GITNUXSOFTWARE REVIEW
Art DesignTop 10 Best Preflighting Software of 2026
Editorial roundup of preflighting software tools, comparing fit for print quality checks and workflows. Includes options such as Markzware FlightCheck.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Markzware FlightCheck is the best pick for print teams that need repeatable PDF checks with actionable failure locations, since its failing-object reporting pinpoints where corrections must happen faster, whereas Kodak Prinergy fits enterprise prepress teams that want flightchecking enforced through the production job so results move downstream with the work.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Markzware FlightCheck
Failing-object reporting includes targeted location details that shorten the path from detection to correction for standard print issues.
Best for: Fits when print teams need repeatable PDF checks with actionable failure locations for production rework decisions.
Kodak Prinergy
Editor pickFlightchecking integrated into a packaged production workflow so validation results follow the job into downstream processing.
Best for: Fits when enterprise prepress teams need repeatable flightcheck enforcement across high-throughput jobs.
OneVision
Editor pickHot-folder style automation paired with exception-style results that production staff can route without manual reinspection.
Best for: Fits when production teams need automated PDF quality gates with batch triage and configurable profiles.
Comparison Table
Markzware FlightCheck
SMBPreflight software that checks fonts, images, colors, and document setup before output.
Failing-object reporting includes targeted location details that shorten the path from detection to correction for standard print issues.
Markzware FlightCheck is a PDF preflighting application built for repeatable print checks against packaging and commercial print expectations. It runs automated inspections for production risk areas such as missing fonts, incorrect output settings, and bad image embedding, with results delivered as inspection reports. FlightCheck supports repeatable workflows through on-demand checks and batch processing for environments that need consistent validation at throughput.
The tool is best suited to teams that want rules-based PDF inspections tied to print production constraints rather than interactive review only. A practical tradeoff is that it depends on rule definitions and PDF content quality, so documents that follow different production conventions may require customized profiles.
For usage, it fits prepress teams that need to gate files before imposition and RIP by producing a standardized report for every submission. It also works when a shop must run the same geometry and embedding checks across many incoming PDFs during recurring production cycles.
- +Batch preflight runs generate consistent reports across large PDF sets
- +Ruleset coverage focuses on production-critical PDF issues and print intent
- +Preview and location details speed up pinpointing failing objects
- +Reports support downstream decision making for rework vs approval
- –Deep rule tuning requires a strong understanding of print vendor standards
- –Workflow integration depends on external automation around FlightCheck
Packaging prepress teams
Gate PDFs before packaging imposition
Fewer production-risk uploads
Commercial print prepress
Validate output settings consistently
More predictable print results
Show 1 more scenario
High-volume print operators
Batch flightcheck incoming document sets
Higher throughput checks
Applies the same inspections across many PDFs using batch runs and standardized reporting.
Best for: Fits when print teams need repeatable PDF checks with actionable failure locations for production rework decisions.
Kodak Prinergy
enterpriseWorkflow automation platform for commercial print that includes PDF preflight and file preparation.
Flightchecking integrated into a packaged production workflow so validation results follow the job into downstream processing.
Kodak Prinergy performs preflight and production readiness checks for print workflows, with validation designed around prepress job preparation. It supports flightchecking of page geometry, color and separation behavior, and font and object embedding so issues get caught before imposition and output.
Prinergy fits into an enterprise MIS or workflow chain because it can ingest packaged production data, evaluate it against configured rules, and route results into job processing. Its distinct strength is governance over end-to-end output quality through repeatable check sets and production-context reporting.
- +Rule-driven flightchecking tied to production job context
- +Catches PDF packaging issues like missing fonts and embedded content
- +Reports results in a way suited for operator review during job prep
- +Works well when prepress teams need standardized checks across many jobs
- –Rule configuration requires prepress knowledge to avoid false positives
- –PDF preview depth depends on the job setup and output profile
Offset print operators
Coordinate signature to plate handoff
Controlled plates progression
CTP managers and schedulers
Plan plate output across operations
More predictable plate planning
Show 2 more scenarios
Multi-process print providers
Apply consistent controls across workflows
Consistent production handoffs
Uses structured prepress processing to keep handoffs consistent between prepress and output environments.
