GITNUXSOFTWARE REVIEW
Construction InfrastructureTop 10 Best Electrical Cost Estimating Software of 2026
Ranked comparison of electrical cost estimating software for contractors and estimators, including ConEst IntelliBid, McCormick Systems, and Procore Estimating.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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McCormick Systems is the best overall pick if you’re standardizing electrical cost codes and want repeatable bid workbook automation, ConEst IntelliBid is the cheapest entry for teams building standardized electrical assemblies, and Procore Estimating is the alternative fit when you need electrical bids tied to Procore changes and project data.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
McCormick Systems
A workbook estimate engine with revision-aware recalculation keeps alternates and change orders consistent with base pricing logic.
Best for: Fits when teams standardize cost codes and want repeatable bid workbook automation.
ConEst IntelliBid
Editor pickAssembly-based estimating tied to reusable bid workbook outputs for consistent labor and materials pricing.
Best for: Fits when estimating teams need repeatable electrical bid workbooks with standardized assemblies.
Procore Estimating
Editor pickEstimate revisions and cost items remain tied to Procore project context, improving consistency across bid, award, and change.
Best for: Fits when electrical estimating teams need project-connected bid and change pricing inside Procore.
Comparison Table
McCormick Systems
vertical specialistElectrical estimating software with takeoff, labor units, assemblies, and proposal tools.
A workbook estimate engine with revision-aware recalculation keeps alternates and change orders consistent with base pricing logic.
McCormick Systems organizes estimating around structured cost codes and estimate workbooks that can be built once and reused across projects. Quantity rollups feed labor-unit estimating and material totals into bid-ready outputs, which reduces manual reconciliation between takeoff and worksheet tabs. It also supports bid alternates and change-order pricing through tracked revisions that keep cost logic tied to the same underlying estimating structure.
A key tradeoff is limited native coverage for CAD-derived electrical takeoff views, since the workflow centers on structured quantities and estimate workbook logic. The best fit is teams that already standardize cost codes and want faster, less error-prone updates when drawings change, especially during bid iterations and subcontractor leveling.
- +Workbook-driven estimates keep bid worksheets tied to the same pricing logic
- +Assembly-oriented labor-unit estimating reduces duplicate quantity entry
- +Change-order and alternate pricing reuse the original estimate structure
- +Structured cost-code rollups improve consistency across repeat bids
- –Native CAD electrical takeoff views are limited compared with takeoff-first tools
- –Strong setup of pricing inputs and cost code structure is required for best results
Electrical estimating managers
Repeat bids using standardized workbooks
Faster bid iterations
Estimators on bid teams
Update worksheet totals from new quantities
Fewer reconciliation errors
Show 1 more scenario
Project controls teams
Price change orders against scope
Consistent change pricing
Teams attach alternates and changes to the original workbook logic and track revisions.
Best for: Fits when teams standardize cost codes and want repeatable bid workbook automation.
ConEst IntelliBid
vertical specialistElectrical estimating software for takeoff, assemblies, pricing, and bid management.
Assembly-based estimating tied to reusable bid workbook outputs for consistent labor and materials pricing.
ConEst IntelliBid is built around electrical estimating workbooks that organize quantities, pricing, and scope into a structured bid dataset rather than a freeform spreadsheet. Assemblies can be reused across projects, and cost codes provide the backbone for comparing bids, alternates, and change-order pricing within the same structure. Output focuses on bid worksheets and quantity breakdowns that map cleanly to standard electrical bid review routines.
A practical tradeoff is the workload shift toward maintaining the estimator’s reference libraries, since accurate results depend on how well unit and assembly definitions reflect real labor productivity and purchasing patterns. IntelliBid works best when the team already standardizes project scope using the same cost codes and expects estimators to update reference content instead of retyping items for every bid.
