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Construction InfrastructureTop 10 Best Blueprint Takeoff Software of 2026
Ranked review of top blueprint takeoff software for estimating teams, with takeoff features, export options, and pricing notes, including Kreo.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Kreo is the best fit for estimating teams that want repeatable 2D blueprint takeoff organization and dependable cost-coded exports, while Autodesk Takeoff is the smarter alternative for Autodesk-centered delivery workflows, and Buildxact works as a low-cost entry if you mainly need revision-aware 2D takeoff from PDFs.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Kreo
Measurement scale calibration tied to the takeoff workflow reduces manual adjustment when drawing scales differ.
Best for: Fits when estimating teams need repeatable 2D takeoff organization and dependable export into cost-coded estimates.
Autodesk Takeoff
Editor pickMarkup-to-quantity workflow that preserves plan traceability while producing estimate-ready outputs for bid packages.
Best for: Fits when estimating teams need markup-linked quantities for Autodesk-centered delivery workflows.
Buildxact
Editor pickRevision-aware plan set management links drawing updates to existing takeoff layers and annotations.
Best for: Fits when estimating teams need repeatable 2D takeoff from PDFs with revision-aware rework.
Comparison Table
Kreo
SMBCloud construction estimating software with digital takeoff, quantity measurement, and collaborative bid tools.
Measurement scale calibration tied to the takeoff workflow reduces manual adjustment when drawing scales differ.
Kreo is oriented around 2D blueprint markup for quantity takeoff, with measurement calibration so takeoff dimensions match drawing scale. Takeoff layers and templates help teams apply consistent scope-based organization across repeated estimating cycles. Export focuses on turning measured quantities into estimate inputs, including item lists aligned to estimate structures.
A key tradeoff is that Kreo’s strongest path is turn-key takeoff-to-export workflows, not custom data remodeling, so teams with heavy schema customization may need extra process steps. It fits situations where estimating staff need repeatable plan navigation, color-coded layer discipline, and fast revision handling within the same bid package workflow.
- +Calibrated measurement workflow improves takeoff accuracy on varied drawings
- +Layer and template structure speeds consistent takeoff organization across bids
- +Plan set navigation supports work tied to specific drawings and annotations
- +Export pipeline converts measured quantities into estimate-ready structures
- –Deep custom data schema work is limited compared with full API-first systems
- –Complex cost-code mapping may require disciplined template setup
- –Revision handling depends on teams linking work to the right drawings
- –Advanced automation needs defined workflow patterns rather than open-ended scripting
Estimating teams
Calibrated quantity takeoff from PDF plans
Faster, more consistent takeoffs
Bid management teams
Revision-aware takeoff annotations per drawing
Lower rework during addenda
Show 2 more scenarios
General contractors
Scope-based layer organization across disciplines
Cleaner scope and estimates
Repeatable templates keep disciplines separated and exports aligned to the estimate breakdown structure.
Takeoff coordinators
Standardized layer templates for staff throughput
More uniform estimating quality
Templates and consistent layer usage reduce variance across estimators and speed plan navigation.
Best for: Fits when estimating teams need repeatable 2D takeoff organization and dependable export into cost-coded estimates.
Autodesk Takeoff
enterpriseCloud takeoff software for 2D plans, 3D models, quantity measurements, and Autodesk Construction Cloud workflows.
Markup-to-quantity workflow that preserves plan traceability while producing estimate-ready outputs for bid packages.
Autodesk Takeoff is built around visual plan review and quantity capture with repeatable templates for common takeoff tasks. It supports organized markup for scoping work across plan sets and lets estimators carry measurements into an estimate-ready workflow rather than treating takeoff as a standalone worksheet. The primary fit signal is Autodesk ecosystem alignment, which reduces friction when projects already rely on Autodesk drawings, model references, or data produced from Autodesk tools.
A tradeoff appears in the governance and standardization layer, where consistent cost-code mapping and measurement conventions require disciplined project setup by the estimating lead. Autodesk Takeoff works well for estimating teams producing recurring bids from standardized plan sets, because templated takeoff organization reduces variation between estimators. It can be less efficient for one-off takeoffs that only need a quick quantity list without markup traceability.