High-volume commercial print teams
Standardize repeat job checks
Less operator variation
Uses templates and repeatable check sets to reduce operator variation across recurring work.
Best for: Fits when enterprise prepress teams need repeatable flightcheck enforcement across high-throughput jobs.
OneVision
enterpriseAutomated preflight and file correction software for print and publishing workflows.
Hot-folder style automation paired with exception-style results that production staff can route without manual reinspection.
OneVision is a fit for shops that treat preflight as an operational control rather than a manual inspection step. Its profile-driven flightcheck approach lets organizations standardize checks around geometry, fonts, and print-critical content before files reach output. Reporting outputs are designed for triage because failures are grouped into actionable findings that can be routed to correction workflows.
A tradeoff shows up when rule customization needs a deeper rule-set understanding, because advanced behaviors often require careful profile design and test iterations. OneVision works best when a pipeline can hand off PDFs through consistent entry points like monitored folders and then consume the results for production routing.
- +Profile-driven flightcheck for consistent rule execution across batches
- +Automation-friendly processing patterns like monitored folder ingestion
- +Actionable reporting that supports repeatable exception triage
- +Configurable quality gates that fit production workflow routing
- –Advanced profile tuning requires iterative validation to avoid false positives
- –Some complex checks depend on well-structured inputs and consistent PDF sources
- –Governance across many rulesets can feel heavy without a clear rollout process
- –Large libraries of rules can slow review if exceptions are not categorized
Prepress production managers
Batch gatekeeping before output release
Fewer bad jobs reach output
Workflow automation engineers
Integrating preflight into processing pipelines
Faster handoff to downstream systems
Show 2 more scenarios
QA and compliance teams
Maintaining consistent rule profiles
More consistent quality across runs
OneVision enforces profile-based checks to keep print-critical requirements consistent across file batches.
Imposition and finishing teams
Reroute based on preflight failures
Reduced rework in later stages
OneVision flags geometry or print-critical defects early so affected work can be corrected before imposition.
Best for: Fits when production teams need automated PDF quality gates with batch triage and configurable profiles.
Esko
enterprisePackaging prepress platform with preflight capabilities for flexographic, offset, and digital print production.
Production-linked flightcheck profiles enforce print-ready constraints across repeatable packaging workflows.
Esko targets prepress teams that need more than document-level linting by mapping checks to production outputs and packaging constraints. Flightcheck rule profiles can be configured to enforce organization-specific standards for print artifacts like trim and bleed positioning and typography integrity. Batch processing supports scaling to large inbound job queues where manual review would bottleneck signoff.
- +Rule profiles align checks with packaging production expectations
- +Batch processing supports high-volume inbound job validation
- +Flightcheck output fits downstream prepress decision points
- +Configurable rules reduce variation across operators
- –Initial rule profile setup requires production-domain knowledge
- –Custom automation requires tighter workflow integration planning
Packaging prepress teams
Validate dieline and page geometry
Fewer press-time layout failures
Brand compliance managers
Standardize PDF/X and font integrity checks
Consistent partner submissions
Show 1 more scenario
Operations managers
Run batch preflight on inbound jobs
Higher throughput before output
Batch validation produces repeatable results for high-throughput job queues awaiting production release.
Best for: Fits when packaging prepress teams need rule-based flightcheck at scale with controlled standards.
Hybrid Software
enterpriseCloudflow-based prepress workflow platform with preflight modules for packaging and commercial print.
Configurable rule sets tied to repeatable execution so the same flightcheck logic runs consistently across jobs.
Hybrid Software supports rule-set based flightchecks that generate actionable findings rather than only pass or fail outcomes. Rule configuration allows teams to align checks to their own requirements for output readiness, including common PDF print constraints. Batch-friendly automation helps when large job volumes need the same validations run on schedule.
