Software database · 17 software tools

📱 Construction Field, Progress Monitoring & AI in BIM

Field and progress-monitoring software takes the coordinated BIM model out of the office and onto the site: mobile apps for drawings, issues, checklists and RFIs; augmented-reality tools that overlay the model on built work; 360-camera, drone and scan capture that is compared against the model and schedule by computer vision; and layout robots that print the model directly on the slab. A second group of tools applies AI to the model itself, generating documentation or building systems inside Revit and Archicad. Together they close the loop between design intent, what was built, and what is reported back into the schedule.

Autodesk Forma Build (formerly Autodesk Build / PlanGrid)

Autodesk
Autodesk's field and project-management app for sheets, issues, RFIs, forms and cost, now branded Forma Build.Construction Field, Progress Monitoring & AI in BIMSubscriptionWebiOSAndroidIFC ⇦

Autodesk Build launched in 2021 as the field and project-management product of Autodesk Construction Cloud, absorbing PlanGrid and BIM 360 Field. In 2026 the product help and product pages carry the name Forma Build under Autodesk's Forma platform brand; the functionality is the same. The core modules are Sheets, Issues, Forms, Photos, RFIs, Submittals, Meetings, Schedule, Assets and Cost Management, backed by the shared Autodesk Docs document environment. Site teams use the iOS and Android apps offline; office teams use the browser. An in-product Autodesk Assistant provides AI help with project data.

Vendor
Autodesk
Current version
Forma Build (cloud service, continuously updated) · 2026
First release
2021
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Subscription
Exchange formats
PDFRVTIFCNWCNWDDWG
IFC
import: Yes · export: No
openBIM notes
Models are viewed through the Autodesk Construction Cloud viewer, which accepts IFC alongside Autodesk native formats. Issues can be exchanged with coordination tools; native BCF export is not documented in the field modules.
Automation & APIs
Autodesk Platform Services (APS) Construction APIsData Connector exportsBridge (cross-project data sharing)Autodesk Assistant (AI, in-product)
Learning curve
Medium — Field users are productive in a day; administrators need training on project templates, permissions and module configuration.
Typical users
General contractorsSite engineersProject managersTrade contractors

Key features

  • Sheet management with automatic version and hyperlink extraction
  • Issues, RFIs and submittals linked to sheets and model locations
  • Configurable forms for inspections, daily logs and safety
  • Schedule and cost management modules
  • Model viewing on mobile via the ACC viewer
  • Autodesk Assistant AI and Data Connector for reporting

Strengths

  • Single data environment with Autodesk Docs and BIM Collaborate
  • Mature sheet and RFI workflows inherited from PlanGrid
  • Broad APS API surface for enterprise reporting

Limitations

  • Value depends on being inside the Autodesk ecosystem
  • Product naming has changed twice (PlanGrid, Autodesk Build, Forma Build), which confuses documentation and training
  • Pricing is quote-based and not published

Best for: Contractors already standardised on Autodesk Construction Cloud who want one field app connected to the same documents, models and issues used in coordination.

Market notes: Widely used by general contractors in North America and by Autodesk-standardised firms worldwide; adoption follows Autodesk Construction Cloud enterprise agreements.

Official training & certification

Sources: autodesk.com/products/forma-build/overview · help.autodesk.com/view/BUILD/ENU · Last verified 2026-09-15

Fieldwire by Hilti

Fieldwire
Task-centred field app from Hilti with sheets, punch lists, forms, scheduling and a 3D model viewer.Construction Field, Progress Monitoring & AI in BIMFreemiumWebiOSAndroidIFC ⇦

Fieldwire is a jobsite management app acquired by Hilti in 2021 and now branded Fieldwire by Hilti. It is built around tasks pinned to plan locations, with sheet viewing, markups, punch lists, inspections and forms, daily reports and a simple lookahead schedule. The Business tier adds a BIM viewer that merges trade models, supports sections and measurements, and lets tasks be created in 3D. It is popular with trade contractors and smaller general contractors because the free tier and per-user pricing are easy to adopt.

Vendor
Fieldwire (Hilti Group)
Current version
Fieldwire (cloud service, continuously updated) · 2026
First release
2013
Official site
fieldwire.com
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Freemium — Vendor pricing page (Sept 2026): Basic USD 0, Pro USD 39, Business USD 64, Business Plus USD 89 per user per month billed annually; custom enterprise contracts. BIM viewer from the Business plan.
Free tier
Basic plan, free, limited users and sheets (verified on vendor pricing page)
Exchange formats
PDFIFC
IFC
import: Yes · export: No
openBIM notes
The 3D viewer loads federated models from uploaded files (up to 1 GB) and lets tasks be pinned to model coordinates. The full list of accepted model formats is kept in the Fieldwire Help Center; IFC is the open route in.
Automation & APIs
Fieldwire REST API (Business plans and above)
Learning curve
Low — Crews learn tasks and sheets in hours; administrators need a short setup for categories, forms and permissions.
Typical users
Trade contractorsSite supervisorsSmall and mid-size general contractorsOwners' representatives

Key features

  • Tasks pinned to sheets or 3D model coordinates
  • Automatic sheet versioning and hyperlinking
  • Punch lists, inspections and custom forms
  • Federated BIM viewer with sections and measurements
  • Offline mobile use with sync
  • Daily reports and lookahead scheduling

Strengths

  • Free entry tier and transparent per-user pricing
  • Fast mobile sheet performance
  • Simple task model that crews adopt quickly

Limitations

  • BIM viewer only from the Business plan
  • Lighter cost, RFI and submittal modules than Procore or Forma Build
  • Not a common data environment for design coordination

Best for: Trade and mid-size contractors that want a fast, low-cost field tool with an optional model viewer rather than a full project-management platform.

