Top 10 Best Cloud Take Off Software of 2026

Bluebeam Cloud provides an on-screen measurement toolset that captures linear, area, and count values directly on PDF sheets with drawing-scale calibration. It adds markup collaboration so multiple estimators can work in parallel on the same plan set and keep takeoff annotations attached to the referenced document pages. It also supports importing and organizing bid package content so estimation work stays connected to the relevant plan sets and revisions.

A key tradeoff is that governance depends on how workspace access is configured for each project, because large firms often need tighter role separation than typical shared-access setups. Bluebeam Cloud fits situations where teams want cloud collaboration for PDF takeoffs and recurring addenda updates, without maintaining a dedicated desktop takeoff server.

Autodesk Takeoff delivers a cloud takeoff workflow where users calibrate drawing scale, place takeoff measurements on the plan view, and attach takeoff notes or assemblies to scope items. Measurement tools cover linear, area, and count takeoffs, and the toolset is designed for multi-user collaboration on shared plan views. For teams that already run repeatable estimating packages, the estimate structure supports consistent takeoff organization across projects.

A key tradeoff is that plan recognition quality can vary by drawing cleanliness and scan quality, which increases the need for manual correction in some PDF plan sets. Autodesk Takeoff fits a usage situation where multiple estimators must work from the same bid documents and converge on a single set of measured quantities with clear review history.

Buildxact is designed for digital takeoff users who need repeatable estimate structures, not just measurement markups. Uploaded plan sets feed on-screen takeoff sessions, and measurements roll into a structured estimate with item-level quantities that can be adjusted with waste factors and unit conversions. Assemblies and estimate templates reduce rework when similar jobs recur across multiple bid phases.

A key tradeoff is that estimator customization can feel template-dependent, since the workflow is most efficient when estimate structures match the team’s standard breakdown. Buildxact fits situations where a team regularly produces bids from common building types and needs consistent quantity-to-line-item mapping across projects.

STACK provides cloud-based takeoff workflows for construction estimating with on-screen measurement annotations tied to plan viewing. The product focuses on coordination between digital takeoff marks and estimate outputs, with tools for multi-user collaboration around the same set of drawings.

Integration and automation support are geared toward moving takeoff quantities into downstream estimating and project systems through an API surface. STACK also includes administrative controls for managing workspaces and access across projects.

Kreo performs cloud-based digital takeoff on imported plan sets and turns marked measurements into estimate-ready quantities. It supports on-screen annotation and measurement tools for linear, area, and count takeoffs, plus drawing scale calibration and unit conversion workflows.

Kreo also includes collaboration controls for multi-user markup and organizes takeoffs so exported outputs map to estimate line items in downstream systems. Automation depth shows up most clearly in how measurement results move from plan markup into spreadsheet and estimate workflows.

Countfire is a cloud takeoff workflow tool designed for construction estimating teams that need on-screen measurement directly on plan sets. The core workflow centers on scaling and measurement instruments for linear, area, and count takeoffs, with markup and annotation captured alongside quantities.

Countfire also supports multi-discipline collaboration so estimators can work the same project drawings while preserving review context. The differentiator is how annotation-driven work stays tied to estimate outputs and export targets instead of living only as isolated markups.

Togal.AI focuses on cloud-based digital takeoff workflows that combine on-screen markup with structured measurement capture. The tool centers review-ready takeoff annotations tied to plan pages, then turns those quantities into an estimate output that can be organized by project scope.

Automation and extensibility are driven by an API-oriented workflow, so custom integrations can map plan data to estimating structures. Togal.AI also supports multi-user collaboration for shared markups on the same drawing set.

Procore Estimating delivers cloud takeoff and estimating workflows inside the Procore ecosystem. It supports on-screen quantity takeoff on uploaded plan sets, then carries measured quantities into estimate line items with bid-ready organization.

The product emphasizes integration with related Procore project data, so estimating outputs stay tied to project context. It is a fit when teams want repeatable takeoff workflows and estimate management under one administrative surface.

PlanSwift performs cloud-based on-screen quantity takeoff on PDF and image plan sets using measurement tools like linear, area, and count. It organizes annotations, assemblies, and page-level markup to keep takeoff intent attached to specific drawings.

PlanSwift also supports multi-user worksharing workflows and exports estimates into common spreadsheet outputs for downstream estimating. Its cloud deployment focuses on collaborative markup and review-ready takeoff packages tied to bid documents and plan set structure.

Groundplan is a cloud takeoff workflow for construction estimating teams that need browser-based plan markup and measurement.

It handles both raster and PDF plan inputs and uses on-screen tools for quantity measurement and estimate item organization.

It supports multi-user collaboration within the same estimate workspace and structures takeoff items into assemblies for downstream costing.