- +Autodesk workflow alignment reduces rework when project data is Autodesk-native
- +Repeatable takeoff sessions support consistent measurement across similar bids
- +Markup traceability keeps estimate quantities tied to plan visuals
- +Export-oriented output supports estimate building outside the tool
- –Cost-code mapping consistency depends on estimator setup discipline
- –Best outcomes require a repeatable plan set workflow
- –Some bid outputs need additional post-processing outside Takeoff
General contracting estimating teams
Repeatable takeoffs from standardized plan sets
Faster bid cycles with fewer mismatches
Project controls and estimating
Cost-code mapped takeoff re-use
More consistent takeoff-to-estimate mapping
Show 1 more scenario
Design-build preconstruction
Plan review with quantity traceability
Reduced quantity review churn
Keeps measurements anchored to plan visuals for easier internal review and addendum response work.
Best for: Fits when estimating teams need markup-linked quantities for Autodesk-centered delivery workflows.
Buildxact
SMBCloud estimating and construction management software with digital takeoff and material pricing.
Revision-aware plan set management links drawing updates to existing takeoff layers and annotations.
Buildxact’s core flow starts with importing PDF plan files, then calibrating scale and measuring from marked drawings using 2D markup tools. Plan set management ties drawings to a project and supports revision tracking so teams can compare updates without rebuilding takeoffs from scratch. Color-coded takeoff layers and takeoff annotations support scoping and review, especially when multiple disciplines share the same plan set.
A practical tradeoff is that complex estimating structures can require more disciplined setup of cost codes and templates before measurements stay consistent across projects. Buildxact fits best when a team repeats the same bid package breakdown patterns and needs faster rework after drawing updates, not when takeoff work is ad hoc across unrelated formats.
- +Plan set management keeps revisions connected to the same estimate context
- +Calibrated drawing scale supports repeatable 2D measurement from imported PDFs
- +Color-coded layers improve cross-discipline handoff during takeoff review
- +Cost-code mapping reduces manual rekeying from takeoff into line items
- –Template and cost-code setup takes time before measurement standards stabilize
- –BIM or IFC-driven takeoff workflows are not the center of the product
- –High-detail markups can slow navigation on large multi-sheet plans
- –Addendum comparison relies on drawing organization staying consistent
Commercial estimating teams
Re-measure after plan addenda
Faster rework with fewer missed quantities
Quantity surveyor groups
Standardize takeoff to cost codes
Reduced manual entry errors
Show 2 more scenarios
Preconstruction project managers
Review markup across disciplines
Cleaner handoffs to estimating
Color-coded layers and annotations keep discipline scope visible for internal checks.
Estimating teams bidding multiple packages
Maintain consistent bid package breakdowns
More uniform estimates across bids
Takeoff templates keep measurement and labeling patterns consistent across bid packages.
Best for: Fits when estimating teams need repeatable 2D takeoff from PDFs with revision-aware rework.
On-Screen Takeoff
vertical specialistConstruction takeoff software for measuring digital plans and transferring quantities into estimating workflows.
Quantity objects remain linked to on-screen takeoff annotations for consistent estimate updates during reruns.
On-Screen Takeoff centers takeoff work around on-screen measurement and annotation on imported plan sheets, then ties quantities to estimating through its takeoff-to-estimate workflow. The core capabilities focus on measurement tools, quantity takeoff organization, estimate takeoff annotations, and export formats for downstream estimating.
- +Fast on-screen measurement with granular quantity objects
- +Takeoff annotations stay tied to measured quantities
- +Plan set navigation supports reruns across multiple sheets
- +Export outputs estimate-ready data for cost assignment workflows
- –Automation surface is thinner for custom data flows
- –Governance controls for large multi-user workflows are limited
Best for: Fits when estimating teams need disciplined takeoff annotation and repeatable reruns across multi-sheet plan sets.
Groundplan
SMBBrowser-based takeoff software for measuring floor plans, site plans, and construction drawings.
Addendum comparison tied to revision-aware plan set management keeps takeoff quantities aligned to what actually changed.