Market notes: Strong in North America and Europe among trade contractors; distributed through Hilti's sales channel since the 2021 acquisition.

Official training & certification

Sources: fieldwire.com/pricing · fieldwire.com/bim · Last verified 2026-09-15

Dalux Field

Dalux
Danish site app that puts a fast IFC model viewer, drawings, checklists and safety on every phone.Construction Field, Progress Monitoring & AI in BIMFreemiumWebiOSAndroidIFC ⇦

Dalux Field is the on-site module of the Copenhagen-based Dalux platform, which also includes the Dalux Box common data environment, Dalux FM and a free BIM Viewer. Site managers, quality and safety managers and subcontractors use it for issues, checklists, inspections, punch lists and health-and-safety workflows, with drawings and the 3D model available offline. The company reports 1.7 million users and 23 supported languages. A free Field Basic tier covers snagging, and the paid tier is quoted per project or enterprise.

Vendor
Dalux
Current version
Dalux Field (cloud service, continuously updated) · 2026
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Freemium
Free tier
Field Basic (free snagging tool) and the free Dalux BIM Viewer, unlimited users (verified on vendor site)
Exchange formats
IFCPDF
IFC
import: Yes · export: No
openBIM notes
Dalux's viewer is IFC-centred and the same engine serves the free BIM Viewer, Dalux Box (CDE) and Dalux Field, so a model federated in the CDE is the model seen on site.
Learning curve
Low — Field users need an hour; setup of checklists, roles and locations is the administrator's main effort.
Typical users
Site managersQuality and safety managersBIM managersSubcontractors

Key features

  • Fast 2D/3D viewer with model and drawing overlay
  • Issues, punch lists and checklists linked to locations
  • Health-and-safety and quality workflows by role
  • Offline use with automatic sync
  • Reality-capture photos positioned in the model
  • Shared data with Dalux Box CDE

Strengths

  • Very fast model viewing on mobile hardware
  • Free viewer and Field Basic lower adoption barriers
  • Strong presence in Nordic and European public projects

Limitations

  • Pricing is quote-based
  • Less cost and contract functionality than full project-management platforms
  • Ecosystem is strongest in Europe

Best for: European projects that want a model-first site app tightly linked to a common data environment, with a free tier for subcontractors.

Market notes: Dominant in Denmark and strong across the Nordics, Germany and the UK; customers named on the vendor site include Skanska, Vinci, WSP and Jacobs.

Official training & certification

Sources: dalux.com/dalux-field · dalux.com · Last verified 2026-09-15

OpenSpace

OpenSpace Labs
360-camera site capture mapped to plans, with AI progress tracking and BIM comparison.Construction Field, Progress Monitoring & AI in BIMSubscriptionWebiOSAndroidIFC ⇦

OpenSpace, founded in San Francisco in 2017, records a jobsite from a 360 camera on a hard hat while someone walks the floor, then automatically pins the images to the drawing so anyone can revisit any location on any date. Capture also comes from drones, smartphones and capture services. BIM Compare shows the model next to the built condition, Field Notes turn observations into issues synced with Procore and Autodesk, and OpenSpace Track, powered by Disperse, uses AI to measure progress against the schedule and BIM. Subscriptions are priced on annual construction volume in Core and Enterprise tiers.

Vendor
OpenSpace Labs
Current version
OpenSpace Core / Enterprise with OpenSpace Track add-on (2026) · 2026
First release
2017
Official site
openspace.ai
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Subscription — Priced on annual construction volume and tier (Core or Enterprise); OpenSpace Track is an add-on per project or portfolio. No list prices published (vendor pricing page, Sept 2026).
Exchange formats
360 imagesIFCRVTNWD
IFC
import: Yes · export: No
openBIM notes
BIM Compare places design models beside captured reality; models typically come through the Autodesk Construction Cloud or Procore integration. Field Notes sync two-way with Procore and Autodesk issues.
Automation & APIs
OpenSpace API (imagery, Field Notes, usage; Enterprise tier)Robotic capture partners (ALPHAZ, FieldAI, Teleworker AI)
Learning curve
Low — Walking a capture takes minutes to learn; setting up schedule mapping for Track is the specialist task.
Typical users
General contractorsOwnersProject managersVDC teams

Key features

  • Automatic 360 photo mapping to sheets
  • BIM Compare split view of model versus reality
  • OpenSpace Track AI progress tracking against P6, MS Project, Asta or Excel schedules
  • Field Notes with two-way Procore and Autodesk sync
  • Drone and robotic capture integrations
  • API and SSO in the Enterprise tier

Strengths

  • Capture is passive and needs no surveying skill
  • Large installed base (vendor cites 77 billion square feet captured in 132 countries)
  • Progress tracking integrated with common schedule tools

Limitations

  • Pricing tied to construction volume rather than seats
  • AI progress tracking is an add-on with a 24 to 48 hour processing turnaround
  • Model comparison depends on a well-located BIM

Best for: Contractors that want low-effort visual documentation of every site walk and, optionally, AI progress measurement without preparing the model in detail.

Market notes: One of the most widely deployed reality-capture platforms in North America; vendor reports roughly USD 200 million raised.

Official training & certification

Sources: openspace.ai · openspace.ai/pricing · openspace.ai/progress-tracking · openspace.ai/company · openspace.ai/integrations · Last verified 2026-09-15

Disperse (now OpenSpace Track, powered by Disperse)

Disperse
London-founded AI progress-tracking service, now the engine behind OpenSpace Track.Construction Field, Progress Monitoring & AI in BIMSubscriptionWebIFC ⇦Renamed

Disperse was a London-based company that combined regular 360 site captures with computer vision to report progress against the programme, using a managed-service model with human review. In 2026 its website redirects to OpenSpace, and OpenSpace markets Progress Tracking as OpenSpace Track powered by Disperse, analysing over 700 visual components across 200 or more schedule tasks. The Disperse name survives only as the technology label inside OpenSpace. Existing users should refer to OpenSpace Track documentation.