- +Rule-set driven flightchecks with repeatable production outcomes
- +Automation surface supports batch runs and triggered preflight
- +API enables integration with job systems and QC workflows
- +Admin controls support governance across teams and rule versions
- –Rule-set maintenance overhead is required to match changing standards
- –Complex workflows need more setup time than point-and-run checks
- –Some advanced validations rely on specialist configuration inputs
- –Large job throughput requires careful queue and worker tuning
Prepress QC leads
Daily PDF readiness checks
Faster defect routing
MIS and workflow teams
Automated job-system handoff
Lower manual coordination
Show 2 more scenarios
Enterprise print operations
Standardized checks across sites
Consistent compliance behavior
Use governed rule execution so multiple teams apply the same validation logic to shared standards.
Print service providers
Client-specific rule variants
Reduced rework cycles
Maintain separate rule configurations for different client requirements and reuse the same automation.
Best for: Fits when print teams need configurable, automated PDF preflight with controlled execution.
Aleyant tFLOW
enterpriseAutomated prepress workflow and preflight software for print service providers.
Job-oriented orchestration that ties flightcheck execution and normalization to production workflow steps.
Aleyant tFLOW differentiates itself with workflow orchestration around PDF preflight, not just a batch rules checker. It focuses on configurable flightcheck rules, automated normalization steps, and export-ready checks that prepress teams can plug into production pipelines.
- +Workflow orchestration keeps flightcheck runs tied to production steps
- +Configurable rule sets support consistent checks across multiple operators
- +Automation-friendly processing reduces manual preflight reruns
- +Integration-oriented design fits pipeline execution rather than standalone review
- –Rule configuration and maintenance require prepress discipline
- –Advanced troubleshooting can be harder than single-application preflight tools
Prepress operators and production leads
Validate incoming PDFs before imposition
Fewer rework cycles.
Brand and marketing asset teams
Standardize PDF exports across suppliers
More consistent deliverables.
Show 2 more scenarios
Print service bureau managers
Automate validations across multiple jobs
Stable throughput.
Orchestrates repeated checks across targets so teams handle high job volumes reliably.
Workflow automation and IT admins
Integrate preflight into pipelines
Reduced manual QA.
Coordinates controlled execution and job validations through integrations with existing production systems.
Best for: Fits when print production needs repeatable preflight with pipeline integration and governance over rules.
Apryse
API-firstComprehensive PDF SDK including preflight and validation capabilities.
Apryse Flightcheck-style validation is designed for API and batch automation, not only interactive preflight screens.
Apryse provides a PDF preflighting workflow for print-ready checks using server-side and client-side components. It supports rules that can validate page geometry, ink-related constraints, and embedded resource details during automated runs.
- +API-first integration for embedding flightcheck automation into existing pipelines
- +Configurable rule logic for ink, geometry, and embedded content checks
- +Batch-friendly processing for large PDF volumes without manual review loops
- +Detailed problem reporting that maps findings to document structure
- –Rule setup and maintenance require workflow discipline to stay consistent
- –Interactive preflight UI depth is not as prominent as in dedicated desktop tools
- –Complex output intent and color intent scenarios can need more tuning than expected
- –Some findings can require interpretation when documents have unusual packaging
Enterprise document pipelines
Run server-side PDF preflight
Lower error rates
Prepress automation engineers
Integrate preflight via API
Standardized validation
Show 1 more scenario
Quality teams for high-volume review
Validate ink-related constraints in batches
More reliable production inputs
Checks ink constraints and embedded details so nonconforming files are flagged before review.
Best for: Fits when production teams need API-driven PDF print checks and consistent rule execution across batches.
veraPDF
open-sourceOpen-source PDF/A validation and preflight tool supported by the PDF Association.
Profile-driven flightcheck engine that validates PDF content against standards-aligned rule sets for consistent production gating.
veraPDF is a preflight tool for PDF print checks that is distinct for its focus on standards-based validation using configurable preflight profiles. It can flag common print risk patterns such as missing or malformed fonts, problematic transparency, and incorrect output intent metadata.
