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The equipment and measuring resources side of a quality management system, clause by clause
ISO 9001 sets no verification interval — and unlike health and safety, no law steps in to set one for you. You decide the interval for every item, and you are the one who has to justify it. GearTracker carries that justification and the evidence behind it.
ISO 9001 is the international standard for quality management systems, and by a wide margin the most certified standard in the world: 1,474,118 valid certificates in 2024, close to three times the ISO 45001 figure. It is often the first standard a company obtains, and frequently the one a customer requires of it.
Like every recent management system standard, it follows the harmonised ten-clause structure built around the PDCA cycle. The first three clauses are introductory; the following seven carry the auditable requirements:
| Clause | Title | What it requires |
|---|---|---|
| 4 | Context of the organization | Understand your environment and interested parties, and map your processes |
| 5 | Leadership | Top management commitment, customer focus, quality policy, roles and responsibilities |
| 6 | Planning | Risks and opportunities, measurable quality objectives, planning of changes |
| 7 | Support | Infrastructure, monitoring and measuring resources, competence, documented information |
| 8 | Operation | Customer requirements, design, purchasing, controlled production, traceability, nonconforming outputs |
| 9 | Performance evaluation | Monitoring and measurement, analysis, internal audit, management review |
| 10 | Improvement | Nonconformity and corrective action, continual improvement |
A few markers before you start:
note
This page covers the equipment and monitoring-and-measuring-resources side of an ISO 9001 system. That is the part GearTracker covers, and one of the longest to get into shape, but it is only one part of the management system expected of you.
Open ISO 9001 looking for “annual calibration” and you will find nothing. And this time, unlike occupational health and safety, no law will fill the gap.
That is the fundamental difference between the two standards, and it is worth stating up front. For a fall-arrest harness, ISO 45001 points you at national regulation, which imposes an interval. For the dynamometer you proof-test your anchor points with, ISO 9001 points you at… yourself. The standard speaks of specified intervals without saying by whom or how. You are the one who specifies.
For an equipment inventory, everything then turns on three requirements that follow from one another.
ISO 9001 does not ask you to calibrate every twelve months. It asks you to decide an interval, to be able to justify it, to make the instrument’s status readable on the instrument, and to prove that you stick to it.
An ISO 9001 auditor will not come and inspect your harnesses, your hard hats or your gloves. That is not their subject — it is ISO 45001’s. Quality is concerned with equipment that affects conformity of the product or service: measuring and test equipment, tooling and gauges, production infrastructure.
So let’s be blunt: if all you want is to manage PPE, ISO 9001 is not your entry point. Our page on the ISO 45001 standard covers that ground.
But the reverse is true as well, and that is where this page earns its keep. Both standards share the same harmonised structure, the same requirement for documented information available in the field, the same machinery of due dates, time-stamped evidence and nonconformities to close. A company certified to both — very common in manufacturing and construction — has no reason to keep two inventories, two schedules and two sets of evidence. It is the same engine. It simply has two auditors looking at different subsets of the same inventory.
warning
What ISO 9001 does NOT require. No software, no document format, no numeric interval, no mandated service provider — and, since the 2015 version, no quality manual and none of the six mandatory documented procedures of the 2008 version. Any vendor selling you an “ISO 9001 obligation” to buy their tool is telling you a story. The standard requires documented information, not an application.
The numbers below refer to the clauses of ISO 9001:2015. Requirements are paraphrased, never quoted: the text of the standard is protected by copyright and must be purchased from ISO or ANSI.
Since ISO 9001 has no legal anchor, what varies from country to country is not the applicable law: it is the ecosystem that gives your certificate and your calibrations their worth. Two distinct subjects, often confused.
An ISO 9001 certificate has no value in itself: it is worth whatever the body that issued it is worth. In the United States, certification bodies are accredited by the ANSI National Accreditation Board (ANAB), itself a signatory to the IAF multilateral recognition arrangements. It is that chain that makes your certificate stand up in front of an overseas customer.