Vendor
Disperse (OpenSpace Labs)
Current version
OpenSpace Track powered by Disperse (2026) · 2026
Official site
disperse.io
Platforms
Web
Deployment
cloudweb
Pricing model
Subscription
Exchange formats
360 imagesIFCRVT
IFC
import: Yes · export: No
openBIM notes
Disperse compared 360 captures with the BIM and schedule at component level; the same engine now runs OpenSpace Track.
Learning curve
Low — Reports are delivered; the customer's effort is capture and schedule mapping.
Typical users
General contractorsProject controls teams
Successor
OpenSpace

Key features

  • AI progress measurement from 360 captures
  • Component-level comparison with BIM and schedule
  • Managed capture and human-verified reports
  • Schedule import from P6, MS Project, Asta and Excel
  • Now sold as an OpenSpace add-on
  • Spotlight alerts for stalled work

Strengths

  • Proven progress-tracking engine
  • Continues inside a large platform

Limitations

  • No longer available as a standalone product
  • Acquisition details are not published on the vendor site

Best for: Historic reference; new buyers should evaluate OpenSpace Track.

Market notes: Used mainly on UK and European projects before folding into OpenSpace.

Sources: disperse.io · openspace.ai/progress-tracking · openspace.ai/company · Last verified 2026-09-15

Buildots

Buildots
AI construction-intelligence platform that measures element-level progress from 360 hard-hat cameras.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebiOSAndroidIFC ⇦

Buildots, founded in Tel Aviv in 2018, uses 360 cameras mounted on hard hats, drones and laser scans to capture the site, then applies computer vision and deep learning to compare each captured element with the BIM and the schedule. It reports progress, production pace and predicted delays, and the Pace Control module drives weekly trade meetings from measured rather than reported data. Buildots Field adds workforce, safety and logistics intelligence, and Capture Services provide fully managed site walks. The company reports USD 297 million raised and more than 350 staff.

Vendor
Buildots
Current version
Buildots platform with Buildots Field and Capture Services (2026) · 2026
First release
2018
Official site
buildots.com
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Enterprise quote
Exchange formats
360 videoDrone imageryLaser scansIFCRVT
IFC
import: Yes · export: No
openBIM notes
Progress is measured at building-element level against the BIM and the schedule; the Data Connector passes results to scheduling and financial systems.
Automation & APIs
Buildots Data Connector
Learning curve
Medium — Capture is easy; interpreting pace dashboards and linking them to schedule logic takes a few weeks of coaching.
Typical users
General contractorsProject controls managersData-centre and healthcare owners

Key features

  • Element-level progress from 360, drone and scan capture
  • Delay forecasting weeks in advance
  • Pace Control for trade performance management
  • Processing within 24 to 36 hours of capture
  • Buildots Field workforce and safety intelligence
  • Managed capture services and Data Connector

Strengths

  • Objective element-level progress data
  • Strong delay-prediction and performance-management workflow
  • Local specialists deployed on major projects

Limitations

  • Needs a coordinated BIM and a detailed schedule to add value
  • Enterprise pricing only
  • Processing is not real time

Best for: Large, model-rich projects such as data centres, hospitals and multifamily where measured pace and delay prediction justify a managed service.

Market notes: Deployed in more than 12 countries across data-centre, commercial, healthcare and airport projects.

Official training & certification

Sources: buildots.com · buildots.com/about-us · buildots.com/platform · Last verified 2026-09-15

Doxel

Doxel
Computer-vision progress tracking that turns hard-hat 360 video into work-in-place, production rates and forecasts.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebIFC ⇦

Doxel, founded in 2015 and based in Menlo Park, California, tracks construction progress with computer vision. Crews wear a 360 camera during normal walks, the video is analysed against the BIM and the schedule, and the platform reports planned-versus-actual by trade and component, flags out-of-sequence or incomplete work, and forecasts schedule and budget impact. Named customers include DPR, Layton, Sundt and QTS Data Centers. The company has raised USD 57 million from investors including Insight Partners and Andreessen Horowitz.

Vendor
Doxel
Current version
Doxel platform (2026) · 2026
First release
2015
Official site
doxel.ai
Platforms
Web
Deployment
cloudweb
Pricing model
Enterprise quote
Exchange formats
360 videoIFCRVTNWD
IFC
import: Yes · export: No
openBIM notes
Customers submit BIM files with minimal VDC preparation; Doxel measures work in place per component and system against the schedule and budget.
Learning curve
Medium — Capture is simple; project controls staff need time to align Doxel reporting with their schedule and cost structures.
Typical users
General contractorsOwnersProject controls teams

Key features

  • Work-in-place measured per component and system
  • Early delay detection and schedule forecasting
  • Production-rate analysis by trade
  • Quality flags for incomplete or out-of-sequence work
  • Portfolio view across projects
  • Budget and earned-value forecasting

Strengths

  • Minimal VDC setup claimed by the vendor
  • Links progress to cost forecasting
  • Established US customer base

Limitations

  • Enterprise pricing only
  • Integration list is not published on the vendor site
  • Depends on regular, complete 360 capture

Best for: Contractors and owners running large commercial, healthcare and data-centre programmes who want objective earned-value data with little model preparation.

Market notes: Primarily United States, with references in data centres, healthcare and commercial construction.

