ISO 10007:2017 helps organizations in Dubai and across the UAE identify product and service configurations, approve changes and keep an accurate record of what has been designed, supplied, installed or maintained. It provides a practical reference for technical control without treating a guidance standard as an accredited management-system certification scheme.
Configuration errors often start with an outdated drawing, an unapproved component substitution or a software release that does not match the installed equipment. ISO 10007 supports a disciplined method for identifying the correct baseline, assessing proposed changes and maintaining reliable configuration information from concept through disposal.
ISO 10007:2017 is an international quality-management guidance standard for configuration management. It connects the identification of configuration items, technical baselines, change decisions, status accounting and configuration audits so a business can establish which product or service version is currently approved. That principle applies to physical assets, engineered systems, software-enabled equipment and associated documentation.
For a manufacturing plant in Dubai, a controlled configuration may include drawings, bills of materials, approved supplier parts, process specifications and inspection criteria. For an Abu Dhabi energy operator, it may cover installed equipment, replacement components, maintenance documentation and software revisions. The purpose is not to multiply forms. It is to prevent people from working from conflicting versions of the same technical information.
Organizations seeking ISO Certification in Dubai, UAE can use ISO 10007 alongside a certifiable ISO 9001 quality management system. ISO 10007 itself is guidance: a company may commission an independent alignment assessment, but that outcome should not be presented as an accredited ISO 10007 management-system certificate. The nature and limitations of any review must be stated clearly before work begins.
Configuration management concerns the identity and integrity of a product or service over time. Once a design is approved, many departments handle it: engineering releases the specification, procurement orders materials, production follows the build instructions, inspection confirms characteristics, and the service team maintains the delivered configuration. ISO 10007 helps organizations connect those stages rather than allowing each to keep an independent version history.
The practical value becomes obvious when a part is replaced or a drawing changes. A supplier may propose a substitute item because the original component is unavailable. Before approving it, the organization may need to examine fit, function, safety, testing, customer acceptance, regulatory conditions and effects on spares. Once approved, the change must reach the people working with affected documents and equipment. Otherwise a correct decision can still produce an incorrect product.
ISO 10007:2017 is the third edition of the standard and remains the current published edition following ISO's confirmation in 2023. A revision is being developed but is not yet a published replacement. The standard provides guidance on configuration management from concept to disposal; it is not a replacement for product legislation, sector-specific technical codes, contract terms or a customer's configuration rules.
In UAE organizations with international supply chains, the work may involve several time zones and contractors. An equipment package designed abroad, assembled in Sharjah and commissioned in Abu Dhabi can accumulate many revisions before handover. Controlled identifiers and recorded change authorization help everyone recognize which revision applies, who approved it, what evidence supports it and where the final as-built configuration is recorded.
Configuration identification starts with a clear description of the item being controlled. An item might be a component, assembly, drawing, firmware build, software release, installation package or complete system. Its identifier should be unambiguous, with a version or revision that can be traced to the applicable specification and acceptance evidence. A label is useful only when the corresponding record can be found and understood.
A change-control process makes technical modification deliberate. Before implementation, affected functions should understand the reason for change, proposed solution, potential impacts and necessary authorizations. The evaluation should reflect the risk and complexity of the particular item. A simple label correction may need a different review from a substitute component affecting equipment performance or a security patch for a critical control system.
Configuration status accounting keeps a trustworthy record of the current approved state. It should show relevant identifiers, baseline versions, approved changes, implementation status and affected units or locations. Organizations may use enterprise systems, product lifecycle software, document registers or controlled spreadsheets; ISO 10007 does not require every company to buy an expensive configuration-management platform.
Configuration verification and audit compare documented records with the item or service actually delivered. A drawing can carry the correct approval yet still disagree with installed equipment. Sampling purchase records, serial numbers, inspection results, software versions and as-built documents helps identify such gaps while there is still an opportunity to correct them.
