Zepth vs Mastt: Owner Platform Comparison

Owners should choose Mastt when they need a focused platform for capital works cost, risk and portfolio reporting, particularly across Australia and New Zealand government or institutional programmes. They should choose Zepth when they need a common data environment spanning design, construction, procurement and asset or financial management, with Zepth AI operating across the project record. Mastt has a clear strength in board-ready reporting and owner-side cost and risk control; Zepth is the broader choice for PMOs that want to connect documents, RFIs, submittals, project controls, procurement and asset data in one operating environment.

Quick Answer — Zepth vs Mastt at a Glance

The practical difference is scope. Mastt publicly presents a modular platform for capital works owners, with cost management, risk management, programme and portfolio visibility, timelines, dashboards and reports. Zepth is built around a common data environment and a unified project record across design, construction, procurement and asset or financial management.

For an evaluation committee, the decision is less about whether either platform can produce a portfolio dashboard. Both address owner-side visibility. The question is whether the PMO wants to standardise reporting around cost and risk, or operate the wider project lifecycle from one connected record.

Choose Mastt if your immediate requirement is a leaner owner-side system for cost, risk, milestones and standardised programme reporting, while documents, RFIs or field operations remain in other tools.

Choose Zepth if your PMO is responsible for reducing tool sprawl and connecting design, construction, procurement and asset information through a CDE, with AI supporting day-to-day decisions as well as monthly reporting.

Who Is Mastt Built For?

Mastt describes itself as construction project management software for capital works owners and as a platform built for capital works, infrastructure and property owners and their consultants. Its stated audiences include owners, owner representatives, PMCs, PMOs, government agencies, universities, health, transport and defence organisations. These descriptions appear on Mastt’s Solutions and Customers pages, accessed 9 August 2026.

Its strongest documented use case is owner-side control of cost, risk and portfolio reporting. The cost module covers budgets, forecasts, contracts, variations, claims, payments, contingencies, cashflow and change control. The risk module includes registers, scoring, treatments, heatmaps and reporting. Programme and portfolio functionality provides roll-up visibility, milestones and KPIs across projects.

That combination is relevant to a PMO preparing monthly steering-committee packs or board reports. Mastt emphasises configurable templates and automated board-ready reporting, which can help standardise the information presented across a capital works portfolio.

Mastt also presents Gantt-style timelines for milestones, dependencies and progress tracking. The public description supports high-level timeline management; it does not describe Mastt as a replacement for a full enterprise scheduling engine.

For a government capital works office in Australia or New Zealand, this focus can be a sensible fit. The decision becomes more complex when the same committee wants the platform to govern submittals, RFIs, design information, procurement transactions, site workflows and asset handover rather than exporting selected data into a reporting layer.

Who Is Zepth Built For?

Zepth is designed for owners, developers, PMCs, owner’s engineers, government and enterprise PMOs that need a connected view of the capital project lifecycle. Its foundation is a common data environment rather than separate systems for each project-control question.

Zepth Core covers design and construction workflows including documents, quality and safety, site operations, project controls and risk management. Zepth Vector covers procurement, including tendering, line-by-line bid comparison, contracts, vendors and three-way matching. Zepth Edge addresses asset and financial management, including CapEx, budgets and MIS reporting.

These products are connected through Zepth’s common data environment and unified project record. The owner can therefore ask a cross-domain question such as: which design change is associated with a cost event, an open RFI, a critical activity and an emerging risk? The value of that question depends on the quality of the project data and configuration, but the operating model is designed to bring those records together.

Zepth AI is the native intelligence layer across the three products, not a separate product. It reviews submittals and RFIs against drawings and specifications, provides a confidence score, drafts RFI responses with cited references, compares tender bids line by line, three-way-matches invoices before payment and flags risk early. A human remains responsible for sign-off on consequential actions.

Feature-by-Feature Comparison

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

Mastt provides documented owner-side cost controls for budgets, commitments, variations, claims, forecasts, contingencies and cashflow. Its risk functionality includes likelihood and impact scoring, treatment records, heatmaps and reporting. Its timeline product supports milestones, dependencies and progress tracking.

Zepth approaches the same control problem through the wider project record. Cost, schedule, risk, documents, procurement and site information can be related within the CDE. Zepth AI can then surface exceptions across those records, such as a risk connected to a cost variance or design issue. This is useful when a PMO’s review requires more than a status field or a manually prepared risk narrative.