Sources: doxel.ai · doxel.ai/about · doxel.ai/contact · Last verified 2026-09-15

Trimble SiteVision

Trimble
Outdoor augmented reality that places the model at 1:1 on site using centimetre GNSS positioning.Construction Field, Progress Monitoring & AI in BIMSubscriptionAndroidiOSIFC ⇦

Trimble SiteVision is an outdoor AR system that combines a smartphone or tablet with the Trimble Catalyst DA2 GNSS receiver to display design models at true scale in their real-world position, with about 1 cm horizontal and 2 cm vertical positioning accuracy. Models are shared through Trimble Connect. Users can visualise underground utilities, road designs and building models, capture lidar point clouds, measure volumes, slopes and cut-and-fill, and record progress and tasks. It is used mainly on civil, utility and site-works projects where GNSS coverage exists.

Vendor
Trimble
Current version
Trimble SiteVision 2026 · 2026
First release
2019
Platforms
AndroidiOS
Deployment
mobilecloud
Pricing model
Subscription
Exchange formats
IFCSKPDWGLandXMLTrimBIM
IFC
import: Yes · export: No
openBIM notes
Models are published to Trimble Connect and opened in SiteVision; IFC is the main open route for building models, LandXML and DWG for civil designs.
Learning curve
Medium — Surveyors adapt in a day; the harder part is preparing correctly georeferenced models.
Typical users
Civil contractorsSurveyorsUtility ownersSite engineers

Key features

  • 1:1 AR visualisation positioned by Catalyst DA2 GNSS
  • Trimble Connect model sharing
  • Underground utility and road design visualisation
  • Lidar point-cloud capture and measurement
  • Volume, area, slope and cut-fill tools
  • Task assignment and progress photos

Strengths

  • Survey-grade positioning without markers
  • Works with common civil formats and Trimble Connect
  • Runs on standard phones and tablets

Limitations

  • Needs GNSS sky view; not for indoor fit-out
  • Requires the Catalyst receiver and subscription
  • Building-model detail is limited by mobile hardware

Best for: Outdoor infrastructure and site works where a survey-grade AR check of alignments, utilities and earthworks is needed.

Market notes: Adopted by civil and utility contractors in North America, Europe and Australia through Trimble's geospatial dealer network.

Official training & certification

Sources: geospatial.trimble.com/en/products/software/trimble-sitevision · trimble.com/en/products/building-construction-field-systems · Last verified 2026-09-15

GAMMA AR

GAMMA Technologies S.à r.l.
Tablet-based BIM augmented reality for on-site QA/QC, progress tracking and issue capture.Construction Field, Progress Monitoring & AI in BIMMixediOSAndroidWebIFC ⇦

GAMMA AR, from GAMMA Technologies in Luxembourg, overlays the BIM model on the real site through an iPad, iPhone or Android device. Users align the model without reference points or QR codes, compare planned and built elements, and create component-based issues and RFIs with photos that sync to Autodesk Construction Cloud, BIM 360, Procore or BIMCollab. Models are prepared in the web-based GAMMA BIM Portal and work offline on site. Named customers include Turner, DPR, Arup and WSP.

Vendor
GAMMA Technologies S.à r.l.
Current version
GAMMA AR with GAMMA BIM Portal (2026) · 2026
Official site
gamma-ar.com
Platforms
iOSAndroidWeb
Deployment
mobilecloudweb
Pricing model
Mixed — User package (annual subscription, re-assignable seats), Project package (one-time payment, unlimited users) and Enterprise contract; 30-day free trial. No list prices published (vendor pricing page, Sept 2026).
Free tier
30-day free trial (verified on vendor site)
Exchange formats
IFCRVTNWDBCFPDFCSV
IFC
import: Yes · export: No
openBIM notes
Imports IFC, Revit and Navisworks models, exports issues to BCF, PDF and CSV, and syncs with Autodesk ACC/BIM 360, Procore and BIMCollab.
Learning curve
Low — Aligning and walking a model takes an hour to learn; model preparation for size and origin is the key skill.
Typical users
Site engineersBIM coordinatorsMEP contractorsQuality managers

Key features

  • Marker-free AR alignment of the model on site
  • IFC, Revit and Navisworks model import
  • Component-based issues and RFIs with photos
  • BCF, PDF and CSV export
  • Sync with ACC/BIM 360, Procore and BIMCollab
  • Offline operation with automatic sync

Strengths

  • Runs on standard tablets, low hardware cost
  • Open export to BCF and sync to major CDEs
  • Flexible per-user or per-project licensing

Limitations

  • Tablet AR accuracy is lower than survey-grade headsets
  • Large models must be trimmed in the portal
  • Not a full field-management platform

Best for: Interior and structural QA/QC where a coordinator wants to check built work against the model with a tablet rather than a headset.

Market notes: Vendor cites more than 70 construction and engineering firms across Europe and North America.

Official training & certification

Sources: gamma-ar.com · gamma-ar.com/pricing · gamma-ar.com/features · Last verified 2026-09-15

XYZ Reality Atom

XYZ Reality
Engineering-grade AR hard hat that shows the model on site at millimetre accuracy for validation.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteProprietary headsetWeb

XYZ Reality, headquartered in London, makes the Atom, a safety-certified hard hat with built-in AR displays that positions the BIM model on site to millimetre accuracy using a fixed coordinate system anchored by reflective targets. The company calls this Engineering Grade AR and pairs it with XYZ Cloud and a Project Controls Platform for progress and validation data, plus 360 validation capture. It is delivered as a service with dedicated experts and is aimed at data centres, pharmaceutical plants, airports and offsite fabrication. The company holds ISO 27001, SOC 2 and ISO 45001 certifications.