Leadership must decide who can establish baselines, authorize changes and resolve disagreement between engineering, production, procurement and the customer. Without such accountability, configuration management becomes informal email correspondence. Responsibility should extend to suppliers where they can change important product or service characteristics.
The lifecycle perspective matters after delivery as well. Maintenance upgrades, spare-part substitutions, field modifications and software patches can gradually separate installed systems from the records kept at head office. A practical ISO 10007 approach preserves history, explains the authorized current state and allows technical teams to plan future work with dependable information.
Implementation should begin with the items and decisions that already create risk for the business. Review a recent product release, engineering change, system upgrade or customer variation. Identify where the approved version was recorded, how affected parties were notified and whether the delivered configuration matched the records. This real example usually reveals more than a generic procedure drafted without looking at operations.
Define whether the first application covers a product family, a project asset, a software service, equipment packages or a whole operating facility. Consider contract criteria, customer control points, lifecycle stages and the people authorized to create or release technical information. A clear boundary makes the initial work proportionate and prevents ambiguous ownership of configuration data.
Examine drawing registers, document-control practices, product structures, software repositories, change-request logs, approved vendor lists and maintenance histories. Note where identifiers are inconsistent, superseded information remains available or formal approvals cannot be traced. Many organizations already have useful controls; improvement should connect them rather than duplicate them.
List the configuration items that genuinely need traceability. Decide how each item is named, which revision or version notation applies, what constitutes an approved baseline and how relationships between assemblies, documents and software are maintained. The identifier must remain recognizable to people in design offices, workshops, warehouses and service teams.
Establish a route for technical change proposals, impact assessment, authorization, release and implementation confirmation. Include customer approval where required by contract, and evaluate affected drawings, materials, software, inspections, training and documentation. Emergency changes may need an expedited process, but their rationale and final authorization should still be traceable.
Assign technical authority to people able to evaluate the proposed change. Decide how procurement, operations, information technology, quality, engineering and customers participate when their responsibilities are affected. Limit uncontrolled editing of approved baselines and make current versions accessible at the point of use. Training should show people how the process works in their daily tasks.
Review an actual finished or installed item against the approved record. Inspect a sample serial number, equipment tag, released drawing, firmware version or installation package. Check that implemented changes appear in configuration status records and that discrepancies are investigated. The purpose is reliable alignment between stated and actual configuration, not a decorative audit checklist.
A UAE business may manage engineering from Dubai, fabrication in another emirate, outsourced components overseas and maintenance at customer sites. Agree how change notices travel through those interfaces and who confirms receipt and implementation. Where a customer controls the final configuration, the contractual approval route must be followed before technical changes are released.
See the configuration-management review processThe effectiveness of configuration management depends on consistent technical decisions rather than the volume of documents. These practical disciplines reflect the responsibilities, coordination, traceability and verification emphasized by ISO 10007. They can be applied proportionately by a small specialist contractor, a manufacturer or a large asset operator working with international suppliers.
Start by understanding what the customer expects the delivered configuration to be. Contract specifications, approved designs, component lists, installation instructions and performance criteria may all define the acceptable baseline. Identify which documents are contractual, which are internal controls and which require explicit customer authorization before alteration.
Senior management should establish who owns configuration policy, technical baselines and change authority. Engineering may recommend a solution, but operations, regulatory specialists, customers or asset owners may also need approval. Clear decisions reduce the risk of releasing a modification that solves one problem while creating another elsewhere in the system.
Configuration control requires people who understand their responsibilities and the technical consequences of their work. Designers, programmers, buyers, technicians, document controllers and inspectors may each hold part of the evidence. Training should cover how to find approved information, propose a change and identify a discrepancy before it becomes a customer issue.
Configuration management must connect processes rather than sit inside engineering alone. A revised part number can affect purchase orders, warehouse stocks, production tooling, inspection plans, operating manuals and maintenance schedules. A reliable handover links the approved change to every department and external party that needs it.
