GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Digital Takeoff Software of 2026
Ranked roundup of digital takeoff software for estimating teams, comparing top tools like PrebuiltML, Roctek, and Countfire. Criteria and tradeoffs.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
PrebuiltML is the strongest fit for estimating teams that need repeatable automated takeoff for similar builder, framing, and kitchen/bath drawing sets, while if you want a collaborative revision-linked workflow, Stack is the better alternative when you have flexibility in how you estimate.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
PrebuiltML
Rule-templated quantity extraction that links each measured quantity back to source-view annotations for faster QA.
Built for fits when estimating teams need repeatable automated takeoff for similar project drawing sets..
Roctek
Editor pickTakeoff templates that enforce standardized measurement structure across markup sessions and exports.
Built for fits when estimators need controlled markup-to-quantity output with repeatable templates across drawing revisions..
Countfire
Editor pickRevision comparison highlights quantity-impact changes across drawing sets so retake decisions stay tied to specific markup deltas.
Built for fits when estimating teams need repeatable on-screen measurements with revision-aware retake tracking..
Related reading
Comparison Table
PrebuiltML
vertical specialistTakeoff and estimating software for builders, framers, and kitchen and bath trades.
Rule-templated quantity extraction that links each measured quantity back to source-view annotations for faster QA.
PrebuiltML’s takeoff workflow is built around running repeatable extraction runs that produce measurable quantities and measurement annotations tied to source views. It supports 2D takeoff from drawing inputs and can also incorporate 3D model-based takeoff when model files are provided for element extraction. Results are organized for estimating use, with outputs that map into bill of quantities style deliverables.
A practical tradeoff is that automated extraction depends on consistent drawing quality and predictable plan organization to avoid manual cleanup. PrebuiltML fits situations where an estimating team has recurring project types and wants less manual measurement time for similar drawing sets.
- +Automated takeoff runs reduce repeated measurement effort
- +Annotation-linked quantities support traceability to source views
- +Repeatable templates help standardize cost-code extraction rules
- +BOQ-oriented outputs align with estimating deliverables
- –Automated extraction can require manual cleanup for messy drawings
- –Template setup is needed to match each drawing convention
- –Complex assemblies may need extra rules to extract correctly
- –Large drawing sets can slow iteration during annotation review
Estimators at mid-size contractors
Standardized takeoffs for recurring building types
Faster BOQ production
Preconstruction teams
Concept estimates from early drawing sets
Quicker estimate turnaround
Show 2 more scenarios
General contractors
Repeatable takeoff for trade scope breakdowns
More consistent estimating
Map extracted quantities to cost-code deliverables and validate counts against annotated views.
Estimation support analysts
Reducing manual measurement QA effort
Lower rework cycles
Use annotation linkage to trace quantities back to the specific measurement locations.
Best for: Fits when estimating teams need repeatable automated takeoff for similar project drawing sets.
More related reading
Roctek
vertical specialistEarthwork takeoff and cut-fill analysis software under the WinEx brand.
Takeoff templates that enforce standardized measurement structure across markup sessions and exports.
Roctek is built for quantity takeoff work that starts on drawing sheets and ends in organized quantity outputs. Teams typically use vector and raster document handling for on-screen markup, then rely on calibrated scale and page registration so measurements land in the right context. Roctek also supports assembly-oriented organization so groups of marked items can map cleanly to estimate structure.
A tradeoff appears when drawing sets require frequent re-registration after addenda because teams must keep page registration and scale aligned for consistent quantities. Roctek fits best on projects where the same drawing standards repeat across phases, such as multi-building tenders, so takeoff templates reduce rework.
- +On-screen markup workflows that keep quantity context tied to sheets
- +Scale and page registration controls for repeatable measurements
- +Template-driven takeoff organization for faster rework between revisions
- +Assembly-style grouping that maps cleanly to estimate structures
- –Drawing addenda can require re-registration discipline to preserve consistency
- –Advanced automation depends more on template setup than inline scripting
- –Deep integration coverage varies by export and handoff requirements
- –Large drawing sets can feel slower without focused page workflows
Estimator teams
Quantities from marked drawing sets
Fewer manual quantity transfers
Preconstruction departments
Consistent takeoffs across addenda
Lower revision rework
Show 2 more scenarios
Project controls leads
Assembly-based takeoff organization
Cleaner estimating output
Group marked quantities by assemblies so exports support cost-code mapping.
