Care & Treatment

MANDATORY

37 criteria

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

A signature proves paperwork happened, not that the patient understood what they agreed to. Consent taken as a formality rather than a conversation fails patients precisely when the stakes are highest — before something irreversible.

1 Consent is taken by whoever is available, not the person actually performing the procedure.

A junior staff member relaying information secondhand often can't answer real questions.

2 The form is thorough but nobody checks the patient actually understood it.

Literacy, language, and anxiety all affect comprehension in ways a signature can't reveal.

3 Consent happens early for the form, but the real conversation happens later, unrecorded.

The documented timing and the actual informed moment can diverge without anyone noticing.

Week 1 Review a sample of recent consent forms for evidence of real discussion versus boilerplate.

Week 2 Brief staff who take consent on checking understanding directly — ask the patient to explain it back.

Week 3 Build consent timing into the pre-procedure schedule, not left to whenever there's a spare moment.

Ongoing Spot-check patient understanding periodically, not only when something goes wrong.

Ask the patient before looking at the form.

Their own account, unprompted by the paperwork, reveals what they actually retained.

Check who is named as taking consent versus who actually performs the procedure.

A mismatch is a common, quiet failure point.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Credential verification failures are a recurring, preventable category in patient safety literature — the checkable fact is whether verification happened directly with the issuing body, not whether a certificate was filed.

A credential nobody verified is not a credential — it's a claim. Direct verification with the licensing body is the only check that cannot be forged by the applicant, which is precisely why it's the one step organisations are most tempted to skip when hiring quickly.

1 Verification happened once, at hiring, years ago, with no renewal check since.

A licence current at hiring says nothing about its status now.

2 Responsibility for credentialing sits with someone who has since left, informally.

Nobody deliberately dropped it — it just had no clear owner after a staff change.

3 Verification happens for doctors but not consistently for nurses or allied staff.

A common, unstated hierarchy of rigor that isn't a deliberate policy, just a habit.

Week 1 Audit current staff files for evidence of direct verification versus filed copies.

Week 2 Contact issuing bodies directly for any credential not yet verified this way.

Week 3 Name one person as owner of ongoing credential tracking, with it in their actual job description.

Ongoing Build renewal dates into a simple calendar or tracker, checked monthly.

Ask for the verification record, not the certificate.

A certificate proves the applicant had a document; a verification record proves someone checked it was real.

Pick a staff member at random, not one the facility suggests.

A prepared example proves less than a genuinely random check.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Induction and orientation quality is repeatedly identified in patient safety literature as a modifiable factor in early-tenure adverse events, distinct from formal qualification.

The gap between hiring and genuine competence is exactly when preventable errors cluster. A new staff member left to infer safety practices by watching colleagues inherits whatever habits — good or bad — happen to be around them.

1 A checklist exists but is completed retroactively, after work has already begun.

The paperwork catches up eventually; the actual unsupervised gap already happened.

2 Induction covers policy but not the specific hazards of this facility.

Generic safety content misses the facility-specific risks a new hire actually needs to know.

3 Senior staff are exempted from induction because they're "experienced."

Experience elsewhere doesn't cover this facility's specific layout, equipment, and protocols.

Week 1 Draft a specific, checklist-based induction covering this facility's actual safety essentials.

Week 2 Assign a named person to deliver and sign off induction for every new hire, no exceptions.

Week 3 Test the induction on a current staff member — can they recall the content afterward?

Ongoing Review and update the induction checklist whenever a new hazard or protocol change occurs.

Ask the newest hire, not a convenient example.

The most recent hire's experience is the freshest, most accurate test of current practice.

Ask what they'd do in a specific scenario, not just what the checklist covered.

Retained understanding shows in application, not recitation.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Understaffing relative to real patient acuity is one of the most consistently documented drivers of preventable harm in hospital care. A roster that looked adequate when it was written can become dangerously thin as patient volume or complexity shifts, if nobody is tracking the relationship between the two.