When repeated errors occur, organizations should investigate how wrong configurations were released or used. Common causes include uncontrolled local copies, vague naming rules, incomplete supplier notices and change requests closed before field implementation. Improvement actions should address those causes and then check that the problem has not returned.
Decisions are stronger when they rely on accurate configuration records. Revision history, serial-number applicability, customer sign-off, inspection results and implementation dates may all influence whether a change can be accepted. The evidence should make sense to somebody outside the original discussion, including a new engineer joining the organization later.
Suppliers and service partners influence the integrity of many configurations. Contracts and purchase specifications should make clear when a supplier can substitute materials, revise software or alter a process, and when customer approval is necessary. Organizations need a workable method to receive supplier updates and connect them to the configurations supplied or installed in the UAE.
Adopting ISO 10007 does not mean transitioning from a withdrawn edition when ISO 10007:2017 is still current. The sensible route is to compare existing controls with the published guidance and strengthen areas that allow wrong versions, undocumented modifications or incomplete implementation records. A short, focused review can be more useful than replacing an entire document-management system.
Start with current engineering change notices, design files, equipment registers, software release records and customer correspondence. Trace one selected item from its original specification to the latest released state. Interview the people who authorize revisions and those who must implement them. The results show how the process operates beyond written procedures.
Look for baselines that were never formally established, changes that are technically approved but not reflected in downstream instructions, and incomplete as-built records. Check whether suppliers understand revision applicability and whether maintenance teams can identify the version of equipment installed at the customer site. Prioritize gaps by the consequences of configuration error.
Agree responsibilities, naming conventions, approval points and status reporting appropriate to the organization. Changes may include a single controlled register, a revised engineering change form or better integration between purchasing and document release. The solution should fit the products and technical risks rather than mimic a large enterprise system unnecessarily.
Test the new arrangements using a live change request and a released product or service. Confirm that obsolete instructions are no longer being used, the correct people approved changes, and affected serial numbers or sites can be identified. Record unresolved discrepancies and correct them before treating the revised process as established.
ISO 10007 organizes configuration management around planning, identification, change control, configuration status accounting and configuration audit. Those activities depend on clear responsibility and suitable interfaces with existing quality-management processes. The detail applied to each should match product complexity, contractual obligations, safety considerations and lifecycle needs rather than follow one fixed document template.
A configuration-management plan explains how the organization will organize the activity. It can identify the scope, roles, tools, naming practices, baselines, change routes, review points and records. A plan may be a separate document for a complex contract or part of existing operational controls for a smaller organization. What matters is that responsibilities and working arrangements are understood.
Identification defines the product or service elements whose identity must be maintained. The configuration item structure should link controlled drawings, specifications, parts, software, assemblies and their revisions where relevant. Approved baselines establish a reference point, allowing later changes to be understood against an agreed state rather than against assumptions or disconnected document versions.
Change control manages proposed departures from the established baseline. Evaluate the reason for change, technical impacts, affected documents, suppliers, cost and schedule implications, testing and acceptance criteria, and authorization. Record whether the proposal is rejected, deferred or approved, then confirm implementation on the relevant units or locations. No change is fully controlled simply because someone approved an email.
Status accounting describes the configuration that was approved and what has happened since. Registers or information systems may show identifiers, revision levels, change requests, implementation dates and serial-number applicability. The record should help a team answer practical questions: Which version was shipped? Has the modification reached this site? Which documents are valid for maintenance today?
Configuration audit checks agreement between recorded configuration information and the product or service itself. Depending on the context, this could involve examination of a delivered assembly, installed equipment, a software build or as-built documents. The aim is to verify that planned changes were implemented correctly and that the record supports reliable operation, service and customer acceptance.
Defined authority and communication support every activity. Engineering, purchasing, quality, operations, document control and customer representatives may hold different roles. Organizations should specify who approves baselines, who can release instructions, who updates status records and how changes are transmitted to external providers. Responsibilities may change as the item moves into service.