Civil and building estimators
Repeatable drawing sheet workflows
More consistent quantity baselines
Handle page registration and scale so measurements align across similar drawing sets.
Best for: Fits when estimators need controlled markup-to-quantity output with repeatable templates across drawing revisions.
Countfire
vertical specialistAutomated electrical takeoff software for counting symbols and devices on drawings.
Revision comparison highlights quantity-impact changes across drawing sets so retake decisions stay tied to specific markup deltas.
Countfire’s takeoff workflow is annotation-first, with measurements anchored to specific drawing locations so quantity changes can be traced back to markup. Teams can organize takeoffs into an internal quantity database and attach cost-code mapping so estimates align with existing estimating structures. The revision comparison capability helps highlight what changed between drawing versions and guides retake decisions.
A key tradeoff is that accurate results depend on correct page registration and scale calibration for each drawing set, which adds time when documents lack clean metadata. Countfire fits best when projects run multiple drawing revisions and require repeatable, auditable measurement routines rather than one-off manual takeoff.
- +Quantity database supports structured bill of quantities outputs
- +Revision comparison workflow helps manage retakes across drawing versions
- +Annotation-based measurements preserve traceability to drawing locations
- +Cost-code mapping ties takeoffs directly to estimating structures
- –Page registration and scale calibration require careful setup
- –Complex drawing sets can increase markup overhead per sheet
- –Interoperability depends on the import path for external formats
- –Highly custom cost-code schemas may require disciplined setup
Cost estimating teams
Convert on-screen markups to BOQ
Faster BOQ generation
Preconstruction project managers
Track quantities across revisions
Reduced rework cycles
Show 1 more scenario
Estimator coordinators
Maintain measurement standards
More repeatable estimates
Use takeoff conditions to keep measurement logic consistent across sheets and drawing sets.
Best for: Fits when estimating teams need repeatable on-screen measurements with revision-aware retake tracking.
On-Screen Takeoff
vertical specialistDigital takeoff application from On Center Software for commercial estimators.
Drawing-set and revision handling keeps measurement annotations and takeoff results tied to updated plan sheets across addenda cycles.
On-Screen Takeoff by Oncenter targets digital quantity takeoff using on-screen markup workflows over plan files, with measurement capture tied to cost codes. Its core estimating flow centers on 2D takeoff with scalable page navigation, drawing registration, and annotation-driven quantities that feed a quantity database.
Teams typically use its revision and drawing-set management to keep takeoff results aligned with addenda and updated plan sets. The software is also geared for automation through import mappings from estimating structures so takeoff output lands in the bill of quantities workflow with fewer manual rekeys.
- +On-screen markup captures quantities directly against cost codes.
- +Revision-focused drawing-set management helps keep takeoffs aligned.
- +Import mappings reduce rekeying between estimating structure and output.
- +Consistent 2D takeoff workflow supports repeatable plan-measurement sessions.
- –Setup for drawing registration and page mapping can be time-consuming.
- –3D model-based takeoff depth is limited compared with BIM-first tools.
- –Automation depends on integration of estimating structures and file conventions.
- –Cloud-style collaboration workflows are thinner than desktop-first setups.
Best for: Fits when estimating teams need controlled on-screen quantity takeoff over repeated drawing revisions.
eTakeoff
vertical specialistDigital plan takeoff software with electronic measurement and quantity tools.
Revision comparison that highlights what changed between drawing sets and links those deltas back to updated takeoff quantities.
eTakeoff performs digital takeoff by letting estimators mark measurements directly on drawing files and convert those marks into quantities tied to cost items. The workflow centers on on-screen measurement, with takeoff data organized so it can feed an estimating bill of quantities.
eTakeoff also supports change-related review by comparing revised drawing sets and tracking what moved between versions. Role-based access controls and audit-ready activity trails help keep estimating work governed across multiple users.