1 Staffing was calculated correctly once but never revisited as patient volume changed.

A methodology that was sound at inception can become stale without anyone deciding to abandon it.

2 An escalation process exists on paper but staff don't know it or use it.

A policy nobody uses functions identically to no policy at all.

3 Acuity is tracked for some patients but not systematically across the whole unit.

Partial acuity tracking gives a partial, potentially misleading picture of real need.

Week 1 Compare current rosters against actual recent patient volume and acuity data.

Week 2 Identify the gap, if any, between documented staffing methodology and real practice.

Week 3 Build or revise a simple, usable escalation process for shortfalls, and brief all staff on it.

Ongoing Revisit the staffing calculation on a fixed schedule, not only when a crisis forces the question.

Ask staff directly, not management, what happens when short-staffed.

Management's description of the escalation process and staff's lived experience of it can diverge significantly.

Look at a real shift's data, not an idealised average.

Averages can hide genuinely dangerous individual shifts.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

This is the single cheapest, highest-impact intervention in the entire standard, and also one of the easiest to fake for an inspection. The gap between hand hygiene compliance when observed and when not observed is one of the most consistently documented phenomena in infection control.

1 Stations exist everywhere but are frequently empty between restocking cycles.

Infrastructure without reliable maintenance produces the same gap as no infrastructure.

2 Compliance is genuinely good for some of the Five Moments but not others.

Before touching a patient is often well internalised; after touching surroundings near a patient often is not.

3 New staff comply well immediately after induction, then drift over time.

Initial training works; nothing reinforces it afterward.

Week 1 Map actual point-of-care locations against current hand hygiene station placement, and identify gaps.

Week 2 Fix placement gaps and establish a restocking schedule with a named owner.

Week 3 Conduct a genuine, unannounced baseline observation audit using the WHO Five Moments framework.

Ongoing Repeat unannounced audits periodically — announced-only auditing measures compliance theatre, not compliance.

Never announce the observation in advance, even implicitly.

Staff behaviour changes measurably the moment they suspect they're being watched for this specific thing.

Check supply logs across multiple dates, not just the visit day.

A single well-stocked day proves nothing about routine practice.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

PPE that exists in inventory but isn't accessible at the moment of need functions identically to PPE that doesn't exist. Distance and friction — a locked cupboard, a walk to another area — are enough to defeat compliance even among staff who genuinely intend to use it.

1 PPE is accessible during the day shift but locked overnight for security reasons.

A security decision made independently of infection control creates a genuine access gap at specific times.

2 Stock exists in the building but not distributed to where it's actually used.

Central storage without point-of-use distribution reproduces the accessibility problem.

3 Reordering happens reactively, after a stockout, rather than on a proactive schedule.

The system works until it doesn't, with no buffer for unexpected demand.

Week 1 Map every point of use against current PPE storage locations and identify friction points.

Week 2 Relocate or duplicate PPE stock to eliminate locks and distance barriers at point of use.

Week 3 Match PPE type to the actual risk profile of each specific area.

Ongoing Move to proactive, scheduled reordering rather than reactive restocking after a shortage.

Try to access PPE yourself, at the point of use, without staff assistance.

Friction that staff have normalised through habit is often invisible until an outsider tries it.

Ask about overnight or weekend access specifically.

Accessibility during a scheduled daytime visit doesn't prove accessibility at other times.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Sharps injuries overwhelmingly occur during the gap between use and disposal, not during the clinical act itself. Correct segregation and immediately available disposal at the point of use closes that gap; a distant or absent disposal point reopens it every single time.

1 Containers are correctly placed in main wards but missing in smaller or newer clinical areas.

Coverage often reflects when an area was last reviewed, not deliberate risk assessment.

2 Replacement happens on a fixed schedule that doesn't account for high-volume days.

A calendar-based schedule can lag behind actual usage on busy days.

3 Staff know the correct segregation rules but shortcuts happen under time pressure.

Knowledge exists; the physical setup doesn't always make the correct choice the easy choice.