Configuration control continues through maintenance, upgrades, storage and end-of-life activity where applicable. An obsolete part or outdated firmware can re-enter a supply chain unless its status is clear. Periodic checks, controlled retirement of records and lessons from nonconformities help keep the information usable across the lifecycle.
An ISO 10007 alignment review is most meaningful when it follows a real configuration item through its history. The assessor may review how a baseline was approved, how a technical change was evaluated, how affected units were identified and whether the delivered or installed item corresponds with the latest authorized state. The outcome should accurately identify the assessed scope and should not be misrepresented as accredited ISO 10007 certification.
Select a product, asset, software release or document set and confirm that its identifying information leads to an approved baseline. The record should distinguish current revisions from superseded versions and connect components, assemblies or instructions where that relationship affects the work. Incomplete item identifiers can make even accurate changes impossible to trace.
Examine changes from request to closure. Look for the reason for change, technical and contractual impact evaluation, necessary tests, affected parties, approval authority and evidence of implementation. Sampling one rejected change as well as one approved change can show whether evaluation decisions are genuinely recorded rather than assumed.
Determine whether design, quality, procurement, production and maintenance personnel have the technical competence and authority needed for their configuration roles. Check whether relevant people can access the correct released information and whether permissions prevent accidental alteration of a controlled baseline.
Follow supplier-provided changes through purchase documents, substitution approvals, component identifiers and delivery inspection. When external parties own technical data or software, the organization still needs a clear route for receiving change information, deciding its applicability and updating internal records and instructions.
Ask the configuration record to answer practical questions without relying on one employee's memory. Which equipment version is currently installed? Which units received a modification? Which supplier part is approved? Which test record supports the released revision? Gaps between the register and evidence are useful findings for improvement.
Where a configuration audit identifies discrepancies, review how the organization records the difference, assesses potential impacts, controls further use where necessary and verifies correction. The assessment should also check whether repeat discrepancies have prompted improvements to the change and information-release processes.
Configuration management is particularly valuable where technical definitions change over time or several parties share responsibility for delivering a product, facility or service. The UAE combines construction, manufacturing, transport, energy, healthcare technology and digital operations with regional and international supply chains. The applications below are examples, not a claim that ISO 10007 accreditation or regulatory recognition is automatically available in those sectors.
Construction contractors and engineering teams handle successive revisions of plans, equipment schedules, material submittals and as-built records. Configuration identification can link approved drawings to installation locations and handover documentation. Change control helps show who authorized a variation and whether affected subcontractors received the revised technical information before continuing work.
Explore IndustryManufacturers may use configuration records to link bills of materials, production instructions, tooling settings, purchased components and inspection results to a particular product variant. When an alternative part is introduced, approval should address compatibility, affected stock, production changes and any customer acceptance conditions before the new configuration is released.
Explore IndustryAutomotive suppliers and service organizations must distinguish model variants, component revisions, software updates and replacement-part applicability. A controlled product identifier can connect each modification to relevant vehicles or assemblies. This supports reliable servicing and helps prevent the fitment of parts that look similar but have different technical characteristics.
Explore IndustryMedical equipment suppliers and service providers can use configuration control for device model identification, approved accessories, software versions, repair histories and customer-facing technical documents. Any regulatory and manufacturer-specific obligations remain separate; ISO 10007 does not replace medical-device approvals or establish that a modification is clinically acceptable.
Explore IndustryTechnology teams can identify controlled releases of applications, infrastructure configurations, interfaces and operating documentation. Change records should explain what was altered, what testing occurred, who authorized deployment and how rollback or recovery would work. The guidance complements established IT and information-security management practices without replacing their separate certification requirements.
Explore IndustryPower plants, utilities and energy contractors may operate equipment that remains in service for decades. Controlled configurations can connect installed asset tags, technical drawings, replacement components, firmware and maintenance histories. Changes to critical assets require particular care and may also be subject to engineering, safety and regulatory approval outside ISO 10007.
