Zepth vs Fieldwire: Owner-Side PMIS Guide

Quick Answer — Zepth vs Fieldwire at a Glance

Choose Fieldwire when the primary requirement is fast, mobile field coordination: drawing access, plan markups, punch lists, inspections, forms, RFIs and task management for a project team. Choose Zepth when an owner, owner’s representative or owner’s engineer needs an owner-side PMIS that connects cost, schedule, risk, procurement, documents and portfolio reporting. Fieldwire is designed around projects, drawings, tasks and forms; Zepth is designed around the owner’s capital programme, contracts, commitments, changes, risks and performance data, with Zepth AI working across the platform.

That distinction matters when the question is not only “What is happening on site?” but also “What does this mean for the approved budget, contingency, contract position, schedule certainty and portfolio forecast?” Arcadis’ 2023 Capital Project and Infrastructure Survey and FMI/ACEC’s 2022 guidance on managing capital projects for owners both emphasise integrated cost, schedule, risk and governance. Fieldwire’s published product scope focuses on field operations and project-level collaboration, while Zepth is intended to provide the wider owner control environment.

Choose Fieldwire if… your immediate need is a simple field workflow for drawings, task assignment, inspections, safety checklists, punch lists and offline mobile use, and you do not need a portfolio-wide cost and governance model.

Choose Zepth if… you need one owner-side operating environment for budget and commitments, change control, procurement, risk, document governance, portfolio reporting and handover, with AI reviewing project information and supporting decisions without removing human approval.

Who Is Fieldwire Built For?

Fieldwire describes itself as “a field management solution for construction teams on projects of any scale”, focused on jobsite coordination and field operations. Its documented users include general contractors, specialty contractors, owners and designers, with particular emphasis on superintendents, project engineers, foremen and field crews. These are practical strengths for teams that need information at the point of work rather than a formal capital-governance layer.

The product is centred on plans, tasks and forms. Teams can manage drawing versions, compare sheets, add markups and hyperlinks, and connect tasks to plan locations, photos, checklists and status updates. The mobile applications for iOS and Android include offline capability, which is relevant where site connectivity is inconsistent.

Fieldwire also documents workflows for punch lists, inspections, daily reports, safety checklists, issues, QA/QC, RFIs and submittals. Its no-code Forms capability supports inspections, T&M tickets, daily reports, signatures and other field records. Reporting is described through PDF and Excel exports, summaries and form reports.

That makes Fieldwire a credible choice for a project team seeking rapid adoption around field coordination. G2 and Capterra reviews accessed 24 July 2026 frequently mention ease of use, plan viewing, offline use, punch lists and checklists. User reviews on G2, Capterra and Software Advice from 2023–2025 also describe some basic use cases being rolled out in a day or two, although the actual effort depends on the project, training and operating model.

The owner-side question is whether those project-level records are sufficient for the decisions your governance process requires. Fieldwire’s published materials do not document a comprehensive cost-management, CapEx, portfolio analytics, earned value, integrated risk or financial closeout module. Its scheduling is described as task scheduling rather than a full CPM schedule engine integrated with cost and risk.

Who Is Zepth Built For?

Zepth is built for owners, developers, owner’s representatives, owner’s engineers, government and enterprise PMOs, consultants and PMCs that need visibility across capital projects and assets. Its owner-first design starts with the decisions an investment or programme team must govern: approved budget, commitments, changes, forecast, schedule exposure, risk, procurement status, approvals and handover.

The platform uses a common data environment to connect the project record. Zepth Core covers design and construction workflows including documents, quality and safety, site operations, project controls and risk management. Zepth Vector covers procurement workflows including tendering, three-way matching, contracts and vendors. Zepth Edge covers asset and financial management including CapEx, budgets and MIS reporting.

Zepth AI is not a separate product. It is the intelligence layer across these products. It can review submittals and RFIs against drawings and specifications, provide a confidence score, draft RFI responses with cited references, compare tender bids line by line, three-way-match invoices before payment and flag risk early. A human is required to sign off on anything consequential. The value for an owner’s representative is therefore not an automated decision replacing governance; it is structured assistance inside the workflows where the representative already has to review evidence and approve an action.

This architecture supports questions that require joined-up project information. For example: which open RFIs have a credible connection to a pending variation, a schedule exposure and an affected contract? A field app can hold related records, but the owner-side answer depends on the data model and controls connecting those records across cost, schedule, risk and contracts.

Zepth’s commercial model also differs from a conventional seat-led field application. Zepth never charges per seat or per collaborator and does not price on construction volume. Exact commercial terms are available by quotation and depend on the required platform scope, implementation and integrations.