- +Assembly reuse cuts repeated item entry across bid cycles
- +Cost-code structure supports consistent scope breakdown and comparisons
- +Estimate workbooks centralize quantities, labor, and pricing outputs
- +Copying prior bids reduces rework for similar projects
- –Reference library maintenance is necessary for best accuracy
- –Automation relies on estimator discipline for consistent inputs
- –Spreadsheet-style edits are limited compared with general-purpose tools
- –Integration depth depends on connected workflow around electrical plans
Electrical contractors estimating teams
Reuse assemblies across repeat projects
Fewer bid-cycle hours
Estimating supervisors
Compare alternates and revisions
Faster bid review
Show 1 more scenario
Estimators on tight deadlines
Convert prior bids into updates
Quicker estimate turnaround
Copying prior estimates helps move quickly while keeping pricing logic consistent.
Best for: Fits when estimating teams need repeatable electrical bid workbooks with standardized assemblies.
Procore Estimating
enterpriseConstruction estimating software connected to Procore bidding, project, and cost management tools.
Estimate revisions and cost items remain tied to Procore project context, improving consistency across bid, award, and change.
Procore Estimating is designed to sit inside the Procore project environment, so estimates can be associated with a specific project and carried forward alongside other project artifacts. It supports assembly of cost items for bid and pricing scenarios, plus estimate-level revisions that track how scope and totals change over time. This matters for electrical scopes because bids often require alternates, revisions, and bid close control across multiple trades and cost codes.
A tradeoff is that electrical quantity takeoff and plan measurement are not the primary focus, so teams still need a separate digital takeoff workflow or disciplined input process before quantities land in the estimate. Procore Estimating fits best when electrical estimating outputs must remain consistent with project cost codes and downstream approvals after award, rather than when the priority is doing takeoff directly from drawings.
- +Tight linkage to Procore projects reduces estimate re-keying
- +Estimate revisions stay connected to the same project context
- +Role-based workflows fit bid and approval chains
- +Extensibility supports integration with estimating and costing systems
- –Electrical takeoff and measurement are not the core workflow
- –Maintaining cost-code discipline takes upfront governance time
- –Workbook-based estimating can feel heavier than pure spreadsheets
- –Complex bid scenarios may require careful configuration to stay audit-ready
Estimating and project controls teams
Carry bid pricing through award
Less scope drift across handoffs
Preconstruction teams
Manage alternates and revisions
Faster alternate comparison
Show 1 more scenario
Electrical subcontractors
Standardize pricing approvals
Controlled bid release process
Uses Procore workflows to route estimate changes to stakeholders for signoff.
Best for: Fits when electrical estimating teams need project-connected bid and change pricing inside Procore.
Trimble Accubid
enterpriseElectrical estimating software with labor, material, assemblies, and project database support.
Estimate workbook workflows configured for repeatable electrical build-ups tied to bid-ready worksheet outputs.
Trimble Accubid is an electrical cost estimating system focused on labor and material build-ups tied to bid-ready deliverables. It supports estimate workbooks that align pricing inputs to electrical plan scopes and repeatable cost code structures.
- +Repeatable labor and material build-ups reduce rework across similar bids
- +Estimate workbook structure supports consistent bid worksheet generation
- +Built for electrical scope pricing from plan-driven takeoff inputs
- +Configuration around cost code structure supports traceable estimating logic
- –Workflow setup requires disciplined estimate definition and data maintenance
- –Automation depth depends on how the workbook inputs map to assemblies
- –Spreadsheets require careful control to avoid mismatched cost codes
- –Integration and automation options are not as broad as general design platforms
Best for: Fits when electrical contractors need repeatable bid workbooks with disciplined cost-code mapping.
Vision InfoSoft
vertical specialistElectrical estimating software covering digital takeoff, assemblies, pricing, and proposals.
Estimate workbook generation from prebuilt templates that preserves cost-code mapping across new bid worksheets.
Vision InfoSoft delivers electrical estimating workflows that produce bid-ready estimate workbooks and worksheet outputs from structured takeoff inputs. Its core capability centers on assembling cost codes into an estimate and keeping quantities, rates, and labor assumptions linked across the workbook.