The evaluation test should be concrete: ask each vendor to show how a design change becomes an RFI, affects a forecast, appears in the risk register and is reflected in an executive report. A platform that can demonstrate that chain without manual reconciliation is better aligned to an owner seeking integrated project controls.

AI & Automation Depth

Mastt’s public materials emphasise automation through standardised workflows, templates, scheduled reports and reminders. As of 9 August 2026, Mastt does not publicly describe a dedicated AI assistant, generative AI capability or agent framework on its product pages or site navigation. That is a statement about publicly documented information, not a claim about undisclosed product functionality.

Zepth positions AI as foundational to the platform. Zepth AI works against the CDE and can review source information, draft outputs and identify exceptions. For example, it can assess a submittal against drawings and specifications, produce a confidence score and leave the consequential acceptance with the responsible reviewer. It can also draft an RFI response with cited project references rather than asking a PMO manager to start with an empty document.

The relevant distinction for an evaluation committee is workflow depth. Rules-based automation can produce a scheduled report. An AI-native layer can use the project’s own records to help answer why a forecast changed, which documents support an RFI response or where procurement data does not reconcile. The committee should test those scenarios with a representative project, not rely on an AI label.

Document Management, RFIs & Submittals

Mastt’s public product material describes document support around contracts, claims and cost workflows. It provides less public detail on a full CDE for RFIs, submittals, quality, safety and site operations. Organisations considering Mastt should establish which existing tools will continue to hold drawings, specifications, correspondence, site records and approval history.

Zepth Core is designed to hold those design and construction records in the common data environment. Zepth AI reviews submittals and RFIs against drawings and specifications, gives a confidence score and drafts responses with cited references. For an owner, this creates a traceable route from source information to review, response and sign-off.

Ask a vendor to demonstrate revision control, permissions, approval status, links between an RFI and its supporting drawing, and how the record appears in a project-control or risk review. Those details matter more than the presence of a generic document repository.

Reporting, Dashboards & Portfolio Analytics

Mastt has a clear strength in executive reporting. Its Reports product promotes configurable templates, monthly reports, executive dashboards and board-ready outputs. Programmes and Portfolios provides portfolio dashboards, roll-up reporting, milestones and KPIs across projects. This is a strong fit where the PMO’s primary deliverable is consistent portfolio visibility.

Zepth also supports owner-side portfolio and financial views, but its distinction is the source of the narrative. Dashboards can draw on the connected project record across design, construction, procurement and assets. Zepth AI can help produce explanations and summaries from that data, rather than limiting the PMO to manually assembled commentary.

A useful evaluation question is: how much of the monthly pack is a dashboard export, and how much is a defensible explanation of movement? The answer will depend on configuration and data quality, but it separates reporting output from decision support.

Implementation Time & Ease of Use

Mastt markets rapid deployment, preconfigured templates and setup in days rather than months. It is positioned for PMOs that want a focused implementation around capital works reporting and controls.

Zepth covers more workflows, so its implementation requires more deliberate configuration. The work typically includes project and portfolio structures, document taxonomies, cost codes, approval paths, procurement rules, roles, integrations and migration mapping. That broader setup is the trade-off for using one CDE across more of the lifecycle.

Implementation should be assessed against the operating model, not only the first login. Ask how the vendor maps existing data, trains external collaborators, tests permissions, validates reports and supports the first reporting cycle. Zepth’s model does not charge per seat or per collaborator, which allows owners to involve the project participants required by the workflow without treating every collaborator as a separate pricing event.

Pricing Comparison (published ranges + what drives cost)

Neither platform has a public numeric price that can be used for a reliable like-for-like comparison in the research available as of 9 August 2026. Mastt directs buyers to request a quote, and G2 and Capterra do not publish concrete Mastt pricing. Mastt’s final cost should therefore be confirmed directly and assessed against the modules, portfolio scope, implementation, integrations and support included.

Zepth’s commercial model does not charge per seat or per collaborator and does not price on construction volume. The relevant scope is the combination of Zepth Core, Zepth Vector and Zepth Edge required, alongside implementation, integrations, data migration and support. Exact commercial terms should be requested for the owner’s portfolio and target workflows.