Unaccredited certificates circulate, often cheaper and faster to obtain. They bind only their issuer. Worth knowing: accredited certificates are now publicly verifiable in the IAF CertSearch database, and more and more customers check before awarding a contract.
Clause 7.1.5.2 asks for traceability to international or national measurement standards. In the United States that chain runs back to NIST, and in practice goes through a calibration laboratory accredited to ISO/IEC 17025 — accreditation issued by bodies such as A2LA, ANAB or NVLAP.
In concrete terms, for each instrument concerned, the auditor will look for a calibration certificate naming the laboratory, its accreditation, the date, and the traceability. That document is exactly the kind of thing that gets lost: it arrives by email, it is filed somewhere, and nobody can find it eighteen months later in front of the auditor. Attached to the item record, it opens by scanning the instrument.
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This section covers the United States. ISO 9001 being international, every country has its own accreditation body and national metrology institute: our French (COFRAC, LNE), German (DAkkS, PTB), Spanish (ENAC, CEM) and Italian (ACCREDIA, INRiM) versions of this page cite theirs. Worth noting for multi-country groups: the IAF arrangements mean an accredited certificate is valid everywhere, but your calibration laboratories remain local.
An ISO 9001 auditor does not read your whole inventory. They pick one or two items on the shop floor and follow the chain of evidence. If a link is missing, that is a finding — and the next sample will be wider.
| Evidence expected | Clause | Where to produce it in GearTracker |
|---|---|---|
| The inventory of monitoring and measuring resources and critical infrastructure | 7.1.3 · 7.1.5.1 | The inventory, organised by folders and labels, exportable |
| The interval applied to each item and its justification | 7.1.5.1 | The interval carried by the item; the justification in its description |
| Calibration or verification status, readable on the equipment itself | 7.1.5.2 | NFC tag or QR code: status appears without opening a file, even on a phone with no account |
| The traceable calibration certificate and the manual, available at the point of use | 7.1.5.2 · 7.5.3 | Documents attached to the item record |
| The handling of an item found unfit, including the effect on previous measurements, through to closure | 7.1.5.2 · 8.7 · 10.2 | ”To repair” status with comment and author, then a dated return to “safe for use” |
| Quantified monitoring results tracked over time | 9.1.1 | Dashboard and dated PDF or CSV export |

The full chain of evidence on one screen, reachable by scanning the item: unique identification, status, timeline of checks with their author, date of the last check and the interval applied. That is what clauses 7.1.5.2 and 7.5.3 ask for.
Here is the question that hurts most in an ISO 9001 audit, and the one most systems cannot answer:
This instrument has just been found out of tolerance. How do you know which parts measured with it are suspect?
It is an explicit requirement of clause 7.1.5.2: when measuring equipment is found to be unfit for its purpose, the organization must determine whether the validity of previous measurement results has been adversely affected and take appropriate action. It is feared because it is retroactive: it bears not on what you are doing now, but on what you have shipped since a date you need to be able to establish.
Without a reliable history the suspect period is open-ended. You fall back to the last calibration you can find a trace of — usually much further back than it needed to be — and the scope to re-check swells, up to a product recall in the worst cases. With a dated, attributed and uncontested last conforming check, the period is bounded mechanically. The impact analysis stays your job; its input data does not.
The rest of the loop follows the same principle. An item switched to “to repair” during a check, with a comment, a photo and an author, leaves circulation and is a nonconformity record within the meaning of clause 8.7 — including the “who decided the action” that the standard names explicitly. Its return to “safe for use”, dated and attributed, is the evidence that the clause 10.2 corrective action was closed.
What an auditor is looking for at that point is not an inventory with no findings — an inventory with no declared findings at all is suspicious, just like an internal audit report with no nonconformities. What they are looking for is the time between detection and closure, and evidence that nobody kept using the item in the meantime.

Every check leaves a dated, attributed and commented trace. A “to repair” status opens the clause 8.7 nonconformity; the return to “safe for use” closes the clause 10.2 corrective action.