Vendor
XYZ Reality
Current version
XYZ Atom headset with XYZ Cloud and Project Controls Platform (2026) · 2026
Official site
xyzreality.com
Platforms
Proprietary headsetWeb
Deployment
desktopcloudweb
Pricing model
Enterprise quote
Exchange formats
RVT (via XYZ Revit plugin)
IFC
import: Not verified · export: No
openBIM notes
Models are exported from Revit with an XYZ plugin; support for IFC or Navisworks input is not documented on the vendor site.
Learning curve
Medium — Users learn the headset quickly; setting out control targets and preparing models is done with XYZ specialists.
Typical users
Data-centre and pharma contractorsMEP installersProject controls teams

Key features

  • Millimetre-accurate model positioning via surveyed targets
  • Safety-rated hard hat with integrated displays
  • Full offline operation with sync
  • XYZ Cloud portfolio data platform
  • Project Controls Platform for validation and progress
  • Revit plugin for model export

Strengths

  • Accuracy far beyond tablet AR
  • Delivered with expert on-site support
  • Certified as PPE, so it can be worn on site

Limitations

  • Service-based, enterprise pricing
  • Revit-centred model input
  • Requires surveyed control targets on site

Best for: Mission-critical projects where verifying installation against the model to a few millimetres before the next trade arrives avoids expensive rework.

Market notes: Partners named on the vendor site include Mace, PM Group and Autodesk; focus on data-centre and life-science projects in the UK, Europe and the US.

Sources: xyzreality.com · xyzreality.com/atom · Last verified 2026-09-15

Reconstruct

Reconstruct Inc.
Reality mapping from phones, 360 cameras and drones, overlaid on 4D BIM for remote progress and quality control.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebiOSAndroidIFC ⇦

Reconstruct, founded in 2015 and based in Menlo Park, California, turns photos and video from smartphones, 360 cameras and drones into measurable 2D plans and 3D reality models using photogrammetry. Its Visual Command Center overlays these models on the design and the construction schedule so teams can compare planned and actual work, measure remotely, pin issues and keep a dated as-built history. Co-founder and CTO Mani Golparvar comes from academic research on vision-based progress monitoring. The company partners with Oracle Construction and Engineering.

Vendor
Reconstruct Inc.
Current version
Reconstruct Visual Command Center (2026) · 2026
First release
2015
Official site
reconstructinc.com
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Enterprise quote
Exchange formats
360 imagesDrone imageryVideoIFCRVTNWD
IFC
import: Yes · export: No
openBIM notes
Reality models built by photogrammetry are overlaid on the design model and schedule (4D) for progress and quality review; Oracle Construction and Engineering is a named partner.
Learning curve
Medium — Capture planning and schedule mapping take training; browsing the command centre is straightforward.
Typical users
General contractorsOwnersProject controls teams

Key features

  • Photogrammetric 3D reality models from any camera
  • 4D overlay of reality against model and schedule
  • Remote measurement and progress reporting
  • Issue pinning on the reality model
  • Dated as-built snapshots
  • Drone and 360 capture in one timeline

Strengths

  • Device-agnostic capture
  • True 3D reality model rather than photo spheres
  • Schedule-linked progress and risk views

Limitations

  • Enterprise pricing only
  • Photogrammetry needs good coverage and lighting
  • Integration list is not fully published

Best for: Projects with large exterior or infrastructure scope where drone and 360 data must be compared with a 4D schedule.

Market notes: Used in the United States on commercial, industrial and infrastructure projects; Oracle partnership extends reach to Aconex and Primavera users.

Sources: reconstructinc.com · reconstructinc.com/about · Last verified 2026-09-15

Novade

Novade Solutions
Singapore-based field platform for quality, safety, progress and handover forms, with an AI suite.Construction Field, Progress Monitoring & AI in BIMFreemiumWebiOSAndroid

Novade is a field-management platform from Singapore used on more than 10,000 sites in 25 countries. Its modules cover quality (inspections, test plans, punch lists, handover), safety (permits to work, toolbox talks, incidents), project control (site diaries, progress, tasks) and maintenance. It runs on iOS, Android and the web, with a free tier for small teams, a Standard plan, and Premium and Enterprise plans. Recent additions are Novade Lite for small teams, an AI Suite embedded in workflows, and Novade Connect for linking field data to planning systems.

Vendor
Novade Solutions
Current version
Novade, Novade Enterprise and Novade Lite (2026) · 2026
First release
2014
Official site
novade.net
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Freemium — Vendor pricing page (Sept 2026): Free tier up to 5 users and 5 projects; Standard from USD 39 per user per month; Premium and Enterprise quoted.
Free tier
Free plan, up to 5 users and 5 projects (verified on vendor pricing page)
Exchange formats
PDFExcelCSV
IFC
import: No · export: No
openBIM notes
Novade is form- and location-based rather than model-based; no IFC or BIM viewer is documented on the vendor site.
Automation & APIs
Novade Connect integration layerCustom scripts (Enterprise)Novade AI Suite
Learning curve
Low — Form-based workflows are familiar to site staff; template design is the administrator's task.
Typical users
Main contractorsQuality and HSE managersDevelopersFacility managers

Key features

  • Configurable digital forms and checklists
  • Quality, safety, progress and maintenance modules
  • Permit-to-work and incident management
  • Site diary and task management
  • Novade Connect integration layer
  • AI Suite for form configuration and risk flags

Strengths

  • Free and low-cost tiers
  • Deep QHSE form library
  • Established in Asia-Pacific markets

Limitations

  • No documented BIM model viewer or IFC support
  • Advanced features only in Premium and Enterprise
  • Less known in North America

Best for: Contractors in Asia-Pacific and the Middle East that need strong quality and safety forms with a low-cost entry point, without a model-based workflow.

