroughs. It publishes assets as a reality capture model that supports measurement-linked workflows and consistent georeferenced context via embedded imaging metadata.
- +Guided reality capture workflow produces consistent indoor 3D scenes quickly
- +Measurement-oriented viewer experience supports walk-through plus dimensional review
- +Project-based content management helps keep multiple locations organized
- +Publishing model supports stakeholder viewing without rebuilding workflows
- –Capture and processing are optimized for indoor walkthroughs, not broad web-scale scraping
- –API and automation depth focus on content management, not capture pipeline control
- –Governance and integrations require planning to standardize deliverables
- –Large photo sets can create operational overhead during ingestion and review
Facilities managers and property operators
Document building rooms and site conditions
Shared spatial documentation across teams
Construction teams and designers
Review site walkthroughs in browser
Faster review and alignment
Show 2 more scenarios
Insurers and restoration professionals
Capture damage for remote claim review
More consistent loss assessments
Attach consistent spatial context and measurements to affected areas for adjusters.
Property managers and space planners
Plan layouts from measured indoor captures
Improved planning with spatial context
Use floor plans and navigation to inform layout discussions and baseline dimensions.
Best for: Fits when teams need repeatable indoor field documentation and stakeholder walkthroughs with controlled content delivery.
Pix4D
professionalPix4D converts drone and terrestrial imagery into maps, models, point clouds, and measurements.
Pix4D Cloud project hosting and collaboration for reviewing processed outputs outside the desktop workstation.
Pix4D is a photogrammetry and reality capture workflow tool used to turn geotagged imagery into measurable 3D outputs. Core capabilities include point cloud generation, reality mesh creation, orthomosaic production, and export formats intended for downstream CAD and GIS use.
- +Turnkey photogrammetry pipeline from geotagged images to orthomosaics
- +Strong export set for CAD and GIS style handoff
- +Pix4D Cloud supports shared access to projects and outputs
- +Repeatable processing workflows for multi-site capture sets
- –Automation surface is limited compared with API-first site capture products
- –Requires careful ground control and image capture planning for RTK-like accuracy
Construction project teams
Compare repeated site captures for progress reviews
Shareable progress documentation
Civil site managers
Review surface changes for earthwork reporting
Surface comparisons for reporting
Show 2 more scenarios
Asset inspection specialists
Create measurable models from drone imagery
Measurable inspection outputs
Specialists convert site imagery into structured 3D outputs used for inspection records and measurements.
Survey program operators
Standardize processing across recurring field campaigns
Consistent outputs across projects
Operators apply consistent settings and quality checks across multiple capture jobs for comparable results.
Best for: Fits when project teams need repeatable drone or camera photogrammetry processing with measurable outputs and export-ready handoff.
ArchiveWeb.page
SMBArchiveWeb.page records webpages locally in browser-based web archive formats.
ArchiveWeb.page preserves site snapshots as retrievable archived artifacts for later viewing and sharing, not as extracted structured datasets.
ArchiveWeb.page focuses on capturing and archiving websites into shareable snapshots for later reference, with a workflow geared toward persistent “as-seen” records. It supports visual capture that preserves page layout, while export and storage choices target repeatable retrieval for monitoring and research use cases.
- +URL-based snapshot capture fits straightforward site archiving workflows
- +Visual snapshot retention helps teams compare pages over time
- +Shareable archived artifacts reduce manual documentation effort
- +Job-oriented capture setup supports repeat runs for monitoring
- –Limited evidence of deep data modeling for extracted content
- –Automation and API surface appear thin for custom pipelines
- –Governance controls for teams and audit trails are not clearly granular
- –Throughput and scaling controls for large URL sets are not prominent
Legal ops and compliance teams
Store evidence of changed web pages
Reliable “as-seen” documentation
Competitive intelligence analysts
Track competitors’ site updates over time
Clear change history
Show 2 more scenarios
Research teams and academics
Archive source pages for reproducibility
Reproducible web references
Exports repeatable snapshots that document how web sources looked at capture time.
Marketing teams monitoring offers
Record landing page variants for claims
Fewer content disputes
Captures visual snapshots to support internal review of offer wording and layout.
Best for: Fits when teams need recurring visual site snapshots for monitoring and reference without building a custom data pipeline.