Feature-by-Feature Comparison

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

Fieldwire provides project-level task scheduling, issues, forms, RFIs, submittals and reporting. Its official product materials do not document central budgets, cost codes, commitments, forecasts, earned value reporting, integrated risk registers or portfolio-level change control. The product can record field information that informs a change, but the dossier does not support treating it as a full owner-grade cost and schedule control system.

For an owner’s representative, the practical test is whether a proposed change can be traced from field evidence to contract, approval, contingency drawdown, forecast and portfolio report. Fieldwire’s documented scope supports the evidence and coordination side. Zepth is designed to carry the governance chain across the owner record, including project controls and risk management in Core, procurement and contract workflows in Vector, and CapEx and financial reporting in Edge.

Ask a potential platform to show one complete workflow: an RFI is raised, its effect is assessed, a change is approved, the commitment is updated, the forecast changes and the programme dashboard reflects the exposure. If the workflow ends with a PDF or spreadsheet export, the owner still has reconciliation work outside the system.

AI & Automation Depth

As of 24 July 2026, Fieldwire’s website and help centre do not document an explicit AI or machine-learning feature set. Searches for Fieldwire AI and Fieldwire artificial intelligence in those sources did not identify a productised AI capability. That is a statement about publicly documented functionality, not a prediction about its roadmap.

Zepth AI is integrated across the common data environment and the three Zepth products. It reviews submittals and RFIs against drawings and specifications, gives a confidence score and drafts responses with cited references. It compares tender bids line by line, checks invoices against purchase and receipt information before payment, and flags risk early. Human approval remains required for consequential outputs.

The architectural difference is the breadth of the data available to the intelligence layer. An AI function operating over documents and tasks answers a narrower class of questions than one that can connect documents, contracts, procurement, cost, schedule and risk. Zepth’s AI-native approach is therefore relevant when the intended outcome is owner decision support across the project lifecycle, not only faster field administration.

Document Management, RFIs & Submittals

Fieldwire has established project-level capabilities for plan viewing, drawing versioning, sheet comparison, markups and hyperlinks. It supports RFIs and submittals with workflows for creation, assignment, response and closure. Its task and form records can attach photos, checklists and signatures, giving field teams a usable evidence trail.

Zepth’s common data environment places document control alongside project controls, risk, procurement and asset information. That supports an owner’s need to connect a design document or submittal to an approval, contract position, potential change, risk and handover record. Zepth AI can review an RFI or submittal against the relevant drawings and specifications and cite the references used in a draft response.

The distinction is not whether either platform can store a drawing or track an RFI. It is whether the record is primarily a field coordination item or part of a governed owner record that must remain useful for claims, approvals, reporting and handover.

Reporting, Dashboards & Portfolio Analytics

Fieldwire documents PDF and Excel exports, summaries and form reports. Its multi-project views provide project lists, but the research dossier does not identify explicit portfolio analytics, CapEx management, owner programme dashboards or financial MIS reporting. G2 reviewers also mention limitations in advanced reporting and analytics.

Zepth is intended to give owners portfolio visibility across cost, schedule, risk, procurement and assets. Edge supports CapEx, budgets and MIS reporting, while Core and Vector provide the project and procurement information feeding those views. The relevant output is not only a completed form report; it is a consistent answer to questions such as which projects are drawing down contingency, where forecast completion is moving and which risks need executive intervention.

For a portfolio PMO, test reporting with a board or investment committee pack rather than a site report. Can the same definitions, approval status, cost categories and risk classifications be applied across projects? If not, the reporting process remains dependent on manual normalisation.

Implementation Time & Ease of Use

Fieldwire has an advantage when the scope is narrow and the users are field-based. Reviews describe quick adoption for plans, punch lists, forms and task coordination, with some users reporting a rollout in days. That should be treated as an experience reported by users, not a guaranteed implementation timeframe.

Zepth requires more deliberate implementation when the owner wants governed cost, contract, procurement, risk, reporting and portfolio workflows. The work includes agreeing data structures, approval paths, project templates, integrations, permissions and migration priorities. That is a larger design exercise than deploying a mobile field app, but it is also the work required to make an owner PMIS useful for audit, governance and executive reporting.

Ease of use should therefore be assessed by role. A foreman may value offline plan access and a short task workflow. An owner’s engineer may value traceability from a technical decision to a contract, budget, risk and forecast. The right platform is the one that reduces the highest-value reconciliation work for each role.

