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    QHSEtech
    Updated 26 September 2026
    Research-based buying guide

    Asset Integrity and Maintenance Software: Compare Documented Scope

    Asset integrity, inspection data management, maintenance execution and condition monitoring are related purchasing needs with different requirements. Compare the listed products against the actual work you need to perform. The list applies one published rule to every product and uses vendor documentation, not hands-on testing.

    Jump to the 8 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

    On this page (11 sections)

    Asset integrity and maintenance products that meet the rule

    Each card shows the capability in the product's record that admitted it, with its source. A maintenance work-order capability and an integrity or inspection-data capability are different purchases; the table under the cards keeps offline scope and pricing conditions per product.

    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 “Asset Integrity”, “Asset Management” or “Equipment Maintenance”, with a sourced asset integrity, inspection data or maintenance capability in its record, or one the vendor stated to us, labelled as vendor-stated. 8 qualify.

    Compare documented product scope and commercial terms
    ProductPublished priceFree trialOffline workflow
    MaintainXYesFree trial documentedDocumented
    UpKeepYesFree trial documentedDocumented
    FiixYesNot establishedDocumented
    Cenosco IMSNoNot establishedPartial
    Metegrity Visions EnterpriseNoNot establishedNot classified

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

    The table shows the first 5 products of the list, in the same order; every profile carries the same fields.

    Define the engineering task before comparing products

    Separate inspection records, risk-based inspection methods, engineering calculations, maintenance work orders and sensor monitoring. A product with one of these capabilities does not automatically provide the others.

    For each required method, ask for the exact application, supported edition, inputs, assumptions, calculation output and review process. A vendor reference to an industry standard is not a certification of your implementation.

    Which need are you buying for?

    NeedRecord it producesWhat to ask first
    Inspection data managementInspection points, readings over time, findings and the date of the next inspectionCan readings be compared across inspections of the same location, and who approves a changed interval?
    Risk-based inspectionA documented likelihood and consequence assessment that drives inspection planningWhich method and edition are implemented, what are the inputs, and who signs the result?
    Maintenance executionWork orders, preventive schedules, labour, parts and asset historyCan an inspection finding create a work order and carry its reference through to completion?
    Reliability analysisFailure modes, maintenance strategy and criticality rankingsIs the analysis performed in the product or imported from another tool, and are versions kept?
    Condition monitoringSensor readings, alerts and fault contextWhich hardware is required, what happens when connectivity drops, and what is priced separately?

    Use the same asset in every demonstration

    Import an asset hierarchy and representative inspection or maintenance history.
    Show how findings change the proposed action and who reviews that decision.
    Identify calculation methods, configuration and any separately licensed modules.
    Disconnect a field device and test the specific record, attachments and synchronization recovery.
    Exchange an approved action with the intended maintenance system, including a failed transfer.
    Export a complete record with assumptions, versions, approvals and supporting evidence.

    A worked example: what the software calculates and what it assumes

    The figures here are hypothetical and show the arithmetic only. Suppose a pipe wall measured 12.0 mm at one inspection and 11.6 mm two years later at the same location. The simplest reading is a loss of 0.2 mm a year. If the minimum thickness required for the service is 10.0 mm, the remaining margin is 1.6 mm, which at that rate lasts about eight years.

    A product can produce that number in seconds, which is why the demonstration should ask about the assumptions behind it. Was the later reading taken at the same point with the same method and instrument? Is the rate linear, or does the product allow a short-term and long-term rate? Where does the minimum thickness come from, and who changed it last? An inspection interval is then a decision by a qualified engineer using the output, not an output of the software.

    How implementations commonly go wrong

    Legacy inspection data is imported with locations that cannot be matched to the new asset hierarchy, so trends start from zero for the assets that matter most.
    Inspection findings and maintenance work orders live in two systems with no shared reference, and the closing of a finding is confirmed by email.
    Calculation settings are changed by an administrator without a version or approval, so a result cannot be reproduced when it is questioned later.
    Field inspectors are given a mobile form that works in the office but is untested in the plant, where connectivity, gloves and glare change how records are captured.
    Sensor or condition data is purchased as a separate stream and never joined to the inspection record that it was supposed to refine.
    The pilot uses a clean, well-documented asset, so the cost of cleaning realistic data appears only after contract signature.