Explore IndustryFleet owners, logistics operators and transport infrastructure providers work with vehicle variants, onboard systems, maintenance revisions and replacement components. Configuration records help technicians identify which instruction or part applies to each unit. Accurate handovers between operators, workshops and suppliers reduce the risk that a technical change is lost during routine service.
Explore IndustryChemical and process facilities can apply configuration management to equipment specifications, process instrumentation, control-system revisions and approved technical modifications. A change may affect operating procedures, hazardous-area equipment or maintenance spares. ISO 10007 can organize the information flow, but statutory process-safety and technical approval obligations continue to apply independently.
Explore IndustryBefore arranging an assessment, define what will be reviewed. ISO 10007 does not establish a universal certificate scope for a certifiable management system. The review may address one equipment family, a product model, a production line, a software-enabled service, or the configuration process supporting multiple sites. Boundaries should make the report understandable to a customer or contractual reviewer.
For UAE operations, a configuration can be controlled across a Dubai engineering office, a Sharjah assembly location, an Abu Dhabi installation and an overseas supplier. State which functions, sites, lifecycle stages and external interfaces are included. Also explain who controls the original design when the local organization only distributes, installs or maintains the equipment.
Name the products, services, equipment or technical deliverables included in the review. Include relevant assemblies, software revisions, drawings and documentation when they define conformity or maintenance needs. Exclude unrelated items explicitly where ambiguity could lead a reader to believe the whole organization was assessed.
Identify the approved baseline and the version rules used for controlled items. The assessment should know whether it is examining a design baseline, a released production configuration or an installed as-built state. Those references may differ legitimately, provided their relationships and authorized changes are documented.
Clarify who maintains master records, who releases technical documents and which UAE sites or departments apply them. Consider engineering, purchasing, quality, warehouse, field-service and customer functions. A review should not silently imply that it covers distant sites or suppliers that were never sampled.
Consider externally provided components, specialist maintenance, design partners and software suppliers where their outputs influence the controlled configuration. Review how technical changes are communicated, approved and reflected in local status records. The organization may rely on supplier records, but it should be able to establish which version was accepted and used.
An independent alignment assessment can be organized around a defined product family, process, technical installation or service configuration. It normally combines document review, interviews and sampling of actual changes and baselines. Unlike ISO 9001 management-system certification, ISO 10007 guidance does not by itself prescribe Stage 1, Stage 2, a three-year certificate or accredited surveillance activities.
The initial enquiry should describe the products or services, relevant locations, technical complexity, customer control criteria and expected assessment outcome. Identify any contract clause that explicitly names ISO 10007. That helps distinguish an alignment report from a request for certified ISO 9001 quality management and avoids a misleading quotation or deliverable.
Review existing configuration items, baseline approvals, version rules and technical-data registers. Determine which lifecycle stages need control and how the organization defines the approved state of equipment, software or documentation. Agreement on the assessment boundaries comes before judging the quality of evidence.
Examine the written and system-based arrangements used to identify items, record change requests, evaluate impacts and authorize releases. The process should account for customer approvals and supplier interfaces where applicable. Review what happens to superseded records so employees do not unknowingly work to an outdated revision.
Sample a completed configuration change. Trace its original request, approval decision, revised technical data, implementation records and effect on the affected product or site. Compare the status register with actual equipment, documentation or release evidence. This test shows whether the controls work, rather than merely whether a procedure exists.
Provide findings that describe the observed evidence, the items or sites sampled, limitations, discrepancies and recommended improvements. State that the review concerns alignment with ISO 10007 guidance. Any separately commissioned ISO 9001 certification should follow the applicable certification programme and make its own scope and decision clear.
Configuration management does not stop after one assessment. New suppliers, engineering revisions, maintenance work and software changes can alter the approved baseline. Periodic review should confirm that change decisions are recorded, records are accessible, discrepancies are resolved and installed or delivered configurations remain traceable.
