Zepth vs Revizto: BIM Collaboration or PMIS?

Quick Answer — Zepth vs Revizto at a Glance

Choose Revizto when the immediate requirement is model-based coordination: federated models, clash detection, 3D review, field issue capture and a structured issue tracker for BIM/VDC teams. Choose Zepth when the requirement is to connect that coordination work to the wider project: documents, RFIs, submittals, cost, schedule, risk, procurement, reporting and asset handover in an owner-controlled common data environment. In short, Revizto is a BIM collaboration and issue management platform; Zepth is a full PMIS/CDE with BIM workflows and an AI layer across project and asset information.

The distinction follows the established difference between BIM collaboration and a project management information system. NBS describes BIM collaboration in terms of model federation, clash detection, design coordination and issue tracking. AACE International Recommended Practice 85R-14 describes a PMIS scope that includes cost management, change control, document management, schedule integration, risk management and reporting. ISO 19650-1:2018 defines a common data environment as a single source of information used to collect, manage and disseminate approved project documents.

Choose Revizto if… your success measure is fewer coordination issues, faster model reviews, clearer clash ownership or better field access to 2D and 3D information.

Choose Zepth if… a clash, RFI or submittal must connect to an accountable project record, a cost or schedule consequence, a risk register, a procurement decision or an owner-level report.

Who Is Revizto Built For?

Revizto describes itself as a BIM collaboration software platform for the architecture, engineering and construction industry, focused on collaboration, issue tracking and coordination in one environment. Its published feature set is centred on the working patterns of BIM managers, VDC teams, design coordinators, trade coordinators and field teams.

Its issue tracker is the organising principle. A clash, comment or task can be linked to model elements, 2D sheets or both, then assigned with a due date, status, custom fields and workflow. Users can navigate from an issue to its location in a 3D or 2D view. Revizto also documents issue templates, filters, dashboards and role-based access control.

For coordination meetings, the platform supports federated model review, viewpoints and model-based collaboration. Its Clash Automation tool runs rule-based clashes and can create issues with viewpoints and assignments. It also supports importing clashes from Navisworks and Solibri, and BCF import/export for interoperability with other BIM tools.

Field workflows include 2D/3D access on mobile devices, offline synchronisation, photos, mark-ups and voice notes. A field team can use the model to navigate a punch walk or record a QA/QC issue rather than relying only on a two-dimensional drawing set.

Revizto’s ecosystem is a material strength for digital engineering teams. Its documented integrations and formats include Revit, Navisworks, AutoCAD, Archicad, Tekla Structures, Civil 3D, MicroStation, IFC, FBX, SketchUp, Rhino and point clouds in E57, RCP and RCS formats. It supports desktop use on Windows and macOS, as well as web, iOS and Android access.

The boundary matters for an evaluation committee. Revizto’s published materials do not present it as a full PMIS covering budgets, commitments, forecasts, change orders, pay applications, CPM schedule baselines, contract administration or portfolio capital analytics. That does not reduce its value for coordination. It means the platform is commonly used alongside the systems that manage those contractual, financial and programme records.

Who Is Zepth Built For?

Zepth is built for owners, developers, PMCs, owner’s engineers, government teams and enterprise PMOs that need one governed environment for capital project delivery and asset information. Its design starts with the owner-side question: can the project team see what has changed, what it affects, who is accountable and what decision is required?

Zepth Core for design and construction management brings documents, quality and safety, site operations, project controls and risk management into the project environment. Zepth Vector covers procurement workflows including tendering, line-by-line bid comparison, contracts, vendors and invoice three-way matching. Zepth Edge extends the information chain into CapEx, budgets, MIS reporting and asset and financial management.

Zepth AI is the intelligence layer across these products, not a separate module. It reviews submittals and RFIs against drawings and specifications, returns a confidence score, drafts RFI responses with cited references, compares tender bids line by line, matches invoices against purchase orders and receipts before payment, and flags risk early. A human remains responsible for sign-off on consequential decisions.

That architecture changes the unit of work. A BIM issue can remain a coordination record, but it can also become part of a traceable RFI, risk item, change workflow or project control review. The owner’s team can examine the originating document, the response, the responsible party, the commercial exposure and the programme implication without treating each as an unrelated spreadsheet or system entry.

Zepth also does not charge per seat or per collaborator and does not price on construction volume. The commercial proposal still depends on the required implementation and product scope; exact pricing is not publicly specified. This model is relevant where owners need broad participation from consultants, contractors and suppliers without making every project collaborator a separate pricing decision.

