Effivity ISO 17025 guide: how the software runs an ISO/IEC 17025 laboratory management system

What does Effivity hold in an ISO/IEC 17025 laboratory?

Effivity is Sterling's ISO and GRC platform, used in 50+ countries. In a testing or calibration laboratory it becomes the home of the management system: the controlled procedures, the registers, and every record that shows the system is operating, from an analyst's authorisation to the decision taken at the last management review.

It is not laboratory software in the narrow sense. Raw data, calculations, uncertainty budgets, control charts and validation workbooks belong to the tools that generate them. Effivity is not ISO 17025 software for validating methods or calculating uncertainty. It holds the surrounding records and points to the technical evidence, so an assessor can move from a report to the equipment, person and method behind it.

This split mirrors how ISO/IEC 17025:2017 is built. Clauses 4 to 7 set the technical and process requirements; clause 8 asks for a management system that supports them, under Option A or, for a laboratory already running ISO 9001, Option B. Effivity carries most of clause 8 and the administrative parts of clauses 4 to 7.

Which Effivity module supports each ISO/IEC 17025 requirement?

The table uses the standard's clause titles and the module names used across Sterling's other Effivity guides. Each row shows the record a module leaves behind once the laboratory works in it day to day.

Policy & Objectives holds the laboratory's policy and objectives; contract review can run as a configured form where no other system covers it.

A worked trace: an instrument found out of tolerance

A returned calibration certificate shows a balance drifted outside its acceptance limit. The equipment record in Operations is updated and the instrument marked out of service. A nonconforming work record is raised, and the technical manager reviews results issued since the last good check and decides which customers to inform. The record captures the correction, the cause (an intermediate check interval that was too long for the workload), the corrective action and the later confirmation that the shortened interval works. When the assessor asks what happens when equipment fails calibration, the answer is one dated, owned chain. The calibration itself is covered in Equipment, calibration and metrological traceability under ISO/IEC 17025.

What is configured at the start of an engagement?

Configuration begins after the gap analysis, once scope, methods and gaps are known. Sterling's consultants and your technical and quality managers decide:

• Option A or Option B. A laboratory already certified to ISO 9001 extends its existing structure; one that is not follows the Option A list from 8.2 to 8.9.
• Users and roles. Management, technical manager, quality manager, analysts and internal auditors each get access matching what they record and approve.
• Registers loaded once. Equipment with calibration due dates, approved providers, staff with their authorisations and the impartiality risk assessment go in from the laboratory's existing lists.
• Documents sorted. Procedures that staff follow move into Documented Information with an owner; copies nobody uses are retired. See ISO/IEC 17025 documentation: what you need.
• Links to technical records. The team agrees where each method's validation file, uncertainty budget and proficiency testing results live, and how Effivity refers to them.
• The plan. Actions from the gap analysis are tracked with owners and dates, including the dependencies on proficiency testing rounds and external calibrations.

What does the accreditation body's assessor see?

An ISO/IEC 17025 assessment works differently from a management system audit. The lead assessor examines the management system; technical assessors watch tests or calibrations being performed and reconstruct selected results from the technical record. Both routes eventually reach records Effivity holds.

Staff open and explain the records selected; for any remote part, record sharing is agreed with the body beforehand. The on-site sequence is set out in The ISO/IEC 17025 assessment: document review, on-site assessment and witnessing.

Surveillance, reassessment and scope extensions

Accreditation opens a cycle of surveillance visits, normally yearly, and full reassessment on the timetable the body sets. Each visit tests whether the laboratory kept doing what it showed at the first assessment: proficiency testing followed up, intermediate checks done, internal audits held, management reviews completed.

Reminders, escalation of overdue actions and dashboards keep the recurring work visible, so calibration due dates and audit schedules do not rely on one person's diary. A group with several laboratories can run them in a multi-site structure on the same forms, which helps when the body samples sites. When the laboratory adds methods or ranges, the new authorisations, equipment and providers join the same registers. The cycle itself is covered in ISO/IEC 17025 surveillance and reassessment: the accreditation cycle.

Where Effivity stops, and the mistakes laboratories make

Effivity records decisions; it does not make them. Whether a method is fit for purpose, an uncertainty budget complete or a proficiency testing result acceptable is a technical judgement your staff must be able to defend in front of a technical assessor. Guidance on those subjects sits in Method verification and validation under ISO/IEC 17025, Measurement uncertainty under ISO/IEC 17025: a budget you can defend and Proficiency testing and interlaboratory comparison under ISO/IEC 17025.

• Treating the platform as a LIMS. Retyping results into a management system tool creates a second copy of data that must then be controlled.
• Authorisations recorded once and forgotten. Staff move between methods; an authorisation list that lags the bench is an easy finding.
• Technical links left blank. An equipment record without its certificate, or a nonconforming work record without the affected results, breaks the trace.
• Internal audits that skip the bench. An audit programme covering only clause 8 misses what assessors test hardest; see ISO/IEC 17025 internal audit: the technical clauses.

Effivity for ISO/IEC 17025: questions buyers ask