In UAE businesses with complex products or services, a wrong revision can create rework, delays, rejected deliveries and expensive field correction. Configuration management does not guarantee that these problems will disappear, but it provides a disciplined way to identify the correct approved state and evaluate modifications before they reach production, installation or maintenance.
Employees can distinguish released drawings, work instructions and product variants from superseded information. A warehouse picking an approved part for a specific equipment serial number, or a technician using the correct maintenance revision, is less likely to rely on guesswork. Clear identifiers reduce avoidable wrong-version confusion.
A controlled change record explains what was altered, who approved it and which units or sites are affected. This is especially useful when personnel rotate between UAE offices, contractors and customer locations. The organization can reconstruct technical history even after the engineer who originally approved a modification has moved on.
Customers and asset owners often ask for evidence that supplied products match approved specifications. Configuration information can link the delivered item to relevant drawings, inspection records and approved changes. The value is greater transparency about conformity and technical status, not an automatic guarantee of regulatory compliance or an accredited ISO 10007 certificate.
Formal impact review can reveal that a seemingly small substitution affects spare parts, technical training, service intervals or software compatibility. Routing the change through affected functions supports informed approval before implementation. The process can also provide a documented basis for deciding not to proceed with a proposed modification.
Accurate installed configurations improve maintenance planning and support. Service teams can establish which procedures, replacements and software releases apply to a particular asset. Field modifications and completed repairs can then update the controlled record, avoiding a gap between the system on site and what the organization's database says should be there.
ISO 10007 can support the operational controls and documented information of an ISO 9001 certified quality management system. It does not replace the certifiable ISO 9001 requirements. A useful ISO Certification in Dubai, UAE enquiry should distinguish the organization's QMS certification scope from any optional configuration-management alignment assessment.
Configuration management should continue after initial release because technical items rarely remain unchanged. Products are upgraded, installed assets are modified, suppliers revise components and software receives updates. A reliable process keeps the approved configuration history available so present decisions can be based on what is actually installed, delivered or supported.
At chosen intervals or project milestones, select configuration records and check whether identifiers, approvals and implementation status remain correct. Review items with multiple revisions, long-lived installed assets or complex supplier relationships first. The review frequency should reflect the impact of an error rather than follow a generic schedule imposed by the guidance standard.
Management should monitor overdue change requests, unimplemented approvals, missing customer decisions and recurring wrong-revision incidents. Decision-makers need information about consequences for safety, reliability, delivery and contractual performance. Make responsibility for final closure explicit instead of assuming that approval alone completes the work.
When an audit finds a mismatch between a recorded baseline and the actual product, investigate how it occurred. Correct the record or item as appropriate, consider affected stock and installed units, and determine whether the release or change process needs revision. Repeat discrepancies should lead to actions that can be checked for effectiveness.
Retain useful technical history through handover, maintenance, upgrades and disposal where relevant. As-built records, serial-number histories, firmware versions and approved change documents can help future service teams avoid unsafe assumptions. At the end of life, obsolete records should be managed so they do not accidentally re-enter active production or service instructions.
These answers address the current ISO 10007:2017 edition, configuration identification, baselines, change approval, status accounting, configuration audits and applications in UAE organizations. They also explain why an ISO 10007 alignment review should not be confused with separately certifiable ISO 9001 management-system certification.
Discuss ISO 10007 AssessmentISO 10007:2017 is the current published international quality-management guidance standard for configuration management. It explains how an organization can plan configuration management, identify controlled items, manage changes, maintain configuration status information and conduct configuration audits. ISO confirmed the edition in 2023; a further revision is under development but has not replaced it.
ISO 10007 provides guidance rather than a conventional certifiable management-system requirements framework. A defined configuration-management process may be independently reviewed for alignment with ISO 10007, but that report must not be described as accredited ISO 10007 management-system certification without a valid scheme. ISO 9001 is the relevant certifiable standard for an organization-wide quality management system.
Configuration management is the coordinated control of information that defines a product or service, including its approved versions and changes. It helps an organization know which configuration was designed, manufactured, delivered, installed and maintained. The level of control depends on product complexity, contractual commitments and lifecycle risks.