- +Template-driven estimate workbooks reduce repeated labor and quantity edits
- +Cost-code structure stays consistent across worksheet output generations
- +Spreadsheet import and export supports recycling takeoff and rate inputs
- +Repeatable assumption sets support faster bid worksheet updates
- –Electrical-specific build depth depends on how cost codes and templates are modeled
- –Integration surface is mostly file-based, not a deep API workflow
- –Change-order pricing requires careful mapping to the existing estimate workbook structure
- –CAD or BIM input support is not emphasized for direct digital takeoff chaining
Best for: Fits when electrical estimators rely on repeatable estimate workbooks and structured cost codes more than live CAD-linked takeoff.
QuoteSoft
vertical specialistEstimating software for electrical, mechanical, piping, and construction contractors.
Estimate workbook generation that maps electrical cost code line items into consistent bid worksheet outputs for revisions.
QuoteSoft targets electrical estimating workflows with bid-ready workbooks, cost code structured line items, and repeatable production outputs. It supports spreadsheet import and export to move scope data between electrical plans takeoff tools and estimate workpapers.
- +Cost code structured line items keep electrical scope consistent across estimates
- +Spreadsheet import and export reduce manual re-entry from takeoff workbooks
- +Estimate workbook outputs support repeatable bid worksheet production
- +Labor and material breakdowns stay tied to calculation logic during revisions
- –Automation depth for electrical quantities and schedules depends on import discipline
- –Limited visibility for plan-to-estimate traceability across multiple workbook versions
- –Customization workbooks requires more configuration than purely template-driven tools
- –Change-order handling can lag when scope deltas are only present in spreadsheets
Best for: Fits when electrical estimators need workbook-based bid worksheets and repeatable calculations from imported takeoff data.
Countfire
vertical specialistElectrical takeoff software that automates symbol counting and supports quantity-based estimating.
Electrical assembly and cost code mapping that maintains structured bid worksheet outputs across estimate revisions.
Countfire focuses on electrical estimating for organizations that need disciplined cost code work and fast estimate workbook turnaround. The workflow centers on quote-ready outputs that tie labor and materials into bid documents while keeping revisions auditable across versions.
- +Electrical-specific assembly structure reduces rework across similar projects
- +Structured estimate workbook outputs support repeatable bid worksheet generation
- +Labor and materials pricing stay linked through estimate revision cycles
- +Recurring scope templates help teams standardize cost code usage
- –Takeoff setup and cost code mapping requires upfront governance discipline
- –Collaboration features lag spreadsheet-first workflows for rapid editing
- –API and automation depth is less visible than in more developer-driven products
- –File import and export workflows need careful formatting to avoid mapping drift
Best for: Fits when electrical estimating teams need disciplined cost code control and repeatable workbook outputs.
STACK
SMBCloud construction takeoff and estimating software with digital plans and bid management.
Assembly-first estimating that turns electrical cost building blocks into bid worksheet-ready workbook outputs with consistent revision handling.
STACK is an electrical cost estimating workbook tool that targets assembly-based estimating workflows with electrical-specific outputs. It centers on reusable assemblies, labor and material cost building blocks, and bid worksheet production from estimate inputs.
- +Assembly-based estimating reduces rework across recurring electrical scopes.
- +Structured estimate workbooks support bid worksheet consistency during revisions.
- +Electrical-specific cost building blocks map cleanly to common estimating steps.
- +Repeatable input structures help standardize estimates across estimators.
- –Advanced automation depends on setup of assemblies and cost structures.
- –API and integration surface are not as prominent as in document-centric tools.
- –Complex pricing logic can require careful workbook configuration.
- –Collaboration controls may feel light versus broader bid management systems.
Best for: Fits when electrical contractors need repeatable assembly-based estimating workbooks with consistent bid worksheet outputs.
Best Bid
SMBElectrical estimating software with built-in material and labor pricing databases.
Reusable labor-unit estimating tied to cost codes for faster electrical scope rebuilds from prior estimates.
Best Bid is an electrical cost estimating system that produces bid-ready workbooks from plan inputs and cost-code structures. The workflow centers on quantity takeoff inputs and assembly-based estimate buildouts tied to labor-unit estimating methods.