- +On-screen measurement workflow maps marks to quantity line items quickly
- +Revision comparison supports estimating updates across drawing set versions
- +Role-based access limits who can edit takeoff output and cost data
- +Activity tracking records who changed takeoffs and when
- –Complex projects can require more time to maintain consistent drawing standards
- –Extensibility and automation depend on the available integration surface
- –Large drawing sets may slow review when multiple layers and markups are active
- –Deep estimating automation is limited to what the quantity export format supports
Best for: Fits when estimating teams need controlled on-screen takeoff output with revision tracking for multi-user collaboration.
PlanSwift
vertical specialistOn-screen construction takeoff and estimating software for residential and commercial contractors.
Markup-to-quantity measurement workflow designed to keep takeoff annotations tied to estimate outputs during revisions.
PlanSwift is built for digital takeoff and construction estimating with an on-screen workflow that replaces paper measurement cycles. It supports 2D takeoff from raster and vector PDFs, with measurement tools that turn marked quantities into estimate line items.
The software also targets drawing set management and revision workflows so changes in plans can be reflected in quantities. PlanSwift is commonly used when estimating teams need repeatable takeoff practices and dependable quantity-to-cost-code mapping.
- +2D takeoff tools that convert on-screen measurement into estimate quantities
- +Drawing set handling supports multi-sheet workflows and coordinated takeoffs
- +Revision workflows help carry markups across plan changes
- +Consistent cost-code mapping keeps quantities tied to estimating structure
- –Collaboration depends on organizational setup for shared estimation workflows
- –3D takeoff workflows are less central than 2D PDF measurement
- –Large drawing sets can require careful page registration discipline
- –Automation and data exchange options are narrower than some API-first tools
Best for: Fits when estimating teams need repeatable 2D takeoff from plan PDFs and fast updates from plan revisions.
Stack
SMBCloud-based construction takeoff and estimating software from Stack Construction Technologies.
Drawing-set revision comparison links takeoff changes to marked measurements for faster addenda and change reconciliation.
Stack centers on fast, collaborative digital takeoff with on-screen measurement workflows and project-level revision tracking. It supports a structured way to build quantity outputs that map to cost codes for construction estimating and bill of quantities exports.
The workflow emphasizes markup-driven measurement, so teams can capture takeoff conditions and measurement annotations against drawing sets. Integration depth shows up through its automation surface and an API-first approach for syncing takeoff results into estimating toolchains.
- +On-screen takeoff workflow with measurement annotations tied to drawings
- +Revision tracking for drawing sets supports change review workflows
- +Cost-code mapping helps generate bill of quantities outputs
- +API supports automation for syncing takeoff results into estimating systems
- –Automation setup requires careful project configuration discipline
- –Limited visibility into 3D model-based takeoff compared with BIM-first tools
- –OCR and recognition coverage can lag when drawing scans are low contrast
- –Complex quantity rules can require manual review instead of full automation
Best for: Fits when estimating teams need collaborative on-screen takeoff tied to revisions and cost-code outputs.
Measure Square
vertical specialistFlooring, tile, and paint measurement and takeoff software for trade contractors.
Assembly-driven takeoff organization that improves measurement consistency across drawing revisions.
Measure Square is a digital takeoff software product that centers on on-screen measurement workflows tied to estimating outputs. The core process supports PDF and drawing markup for measurement capture, plus reusable assemblies for bill of quantities style estimating.
It also focuses on measurement reuse across revisions so quantity extraction stays consistent when drawings change. Built for construction estimating teams, it provides export-ready takeoff data for downstream cost-code mapping and estimate consolidation.
- +Assembly-based takeoff structure keeps repeated measurements consistent
- +On-screen measurement on drawing sets supports fast quantity capture
- +Revision-focused workflows help maintain tracking across updates
- +Takeoff outputs map cleanly into estimating follow-up tasks
- –Reviewing complex drawings can slow down when page registration is off
- –Automation depth depends on how standard assemblies are configured
- –Model-based workflows are limited compared with BIM-first competitors
- –Integration coverage is narrower than suites that target many accounting tools
Best for: Fits when estimating teams need repeatable drawing measurements with revision tracking.