A configuration item is an element selected for configuration control. Depending on the business, it could be a product assembly, equipment component, technical drawing, software version, specification, interface or service configuration. Identifiers and relationships should make the approved item and its applicable revision clear.
A baseline is an agreed reference configuration used to evaluate and control subsequent changes. An organization may distinguish design, production and as-built states where useful. A baseline should be identifiable, approved through the appropriate authority and supported by controlled information that makes later differences traceable.
ISO 10007 addresses configuration management planning, configuration identification, change control, configuration status accounting and configuration audit, supported by defined responsibilities and authorities. These activities can be tailored to the organization and coordinated with existing engineering, purchasing, quality and service processes.
ISO 9001 contains requirements for a quality management system and can support accredited management-system certification. ISO 10007 explains the specific practice of configuration management and can complement the controls within an ISO 9001 system. An alignment assessment against ISO 10007 guidance is not a substitute for an ISO 9001 certification audit.
ISO 10005 describes quality plans for defined products, services, projects, processes and contracts. A quality plan may specify which baselines, change authorities and configuration records apply to the work. ISO 10007 offers more detailed guidance about the configuration-management process itself. Both can support an ISO 9001 quality management system.
Yes. Software releases, infrastructure configurations, equipment firmware, application interfaces and technical documentation may all benefit from clear identifiers and change approval. ISO 10007 does not replace information-security, service-management or software regulatory criteria that separately apply to the organization.
There is no general requirement that every UAE organization adopt ISO 10007. A particular customer, contract, project specification or technical authority may request defined configuration controls. Organizations should examine the actual agreement and relevant laws, especially in regulated sectors. ISO 10007 does not itself confer product or equipment regulatory approval.
Authority depends on the product, contract and risk. Engineering, the asset owner, customer, quality function, operations or a specialist technical committee may need to participate. The process should show who assesses the impact, who authorizes the change, who updates the baseline and who confirms that the approved change was actually implemented.
Configuration status accounting maintains reliable information about the approved configuration and its change history. Relevant records may include item numbers, drawing revisions, firmware versions, approved modifications, affected serial numbers, implementation dates and the status of open change requests. The information should answer practical technical and maintenance questions.
A configuration audit compares selected configuration records with the actual product or service and its supporting technical evidence. Depending on the item, this may involve examining as-built drawings, a physical assembly, software release details, inspection results or change records. The objective is to identify differences and verify the integrity of the stated baseline.
Relevant examples include construction and engineering, manufacturing, automotive supply, medical equipment, technology, energy and utilities, transport and chemical process facilities. Configuration management is useful where technical revisions, component substitution, software updates or maintenance changes affect the delivered product or service.
Yes. A small manufacturer can begin with a controlled product register, clear revision rules, a simple authorization record and a reliable link between specifications and delivered items. There is no requirement to purchase a large enterprise software platform. Controls should be proportionate to the technical complexity and consequences of error.
Depending on the contract, suppliers may need to provide agreed item identifiers, approved revisions, component substitutions, change notifications, test evidence and traceability records. The organization should establish when suppliers require prior authorization and how updates reach purchasing, production, inspection and service personnel.
Evidence may include a configuration-management plan, item register, baseline approvals, controlled drawings, bills of materials, change requests, technical-impact evaluations, approval records, software release information, supplier communications, status reports, as-built documents and configuration audit findings. Relevance depends on the agreed scope.
There is no fixed duration or universal accredited audit cycle established by ISO 10007. The work depends on the range of products, configuration items, sites, available change histories, supplier interfaces and sampling depth. A defined assessment programme should explain its scope and deliverable before any quotation is accepted.
Yes. ISO lists a working draft for a future fourth edition. However, ISO 10007:2017 remains the current published third edition. Organizations should avoid presenting a working draft as the operative replacement and should confirm the status of any new publication before updating technical or marketing documents.