Market notes: Strong in Singapore, South-East Asia, Australia and the Middle East; vendor reports 150,000 monthly users.

Official training & certification

Sources: novade.net · novade.net/pricing · Last verified 2026-09-15

LetsBuild (now Aproplan by Causeway)

Aproplan
Belgian snagging and QHSE field app, formerly LetsBuild, acquired by Causeway Technologies in December 2025.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebiOSAndroidRenamed

LetsBuild was formed from the Belgian snagging app Aproplan and the Danish planning tool GenieBelt. In 2026 the letsbuild.com domain redirects to aproplan.com and the product is marketed as Aproplan by Causeway Technologies, following the December 2025 acquisition by the UK construction-software group. The app covers defect management, digital inspections with offline checklists, snagging, document management, QHSE forms and handover. Its headquarters remain in Braine-l'Alleud, Belgium.

Vendor
Aproplan (Causeway Technologies)
Current version
Aproplan (cloud service, 2026) · 2026
Official site
aproplan.com
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Enterprise quote
Exchange formats
PDFExcelCSV
IFC
import: Not verified · export: No
openBIM notes
Aproplan is drawing- and form-based; a Bricsys integration is listed, but native IFC model viewing is not documented on the current site.
Automation & APIs
Integrations with SharePoint, Power BI, Excel, Microsoft Dataverse, Dropbox and Cooperlink
Learning curve
Low — Site users learn snagging in an hour; administrators set up forms and document structures.
Typical users
Main contractorsSite managersFacility managersDesign and engineering firms
Works with
BricsCAD BIM
Successor
Aproplan by Causeway Technologies

Key features

  • Snagging and defect assignment with priorities
  • Offline digital inspections and checklists
  • QHSE compliance forms
  • Document and plan management
  • Handover and closeout packs
  • Power BI, SharePoint and Dataverse integrations

Strengths

  • Simple, well-established snagging workflow
  • Microsoft ecosystem integrations
  • Backed by a larger vendor since 2025

Limitations

  • Brand has changed several times (Aproplan, LetsBuild, Aproplan by Causeway)
  • No documented model-based workflow
  • Pricing not published

Best for: Benelux and European contractors needing straightforward snagging and compliance forms, now within Causeway's product family.

Market notes: Used mainly in Belgium, France, the Netherlands and the UK; future roadmap depends on Causeway Technologies.

Sources: aproplan.com · aproplan.com/about-us · letsbuild.com · Last verified 2026-09-15

Sablono

Sablono GmbH
Berlin-based activity-level progress and quality platform that embeds inspections into the work sequence.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebiOSAndroid

Sablono, from Berlin, positions itself as an Active Quality Management System: every activity in the construction sequence carries its quality requirements, inspection and test plans and approvals, so progress is only recorded when the checks are done. Site teams update status and photos on mobile, and the platform produces real-time progress, trade coordination, commercial valuation and handover documentation with an attributed audit trail. It is used on residential, commercial and solar projects and the vendor cites 70 percent less rework among users.

Vendor
Sablono GmbH
Current version
Sablono Active Quality Management platform (2026) · 2026
Official site
sablono.com
Platforms
WebiOSAndroid
Deployment
cloudwebmobile
Pricing model
Enterprise quote
Free tier
30-day free trial (verified on vendor site)
Exchange formats
ExcelPDF
IFC
import: Not verified · export: No
openBIM notes
Sablono tracks progress and quality at activity level per location or element; model integration is not documented on the current vendor site.
Learning curve
Medium — Site staff use it easily; building the activity and quality templates needs a planner familiar with lean methods.
Typical users
Main contractorsQuality managersLean and takt plannersDevelopers

Key features

  • Activity-level progress tracking by location
  • Inspection and test plans tied to work sequence
  • Photo evidence and timestamped audit trail
  • Issues and defects management
  • Commercial valuation from progress data
  • Handover documentation generation

Strengths

  • Progress and quality in one data model
  • Well suited to takt and lean workflows
  • Strong audit trail for handover

Limitations

  • No documented BIM or 4D model link
  • Pricing not published
  • Set-up of activity templates takes planning effort

Best for: Repetitive projects, such as residential towers or solar farms, run with lean or takt planning where quality gates must control progress reporting.

Market notes: Mainly Germany, the UK and Europe, with growing use in solar construction.

Sources: sablono.com · Last verified 2026-09-15

SWAPP

SWAPP
AI that produces construction-document sets and QA inside Revit and Archicad to the firm's own standards.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWindows (inside Revit and Archicad)Web

SWAPP automates construction documentation and BIM modelling inside Revit and Archicad. It generates dimensioned, tagged views and sheets, converts 2D drawings to 3D, adds finishes and parameters, runs ADA accessibility checks and enforces each firm's drafting standards and QA rules. Frank, its agentic assistant, reads and writes the live model to place dimensions, resolve collisions and run checks. Pricing is credit-based on usage. The company is ISO/IEC 27001:2022 certified and plans preconstruction and field-execution signals for 2026.

