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    QHSEtech
    Updated 28 September 2026
    Research-based buying guide

    CMMS & equipment maintenance software: compare scope and test the workflow

    Start with one asset, one maintenance request and the evidence needed to accept the completed work. Use this guide's published evidence rule, decide which system owns each record and run the same demonstration with every qualifying product. Software can organize the records; competent maintenance and work authorization remain operational responsibilities.

    Jump to the 4 products

    Editorial responsibility: Dimitris Mitsios (Founder of The QHSE Standard; product marketing at Tekmon) · Tekmon pays for sponsored placements on this site (disclosure) · How pages are made · LinkedIn · Content date: 28 September 2026

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    Explore its published safety, quality and maintenance workflows. Confirm modules and pricing in a scoped proposal.

    Choose the maintenance scope before the product

    CMMS: daily maintenance work

    Start with requests, recurring schedules, work orders, asset history and parts. Define the records technicians and planners need to maintain, including work performed without a connection.

    EAM: wider asset decisions

    Add lifecycle, financial or investment requirements when they matter to the purchase. Product boundaries overlap; write down the required applications and records instead of relying on the CMMS or EAM label.

    Condition monitoring: a separate decision

    A work-order system does not establish sensor or diagnostic scope. If condition data is required, specify devices, measurements, analysis, subscriptions and the handoff into reviewed maintenance work.

    Maintenance products that meet the published rule

    Membership and order come from the same tag-plus-sourced-capability rule for every researched profile. Product documentation establishes an entry point, not that the full workflow or quoted plan passed the demo.

    Start a demo scorecard for the first listed products; the link selects vendors only and prefills no result.

    Tekmon pays for a sponsored placement (above); its place in this list follows the same rule as every entry. How lists are ordered

    Same rule for every product: tagged “Equipment Maintenance”, with a sourced maintenance or work-order capability in its record, or one the vendor stated to us, labelled as vendor-stated. 4 qualify.

    • MaintainX

      MaintainX describes mobile work orders with requests, procedures, photos, comments and parts information. The reviewed page describes offline updates followed by synchronization. Consider it when technician execution and consistent work instructions are the starting point. Demo task: Download an order and procedure, disconnect, record work and a photo, then reconcile a competing edit after reconnecting. Confirm plan, device and offline limits. Source: getmaintainx.com

    • UpKeep

      UpKeep describes mobile work orders, preventive schedules, asset records and parts inventory. Its page presents different subscription tiers. Consider it when moving recurring maintenance and technician records into a shared system, with required features scoped by plan. Demo task: Schedule recurring work, change its assignee and record labor and parts. Check which quoted tier includes the schedule, reporting and mobile functions used in the demo. Source: upkeep.com

    • Fiix

      Fiix documents work orders, asset history, parts and reporting. API and SSO require Enterprise; API-consuming applications retain customer implementation and testing responsibility, while MFA depends on a compatible identity provider. Demo task: Use a failed inspection to create a follow-up order, consume a spare part and show the resulting asset history. Then simulate an API rejection or delayed sync and identify the Enterprise add-ons, API owner and identity-provider boundary. Source: helpdesk.fiixsoftware.com

    • Tekmon

      Documented entry point: Maintenance and asset workflows. Demo task: create a recurring work order, reject an incomplete closure and retrieve the corrected asset history. Source: tekmon.com

    Maintenance scope, pricing and offline access
    ProductPublished priceFree trialOffline workflow
    MaintainXYesFree trial documentedDocumented
    UpKeepYesFree trial documentedDocumented
    FiixYesNot establishedDocumented
    TekmonNoFree trial documentedDocumented

    Status labels from each profile's sourced record; open the profile for the evidence and dates.

    Run one maintenance demo from request to accepted closure

    Illustrative scenario: a sample pump has recurring maintenance due and a reported defect. Give each vendor the same asset, procedure, spare-part and role records. Use a test environment with dummy data; these exercises assess the software workflow, not a live maintenance operation.

    1. Identify the asset and request

      Use a sample pump record, a maintenance request and the procedure revision your team supplies. Assign a planner, technician and reviewer with separate accounts.

      Evidence to retain: A stable asset ID, linked request, procedure version and visible role permissions.

    2. Plan recurring work and resources

      Create a recurring order with a due date, planned labor and one spare part. Move the date and mark the part unavailable. Show what the planner must resolve.

      Evidence to retain: Schedule changes, material status, ownership and retained reasons for a delay.

    3. Test the work-authorization handoff

      If permits or isolation records are in scope, use dummy records to change authorization after the order is assigned. Demonstrate what each role sees and which transitions are blocked, allowed or escalated.

      Evidence to retain: The status source, refresh behavior, exception owner and history in each connected system.

    4. Work with a disconnected test device

      Prepare the required records, disconnect and open the order. Add a photo, time and parts usage. Make a competing edit from another account, reconnect and inspect the outcome.

      Evidence to retain: Supported offline steps, server receipt, conflict handling and any work that needs to be repeated.

    5. Reject and correct incomplete closure

      Submit the order without required evidence. Have the reviewer reject it, request a correction and review the resubmitted record. Show who records the separate return-to-service decision where required.