Feature-by-Feature Comparison

Project Controls (cost, schedule, risk in one system)

Revizto’s documented centre of gravity is the issue and model, not the cost-loaded programme or contract account. Its dashboards can help a coordination team monitor issue status and activity at project level. Public documentation does not present a native CPM engine with logic links, baselines, critical path and resource loading, nor a formal cost system for budgets, commitments, forecasts, change orders and payment applications.

For an owner or PMC, this creates a hand-off point. A clash may lead to a design query; the query may lead to a variation, extension-of-time event or risk entry. If those records live in separate tools, the team must duplicate the context and preserve the audit trail manually.

Zepth is designed to hold those connected records in the project environment. Project controls can relate cost, schedule, risk, documents, RFIs and approvals. The practical test is not whether a platform can display an issue. It is whether the owner can trace a potential design change from its source information to its decision, commercial effect, programme effect and approval.

AI & Automation Depth

Revizto publicly emphasises rule-based automation around clash detection and issue creation. Clash rules can identify conflicts and generate issues with viewpoints, assignments and workflow fields. That is a defined automation use case for BIM coordination.

Its public materials, as accessed on 31 July 2026, do not describe a broad AI-agent layer spanning project documents, commercial controls, procurement, schedule and risk. The accurate comparison is therefore architectural scope, not a claim that Revizto has no AI.

Zepth AI was designed as an intelligence layer across the platform. It can review an RFI or submittal against drawings and specifications, show its confidence score and draft a response with cited references. It can compare tender returns line by line, match an invoice to the relevant purchase order and receipt, and identify risk signals across project information. The user decides whether to accept, amend or reject the result.

For a BIM Manager, the distinction is useful when coordination output has downstream consequences. Automated clash creation answers “where is the conflict?” An AI-supported PMIS workflow can help the team investigate “which approved information governs it, what response is due, what cost or schedule record may be affected, and who must sign off?”

Document Management, RFIs & Submittals

Revizto links issues to models and sheets and provides a central communication hub for coordination. That is well suited to design comments, clash records, viewpoints and field observations. Its public feature documentation does not present native RFI and submittal workflows aligned with the formal contract administration patterns used across AIA, NEC or FIDIC projects.

In a PMIS, an RFI is more than a conversation attached to a model location. It can carry a question, reference documents, required response date, responsible role, approval history and a possible effect on time, cost and risk. A submittal can carry the specification reference, review cycle, status and approved record.

Zepth Core provides the document, quality, safety, site and project-control context for these workflows. Zepth AI can check an RFI or submittal against the relevant drawings and specifications and draft a referenced response for human review. That supports an owner’s need to preserve both the source evidence and the final decision.

Reporting, Dashboards & Portfolio Analytics

Revizto provides issue dashboards, filters and project-level coordination visibility. Those views answer questions such as how many issues remain open, who owns them and which coordination workflow they belong to.

Owners and PMOs often ask a different set of questions: how much contingency has been drawn across the programme, which projects carry the largest exposure, whether recurring design issues are driving variations, and whether a delayed approval is affecting a milestone. The dossier does not identify Revizto as a portfolio PMIS or describe enterprise capital roll-up in its public positioning.

Zepth is designed to connect project records to owner-level reporting. Zepth Edge supports CapEx, budgets and MIS reporting, while Core provides the delivery information and Vector provides procurement information that can explain the numbers. The value is the relationship between the dashboard and the underlying record, rather than a coordination metric viewed in isolation.

Implementation Time & Ease of Use

Revizto can be quicker to deploy when the use case is limited to BIM coordination, issue tracking and field access. A BIM/VDC team can focus training on model federation, issue workflows, clash rules, meeting review and mobile capture.

Zepth covers a larger implementation scope because it brings together multiple project functions. Data structures, permissions, document governance, project controls, procurement workflows, reporting and integrations need to be agreed before a portfolio rollout. The implementation effort is therefore driven by the number of teams and workflows being consolidated, not only by the number of models.

For a live programme, a phased rollout is generally easier to govern than an overnight replacement. Establish the owner-controlled CDE and core project records first, then add the workflows that depend on them. Keep specialist coordination running where it is still needed until the project reaches a controlled transition point.

Pricing Comparison (published ranges + what drives cost)

Revizto does not publish official dollar figures. Its published pricing language describes a subscription SaaS model with per-user licensing, volume tiers and named or floating options, with pricing dependent on the number of users and regions. A custom quote is required.

Zepth’s exact commercial pricing is also not publicly specified. Zepth does not charge per seat or per collaborator and does not price on construction volume. The relevant cost drivers are the selected product scope, implementation requirements, integrations, support and the number and complexity of workflows that must be governed.

For a fair evaluation, model the total operating arrangement rather than comparing one licence line. Include the PMIS, CDE, document workflows, coordination tools, integration work, reporting effort and the people who reconcile records between systems.