Conclusion
After evaluating 10 site capture software, Stillio 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 Site Capture Software
Site capture software records a site view for later inspection, evidence, or downstream processing. This guide covers Apify, ArchiveBox, Stillio, DroneDeploy, SiteAware, NavVis, Buildots, Pix4D, Matterport, and ArchiveWeb.page across web capture workflows and site documentation workflows.
These tools differ in how they execute capture runs, how they package results, and how they support automation via API or repeatable job execution. Apify is positioned around structured actor runs with API-driven start and result retrieval. ArchiveBox focuses on a local archive index that ties each capture to stored artifacts and extracted content for retrieval.
Site Capture Software for evidence-grade snapshots, monitoring runs, and structured capture pipelines
Site capture software produces repeatable records of a web page, a site walkthrough, or a project location so teams can compare what changed and retrieve captured artifacts later. Tools like Apify run capture logic as structured actor executions that accept inputs and return results for orchestration.
Other platforms emphasize different outputs such as local archive repositories or evidence-grade visual inspection. ArchiveBox builds a local archive index that keeps captured content under local control and supports configurable capture pipelines for repeatable URL and crawl jobs. Stillio focuses on browser-rendered captures paired with timeline-based visual review for evidence-grade change inspection. DroneDeploy and SiteAware center capture workflows around construction review cycles and stakeholder sharing rather than code-first capture control.
Evaluation criteria for Site Capture Software
Site capture tools should clarify how capture runs are executed, repeated, and retrieved so evidence can be re-collected with the same workflow. Apify uses structured actor runs with API-driven start and result retrieval, which supports orchestration across capture schedules and downstream automation.
API-driven capture orchestration and run lifecycle
Apify provides actor runs with a structured start, execution, and result retrieval lifecycle through its API for orchestration. ArchiveWeb.page captures URL-based snapshots for later viewing and sharing without the same API-centric execution model.
Repeatable capture packaging tied to stored artifacts
ArchiveBox keeps captured content under local control by building a local archive index that ties each capture to stored artifacts and extracted content. Apify packages scraping logic into actors with configurable inputs and repeatable runs so results can be pulled per execution.
Evidence-grade visual capture and change inspection workflows
Stillio renders pages and pairs captures with timeline-based visual review for evidence-grade change inspection. ArchiveWeb.page preserves visual snapshots for later viewing and sharing, but it does not provide deep extracted content modeling for custom datasets.
Construction-focused capture-to-review workspace linkage
DroneDeploy ties georeferenced deliverables into a single construction review workspace so stakeholders can mark up and compare progress. SiteAware organizes scheduled browser-capture runs into projects for shareable site evidence and exports, with a less explicit automation surface than code-first tools.
Indoor 3D walkthrough capture and point cloud registration
NavVis uses SLAM-based indoor capture and point cloud alignment to deliver a navigable walkthrough for as-built verification. Matterport publishes indoor models with measurement-linked walkthrough navigation aimed at consistent indoor space reviews rather than web-scale monitoring.
Decision framework for selecting Site Capture Software
Capture software choices split based on whether evidence needs an API-driven execution pipeline or a review-first repository of snapshots. Apify supports structured actor runs with API start and result retrieval, while ArchiveBox emphasizes a locally hosted archive index that keeps artifacts and extracted content under local control.
Select an execution model: API-driven runs versus repository-first capture
Choose Apify when capture must be started and orchestrated via API with repeatable actor runs and result retrieval for automation. Choose ArchiveBox or ArchiveWeb.page when teams want local or snapshot-based retention that prioritizes retrieval of stored artifacts over capture pipeline control.
Match output packaging to retrieval needs
Choose ArchiveBox when captured content must be indexed in a local repository so each capture maps to stored artifacts and extracted content for later investigation. Choose Apify when results must be pulled per run for workflow automation, not just stored for human review.
Pick the monitoring workflow: human visual timelines versus structured automation outputs
Choose Stillio when evidence depends on browser-rendered page captures tied to scheduled monitoring and timeline-based visual inspection. Choose ArchiveWeb.page when the main need is recurring visual snapshots for monitoring and reference without building extracted structured datasets.