    Questions for vendors, and how to read the answers

    QuestionA good answer showsA thin answer looks like
    Which calculation or inspection method is implemented?The method, edition, input fields, output and the review step, shown on an asset of yours.A reference to an industry standard with no description of what the product does with it.
    Which module holds this function?A named application and edition, with the licence line it appears under in the proposal.A statement that the platform covers it, without a module name.
    What happens to a record captured offline?A demonstration of capture, edit and synchronisation after a forced disconnect, including a conflict.A statement that the mobile app works offline, or a PDF export described as offline capability.
    How does an approved action reach maintenance?A tested exchange with your system, including a rejected or duplicated transfer and who is notified.A list of supported formats with no failure handling.
    What does the full record contain on export?Assumptions, versions, approvals, attachments and history in a readable format.Readings and statuses only.

    Compare complete costs

    Request software modules, assets, sites, users, storage, implementation, data migration and interfaces as separate proposal items. Where monitoring hardware is involved, include sensors, gateways, connectivity, installation and replacement terms.

    Do not turn a package, asset-based or hardware subscription into an assumed per-user price. The linked profiles preserve published conditions and mark unverified commercial terms.

    What the admitting capabilities actually describe

    Under the rule that builds the list above, 8 products currently qualify: 7 through a documented capability and 1 through a conditional one. Counting by the wording of each admitting capability: maintenance, work-order or preventive-schedule wording appears in 7; inspection, integrity or condition-data wording appears in 1; wording from both groups appears in 0. The groups are assigned by keyword on the capability name and quoted scope, so treat them as a reading aid, not a classification the vendors made.

    The practical point is that the rule is deliberately broad, and the admitting capability is often a maintenance one. If your requirement is inspection data, thickness history or risk-based inspection, open each card and check which capability admitted the product before shortlisting it, then ask for the inspection function by name in the demonstration. A product admitted for work orders has not been shown to hold inspection findings, and the reverse also applies.

    Sources and evaluation method

    122 sources, checked 28 Sep 2026

    MaintainX

    Sources checked: 14 October 2026.

    Metegrity Visions Enterprise

    Sources checked: 14 October 2026.

    Tekmon

    Sources checked: 28 September 2026.

    No numeric score is assigned from documentation alone (methodology), and the proposed demos were not performed by QHSEtech. Integrity decisions such as inspection intervals and fitness for service remain with qualified engineering review.

    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 your evaluation

    Process safety softwarePermit-to-work comparisonDemo checklist

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    Frequently Asked Questions

    Which asset integrity and maintenance products should I compare?
    In our catalogue, the 8 products that meet this guide's rule (a matching tag or allowed primary category, plus a sourced asset integrity, inspection data or maintenance capability or one the vendor stated to us) are MaintainX, UpKeep, Fiix, Cenosco IMS, Metegrity Visions Enterprise and 3 more, in documented-match order (see the list on this page). That order reflects documentation, not quality; no product is recommended. Start with the linked product profiles and select the applications that match your inspection, integrity, maintenance or monitoring requirement. This is not a claim of equivalent engineering functionality.
    Does offline access cover every inspection task?
    No universal capability is established. Check the specific application, downloaded records, attachments, role permissions and synchronization behavior. A mobile interface or exported PDF does not prove offline capture and sync.
    Does asset integrity software guarantee safe operation?
    No. Software can support records, analysis and review workflows, but operational decisions require appropriate engineering methods, data and accountable people. Evaluate the configured process rather than relying on a product label.
    How should we judge whether it is worth the price?
    Measure the time and effort spent preparing inspection records, resolving data gaps and handing actions to maintenance. Compare demonstrated improvements with the full proposal and ongoing administration. Do not assume avoided failures or guaranteed payback from a software purchase.