- +Standards-oriented preflight profiles for repeatable flightcheck criteria
- +Granular checks for fonts, transparency-related issues, and output intent metadata
- +Batch workflows support throughput for large file intake
- +Rule-based configuration enables aligning checks to internal production policies
- –Complex profiles require careful rule management to avoid noisy reports
- –Automation and integration depth depend on the chosen deployment path and tooling
- –Advanced remediation steps can be limited compared with dedicated editing tools
- –File-by-file triage still needs manual review for borderline cases
Print production coordinators
Gate PDFs before RIP access
Fewer RIP failures
Prepress teams running automation
Batch run configurable preflight profiles
Repeatable preflight outcomes
Show 1 more scenario
Standards-focused quality groups
Enforce output intent metadata rules
Better metadata compliance
Flags incorrect output intent so production systems can route compliant files downstream.
Best for: Fits when teams need consistent PDF print checks using standards-based profiles and repeatable gating.
PDF Tools AG 3-Heights PDF Validation
API-firstDeveloper API for validating and preflighting PDF documents against industry standards.
3-Heights rule set packs prepress flightchecks around page geometry and production constraints in a repeatable profile.
PDF Tools AG 3-Heights PDF Validation focuses on PDF print preflight with a 3-Heights rule set oriented around production-ready page geometry and ink behavior. The tool checks flight rules like bleed box and trim box alignment plus content constraints used by print workflows.
- +Production-oriented validation rules centered on page geometry constraints
- +Reusable prefflight profile workflow supports consistent flightcheck runs
- +Detailed rule-specific reporting supports targeted corrections
- +Batch processing fits high-throughput print intake operations
- –Less useful for general PDF inspection workflows beyond the 3-Heights production rules
- –Rule threshold tuning needs disciplined configuration to avoid false failures
- –Automation depth depends on integration approach rather than built-in orchestration
- –Limited visibility for fine-grained color forensics compared with broader preflight suites
Commercial print prepress
Validate bleed and trim box alignment
Fewer geometry defects
Packaging prepress teams
Check ink behavior for production
Reduced print surprises
Show 1 more scenario
Production file managers
Route failures to upstream fixes
Quicker upstream remediation
Generates report outputs that target failing rule thresholds for faster correction loops.
Best for: Fits when print intake teams need repeatable production validation for PDFs using 3-Heights profiles.
Heidelberg Prinect
enterprisePrint production workflow software with job preparation, preflight, and process control features.
Prinect workflow integration that ties preflight outcomes to downstream job execution and handoff behavior.
Heidelberg Prinect is a preflighting and job management toolchain built around Heidelberg pressroom and workflow integration. It supports rule-based preflight, PDF inspection, and handoff coordination that fits production lines using Prinect modules and JDF-centric job data.
- +Tight integration with Prinect workflow stages and production job data
- +Rule-based checks for print constraints before PDF handoff
- +Supports automated execution within managed production runs
- +Better fit for lines already using Heidelberg equipment and job messaging
- –Preflight setup depends on aligning rules with the site production model
- –Less suitable as a standalone PDF checker outside Prinect-centered workflows
- –Complexity increases when extending checks beyond standard production expectations
- –Visualization depth can lag dedicated PDF-centric preflight tools
Shop-floor supervisors
Centralize exception handling during jobs
More structured recovery
CTP and plate production teams
Control plate imaging queue progression
Better alignment to queues
Show 2 more scenarios
Prepress operators for recurring jobs
Standardize imposition variations
More repeatable layouts
Applies imposition templates and production rules for jobs with different signatures and layouts.
Prepress operators
Apply repeatable PDF checks
Fewer file issues downstream
Runs rule-based preflight for geometry, bleed, trim, and output intent before downstream steps.
Best for: Fits when prepress teams need preflight that follows Prinect job data through production.
Conclusion
After evaluating 10 preflighting software, Markzware FlightCheck 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 Preflighting Software
Preflighting software turns PDF print checks into repeatable validation runs that production teams can apply across large job sets. This roundup covers Preflight by Markzware, PitStop Pro, and the broader field of preflighting tools, including Hybrid Software, OneVision, and Apryse. The focus stays on how each product handles flightcheck execution, failure reporting, and integration patterns that affect throughput.
Hybrid Software earns the top rank for rule-set driven flightchecks that keep the same logic consistent across jobs. OneVision follows with hot-folder style automation and exception-style results designed for production staff triage. Apryse is included for API-first automation that supports embedding flightcheck checks into existing pipelines instead of relying on interactive preflight screens.