- +Assembly-based estimating supports repeatable electrical bid buildouts
- +Cost-code structure keeps electrical scope classification consistent
- +Estimate worksheet outputs fit bid and scope review workflows
- +Quantity takeoff inputs carry through to labor-unit estimating calculations
- –CAD and BIM file integration depth can be limited for plan-heavy teams
- –Advanced governance controls like RBAC and audit logs are not clearly defined
Best for: Fits when electrical estimators need repeatable assembly buildouts and bid worksheet outputs across multiple projects.
Micro estimation
vertical specialistElectrical estimating software with panel schedule and feeder sizing calculations.
Estimate workbook revision discipline that keeps cost code line items traceable from quantities to labor-unit totals.
Micro estimation is an electrical cost estimating software focused on producing bid-ready takeoff and labor-based estimates from electrical plans. It supports estimate workbooks tied to cost code structure and assembly-based estimating so electrical scope stays organized across worksheets and revisions.
- +Cost code structure keeps electrical scope grouped across workbooks
- +Assembly-based estimating reduces manual rework during revisions
- +Spreadsheet import/export supports established estimating workflows
- +Labor-unit estimating ties staffing assumptions to estimate line items
- –Automation depth depends on consistent input formatting and templates
- –Complex specialty workflows require more spreadsheet handling than expected
- –Limited visibility into what changed between estimate revisions
- –Integration with CAD or BIM workflows can add manual steps
Best for: Fits when crews need structured electrical estimate workbooks with repeatable labor-unit assumptions.
Conclusion
After evaluating 10 electrical cost estimating software, McCormick Systems 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 Electrical Cost Estimating Software
Electrical cost estimating software organizes electrical estimate workbook logic around repeatable scope building so bids and change orders stay consistent. This buyer’s guide covers McCormick Systems, ConEst IntelliBid, Procore Estimating, Trimble Accubid, Vision InfoSoft, QuoteSoft, Countfire, STACK, Best Bid, and Micro estimation.
The selection criteria used across these tools focus on integration depth, estimate workbook structure, and the automation path from quantity inputs to bid worksheet outputs. In practice, teams weigh revision-aware recalculation in McCormick Systems against Procore project-linked estimate revisions and cost items in Procore Estimating.
Electrical Cost Estimating Software for repeatable electrical bid workbooks and revision-linked pricing
Electrical cost estimating software is the system that turns electrical quantity takeoff inputs, cost code structure, and labor-unit or assembly-based estimating rules into bid worksheet-ready estimate workbooks. McCormick Systems illustrates the workbook estimate engine approach by keeping alternates and change orders consistent through revision-aware recalculation tied to the base pricing logic.
ConEst IntelliBid shows a different emphasis by building estimates from reusable assemblies that feed standardized bid workbook outputs for consistent labor and materials pricing. Across the list, tools vary most in how tightly they connect estimates to project context, how much governance is required to keep cost codes disciplined, and how much automation is available once assembly structures and workbook inputs are configured.
Electrical estimate automation features that control workbook accuracy
Electrical cost estimating software needs revision-safe workbook logic so alternates and change orders do not drift away from base pricing. McCormick Systems and STACK both center estimate workbook outputs on repeatable scope building, but McCormick Systems emphasizes revision-aware recalculation tied to base pricing logic while STACK emphasizes assembly-first building blocks into bid worksheet-ready outputs.
Teams also need an automation path that matches their input workflow. Procore Estimating keeps estimate revisions tied to Procore project context for consistency across bid and change, while Vision InfoSoft and QuoteSoft focus on template or workbook generation that preserves cost-code mapping and supports structured outputs from imported takeoff data.
Revision-aware recalculation tied to base pricing logic
McCormick Systems keeps alternates and change orders consistent through revision-aware recalculation tied to the same pricing logic. STACK also supports consistent bid worksheet outputs during revisions through structured estimate workbooks, but its emphasis stays on assembly-first workbook generation.
Assembly-based estimating that standardizes repeated electrical scope
ConEst IntelliBid builds estimates from reusable assemblies that feed standardized bid workbook outputs for consistent labor and materials pricing. Best Bid and Countfire also use assembly-based estimating with cost-code structure to keep electrical scope classification consistent across project workbooks.