Choose the construction review layer: stakeholder workspace versus field walkthrough evidence
Choose DroneDeploy when capture outputs must tie directly to a construction review workspace with progress comparison and stakeholder markup in one environment. Choose SiteAware when repeatable browser workflows must convert site walkthroughs into shareable project evidence with scheduled capture runs and exports.
Choose capture domain: web capture versus indoor 3D verification
Choose NavVis or Matterport when the capture target is indoor space documentation and walkthrough review. Choose Apify, ArchiveBox, Stillio, DroneDeploy, or SiteAware when the primary target is web capture workflows or construction site monitoring evidence rather than SLAM-based indoor point cloud walkthroughs.
Who Site Capture Software is for
Organizations need site capture software when they require retrievable evidence that can be compared across time, tied to a location or URL, and reused for investigations or delivery workflows. The right fit depends on whether capture is primarily automation-driven or review-driven.
Automation-focused engineering teams running repeatable capture workflows
Apify fits teams that need actor-run execution with API start and result retrieval so captures can plug into orchestration pipelines.
Investigation and audit teams needing locally retained capture artifacts
ArchiveBox fits teams that want self-hosted archive repositories that keep captured content under local control and support repeatable URL and crawl jobs.
Construction stakeholders managing progress comparisons and evidence cycles
DroneDeploy fits teams that need georeferenced deliverables tied to a single construction review workspace for markup and progress comparisons.
Facilities and contractors verifying indoor spaces via walkthrough review
NavVis fits teams that need SLAM-based indoor capture and point cloud registration for navigable 3D walkthrough verification.
Contractors running punch list cycles from field observations
Buildots fits teams that require punch list management that turns site captures into structured defects with review states per capture cycle.
Common pitfalls in Site Capture Software selection
A common failure mode is selecting a tool that stores screenshots well but does not provide the automation surface needed for orchestrated capture runs. Another failure mode is assuming indoor 3D capture tools can serve web capture monitoring needs without rethinking the capture domain.
Choosing a snapshot-only product when the workflow needs API-driven capture orchestration
ArchiveWeb.page preserves visual snapshots for later viewing and sharing but shows thin automation and API surface for custom pipelines, which can block run orchestration that Apify supports.
Assuming evidence workflows will scale without review governance
DroneDeploy ties deliverables to a review workspace, and large sites can create high review overhead as deliverables accumulate, so governance around review cycles matters in capture planning.
Selecting an indoor model or point cloud workflow for web-scale monitoring
NavVis focuses on SLAM-based indoor capture and point cloud alignment for walkthrough verification, while Apify is centered on web capture logic executed via structured actor runs.
Overestimating visual diff granularity when monitoring relies on rendered page evidence
Stillio preserves what users visually saw using browser rendering, and DOM-level diff granularity is limited versus developer tooling, so fine-grained change detection may require different tooling.
How We Selected and Ranked These Tools
We evaluated the ten tools by focusing on capture automation and result retrieval so evidence can be orchestrated rather than manually collected, with feature depth at 40% weight. Ease and operational value each account for 30% by scoring repeatability, scheduling usability, and how capture outputs can be reused in downstream workflows.
Apify ranked highest because actor runs package capture logic into structured inputs and repeatable executions, and the API supports starting runs and pulling results for orchestration. ArchiveBox and Stillio ranked highly for evidence retention and visual monitoring workflows, while DroneDeploy and SiteAware ranked for construction review workflows that tie capture to stakeholder markup and progress comparison.
Frequently Asked Questions About Site Capture Software
How do Apify, ArchiveBox, and ArchiveWeb.page differ in capturing dynamic pages and preserving results?
Which tool provides an API-first workflow for starting capture tasks and pulling results programmatically?
When teams need evidence-grade visual change tracking, how do Stillio and the construction tools handle capture outputs?
What breaks if an organization expects web scraping behavior from NavVis or Pix4D?
How do admin controls and access boundaries compare across DroneDeploy, SiteAware, and Matterport?
Which tool best supports construction progress documentation tied to punch lists and structured issue states?
How does data migration work when switching from a monitoring archive to a local retention system?
What automation tradeoff exists between Apify and Pix4D Cloud for repeatable runs?
How do security and operational controls show up in tools that centralize workflows versus those focused on publishing?
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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