AI site progress: Buildots vs Doxel vs OpenSpace Track

From site images to progress evidence

A photo archive shows what a site looked like; progress intelligence connects that evidence with the work expected in the plan. Buildots, Doxel, and OpenSpace Track offer different ways to make that connection. The useful comparison is the reference data they need, the treatment of visible and nonvisual activities, and how the resulting progress reaches the project team.

Buildots

Buildots connects site evidence, BIM, and schedule information with construction intelligence for project teams and portfolio leaders. Its current platform describes planned-versus-built visibility, delivery-risk detection, trade management, and site documentation. The product is useful when a team wants progress to inform the next coordination decision rather than remain a weekly status report. Integrated Tracking extends the view beyond components detected by AI: teams can manually report tasks, attach photos or documents, and include activities such as inspections or commissioning in the progress picture. This matters because a physical installation may be visible before the associated test or approval is complete. Buildots suits owners and contractors who want this combination of automated progress data and field-entered completion. The platform also offers workforce-related Buildots Field and managed capture services, which should be scoped separately. Its recognition of manual activities is a practical boundary: computer vision alone cannot verify every step needed to finish the work.

Doxel

Doxel measures work in place by comparing site video with BIM and the project’s plan. The published workflow starts with sending the BIM, then capturing the site through a hard-hat-mounted 360 camera during a normal walk. Computer vision analyzes installed work by trade, system, and stage, turning that record into planned-versus-actual progress. Doxel also emphasizes historic production rates for forecasting delays and adjusting the plan, plus a 3D progress view and portfolio visibility. It suits general contractors and owners who want quantified installation progress connected with schedule decisions. Its clearest distinction here is the relationship between model-based component measurement and the pace of construction. The scope still depends on what is captured and recognizable, and the documented workflow requires the model information to be supplied. Commercially, Doxel says it generally charges by square foot and does not charge by user seat. That can make collaboration simpler to scope, but it does not establish a current dollar rate or the recurring contract term.

OpenSpace Track

OpenSpace Track joins OpenSpace capture, analytics, and verified progress tracking. The current product combines AI-powered visual analysis with expert human review, then connects the captured conditions with project schedule information. Teams can inspect progress through dashboards and reports organized by phase, trade, task, or space. Spotlights flag unfinished work or blockers, giving the visual record a role in daily coordination. OpenSpace describes Track as BIM-informed but does not require BIM, making it relevant to teams whose planning model is incomplete or unavailable. Its documented schedule connections include P6, Asta Powerproject, Microsoft Project, and Excel. OpenSpace Track suits builders already using the OpenSpace visual workflow and those wanting schedule-linked tracking with a hybrid review process. The buying boundary is explicit: Track is an add-on to Core or Enterprise, rather than a standard feature automatically included with capture. The proposal needs to identify the visible work to be tracked and the base subscription supporting it.

BIM, imagery, and activities that images miss

Doxel’s published workflow begins with BIM and uses it to measure work captured on site. Buildots combines model and schedule data with automated detection, then uses Integrated Tracking for activities that need manual confirmation. OpenSpace Track can operate without BIM and describes human-reviewed visual tracking. Doxel is most naturally framed around model-linked installed quantities, Buildots around a wider progress picture including manual tasks, and OpenSpace around a flexible visual record. None of those approaches makes a concealed installation or an unrecorded inspection automatically visible.

Progress reports versus delivery decisions

Buildots emphasizes risk, trade coordination, and portfolio intelligence around observed progress. Doxel links measured installation with production rates and schedule recovery, which is useful when the question is whether the current pace can meet the plan. OpenSpace Track connects dashboards and reporting with Spotlights for unfinished work or blockers. A team focused on installation quantity and pace may favor Doxel, while one needing manual approvals alongside progress may value Buildots. OpenSpace is particularly relevant when the visual-record workflow and schedule reporting need to work together without requiring BIM.

What the quoted price needs to cover

Doxel’s stated square-foot basis and unlimited users explain part of its commercial model, but no numeric rate or billing interval was confirmed. OpenSpace’s base subscription follows annual construction volume and tier, while Track adds a separately defined project or portfolio scope. Buildots requires a proposal distinguishing progress intelligence, field functionality, and capture services. The comparable purchase includes who captures the site, what components or activities are tracked, and how many projects the agreement covers. A generic capture price should not be used to price a verified progress package.

Which should you choose?

Consider Buildots for progress intelligence combining automatic and manual activities, Doxel for BIM-linked work-in-place measurement and pace analysis, and OpenSpace Track for hybrid visual tracking within an OpenSpace workflow. Choose according to your project data and the decisions the progress report needs to support.