Provide information about the product or service, configuration items, design and document controls, changes, locations, suppliers and intended assessment outcome. Veritas Assurance can clarify a review of ISO 10007 alignment and discuss separately applicable ISO 9001 certification. The scope and reporting terms should not imply certification or accreditation unavailable for the guidance standard.
The four newest published articles from the Veritas Assurance Knowledge Centre are displayed automatically, keeping this section current across all certification and service pages.
Learn about ISO 9001:2026 changes, differences from ISO 9001:2015, the transition deadline, implementation steps and practical guidance for organizations preparing to update their Quality Management System.
Read articleISO 14001 certification in UAE helps organizations establish a practical Environmental Management System (EMS) for controlling environmental impacts, meeting applicable requirements, reducing waste, and improving environmental performance. Learn about ISO 14001 requirements, certification process, benefits, and its importance for UAE businesses.
Read article
ISO 9001 certification in the UAE demonstrates that an organization has established a structured Quality Management System (QMS) based on internationally recognized quality management principles. Learn what ISO 9001 certification means, its requirements, benefits, process, and applicability to businesses in the UAE.
Read articleThe sources below include the official published ISO 10007 edition, ISO's technical committee explanation of the configuration-management process and related quality-management publications. The current edition is ISO 10007:2017; ISO has started work on a future revision but it has not replaced the published standard. Independent conformity assessments should not misstate certification or accreditation status.
Tell us about the products or services, configuration items, existing baseline records, technical-change process, locations and supplier interfaces involved. We can clarify the enquiry for an ISO 10007 alignment assessment and, if relevant, consider a separate ISO 9001 certification enquiry. The proposed scope, assessment evidence and resulting statement should be transparent from the outset.
Discuss ISO 10007 Configuration ControlClients from a range of industries and business sectors.
Veritas Assurance provides independent ISO management system certification and conformity assessment services, supporting organisations with impartial audits and clearly defined certification scopes.
Company BrochureExplore ISO certification coverage by country, region and city. Select a country and then choose a region to view the locations served.
ISO certification coverage for organizations in United Arab Emirates (UAE), including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Dubai, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Abu Dhabi, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Sharjah, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Ajman, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Ras Al Khaimah, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Fujairah, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Umm Al Quwain, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in California, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Texas, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Florida, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in New York, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Illinois, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in New Jersey, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Ontario, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Quebec, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in British Columbia, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Alberta, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Manitoba, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Nova Scotia, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in England, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Scotland, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Wales, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Northern Ireland, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Riyadh Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Makkah Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Eastern Province, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Madinah Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Asir Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Qassim Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Baghdad Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Basra Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Erbil Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Nineveh Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Sulaymaniyah Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Najaf Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Karbala Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Doha Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Rayyan Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Wakrah Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Daayen Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Khor and Al Thakhira Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Umm Salal Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Shamal Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Shahaniya Municipality, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Capital Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Muharraq Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Northern Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Southern Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Capital Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Hawalli Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Farwaniya Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Ahmadi Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Mubarak Al-Kabeer Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Jahra Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Muscat Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in North Al Batinah Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in South Al Batinah Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Dhofar Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Dakhiliyah Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Al Buraimi Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Musandam Governorate, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Selangor, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Kuala Lumpur, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Penang, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Johor, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Perak, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Central Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in East Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in North Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in North-East Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in West Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Maharashtra, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Delhi, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Karnataka, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Tamil Nadu, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Telangana, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Gujarat, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in West Bengal, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Uttar Pradesh, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Haryana, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Andhra Pradesh, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Kerala, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in National Capital Region (Metro Manila), including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in CALABARZON, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Central Luzon, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Central Visayas, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Davao Region, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Western Visayas, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Northern Mindanao, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Negros Island Region (NIR), including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Egypt, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Jordan, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Lebanon, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Morocco, including nearby cities, business districts and industrial areas.
ISO certification coverage for organizations in Tunisia, including nearby cities, business districts and industrial areas.
© 2026 Veritas Assurance. ISO Certification Body | All rights reserved.