Groundplan produces takeoff quantities from uploaded drawing files by letting estimators place measurements directly on plan views and turn markups into bid-ready outputs. The system emphasizes calibrated measurement workflows and scope organization so multi-discipline takeoffs stay tied to cost-code logic.
- +Calibrated measurement workflow reduces scale drift when switching plan sheets
- +Revision tracking supports estimate updates when drawings move from release to release
- +Scope-based takeoff organization helps keep quantities aligned to bid structure
- +Takeoff annotations persist with the drawing so field changes are traceable
- –Complex takeoff taxonomies require upfront planning for consistent cost-code mapping
- –Some advanced CAD import scenarios may need preprocessing outside Groundplan
Best for: Fits when estimating teams need calibrated 2D takeoff on plan sets with revision and addendum reconciliation.
Countfire
vertical specialistConstruction takeoff software for counting symbols and measuring lengths from PDF drawings.
Revision-aware plan set organization that keeps measurements associated with the correct drawing set across estimate cycles.
Countfire targets estimation and takeoff teams that need fast blueprint markup with an export pipeline for estimating. It supports 2D plan-based quantity capture, measurement workflows, and annotation for scope clarity.
- +Plan set organization helps keep takeoffs tied to the correct drawing set
- +Annotation workflow supports measurement context for cleaner estimate reviews
- +Cost code mapping reduces manual retagging when quantities move downstream
- +Configurable export options fit common estimating tool import patterns
- –2D-first workflow can limit teams that rely on BIM-centric takeoff methods
- –Advanced automation and API-driven integration depth is limited versus larger automation vendors
Best for: Fits when teams need quick 2D blueprint takeoffs with disciplined plan set management and repeatable exports.
Estimating Edge
SMBConstruction estimating software with digital plan takeoff, assemblies, pricing, and bid preparation.
Takeoff templates tied to cost-code mapping to move measured quantities into estimate structure with consistent line-item alignment.
Estimating Edge focuses on blueprint takeoff workflows with a measurement-to-cost workflow that maps takeoff outputs to estimate line items. The tool supports markup on plan sets for quantity takeoff, then carries results into an estimating structure for review and reuse.
- +Takeoff templates help standardize repeatable measurements across bid packages
- +Cost-code mapping reduces rework from takeoff quantities to estimate line items
- +Plan markup workflows keep takeoff evidence attached to drawing views
- +Export-oriented workflow fits common estimating handoff patterns
- –Automation and API capabilities are limited compared with higher-ranked integrations
- –Advanced governance controls like RBAC and audit log are not a primary focus
- –Template setup can add overhead before steady-state reuse
- –Collaboration features are less comprehensive than tools built for multi-estimator review
Best for: Fits when estimating teams standardize repeatable blueprint takeoffs and need quick quantity-to-cost transfer.
Cubit Estimating
vertical specialistConstruction estimating software with digital takeoff, rate libraries, and project cost reporting.
Calibrated drawing scale and plan set management together keep 2D measurements consistent across revisions.
Cubit Estimating targets blueprint-based takeoff workflows with takeoff tooling designed around estimating tasks rather than pure document viewing. It supports calibrated drawing scale handling for 2D measurements and uses plan set management to keep revisions and drawing navigation organized during takeoff.
- +Calibrated drawing scale for reliable 2D measurement against plan sheets
- +Plan set management supports drawing organization across a project
- +Cost-code mapping ties takeoff quantities to estimate structure
- +Takeoff templates help standardize repeatable measurement methods
- –Revision tracking depth is limited compared with blueprint-first suites
- –Automation around bid package breakdown depends on workflow discipline
- –CAD or BIM import breadth is narrower than tools focused on model takeoff
- –Collaboration controls require careful project and permission setup
Best for: Fits when teams need accurate 2D quantity takeoff with structured estimate export for recurring project types.
Togal.AI
API-firstAI-assisted construction takeoff software that identifies quantities from uploaded plan documents.
Revision-aware plan set sessions that keep takeoff work aligned to specific drawing versions.