For procurement, compare three- to five-year total cost of ownership rather than subscription alone. Include the cost of keeping separate document, procurement, reporting and asset systems; manual reconciliation; report preparation; integrations; migration; training; and archive or exit requirements. Do not accept a lower initial quote as evidence of lower total cost until those items are documented.

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

Mastt publicly mentions Excel and CSV import-export, Power BI and data exports for analytics. Its case material also refers generally to ERP or accounting linkages where clients have sought custom integrations. Public information does not provide a comprehensive catalogue of named, plug-and-play connectors, so IT teams should validate the required ERP, identity, BIM and BI interfaces during due diligence.

Zepth is intended to connect the owner’s project, procurement and asset information through a CDE and an API-oriented operating model. The evaluation should test the specific ERP or finance system, BIM or design workflow, identity and SSO requirements, reporting stack and data-residency controls rather than treating “integration” as a generic feature.

ISO 19650-1:2018 defines the Common Data Environment concept for managing information across the asset lifecycle in BIM-led projects. For an owner, the practical test is whether the proposed environment can maintain information status, responsibility, approvals and traceability across design and delivery—not simply whether it can export a spreadsheet.

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

A Mastt-to-Zepth migration is a data and operating-model project, not a button press. The first step is an inventory of active and closed projects, project codes, cost structures, contracts, variations, claims, forecasts, funding sources, risks, milestones, reports, documents, users and permissions.

Data that generally maps cleanly through spreadsheet or CSV exports includes project metadata, budgets, contracts, variations, payments, forecasts, funding sources, risk registers and high-level milestones. Historical reports and document files can be retained as reference records or archive documents. The exact export fields and relationships must be confirmed with Mastt and tested in a sample migration.

Data that usually needs more work includes configured approvals, workflow rules, comment threads, permission models and custom report templates. These may need to be recreated in Zepth rather than imported as fully equivalent objects. If an approval history or in-application discussion is required for audit, preserve the original export or archive in an immutable record according to the owner’s governance policy.

A practical migration path has five stages:

• Map: agree project codes, cost codes, risk taxonomies, document classifications, roles and reporting definitions.
• Pilot: migrate one programme or representative project and reconcile totals, dates, statuses and permissions.
• Configure: build approval workflows, dashboards, report templates, integrations and CDE structures.
• Run in parallel: use Mastt for the agreed close-out period and Zepth for the new reporting cycle, often across one or two reporting cycles where governance requires continuity.
• Cut over: make Zepth the working environment, retain Mastt exports or read-only access where required, and train each role on the new workflow.

Some owners cut over at the start of a financial year. Others migrate one programme first and then extend the pattern across asset classes. The duration depends on portfolio size, data quality, integrations, workflow complexity and audit requirements; a universal migration timeframe is not publicly specified.

Which Platform Should You Choose? (decision framework by project type/size)

Choose Mastt when:

• Your portfolio is primarily Australia or New Zealand government, education, health, transport or other institutional capital works.
• The immediate requirement is cost, risk, milestones and standardised board or executive reporting.
• Your existing document, RFI, submittal, field and scheduling tools will remain in place.
• Your PMO values preconfigured templates and a rapid deployment emphasis over broad lifecycle coverage.

Choose Zepth when:

• You need one CDE across design, construction, procurement and asset or financial management.
• The evaluation committee wants project controls connected to drawings, RFIs, submittals, vendors, invoices and handover information.
• You want Zepth AI to review source documents, draft cited responses, compare bids, match invoices and flag risk, with people approving consequential actions.
• You manage multi-region delivery, GCC requirements, FIDIC-aligned workflows, authority approvals or multi-currency portfolios.
• You want to involve collaborators without per-seat or per-collaborator charges and without pricing based on construction volume.

For PMO directors and evaluation committees, the deciding question is ownership of the information model. If the PMO mainly needs a consistent reporting and controls layer, Mastt’s documented strengths deserve serious consideration. If it must govern the complete project and asset record, Zepth is the more aligned platform to evaluate.

The most useful next step is a scenario-based demonstration using one live project: a design change, an RFI, a variation, a forecast movement, a risk escalation, a tender comparison and an invoice match. The committee should score evidence, traceability, user effort, integration fit and governance—not just screenshots.

Book a tailored Zepth walkthrough on your real project data.

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