Togal.AI
emergingAI-powered automatic takeoff platform integrated with Procore and Autodesk.
Revision-first remeasurement that carries prior takeoff context and highlights quantity deltas after drawing updates.
Togal.AI performs automated quantity takeoff from construction drawings with an annotation workflow that ties measurements to cost codes. It supports on-screen takeoff, dimension capture, and quantity extraction from uploaded files to generate bill of quantities style outputs.
Togal.AI also focuses on revision-friendly remeasurement, where updated drawings can drive downstream quantity deltas without rebuilding a takeoff from scratch. Integration depends on how estimating data is exported and mapped into existing estimating processes.
- +Automated measurement workflows reduce manual on-screen marking time.
- +Clear cost-code mapping helps maintain quantity traceability through review.
- +Revision-driven remeasurement supports change-focused estimating cycles.
- +Annotation-based review makes quantity disputes easier to resolve.
- –Automated extraction quality depends heavily on drawing clarity and scale.
- –Revision workflows still require user checks for measurement accuracy.
- –Limited visibility into extraction logic and confidence metrics during review.
- –Data exchange is constrained if estimating systems need deep API integration.
Best for: Fits when teams want faster digital quantity takeoff from drawing uploads with revision-aware remeasurement and cost-code traceability.
Buildxact
SMBCloud-based estimating, takeoff, and project management for residential builders.
Revision comparison that ties markup changes to updated quantities inside the same estimating context.
Buildxact is a digital takeoff tool built for construction estimating workflows that move from marked-up drawings to bill of quantities. It supports on-screen measurement annotations, quantity extraction from vector PDFs, and cost-code mapping tied to estimating structure.
Buildxact also supports assembly-style estimating and revision workflows that help track what changed between drawing sets. The platform is positioned for team estimating work where estimating views, quantities, and takeoff notes need consistent reuse across projects.
- +Vector PDF takeoff preserves geometry for faster measurement than raster workflows
- +Assembly-based estimating links quantities to structured cost breakdowns
- +On-screen takeoff annotations keep measurements and notes in the same workspace
- +Revision comparison helps identify quantity and markups that changed across updates
- –IFC import support is limited compared with BIM-first takeoff tools
- –Large drawing sets can slow review when multiple pages need page registration checks
- –Automation depends on established cost-code mapping conventions per project
- –Advanced quantity extraction workflows need estimator setup to stay consistent
Best for: Fits when estimating teams need consistent 2D takeoff on PDF drawings with cost-code mapping and revision handling.
Conclusion
After evaluating 10 construction infrastructure, PrebuiltML 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 digital takeoff software
This buyer’s guide covers digital takeoff software by comparing PrebuiltML, Roctek, Countfire, On-Screen Takeoff, eTakeoff, PlanSwift, Stack, Measure Square, Togal.AI, and Buildxact across revision handling, markup-to-quantity workflows, and structured output for estimating.
Each tool card highlights a different mechanism for turning drawing markups into bill of quantities style outputs, from PrebuiltML’s rule-templated quantity extraction with annotation-linked QA to Roctek’s standardized takeoff templates with scale and page registration controls. The selection also looks at revision comparison behavior so quantity-impact changes stay tied to specific markup deltas instead of becoming a manual retake loop.
Digital takeoff software for construction estimating with markup-to-quantity and revision-aware workflows
Digital takeoff software converts 2D plan inputs into measurement annotations and then into estimating-ready quantities that can be mapped to cost codes and structured bill of quantities outputs.
In practice, PrebuiltML focuses on rule-templated quantity extraction that links measured quantities back to source-view annotations for faster QA, while Countfire emphasizes revision comparison to surface quantity-impact changes across drawing sets tied to markup deltas. Roctek also uses standardized measurement structure enforced by takeoff templates so markup context stays consistent when estimators repeat the same workflow across drawing revisions. Tools in this list differ most in how they handle drawing registration, scale calibration, and the degree to which revision workflows keep takeoff results aligned with updated plan sheets.