Togal.AI performs blueprint-to-quantities measurement inside a web workflow, turning marked plan regions into takeoff outputs. It focuses on plan set navigation, revision-aware work sessions, and export-ready quantities tied to estimating structures.
- +Takes off from uploaded plan sets with revision-aware work organization
- +Calibrated measurement workflow supports consistent scaling across sheets
- +Quantity outputs map cleanly into estimating cost-code structures
- +Web-based collaboration supports shared markup and review cycles
- –Advanced configuration is required to maintain consistent scale across drawings
- –BIM and IFC handling is limited compared with CAD-first takeoff tools
Best for: Fits when estimating teams need calibrated web takeoff on plan sets and exportable quantities mapped to cost codes.
STACK
enterpriseCloud construction software for digital takeoffs, estimating, bidding, and project collaboration.
Template-driven takeoff layers that keep quantity work aligned to scope and review-ready annotation structure.
STACK is a blueprint takeoff application designed for estimating workflows that must move from imported plan sets to itemized quantities and scope-linked takeoff. It focuses on 2D plan navigation with annotation-based takeoff layers and exportable estimate outputs for downstream estimating systems. Administration and governance controls are geared toward managing takeoff templates, project access, and repeatable takeoff standards across teams.
- +Repeatable takeoff templates for consistent trade and cost-code workflows
- +Layered takeoff annotations support faster review and revision checks
- +Export outputs align with estimate handoff from plan-to-quantity work
- +Plan set navigation helps estimators re-find drawings during revision cycles
- –Collaboration features can lag behind tools built for high-turn estimating teams
- –Governance controls require disciplined template ownership to avoid drift
- –Advanced CAD or BIM workflows depend on supported import formats and settings
- –UOM and mapping workflows can take time to standardize across projects
Best for: Fits when teams need structured, annotation-driven 2D takeoff with template control for multi-estimator estimating cycles.
Conclusion
After evaluating 10 blueprint takeoff software, Kreo 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 Blueprint Takeoff Software
Blueprint takeoff software converts digital plan sets into measurable quantities that stay traceable through estimate exports, and the ten tools here prioritize repeatable measurement and review-ready annotation structure.
Kreo leads the list for calibrated measurement scale tied directly to the takeoff workflow, while Buildxact focuses on revision-aware plan set management that keeps drawing updates connected to existing takeoff layers and annotations. This guide covers Autodesk Takeoff, On-Screen Takeoff, Groundplan, Countfire, Estimating Edge, Cubit Estimating, Togal.AI, and STACK alongside Kreo and Buildxact.
Blueprint Takeoff Software for calibrated 2D measurement, revision-aware plan sets, and estimate-ready quantity exports
Blueprint takeoff software is used to measure quantities from digital blueprint markup workflows and then carry those quantities into estimate structures with controlled plan set navigation, revision tracking, and export formats that estimators can rerun.
Kreo is built around measurement scale calibration connected to the takeoff workflow so estimators spend less time manually adjusting scale when plan sheets vary, and it pairs that with layer and template structure for consistent organization across bids. Buildxact is centered on revision-aware plan set management that links drawing updates to the same takeoff context, which helps reduce rework during PDF-based reruns. Other tools in the list emphasize different control points, including markup-to-quantity traceability in Autodesk Takeoff and revision-linked addendum comparison workflows in Groundplan.
Blueprint takeoff feature criteria that affect reruns and estimate exports
Blueprint takeoff software succeeds when measurement outputs stay traceable to the plan set context across reruns. The criteria below focus on the concrete control points that prevent quantity drift and rework when drawings change.
Measurement scale calibration tied to the takeoff workflow
Kreo ties calibrated drawing scale into the takeoff flow to reduce manual adjustment when sheet scales differ. Countfire and Cubit Estimating also center calibrated scale on repeatable 2D measurement, but Kreo ranks higher for how calibration stays connected to takeoff organization.
Revision-aware plan set management that preserves takeoff context
Buildxact links drawing updates to existing takeoff layers and annotations so PDF-based reruns stay consistent. Groundplan and Togal.AI focus on revision-aware sessions tied to specific drawing versions, but Buildxact’s plan set management is more directly positioned for rerun-ready PDF workflows.