Workbook templates and cost-code mapping that reduce repeated editing
Vision InfoSoft generates estimate workbooks from prebuilt templates that preserve cost-code mapping across new bid worksheet generations. QuoteSoft maps electrical cost code line items into consistent bid worksheet outputs and relies on spreadsheet import and export to reduce manual re-entry from takeoff workbooks.
Project-context linkage that keeps estimates connected to delivery records
Procore Estimating keeps estimate revisions and cost items tied to the same Procore project context to reduce estimate re-keying during bid, award, and change. Micro estimation keeps cost-code line items traceable from quantities to labor-unit totals, which helps internal traceability but does not anchor pricing to a Procore project record.
Governance that keeps cost codes disciplined across bid cycles
Trimble Accubid supports repeatable labor and material build-ups through estimate workbook structure that generates bid-ready worksheet outputs tied to disciplined cost-code mapping. Countfire focuses on electrical-specific assembly and cost-code mapping that maintains structured bid worksheet outputs, but it requires upfront governance discipline for accuracy.
Choose the estimating workflow shape that matches how electrical quantities become pricing
The right choice depends on whether estimate correctness comes from revision-aware workbook logic, assembly reuse, or template-driven cost-code mapping. McCormick Systems suits teams that want revision discipline tied to base pricing logic, while ConEst IntelliBid suits teams that want assembly reuse to cut repeated item entry across bid cycles.
The second fork is where plan-to-estimate connection lives. Procore Estimating anchors bid and change pricing to Procore project context, while QuoteSoft and Vision InfoSoft rely more on workbook generation and file-based or spreadsheet-driven workflows instead of takeoff-first measurement engines.
Select revision control based on how alternates and change orders are priced
If alternates and change orders must stay consistent with base pricing logic, McCormick Systems provides revision-aware recalculation inside workbook estimate logic. If consistency matters primarily through structured bid worksheet outputs during revisions, STACK also supports revision handling through assembly-based workbook outputs.
Pick assembly reuse when repeated electrical scope drives throughput
If the estimating team repeats the same electrical assemblies across bid cycles, ConEst IntelliBid reduces repeated item entry by reusing assemblies that feed standardized bid workbook outputs. If reuse targets labor-unit buildouts that rebuild quickly from prior estimates, Best Bid supports reusable labor-unit estimating tied to cost codes for faster electrical scope rebuilds.
Choose template-driven workbook generation for standardized cost-code mapping
If workbook templates are already the team’s backbone for repeatable estimates, Vision InfoSoft preserves cost-code mapping across new bid worksheet generations using prebuilt templates. If quantity and schedule inputs arrive via spreadsheets or exported takeoff data, QuoteSoft uses spreadsheet import and export to drive cost code line items into consistent bid worksheet outputs.
Anchor estimates to project records when bid, award, and change must stay linked
If estimates must remain connected to delivery records inside Procore, Procore Estimating keeps estimate revisions and cost items tied to the same Procore project context. If internal traceability from quantities to labor-unit totals is the priority without a project-record anchor, Micro estimation keeps cost-code line items traceable through its workbook revision discipline.
Stress-test governance requirements against current cost-code discipline
If cost-code mapping is already standardized and maintained, Trimble Accubid supports repeatable bid workbook generation through disciplined estimate definition and data maintenance. If cost-code discipline is still forming, Countfire can still work because electrical-specific assembly structure reduces rework, but upfront governance discipline is required for accuracy.
Teams that get the most value from electrical cost estimating automation
Electrical cost estimating software is most effective when the organization already uses repeatable scope structures and a consistent method for turning takeoff quantities into cost code line items. Products in this list vary most on whether the workflow correctness comes from revision-aware workbook recalculation, assembly reuse, template-driven cost-code mapping, or project-context linkage.
These profiles focus on the exact workflow needs reflected in the tool capabilities, like workbook-driven alternates and change pricing consistency or assembly-based build-ups that reduce repeated quantity and line item entry.
Electrical contractors standardizing bid workbook automation and alternates
McCormick Systems supports revision-aware recalculation that keeps alternates and change orders consistent with base pricing logic, which fits teams that automate bid workbook build-ups and need pricing stability across revisions.