      Evidence to retain: The original submission, review comments, correction and named decision owner.

    6. Reconcile the interface and export

      Simulate an unsuccessful transfer to the receiving system, retry it and check for duplicates. Export the order, attachments, parts, time and change history.

      Evidence to retain: Matching identifiers, a recorded transfer outcome and usable files outside the application.

    Mark each requirement as demonstrated, partly demonstrated or still open. Save the app version, role, configuration and evidence. Agree critical acceptance conditions before weighing convenience or price.

    Record the results in the demo scorecard

    Separate the work order from permission to work

    A maintenance request, a permit, an isolation record and a return-to-service decision serve different purposes. Identify the authoritative system and responsible person for each record. An API listing or shared dashboard does not show how a suspended permit changes an assigned work order.

    For a configured interface, demonstrate refresh delays, unavailable connections, rejected messages and who resolves conflicting status. Route proposed changes through your change-review process where applicable. Keep the inspection finding linked to the work and its review evidence.

    Fiix's current API help limits access to Enterprise and places consuming-application troubleshooting and user-acceptance testing outside Fiix support. Its SSO help also describes Enterprise entitlement, separate fees and MFA through the customer's identity provider. Price the API, SSO and accountable implementation owner separately.

    HSE's maintenance guidance discusses planning, competent people, isolation and permits for some higher-risk work. A software status is not a physical isolation or proof that equipment is safe. Use your site procedures and competent assessment to define the authorization requirements. Read HSE's UK maintenance guidance.

    Request a quote for the demonstrated workflow

    Name the edition, applications and user roles used in the demo, including requesters, technicians, reviewers and contractors.
    List sites, assets, storage and retention requirements, plus mobile and offline entitlements.
    Price asset-data cleanup, migration, procedure setup and administrator training separately from subscription fees.
    Identify each interface, transfer direction, monitoring responsibility and ongoing support charge.
    Separate any sensors, gateways, diagnostics and installation services from the maintenance application.
    Agree pilot acceptance evidence, renewal terms and access to complete records when the contract ends.

    Use measured pilot results to judge value

    Record the time needed to raise, plan and review an order, the proportion of incomplete records, and the effort needed to reconcile an interface error. Compare the same tasks before and during the pilot. Keep schedule completion, equipment availability and safety outcomes as separate measures with explicit definitions.

    This review does not establish comparable subscription totals, implementation times or savings for the listed products. Request the full operating scope and a written price, then evaluate the work your team demonstrated. A vendor's aggregate improvement claim is not your site's baseline.

    Use the cost worksheet

    Research scope and sources

    Targeted source check: 28 September 2026. Each product row links to the official page used for its scope. The HSE link provides UK maintenance context; this guide does not determine legal applicability for your site. The review covers published descriptions, not hands-on product testing, customer-rating verification or a full pricing audit. Separate profile research dates remain unchanged.

    The demo tasks and suggested starting points are editorial judgments. Apply the evaluation framework to your requirements and keep unproven functionality open. No composite score was calculated.

    Software categories to explore

    Use this Process to define the work, then explore these software types. Confirm the exact workflow and module with each vendor.

    See all software categories

    Continue the evaluation

    CMMS & Maintenance Management listingsAsset inspection records and handoffsPermit-to-work buying guideControl-of-work scopeDigital work instructionsBuild a requirements brief

    More related guides

    Frequently Asked Questions

    What is the difference between CMMS and EAM?
    CMMS commonly starts with maintenance requests, schedules, work orders, parts and asset history. EAM can add wider lifecycle, financial and investment requirements. Boundaries vary by supplier; compare the named applications and records in the proposal.
    Which CMMS should we shortlist?
    Start with your asset records, technician tasks and required handoffs. In our catalogue, the 4 products that meet this guide's rule (a matching tag and a sourced maintenance or work-order capability or one the vendor stated to us) are MaintainX, UpKeep, Fiix and Tekmon, in documented-match order (see the list on this page). That order reflects documentation, not quality; no product is recommended. Give every candidate the same demo scenario.
    Does a CMMS replace permit-to-work or isolation procedures?
    No. A work-order status does not establish authorization or physical isolation. Define responsibilities through your site procedures and demonstrate how the configured systems exchange relevant status and exceptions.
    Can technicians complete every step offline?
    Do not infer that from an offline label. Check prior downloads, available records, attachments, roles, approvals and synchronization conflicts in the exact application and plan proposed.
    Should maintenance and QHSE use one platform?
    Compare a shared configuration with connected systems using the same workflow. Identify the owner of each record, permissions, status handoffs and correction process. A common supplier name alone does not prove those connections.
    Does predictive maintenance come with the CMMS?
    Confirm the separate sensor, measurement, diagnostic and application requirements. A recurring schedule or work-order feature does not establish predictive capability or hardware entitlement.
    How should we compare maintenance software costs?
    Request the same roles, sites, applications, data migration, interfaces, training and support from each vendor. Identify which demonstrated features are included in the quote and agree renewal and data-exit terms.