Preflighting Software that runs rule-based PDF print checks for production gating
Preflighting software evaluates PDFs against configurable rule sets to produce flightcheck results for print constraints like packaging expectations, required embedded content, and production-critical formatting issues. The output is meant to flow back into correction decisions through reports that include targeted failure details or job-linked results.
Hybrid Software emphasizes configurable rule sets tied to repeatable execution so the same flightcheck logic runs consistently across batch runs and triggered automation. Apryse emphasizes API-first integration so flightcheck validation can run as a batch process inside existing systems while keeping rule logic consistent for ink, geometry, and embedded-content checks.
Preflighting Software features that determine real throughput and control
The practical difference between preflighting software products is how rule execution is repeated across jobs and how failures are routed to correction work. That difference shows up in batch execution patterns, failure detail targeting, and whether automation runs are designed to integrate into an existing production pipeline.
The features below map to the actual mechanisms each tool uses to run flightchecks and manage rule logic across repeatable PDF intake, packaging workflows, and standards-aligned gating.
Repeatable ruleset execution across batch runs
Hybrid Software uses configurable rule sets tied to repeatable execution so the same flightcheck logic runs consistently across jobs. OneVision provides profile-driven flightcheck execution designed for consistent rule application across batches, using monitored folder ingestion patterns.
Failure reporting that shortens correction time
Markzware FlightCheck produces failing-object reporting with targeted location details that shorten the path from detection to correction. OneVision returns exception-style results that production staff can route without manual reinspection.
Automation surface for pipeline integration
Apryse is designed for API and batch automation so flightcheck validation can run as an API-driven process inside existing systems. Hybrid Software supports automation-friendly batch runs and triggered preflight so validation can run as part of job ingestion.
Workflow-linked flightcheck enforcement
Kodak Prinergy integrates flightchecking into a packaged production workflow so validation results follow the job into downstream processing. Heidelberg Prinect ties preflight outcomes to downstream job execution and handoff behavior inside Prinect-centered workflows.
Governance through job-oriented orchestration and rules discipline
Aleyant tFLOW uses job-oriented orchestration that ties flightcheck execution and normalization to production workflow steps, including multiple operators and rule governance. Esko positions production-linked flightcheck profiles that enforce print-ready constraints in packaging workflows at scale.
Choose by rule execution model, automation integration depth, and how failures get handled
Preflighting software buyers should select based on the rule execution model first, because a ruleset engine designed for repeatability supports consistent gating and reduces rework drift. The second axis is integration depth, because API-first automation changes where flightchecks run and how results get fed back into correction steps.
A final axis is workflow linkage, because tools tied to packaging or Prinect job data keep preflight outcomes synchronized with production stages instead of treating validation as a standalone check.
Pick repeatability over ad hoc checking
Choose Hybrid Software when rule-set driven flightchecks must produce repeatable production outcomes across triggered automation and batch runs. Choose OneVision when profile-driven flightcheck execution and batch triage must stay consistent across batches even when production routing needs exception-style results.
Match failure output to the correction workflow
Choose Markzware FlightCheck when failing-object reporting must include targeted location details that production staff can use for rework decisions. Choose OneVision when exception-style results must support manual routing without requiring staff to reinspect the original PDF.
Decide whether automation needs an API-first integration path
Choose Apryse when flightcheck automation must be embedded into existing systems with an API-first batch automation model. Choose Hybrid Software when automation can be anchored in batch runs and triggered preflight without requiring the validation to be the core integration interface.
Select workflow-linked enforcement when preflight must follow the job
Choose Kodak Prinergy when flightchecking must be integrated into a packaged production workflow so validation results follow the job into downstream processing. Choose Heidelberg Prinect when preflight outcomes must tie directly to Prinect workflow stages and handoff behavior.
Align rule governance scope to the production domain
Choose Esko when print packaging prepress expects production-linked flightcheck profiles that align checks with packaging production expectations. Choose Aleyant tFLOW when governance needs job-oriented orchestration that ties flightcheck execution and normalization to production workflow steps across operators.
Who benefits from these Preflighting Software mechanics
Preflighting software buyers in production environments benefit most when rule execution stays consistent and automation outputs are designed for the correction path. The right choice depends on whether validation needs to run as an API-backed pipeline step, as a hot-folder style gate, or as a job-following workflow stage.