Digital takeoff features that decide revision accuracy and estimating output traceability
Revision handling determines whether quantity deltas reflect real drawing changes or just new measurement effort. Markup-to-quantity mapping determines whether takeoff annotations land cleanly in a quantity database that can feed bill of quantities line items and cost-code outputs.
Revision comparison that ties changes back to the same markup context
Countfire highlights quantity-impact changes across drawing sets through revision comparison so retake decisions remain tied to markup deltas. On-Screen Takeoff maintains measurement annotations and takeoff results against updated plan sheets across addenda cycles.
Markup-to-quantity mechanics with traceability back to source views
PrebuiltML links each measured quantity back to source-view annotations for faster QA during automated quantity extraction. Togal.AI carries prior takeoff context into revision-aware remeasurement so cost-code traceability survives drawing updates.
Template-driven measurement consistency across sessions and exports
Roctek uses takeoff templates that enforce standardized measurement structure across markup sessions and exports. Measure Square uses assembly-driven takeoff organization to keep repeated drawing measurements consistent across revisions.
Drawing registration and scale controls for repeatable measurements
Roctek provides scale and page registration controls designed to support repeatable measurements on plan sheets. Countfire requires careful setup of page registration and scale calibration for accurate retakes on complex drawing sets.
Quantity database and structured bill of quantities output
Countfire includes a quantity database that supports structured bill of quantities outputs tied to revision-aware retake tracking. Stack outputs cost-code aligned takeoff results by keeping measurement annotations tied to drawings during collaborative workflows.
Vector versus raster takeoff behavior for geometry and throughput
Buildxact uses vector PDF takeoff so geometry can be measured faster than raster workflows on large drawing sets. PlanSwift emphasizes 2D PDF takeoff from plan PDFs with quick updates from plan revisions instead of deep 3D model-based takeoff depth.
How to choose digital takeoff software by workflow control, automation surface, and change management
Start by selecting the revision workflow philosophy the estimating team can sustain across addenda cycles. Then match automation depth to drawing cleanliness and standardization needs so measured quantities convert into consistent structured outputs.
Pick revision handling anchored to markup deltas or anchored to remeasurement context
Countfire and Stack emphasize revision comparison that highlights takeoff changes tied to marked measurements so change review stays grounded in markup deltas. eTakeoff and Togal.AI emphasize revision comparison or revision-first remeasurement that carries prior takeoff context into updated quantities that still require user checks.
Decide whether standardized templates or assembly structure will govern measurement consistency
Roctek fits teams that want standardized measurement structure enforced by takeoff templates across markup sessions and exports. Measure Square fits teams that prefer assembly-driven organization so repeated measurements stay consistent when page sets shift.
Match automation style to drawing clarity and the tolerance for cleanup
PrebuiltML fits when automated quantity extraction can be tied back to source-view annotations and when rule templates can be configured for each drawing convention. Roctek fits when automation is driven by template setup rather than inline scripting for complex automation behavior.
Evaluate drawing registration effort against project repeatability
If project drawing sets reuse consistent conventions, Roctek scale and page registration controls help reduce measurement drift across revisions. If drawing sets are messy, Countfire and Buildxact require careful page registration and scale calibration checks to avoid markup-to-quantity misalignment.
Confirm structured outputs align with the estimating context the team already uses
Countfire and Stack focus on structured outputs by supporting a quantity database or cost-code aligned takeoff results tied to drawings. On-Screen Takeoff supports controlled on-screen quantity takeoff over repeated drawing revisions with revision-focused drawing-set management.
Check whether vector PDFs and 2D workflows meet throughput needs
Buildxact targets faster review for geometry measurement by using vector PDF takeoff and assembly-based estimating that links quantities to structured cost breakdowns. PlanSwift targets fast 2D PDF measurement updates from plan revisions and keeps 3D workflows less central than 2D PDF measurement.
Who digital takeoff software fits best based on estimating workflow constraints
Teams that run frequent addenda cycles need tools that keep measurement annotations and quantity line items aligned to updated plan sheets without turning every revision into a full retake. Teams that standardize markup practices benefit when templates or assembly structures enforce consistent measurement structure across drawing conventions.