Vendor
SWAPP
Current version
SWAPP with Frank agentic assistant (2026) · 2026
Official site
swapp.ai
Platforms
Windows (inside Revit and Archicad)Web
Deployment
desktopcloud
Pricing model
Enterprise quote — Credit-based usage pricing with custom quotes by firm size and project mix; no list prices (vendor pricing page, Sept 2026).
Exchange formats
RVTPLN
IFC
import: No · export: No
openBIM notes
Works directly on native Revit and Archicad files; vendor states models stay on premises and are not sent to third-party LLM providers.
Automation & APIs
Frank agentic AI assistant reading and writing the live BIM model
Learning curve
Medium — Setting up firm standards and QA rules is the main onboarding effort, done with SWAPP's team.
Typical users
Architecture firmsBIM managersDesign-technology leads
Alternatives
AugmentaDynamo

Key features

  • Automated CD sets with dimensions, tags and sheets
  • 2D-to-3D modelling and parameter population
  • ADA compliance checking
  • Firm-specific standards and QA rule learning
  • Frank agent operating in the live model
  • On-premises model handling

Strengths

  • Works inside the existing Revit and Archicad workflow
  • Enforces firm standards rather than generic output
  • Documented security certification

Limitations

  • Usage-based pricing is hard to budget without a quote
  • Value depends on model quality and firm standards being defined
  • Design-phase tool, not a field product

Best for: Architecture practices producing large repetitive documentation sets who want to reduce drafting hours without changing authoring tools.

Market notes: Vendor cites more than 35 million square feet of documents delivered, mainly for US architecture firms.

Sources: swapp.ai · swapp.ai/pricing · Last verified 2026-09-15

Augmenta

Augmenta
Generative AI that routes coordinated electrical conduit and systems into a constructable BIM model.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteWebWindows (Revit)

Augmenta, based in Toronto, applies generative design to building systems, starting with electrical. It produces fully coordinated, clash-free conduit and electrical BIM models in hours for projects such as data centres and hospitals, and describes its aim as a foundation model for construction. Mechanical and plumbing are listed as coming soon. In June 2026 it released ACP 2.0, described as an AI-native design environment, and in September 2026 reported an 8.5x acceleration with E-J Electric on a 1.1 million square foot hyperscale data centre model.

Vendor
Augmenta
Current version
Augmenta ACP 2.0 (June 2026) · 2026
Official site
augmenta.ai
Platforms
WebWindows (Revit)
Deployment
clouddesktop
Pricing model
Enterprise quote
Exchange formats
RVT
IFC
import: Not verified · export: Not verified
openBIM notes
Outputs coordinated 3D electrical BIM models for existing Revit workflows; open-format export is not documented.
Learning curve
Medium — VDC teams need to learn constraint set-up and review of generated routes.
Typical users
Electrical contractorsVDC teamsMEP engineers
Alternatives
SWAPP

Key features

  • Generative routing of electrical conduit and cable systems
  • Clash-free, constructable output
  • Data-centre and healthcare focus
  • ACP 2.0 AI-native design environment
  • Revit-compatible deliverables
  • Mechanical and plumbing in development

Strengths

  • Large claimed productivity gains on complex projects
  • Focus on constructability, not just design
  • Active 2026 release cadence

Limitations

  • Electrical only at production scale
  • Enterprise pricing only
  • Design-phase tool that still needs field verification

Best for: Electrical contractors with large, repetitive conduit scopes who need coordinated models faster than manual Revit routing allows.

Market notes: Early adopters are North American electrical contractors on data-centre work.

Sources: augmenta.ai · Last verified 2026-09-15

Dusty Robotics FieldPrinter

Dusty Robotics
Autonomous robot that prints multi-trade BIM layout directly on the slab at 1/16-inch accuracy.Construction Field, Progress Monitoring & AI in BIMEnterprise quoteRobotWindows (Revit and AutoCAD plugins)Tablet

The Dusty Robotics FieldPrinter is a mobile robot, positioned by a total station, that prints layout lines, text and symbols from the BIM directly onto the concrete floor. One operator can lay out 10,000 to 15,000 square feet per day at up to 1/16 inch accuracy and 600 DPI, printing all trades' layouts at once and within 1.75 inches of obstacles. Layout data comes from Revit and AutoCAD through Dusty plugins. Customers named by the vendor include Turner, Skanska, DPR and Truebeck; the system is currently available in North America.

Vendor
Dusty Robotics
Current version
FieldPrinter (2026) · 2026
Official site
dustyrobotics.com
Platforms
RobotWindows (Revit and AutoCAD plugins)Tablet
Deployment
desktopmobile
Pricing model
Enterprise quote
Exchange formats
RVTDWG
IFC
import: Not verified · export: No
openBIM notes
Layout is prepared from Revit or AutoCAD through Dusty plugins; open-format input is not documented.
Automation & APIs
Dusty Revit and AutoCAD plugins
Learning curve
Medium — Operators are trained by Dusty; the office side needs Revit or AutoCAD layout preparation skills.
Typical users
General contractorsFraming and MEP contractorsLayout and survey teams
Alternatives
Trimble SiteVision

Key features

  • Prints full-scale layout from BIM on the floor
  • 1/16-inch accuracy at 600 DPI
  • Multi-trade layout in a single pass
  • 10,000 to 15,000 sq ft per day with one operator
  • Revit and AutoCAD plugins
  • Prints text and symbols, not just lines

Strengths

  • Eliminates manual layout error
  • Makes the coordinated model visible on the slab
  • Prints richer information than chalk lines

Limitations

  • Available only in North America
  • Pricing not published
  • Needs a coordinated model and total-station control

Best for: Interior fit-out on large floor plates where multi-trade layout speed and model fidelity matter more than robot cost.

Market notes: Used by major US general contractors; competing robotic layout options include HP SitePrint and Civ Robotics for outdoor staking.

Sources: dustyrobotics.com · Last verified 2026-09-15

Training guidelines & learning paths

A four-stage path per category, with skills, exercises, free resources and the official vendor certifications worth pursuing.