Pricing Comparison (published ranges + what drives cost)

Fieldwire uses per-user SaaS packaging with Starter, Pro, Business and Enterprise tiers. Its current pricing page, accessed 24 July 2026, does not publish dollar figures and directs buyers towards sales. Review and software directories accessed on the same date commonly reference earlier indicative figures in the range of approximately US$29–79 per user per month for some tiers, often with annual billing, volume discounts and enterprise arrangements. Those figures may be outdated and should not be treated as current official pricing.

Fieldwire cost is therefore driven by the number of users, the selected tier, contract length, volume discounts and the number of field collaborators requiring access. A large rollout can change the commercial calculation even when the workflow remains principally field coordination.

Zepth does not charge per seat or per collaborator and does not price on construction volume. Exact pricing is not publicly specified; buyers receive a quotation based on the platform scope, required products, integrations and implementation needs. The meaningful comparison is not simply monthly licence cost. It is whether the selected system covers the owner controls, procurement, financial reporting and portfolio governance that would otherwise require separate systems, spreadsheets and reconciliation work.

Ask both vendors to price the same operating model: active projects, historical data, owner and consultant access, ERP or document integrations, reporting requirements, implementation, training and support. That produces a more useful total-cost comparison than comparing a field-user licence with an owner PMIS quotation.

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

Fieldwire publicly documents integrations including Procore, Box, Dropbox, OneDrive, SharePoint and Bluebeam. These connections are relevant where a team needs field plans, files, markups and project coordination alongside an existing tool stack. Its published materials do not claim native ERP integrations oriented around cost actuals and payments for systems such as SAP or Oracle.

Zepth is positioned for the owner ecosystem, where the project record must connect to financial, procurement, design, scheduling and asset information. ERP, BIM, schedule and CDE integration requirements should be confirmed during evaluation because the exact interface coverage and implementation approach are not publicly specified in the dossier.

For an owner’s representative, integration due diligence should cover more than file exchange. Confirm whether the connection preserves project, contract, cost code, vendor, commitment, approval and document relationships. A useful test is whether an invoice or change can be traced back to its source contract and forward to the forecast without duplicate entry.

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

Switching from Fieldwire to Zepth is a controlled migration rather than a one-click transfer. Fieldwire supports exports such as drawing PDFs with markups, task CSV or Excel files, and form PDFs or CSVs. These exports preserve useful historical context, but not every application relationship maps cleanly into an owner-side data model.

Pin locations on drawings, internal IDs and some workflow states may require normalisation. Fieldwire records may also lack structured owner fields such as contract IDs, cost codes, commitments, funding sources or approval gates. Those fields cannot be reconstructed reliably without source documents and owner validation.

A practical migration path has four stages:

1. Inventory: identify active projects, drawings, RFIs, submittals, forms, tasks, approvals and records required for claims, audit or handover.
2. Classify: separate live operational data from historical evidence, then decide which records need structured migration and which can remain as reference documents.
3. Map: align projects, packages, contracts, vendors, responsible parties, dates, statuses and cost categories with the Zepth data model.
4. Validate: sample migrated records with project controls, commercial, design and site users before cutover.

The aim is continuity of evidence, not pretending that every field pin or application-specific status has an equivalent destination. Keep the exported Fieldwire history where it is needed for reference, while moving the owner-critical records into the governed PMIS structure. A detailed migration plan and timeframe should be agreed against the number of projects, record types, integrations and data quality; no universal duration is publicly specified.

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

Choose Fieldwire when the operating problem is primarily field coordination on a single project or a smaller group of projects. It is a reasonable fit when teams need mobile plan access, offline work, markups, task pins, inspections, forms, punch lists, RFIs and submittals, and when the owner does not require a full cost, risk, procurement and portfolio governance environment.

Choose Zepth when the owner or PMC needs a unified project record across design, construction, procurement, finance and assets. It is suited to programmes where cost and schedule certainty, change control, risk visibility, contract governance, CapEx reporting, MIS and handover must be managed consistently across projects.

For an owner’s representative, the deciding question is usually this: is the platform being selected to coordinate site work, or to govern the capital investment? The two needs can coexist, but they are not the same system requirement. Fieldwire’s strengths are concentrated in field coordination. Zepth’s strengths are concentrated in the owner-side control layer, with Zepth AI supporting document review, procurement checks, RFI drafting and early risk identification.

Evaluate the choice using a live workflow from your portfolio. Bring one current drawing package, an open RFI, a pending variation, a procurement transaction, a risk and the latest cost report. Ask each platform to show how those records connect, who approves each step, what the executive dashboard displays and what remains outside the system. That demonstration will reveal the difference more clearly than a feature checklist.

For a tailored assessment using your own project data, book a tailored Zepth walkthrough.

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