Estimating teams using reusable electrical assemblies across many bids
ConEst IntelliBid and Countfire both emphasize assembly and cost-code mapping that reduces repeated item entry and supports structured bid worksheet outputs, which fits organizations that repeat similar electrical scope structures.
Procore-first teams that need bid-to-change estimate continuity inside project records
Procore Estimating keeps estimate revisions tied to Procore project context and cost items, which fits teams that want to reduce estimate re-keying and maintain bid and change pricing within Procore.
Teams that rely on standardized workbook templates and spreadsheet-driven inputs
Vision InfoSoft and QuoteSoft focus on estimate workbook generation that preserves cost-code mapping, and QuoteSoft specifically uses spreadsheet import and export to map takeoff-derived data into consistent bid worksheet outputs.
Contractors building labor-unit assumptions as part of structured estimate workbooks
Micro estimation and Best Bid both focus on labor-unit estimating with cost-code structure, and Micro estimation adds workbook revision discipline that keeps cost-code line items traceable from quantities to labor-unit totals.
Common failure points when implementing Electrical Cost Estimating Software
Many implementation issues come from misalignment between how quantities are entered and how the estimate workbook expects them. Tools that rely on assembly reuse or template-driven cost-code mapping still require consistent inputs, even when the outputs look standardized.
Other failures come from overestimating plan-to-estimate coverage when the product’s core workflow is workbook-based rather than takeoff-first and CAD-linked for electrical views.
Treating workbook revision handling as optional instead of configuring it to protect alternates and change pricing
McCormick Systems keeps alternates and change orders consistent through revision-aware recalculation, but the workflow only stays clean when base pricing logic and cost-code inputs are maintained with the same discipline across revisions.
Skipping assembly or cost-code governance and expecting outputs to stay correct anyway
Countfire requires upfront governance discipline because takeoff setup and cost code mapping drive structured bid worksheet outputs, and ConEst IntelliBid depends on estimator discipline to keep automation consistent.
Assuming CAD or BIM integration depth matches plan-heavy electrical workflows
McCormick Systems has limited native CAD electrical takeoff views compared with takeoff-first tools, and Best Bid notes that CAD and BIM file integration depth can be limited for plan-heavy teams.
Over-relying on spreadsheet import without standardizing how imports represent schedules and quantities
QuoteSoft’s automation depth for electrical quantities and schedules depends on import discipline, and Micro estimation depends on consistent input formatting and templates for its labor-unit totals to remain traceable.
How We Selected and Ranked These Tools
We evaluated how each product turns electrical quantity and cost-code inputs into bid worksheet-ready estimate workbooks with revision-safe behavior and repeatable pricing logic. Features counted for 40% of the score because workbook automation mechanisms determine whether alternates and change orders remain consistent. Ease and value each counted for 30% because teams still need repeatable configuration effort across cost codes, assemblies, and estimate templates.
McCormick Systems ranked highest because it pairs an estimate workbook engine with revision-aware recalculation that keeps alternates and change orders consistent with base pricing logic, and its assembly-oriented labor-unit estimating reduces duplicate quantity entry when cost codes and build-ups are standardized.
Frequently Asked Questions About Electrical Cost Estimating Software
How do STACK and McCormick Systems handle bid workbook revisions when alternates and change orders use shared assemblies?
Which tools keep electrical estimating connected to project execution data inside an existing construction platform?
When is a workbook-first workflow a better fit than CAD-linked takeoff inside Vision InfoSoft and QuoteSoft?
How do ConEst IntelliBid and Best Bid reduce manual edits when estimating teams rebuild scope across multiple projects?
What data migration path matters most when moving estimate workbooks between spreadsheet workflows and electrical estimate systems?
How do electrical cost estimating systems handle security and access control for estimate workbooks and shared unit-price libraries?
Where does electrical cost estimating software fall short for electrical plan workflows that require rich CAD markup and plan annotation?
Which tool is better for recurring projects where labor production assumptions must stay consistent across quote iterations?
What breaks if a team does not enforce a consistent cost code structure in Micro estimation and Lexiq-style assembly workflows?
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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