Markup-to-quantity traceability for plan traceability in takeoff sessions
Autodesk Takeoff uses a markup-to-quantity workflow that preserves plan traceability while generating estimate-ready outputs for bid packages. On-Screen Takeoff maintains quantity objects linked to on-screen annotations for consistent estimate updates during reruns.
Revision-aware addendum comparison that keeps takeoff quantities aligned to what changed
Groundplan ties addendum comparison to revision-aware plan set management so quantity updates stay tied to the actual changes between releases. Kreo and Buildxact handle revisions through plan context and layer linking, but Groundplan makes the addendum reconciliation workflow a centerpiece.
Takeoff layer and template structure for repeatable annotation and cost-code alignment
Kreo uses layer and template structure to speed consistent takeoff organization across bids. STACK and Estimating Edge emphasize template-driven takeoff layers and templates that map measured quantities into cost-code-aligned estimate structures.
Automation and governance depth for multi-user estimating cycles
On-Screen Takeoff keeps quantity objects linked to annotations for reruns, but its automation surface is thinner and governance controls for large multi-user workflows are limited. Kreo limits deep custom data schema work compared with API-first systems, which matters when organizations require heavy automation and controlled integration pathways.
Choose by the workflow control point that must stay stable across revisions
Blueprint takeoff teams usually lose time in two places. Quantities drift due to inconsistent scale handling and plan set navigation, or estimate structure rework grows because revision changes do not map back to the same takeoff context.
Start with the revision stability requirement in your rerun workflow
If reruns are driven by PDF plan updates and takeoff layers must survive drawing changes, Buildxact’s revision-aware plan set management is the most directly aligned option. If addendum differences must drive quantity alignment, Groundplan’s addendum comparison tied to revision-aware plan set management is the better fit.
Select the scale control strategy that matches your drawing variability
If drawings vary in scale and manual adjustment costs time, Kreo’s measurement scale calibration tied to the takeoff workflow reduces that adjustment overhead. If the main pain is repeatable 2D measurement across revisions, Cubit Estimating’s calibrated drawing scale and plan set management combination targets that use case.
Decide whether quantity traceability must follow markup objects or annotation objects
Choose Autodesk Takeoff when plan traceability needs to follow a markup-to-quantity workflow that outputs bid package-ready estimates. Choose On-Screen Takeoff when quantity objects must remain linked to on-screen takeoff annotations for consistent reruns.
Match template and layer control to your cost-code mapping method
If standardized templates move measured quantities into consistent cost-code-aligned line items, Estimating Edge uses takeoff templates tied to cost-code mapping. If layered template control is needed to keep trade scope and review-ready annotation structure aligned, STACK’s template-driven takeoff layers fit that emphasis.
Filter for integration depth needs and custom data workflows
If custom data schema work and deep API-first extensibility are required, Kreo’s limited deep custom data schema work may force template-based workarounds. If your estimating team stays mostly within 2D blueprint takeoff and needs disciplined plan set organization rather than heavy automation, Countfire’s revision-aware plan set organization focuses on that stability point.
Who benefits from Blueprint Takeoff Software built around calibrated measurement and revision context
Blueprint takeoff software is most effective when estimating workflows repeatedly touch plan sets, annotations, and export pipelines. The tools in this list differ most on how they keep scale handling and revision mapping stable during those cycles.
Estimating teams running PDF-based takeoff reruns with frequent drawing updates
Buildxact maintains revision-aware plan set management so updates connect to the same takeoff layers and annotations, which reduces rework during reruns. Togal.AI and Countfire also emphasize revision-aware sessions tied to drawing versions, but their automation and configuration requirements differ.
Firms with mixed plan sheets where drawing scale differences cause measurement drift
Kreo’s measurement scale calibration tied to the takeoff workflow reduces manual scale adjustment across varied drawings. Groundplan and Cubit Estimating also center calibrated 2D measurement, but Kreo ties calibration more directly into the takeoff organization pattern.