Print production teams running high-volume PDF intake
Hybrid Software supports batch runs with rule-set driven flightchecks that produce repeatable production outcomes across job sets. Esko adds packaging domain expectations through production-linked flightcheck profiles designed for scale.
Operations groups building automated quality gates with triage
OneVision uses hot-folder style automation paired with exception-style results that production staff can route without manual reinspection. Markzware FlightCheck emphasizes actionable failing-object locations that help staff move from detection to correction.
Enterprise prepress teams integrating preflight into production workflows
Kodak Prinergy integrates flightchecking into a packaged production workflow so validation results follow the job into downstream processing. Heidelberg Prinect ties preflight outcomes to Prinect job data and handoff behavior.
Engineering teams automating print checks inside existing systems
Apryse is built for API-first integration so flightcheck automation can run as a batch process in existing pipelines. Hybrid Software provides automation surface support for triggered preflight and batch runs when full API-first embedding is not required.
Prepress managers requiring rules governance across operators
Aleyant tFLOW ties flightcheck execution and normalization to production workflow steps with job-oriented orchestration for multiple operators. Hybrid Software requires rule-set maintenance discipline to keep standards aligned across changing requirements.
Common Preflighting Software mistakes that create false failures or slow rework
Buyers often fail by choosing a tool based on interactive inspection comfort instead of rule repeatability, because production gating depends on stable flightcheck behavior across batches. Other failures come from mismatch between the failure output format and the correction path, or from selecting a standalone checker when the production workflow expects job-linked enforcement.
Choosing a standalone preflight tool when the workflow requires job-following enforcement
Kodak Prinergy integrates flightchecking into a packaged workflow so validation results follow the job into downstream processing. Heidelberg Prinect ties preflight outcomes to Prinect workflow stages and handoff behavior, while standalone usage reduces synchronization with job data.
Underestimating rule configuration discipline for standards-aligned gating
Hybrid Software requires rule-set maintenance overhead to match changing standards, and complex workflows need more setup time than point-and-run checks. Esko and Markzware FlightCheck both demand production-domain knowledge for deeper rule tuning, or false positives increase correction effort.
Expecting consistent API automation from tools that focus on interactive preflight depth
Apryse is designed for API and batch automation rather than only interactive preflight screens. Markzware FlightCheck can generate detailed reports for batch runs, but workflow integration depends on external automation around FlightCheck.
Ignoring how failure detail format affects correction throughput
Markzware FlightCheck provides targeted location details in failing-object reporting, which speeds rework decisions. OneVision provides exception-style results for routing without manual reinspection, which changes how quickly production staff can triage failures.
How We Selected and Ranked These Tools
We evaluated preflighting software on features that support repeatable rule-set execution for flightcheck consistency, and on mechanisms that determine how failures are reported and routed. Feature coverage counted for 40% of the score, with particular weight on batch execution patterns, failure reporting detail, and workflow-linked enforcement models across Preflight by Markzware, PitStop Pro-style contenders, and the broader preflighting field represented by Hybrid Software, OneVision, and Apryse.
Ease and value each counted for 30%, with special emphasis on whether rule logic can stay stable across changing production inputs and whether automation fits the intended deployment shape. Hybrid Software earned the top rank by combining rule-set driven repeatable execution with an automation surface that supports triggered preflight and batch runs, which directly reduces variability across job sets.
Frequently Asked Questions About Preflighting Software
How do preflighting tools produce actionable failure locations for print rework?
Which tools are strongest for hot-folder style automation and batch triage?
How do rule profiles affect repeatability across different operators and locations?
What breaks if a preflight run is not tied to production context and downstream handoff data?
Which products integrate with enterprise workflow chains rather than standalone inspection?
How do API-driven preflight workflows differ from interactive inspection screens?
Which tools provide standards-based validation for PDF content and metadata risk patterns?
How should security and administrative control be evaluated for governed preflight pipelines?
When does preflight validation need normalization or export-ready steps, not only reporting?
How do integrations handle transferring results into downstream systems for routing and gates?
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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