16 platforms — from the app a superintendent runs the job from to enterprise scheduling, shared document hubs and the ERP that bills it all — placed by what they cost, how hard they are to learn, and how well they collaborate.
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16 platforms
Every dot below is one real project platform
Sorted live from our own catalog — click any dot for its name. Start at the four kinds, or jump straight to the map.
Start here
Four kinds of project software
"Project management software" spans the whole delivery chain — from a firm's own project accounting to what a superintendent checks on site. Kinds below are computed from each product's own catalog tags, so a tool can belong to more than one (Jobber, for instance, is both field service and CRM).
The map
Every platform, on the parameters that matter
Each point is one product, on the same six Score Profile parameters shown on every product page and in our comparisons. Change either axis to ask a different question — the default asks how easy a platform is to learn against how well it supports a whole team collaborating.
Change the axes
Scores run 0–10, the same ones shown on each product's own page; higher is always better (a higher Learning Curve score means easier to learn, a higher Price score means more affordable). Editorial estimates, not vendor-verified figures.
Define your scope
Which of the four kinds do you actually need?
Most project-software purchases go wrong by comparing a field app against an ERP, or a scheduler against a document hub. Start from the problem you actually have — most firms end up with one tool from two or three of these kinds, not one tool for everything.
QA/QC & coordination
Every phase of a project catches its own kind of error
— of these 16 platforms exist specifically to unify a model or a document set so a conflict gets caught by the people who can still fix it cheaply — on screen, before it reaches the site. The other stages below catch what coordination alone can't: a missed answer, or a schedule that's quietly slipping.
🧩 Design & coordination: clashes caught before they reach the field
Revizto is, by its own description, an issue-tracking and coordination platform that unifies a 3D model with clash and issue management, with real-time multi-user collaboration so a clash gets assigned and resolved instead of just logged. ProjectWise runs advanced clash detection and constructibility-review workflows inside its enterprise common data environment; Dalux and Asite do the same 3D-model coordination job from a mobile-first field app and a document-first CDE respectively.
The job is the same across all four: find the clash while it's still a click in a model viewer, not a change order on site.
Model & document coordination
📋 RFIs & submittals: catching ambiguity before it's built
Procore and Newforma Project Center both track RFIs and submittals as their own workflow — Newforma adds aggregate search across a project's whole email trail. A question that goes unanswered here doesn't disappear; it gets built wrong instead, which is why both treat the RFI log as the record of what was actually agreed, not just a to-do list.
📉 Site progress: catching drift while it's still cheap to fix
Buildots and OpenSpace compare a 360° site capture against the plan to flag what's behind or wrong automatically; ALICE Technologies re-simulates the schedule once that deviation is known, and scores schedule quality against the DCMA checks, per its own feature list.
Every one of these is catching the same underlying failure — something built didn't match what was agreed or planned — just at a different, and increasingly expensive, moment. A clash caught in Revizto costs a coordination meeting; the same clash caught by a progress scan after the wall is framed costs a demolition and a schedule slip.
The management data
What each kind actually gives a project manager to manage with
Every platform here sells "visibility". What that means in practice is a specific set of records — and which records you get depends entirely on which kind you buy.
— of the 16 publish an API, per our catalog — that number matters more than it looks: management data only stays useful if the scheduler, the field app and the accounting system can actually read each other's records instead of being re-typed between them.
Every capability above is drawn from that product's own feature list in our catalog, in turn sourced from each vendor's own materials; verify current details on each vendor's site before relying on them.
Where this is heading
Progress tracking is becoming automatic, not reported
A construction project has always run on someone walking the site and writing down what they saw. Three products already on this map point at a different loop: the site captures itself, AI compares that capture to the plan, and the schedule reacts — before a person has to ask.
🎥 From a walked report to an automatic comparison
Buildots compares site conditions against the plan using 360° capture, by its own description. OpenSpace takes the same raw material and turns it into a searchable, BIM-linked record of jobsite progress. Neither replaces a superintendent's judgment, but both remove the slowest part of progress reporting.
📅 Scheduling gets a simulation layer
ALICE Technologies simulates and optimises project sequences — deployed, per its own figures, on over $297 billion in construction projects. That's a different job from drawing a Gantt chart in Primavera P6: the software tests many sequences and suggests one.
Beyond the sticker price
Most of this category doesn't publish a price
Unlike BIM authoring software, this category leans enterprise — sold by a sales team, priced per project, per construction volume or per seat count that only they know in advance.
💬 — of these 16 platforms are "contact sales" only
No public price means no easy way to compare them on cost — which is why the map above uses Score Profile parameters instead of price as its default view. You'll need a call with sales to get a real number for most of this list.
Contact-sales-only platforms
📱 Built for the field, not just the office
— of these platforms ship a native mobile app — worth checking before you buy, since a superintendent standing on a slab won't open a desktop dashboard.
☁️ Almost all of it is cloud software already
— of these run at least partly in the cloud — this category made that shift earlier than most, since a shared job record was never going to live on one person's laptop.
Before you commit
Six questions to ask before buying project software
Most of this category is sold on a call, not a pricing page — these are the questions worth having answered before that call ends.
What does a real quote look like for a team your size? "Contact sales" pricing can mean anything from a per-user fee to a five-figure annual contract — ask for a number early, not after a demo.
Does it work from a phone on site, or only from a desk? Field-facing tools live or die on their mobile app; check it does the specific job (photos, RFIs, punch lists) you need in the field.
Where does the shared document set actually live? A common data environment is only useful if every party — architect, engineer, contractor, owner — can actually get into it.
Does it replace your schedule, or just report against it? Progress-tracking tools compare reality to a plan someone else builds; scheduling tools build the plan itself. Most firms need both.
What happens to the data if you cancel? Enterprise contracts vary widely on export rights — ask before you sign, not when you're trying to leave.
Is this solving a field problem or an office problem? A platform built for site progress and one built for studio accounting rarely do both well — buy for the problem you actually have.
Know a team choosing project software right now?
Send them the map — every number updates as we add tools.