Autodesk-centered estimating workflows that need markup-to-quantity traceability
Autodesk Takeoff aligns markup-to-quantity traceability with estimate-ready outputs for bid packages and reduces rework when project data is Autodesk-native. Other tools focus on plan set management and rerun stability, but Autodesk Takeoff emphasizes traceability from markup through to quantity outputs.
Estimators who standardize bid packages through templates and cost-code mapping
Estimating Edge ties takeoff templates to cost-code mapping so measured quantities align to estimate line items. STACK and Kreo also use templates and layered annotations, but Estimating Edge is explicitly positioned for quick quantity-to-cost transfer.
Multi-user estimating groups that need governance control for shared workflow assets
On-Screen Takeoff keeps quantity objects linked to annotations, but governance controls for large multi-user workflows are limited. STACK highlights template ownership discipline as a factor, which affects how well governance holds up when multiple estimators update shared structures.
Common mistakes that cause blueprint takeoff rework
Blueprint takeoff implementations often fail due to setup choices that break measurement repeatability or revision traceability. These pitfalls show up as quantity drift, mismatched estimate structures, and time lost rebuilding takeoff context after drawings change.
Ignoring calibrated scale handling when plan sheets vary in scale
Kreo’s calibrated measurement workflow is designed to reduce manual adjustment when drawing scales differ, so skipping calibration setup undermines that advantage. Cubit Estimating and Groundplan also depend on calibrated measurement and revision-aware planning to prevent scale drift.
Treating plan set navigation and revision mapping as a one-time setup
Buildxact’s revision-aware plan set management links updates to existing takeoff layers and annotations, so inconsistent plan set workflows still cause drift after reruns. Groundplan’s revision tracking depends on its revision-aware plan set and addendum comparison approach, so inconsistent reconciliation workflows create mismatches.
Over-relying on flexible custom workflows without aligning templates to cost-code mapping
Kreo’s deeper custom data schema work is limited compared with API-first systems, so organizations that require heavy custom data flows must plan around template configuration. Estimating Edge and STACK both use templates tied to estimate structure, so weak template ownership produces line-item misalignment.
Assuming governance controls will scale automatically for multi-user estimating cycles
On-Screen Takeoff keeps quantity objects linked to annotations for reruns, but governance controls for large multi-user workflows are limited. STACK depends on disciplined template ownership to avoid drift, so shared template changes without clear governance create inconsistent annotations and exports.
Choosing a 2D-first product when BIM-centric workflows drive project estimating decisions
Countfire is 2D-first and can limit teams that rely on BIM-centric takeoff methods, which affects how quickly BIM-derived scope can translate into quantities. Kreo and Buildxact prioritize repeatable 2D blueprint takeoff from PDFs, so BIM or IFC-driven workflows require separate planning when those workflows are central.
How We Selected and Ranked These Tools
We evaluated blueprint takeoff tools using takeoff features as the largest factor at 40%, ease of use and workflow execution at 30%, and value for estimating teams at 30%. We prioritized measurement stability across revisions, especially workflows that preserve takeoff layers and annotations when plan sets update.
We scored Kreo highest because measurement scale calibration is tied directly to the takeoff workflow and paired with layer and template structure for repeatable 2D organization. We also rewarded Buildxact for revision-aware plan set management that keeps drawing updates connected to existing takeoff context, which reduces rerun rework for PDF-driven teams.
Frequently Asked Questions About Blueprint Takeoff Software
How does Kreo handle measurement scale calibration when imported drawings use different scales?
Which tool keeps takeoff work linked to plan set revisions when new drawing files arrive?
What breaks if a team exports quantities from On-Screen Takeoff without keeping takeoff-to-estimate annotation links intact?
How does Groundplan support addendum comparison for scope reconciliation during estimation?
When do estimating teams prefer Autodesk Takeoff instead of a web-first takeoff workflow like Togal.AI?
How does Estimating Edge use takeoff templates to keep quantity-to-cost transfer consistent across bid packages?
What are the practical differences between plan set navigation in Countfire and template-driven governance in STACK?
How does Togal.AI map web-measured blueprint regions into estimate-ready outputs?
Where does STACK fall short compared with a desktop-oriented workflow like Autodesk Takeoff for enterprise estimating teams?
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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