📱 Field BIM, Reality Capture and AI Progress Monitoring

Estimated hours: 110
For site engineers, BIM coordinators and VDC staff who need to take the coordinated model onto site, capture what was built, and turn it into measured progress and verified installation. Graduates can run a field app project, set up AR and capture workflows, connect progress-tracking output to the schedule, and govern AI-generated model data.Site BIM EngineerBIM CoordinatorVDC EngineerProject Controls Engineer

Prerequisites: Basic Revit or Archicad model navigation · Reading construction drawings and schedules · Familiarity with a CDE such as Autodesk Docs, Dalux Box or Trimble Connect

Level 1

Foundation

20 h
Skills you will build
  • Explain the difference between field apps, reality capture, AI progress tracking, AR and layout robotics
  • Navigate sheets, models and issues in a field app on a tablet
  • Perform a 360 capture walk and locate a position on the plan
  • Describe the vendors, ownership and pricing models of the main tools
  • Identify which product names have changed (PlanGrid, LetsBuild, Disperse, HoloLens-based AR)

Software focus: Fieldwire by Hilti, Dalux Field, Autodesk Forma Build (formerly Autodesk Build / PlanGrid), OpenSpace

Practice exercises
  • Create a free Fieldwire Basic project, upload three sheets and raise five tasks pinned to locations
  • Open a sample IFC in the free Dalux BIM Viewer on a phone and create a checklist in Field Basic
  • Walk a floor with a 360 camera (or phone video) and describe how OpenSpace maps images to the plan
  • Write a one-page comparison of Forma Build, Fieldwire and Dalux Field for a small contractor

Outcome: The learner can use a field app on site and explain what each product category does and who sells it.

Level 2

Practitioner

30 h
Skills you will build
  • Set up a field project: locations, roles, companies, checklist templates and issue categories
  • Publish a trimmed model from Revit to a field app and to a tablet AR tool
  • Run an AR overlay with GAMMA AR and record component-based issues
  • Configure a GNSS AR session in Trimble SiteVision with a georeferenced civil model
  • Prepare a robotic layout print file from Revit or AutoCAD

Software focus: Autodesk Forma Build (formerly Autodesk Build / PlanGrid), GAMMA AR, Trimble SiteVision, Dusty Robotics FieldPrinter, Novade

Practice exercises
  • Build a Forma Build project template with Forms for daily log and MEP first-fix inspection
  • Import an IFC and a Revit model into GAMMA AR's BIM Portal, align on site and export a BCF of five issues
  • Export a Civil 3D alignment to LandXML and view it at 1:1 in SiteVision, checking the accuracy indicator
  • Create a Novade free-tier project with a permit-to-work form and a punch list
  • Prepare a multi-trade layout set on dedicated worksets and produce a FieldPrinter-ready file

Outcome: The learner can configure field and AR projects and produce the model files they need without coordinator help.

Level 3

Professional

35 h
Skills you will build
  • Plan 360, drone and robotic capture cadence for progress tracking
  • Map a P6 or MS Project schedule to zones and elements for OpenSpace Track, Buildots or Doxel
  • Interpret production-rate and delay-forecast dashboards and run a pace meeting
  • Define field-data governance in a BIM Execution Plan under ISO 19650
  • Choose between tablet AR, GNSS AR and millimetre headsets for a given tolerance

Software focus: OpenSpace, Buildots, Doxel, Reconstruct, XYZ Reality Atom, Sablono

Practice exercises
  • Design a weekly capture plan for a 10-storey building including drone exterior passes and interior 360 routes
  • Take a 200-activity schedule and produce a mapping table of activities to zones and model element groups
  • Review a sample Buildots or OpenSpace Track report and write the agenda for a trade pace meeting
  • Draft the field-data section of a BIM Execution Plan: issue record system, sync method, CDE states for as-builts
  • Write a tolerance-based justification for an XYZ Atom deployment on a data-centre containment package

Outcome: The learner can run an AI progress-monitoring programme and integrate its outputs into project controls.

Level 4

Expert

25 h
Skills you will build
  • Automate data extraction from Forma Build via APS APIs or Data Connector into Power BI
  • Design a weekly schedule status loop between the progress platform and P6
  • Validate AI-generated models from SWAPP or Augmenta before fabrication
  • Evaluate vendor changes (acquisitions, renames, discontinued hardware) and plan migrations
  • Set enterprise standards for capture, model preparation and site control across a portfolio

Software focus: Autodesk Forma Build (formerly Autodesk Build / PlanGrid), OpenSpace, Buildots, SWAPP, Augmenta, Dusty Robotics FieldPrinter

Practice exercises
  • Schedule a Data Connector export of issues and RFIs and build a Power BI page showing open issues by location and company
  • Write a script or procedure that imports percent-complete from a progress platform into P6 with discrepancy logging
  • Run an Augmenta or SWAPP output through Navisworks clash detection and produce a review checklist
  • Prepare a migration memo for a firm moving from HoloLens-based AR to current alternatives
  • Author a portfolio standard: capture cadence, model classification rules, control network accuracy, robot print file conventions

Outcome: The learner can lead enterprise deployment and automation of field and AI tools across multiple projects.

Tips from our consultants

  • Trim and georeference the model before it goes near a tablet, headset or robot; most field problems are model-preparation problems.
  • Fix the capture cadence and stick to it; AI progress tracking only works when every active area is captured every week.
  • Map schedule activities to zones and element groups before signing an AI progress-tracking contract, so you know the model and schedule are granular enough.
  • Decide which system is the record for issues (CDE, field app or coordination tool) and use BCF or platform sync rather than duplicate entry.
  • Check vendor status every year: PlanGrid, LetsBuild, Disperse and HoloLens-based AR all changed within a few years.

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About this database

Product names are trademarks of their respective owners. Facts are verified against vendor documentation and dated sources; pricing is described by model only. Spotted an error or a missing tool? Write to [email protected] and we will correct it. Database updated: 2026-09-15.