Estimating teams that repeat the same drawing types across projects
PrebuiltML fits teams that can configure rule templates to match recurring drawing conventions and then rely on automated extraction with annotation-linked QA. PlanSwift fits teams that want fast 2D takeoff updates from plan revisions using markup-to-quantity conversion.
Projects where revision impact review is a daily workflow
Countfire fits teams that want revision comparison to surface quantity-impact changes tied to markup deltas and a quantity database for bill of quantities style outputs. On-Screen Takeoff fits teams that want drawing-set and revision handling that keeps takeoff results aligned with updated plan sheets.
Organizations standardizing markup across multiple estimators
Roctek fits when takeoff templates enforce standardized measurement structure across markup sessions and exports. Stack fits when collaborative on-screen takeoff keeps measurement annotations tied to drawings and cost-code outputs with revision tracking.
Teams measuring large PDF sets where review speed depends on PDF handling
Buildxact fits when vector PDF takeoff is needed for faster measurement and when assembly-based estimating ties quantities to structured cost breakdowns. Countfire fits when accurate page registration and scale calibration can be maintained to handle complex drawing sets.
Teams prioritizing cost-code traceability through updates
Togal.AI fits when cost-code mapping must persist through automated measurement workflows and revision-aware remeasurement. eTakeoff fits when revision comparison needs to link deltas back to updated takeoff quantities inside a multi-user estimating collaboration flow.
Common digital takeoff software mistakes that break quantity accuracy and revision confidence
Most failures happen when drawing registration discipline is inconsistent or when automation rules do not match the project’s drawing conventions. Other failures happen when teams select revision workflows that require more manual checking than the team can sustain across addenda cycles.
Skipping page registration and scale calibration checks on complex drawing sets
Countfire specifically calls out that page registration and scale calibration require careful setup. Buildxact also slows review when large drawing sets require repeated page registration checks.
Treating templates or assembly structures as optional instead of a configuration requirement
Roctek automation depends more on template setup than inline scripting, so missing configuration leads to inconsistent measurement structure. Measure Square depends on how standard assemblies are configured, so weak assembly setup slows complex drawing reviews.
Over-automating on messy drawings without allocating cleanup time
PrebuiltML notes that automated extraction can require manual cleanup for messy drawings even when quantities are linked back to source-view annotations. Togal.AI notes that automated extraction quality depends heavily on drawing clarity and scale.
Expecting revision comparison to remove the need for user verification
eTakeoff provides revision comparison but complex projects can require more time to maintain consistent drawing standards. Togal.AI still requires user checks for measurement accuracy even with automated revision-aware remeasurement.
How We Selected and Ranked These Tools
We evaluated digital takeoff software tools by weighting features at 40 percent and ease at 30 percent while keeping value at 30 percent. We compared how each tool handles revision comparison, markup-to-quantity mapping, and whether takeoff outputs remain traceable to drawing context after addenda cycles.
We also used each tool’s stated standout mechanism to assess automation surface fit, including PrebuiltML’s rule-templated quantity extraction that links each measured quantity back to source-view annotations for faster QA. We ranked PrebuiltML highest because its automated extraction is directly paired with annotation-linked traceability, which reduces rework during repeated measurement workflows.
Frequently Asked Questions About digital takeoff software
How does automated quantity takeoff differ between PrebuiltML and tools that focus on on-screen markup like PlanSwift?
Which tools provide revision comparison that highlights quantity-impact changes across drawing sets?
When teams need controlled markup-to-quantity structure across repeated drawing revisions, which options match that workflow?
What breaks if a team does not standardize takeoff templates, based on how Roctek and Measure Square handle repeatability?
How do tools map measurements to cost codes, and where do workflows diverge between Countfire and Buildxact?
Which software supports API-first integration patterns for syncing takeoff results into estimating toolchains?
How do SSO, RBAC, and audit logs work in multi-user environments, and how does eTakeoff compare to tools without that emphasis?
What is the practical difference between revision-friendly remeasurement in Togal.AI and drawing-set revision handling in On-Screen Takeoff by Oncenter?
When a project needs fast onboarding with existing estimating structures, how do automation and configuration differ between PrebuiltML and Stack?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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