Integrations & Ecosystem (ERP, BIM, existing tool stack)

Revizto has a documented BIM ecosystem covering Revit, Navisworks, AutoCAD, Archicad, Tekla Structures, Civil 3D, MicroStation, IFC, FBX, SketchUp, Rhino and point clouds. BCF import/export supports exchange with other issue and BIM tools. Public references to integrations with platforms such as BIM 360 or Autodesk Construction Cloud exist, but granular two-way integration details are not consistently documented; treat those connections as requiring technical validation.

Zepth is intended to sit at the CDE and PMIS layer, connecting project information with BIM, enterprise finance and procurement workflows. The appropriate integration test is whether model and document context can be connected to the records that govern approval, cost, schedule, risk and handover. Confirm the required ERP, authoring-tool and data-exchange interfaces during solution design rather than assuming a named connector provides full synchronisation.

A hybrid arrangement can be sensible. A contractor or design team may retain Revizto for intensive coordination while formal issues are transferred into Zepth as RFIs, risks, changes or quality records. This avoids forcing a specialist coordination team to abandon a workflow before the owner has established governance over the resulting project record.

What Real Switching From Revizto Looks Like (migration path, data continuity)

Switching from Revizto to Zepth is not a one-click recreation of every model view. The practical migration starts by separating information that must remain accessible from tools and configurations that must be rebuilt.

Issue data can be exported as CSV, including fields such as issue ID, title, description, status, assignee, dates, coordinates and links to views. Attachments and screenshots can be downloaded and re-linked to documents or issues. BCF exports can preserve exchangeable issue context for compatible BIM tools, although direct BCF ingestion into Zepth depends on the specific integration and should be confirmed during discovery.

Live federated models, Revizto-specific viewpoints, section boxes and navigation states generally do not transfer as native Zepth objects. Models can be exported from the authoring environment and re-hosted where supported, but the coordination setup must be recreated. Custom workflows, permissions, offline caches, proprietary mark-ups and VR configurations also require review rather than assumed migration.

A controlled migration has four stages:

1. Inventory: identify active projects, authoritative models, open issues, attachments, permissions, clash rules and records that have contractual or handover significance.
2. Map: decide whether each issue becomes a coordination issue, punch item, RFI, risk, change or document record in Zepth, and define the accountable owner for each type.
3. Run in parallel: establish Zepth as the PMIS/CDE for documents, RFIs, project controls and reporting while Revizto remains live for active coordination where necessary.
4. Close and verify: reconcile open issues, preserve exports and attachments, test permissions and confirm that required model, approval and handover information can be retrieved.

On a large, late-phase project, overnight switching creates avoidable continuity risk. Phased replacement keeps Revizto active on existing work while new projects adopt the target operating model. A big-bang migration is more plausible for a small portfolio or an early-stage project with strong BIM leadership and an executive mandate.

The important continuity question is not whether every viewpoint survives unchanged. It is whether the owner can retrieve the decision history, evidence, responsible party and downstream effect after the coordination platform changes.

Which Platform Should You Choose?

Choose Revizto when:

• The primary owner of the workflow is the BIM or VDC team.
• The immediate outcome is federated model review, clash detection, design coordination or model-based field issue capture.
• Your existing PMIS already manages budgets, commitments, schedule, RFIs, contract events, risk and reporting.
• Deep interoperability with authoring tools, BCF exchange and 2D/3D issue navigation are the deciding criteria.

Choose Zepth when:

• The owner or PMO needs one governed environment for project information and portfolio reporting.
• BIM issues must connect to RFIs, submittals, cost, schedule, risk, procurement or approvals.
• The delivery team needs AI-supported review of documents, RFIs, submittals, tenders and invoices, with human approval for consequential actions.
• Project information must continue into CapEx reporting, asset records and handover rather than ending with coordination close-out.
• You want participation from consultants, contractors and suppliers without per-seat or per-collaborator charges.

For BIM Managers, Revizto is better suited to pure coordination depth. Zepth is better aligned when the BIM function is accountable for more than model health: programme impact, commercial exposure, RFI response, owner reporting and handover data. The right decision depends on who owns the data and which workflow must be authoritative.

A practical evaluation should use one real project rather than a generic demonstration. Test a live clash, an RFI with drawing and specification references, a potential variation, a schedule-linked risk, a tender comparison and a handover document. Ask where each item is stored, how it is related to other records, what the approval trail looks like and what an owner can report without manual reconciliation.

Zepth’s AI-supported project information workflows can be assessed in that same exercise. The question is not whether a platform produces a suggestion. It is whether the suggestion is grounded in project evidence, carries a confidence signal or cited reference, and remains subject to human sign-off.

For a tailored evaluation on your project data, book a tailored Zepth walkthrough.

FAQ