Clause 6.2 requires measurable quality objectives — one of the areas where systems are most regularly written up. “Improve control of our measuring equipment” is not an objective; “zero measuring device past its due date at 31 December” is one, because it can be measured, monitored and demonstrated.
It is also an objective you do not have to calculate. The inventory’s compliance rate is produced continuously from due dates and statuses, then feeds clause 9.1.1 (monitoring and measurement), clause 9.1.3 (analysis and evaluation) and the clause 9.3 management review — with no line recounted by hand the night before the deadline.

Compliance rate, overdue due dates, items to check or replace: the value of your quality objectives, available at all times rather than reassembled before the management review.
ISO 9001 covers an entire quality management system: GearTracker handles only one part of it, equipment, measuring resources and competence. Better to know that before the initial audit.
ISO 9001 has been under revision since 2023. The draft passed DIS stage in August 2025, was approved by national member bodies in December 2025, and now sits at FDIS stage — the last before publication. ISO 9001:2026 is therefore not yet published: it is expected around September 2026, with some certification bodies pointing to the autumn instead.
Three points of timing worth knowing:
The revision is presented as evolutionary rather than revolutionary: the clause structure and the way the standard works do not change. The announced changes centre on:
Should you wait? No. None of these themes touches the mechanics of monitoring and measuring resources or of documented information: you will still need suitable, maintained resources, a status readable on the equipment, and evidence available where the work happens. An inventory structured today will carry through the transition untouched.
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A point many people miss: amendment ISO 9001:2015/Amd 1:2024 on climate change took effect immediately, with no transition period. It is not a future deadline — it already applies to your current audits. If your context analysis does not address the climate question, that is a possible finding today, without waiting for 2026.
The order matters: each step makes the next one cheaper.
For more on the tool itself, see our equipment management software page, the enterprise offer if you run several sites, or our page on the ISO 45001 standard if your system is certified for health and safety as well.
note
ISO 9001 is a standard published by the International Organization for Standardization. GearTracker is not affiliated with ISO, is not a certification body and is not a consultancy: certification is issued by an independent, accredited certification body. The requirements referred to on this page are paraphrased, not quoted — the text of the standard is protected by copyright and must be purchased from ISO or ANSI. Always confirm the version applicable to your audit with your certification body.
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HSE Manager at Capgemini
This tool is a real performance driver for our business. The platform is intuitive, seamless, and particularly easy to use. Quick access to information and the automation of many tasks enable us to save significant time every day while improving the efficiency of our processes.
Thanks to this solution, our teams can focus on higher-value tasks, which directly helps improve our productivity. Reliable, high-performing, and perfectly suited to our needs, this tool brings real added value to any organization looking to optimize its operations and become more efficient. I highly recommend it.
Warehouse Manager at Bonduelle
Since we started using GearTracker last year, our experience has been extremely positive.
The platform has significantly simplified the management of our personal protective equipment (PPE) and other regulated equipment. Features such as deadline alerts, incident tracking, and repair monitoring have allowed us to save valuable time and ensure the safety of our teams.
What truly sets GearTracker apart is the quality of relationships with the founders. Their responsiveness is exemplary. Their personalized support has made all the difference, making the integration of the solution smooth and efficient. We highly recommend GearTracker to any organization looking to optimize their equipment management.
CAF Annecy
At CAF Annecy, we were looking for a simple and effective solution to manage our PPE. With GearTracker, setup was quick and intuitive. From the very first days, volunteers were able to use the application without any training or user manual. For us, that is proof of well-designed software.
The GearTracker team is another real strength. Our suggestions for improvements are genuinely heard, and several have been incorporated into subsequent updates.
GearTracker is a modern, reliable, and constantly evolving solution. It saves us valuable time in managing our PPE and allows us to focus on what matters most: our activities. We recommend this solution to any association or organization looking to simplify the management of its equipment.
Track your PPE and equipment, your teams' training, certifications and medical checks, and your incidents in one place. Plan ahead for deadlines, keep your evidence and prepare your audits.