Week 1 Audit every clinical area for sharps container placement relative to actual point of use.

Week 2 Add or relocate containers to close any gaps found.

Week 3 Move from calendar-based to fill-level-triggered replacement where volume is unpredictable.

Ongoing Review any sharps injury or near-miss report specifically for a disposal-access root cause.

Check fill levels directly, don't rely on staff assurance.

A container reported as "fine" and a container actually below the safe-fill line are not always the same thing.

Look in smaller, less-visited clinical areas, not just main wards.

Coverage gaps concentrate in spaces reviewed less often.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Structured admission assessment is a foundational element of clinical governance frameworks across major health systems, directly linked to earlier detection of deterioration risk.

An assessment exists to catch what a cursory look would miss. A structured process forces systematic coverage; an unstructured one depends entirely on the individual clinician's memory and attention on a given day, which varies.

1 A structured tool exists but sections are routinely left blank under time pressure.

Partial completion under pressure often defaults to skipping the sections that take longest to think through properly.

2 Assessment happens on time for planned admissions but lags for unplanned or emergency ones.

The busiest, highest-risk admissions are often exactly where the process breaks down first.

3 Senior clinicians complete genuine assessments; junior staff sometimes copy forward.

Time pressure and confidence gaps affect different staff differently.

Week 1 Review a sample of recent assessments for genuine, patient-specific content versus templated language.

Week 2 Set and communicate a clear timeframe for assessment completion after admission.

Week 3 Brief clinical staff specifically on the risk of copy-forward documentation.

Ongoing Spot-check assessment quality periodically, particularly for unplanned admissions.

Compare assessments across different patients, not just check they exist.

Identical wording across patients is the clearest possible sign of a copy-forward habit.

Ask the clinician to explain one specific finding, not to summarise the whole assessment.

Specific questions reveal genuine engagement in a way general ones don't.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Individualised, documented care planning is consistently associated with improved continuity of care across shift changes in health services literature, distinct from assessment quality alone.

A care plan that exists only in a clinician's memory doesn't survive a shift change, a day off, or a handover to a colleague. Documentation isn't bureaucracy here — it's the mechanism by which a plan actually persists across the people who need to follow it.

1 Care plans are individualised at creation but rarely revisited afterward.

A good plan on day one that never gets updated becomes a stale plan by day five.

2 Plans exist in a system that's hard to navigate quickly during a busy handover.

Good content in an inaccessible format functions poorly under real time pressure.

3 Revision happens for major changes but not smaller, cumulative ones.

Gradual changes can accumulate into a significant gap between the plan and the patient's actual current state.

Week 1 Compare a sample of care plans across similar diagnoses for genuine individualisation.

Week 2 Establish a clear expectation for when care plans must be revisited and updated.

Week 3 Test handover speed — can a staff member unfamiliar with a specific patient find and understand the plan quickly?

Ongoing Audit plan currency periodically against documented condition changes.

Compare plans side by side, not one at a time.

Templating is far more visible in direct comparison than in isolated review.

Time how long it takes staff to locate a plan during a simulated handover.

Speed and clarity under time pressure is the real test, not eventual retrievability.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

WHO's Medication Without Harm Global Patient Safety Challenge (2017) identifies prescribing error as a leading, largely preventable contributor to medication-related harm worldwide, and does not specify which clinical role must perform the second check — only that one genuinely independent check occurs.

Prescribing errors are among the most common preventable causes of patient harm precisely because they can happen silently — an illegible dose, a missed interaction, a decimal point error — with no obvious signal until the medication is already administered. This does not require a clinical pharmacist specifically. It requires a genuinely independent second person, trained for this function, whether that is a pharmacist, a second physician, or a senior nurse formally assigned the role.

1 A second-check process exists on paper but is skipped under time pressure.

A safety step that depends entirely on unhurried conditions will fail exactly when it's needed most — during a busy shift.

2 Legibility is good for regular prescribers but poor for occasional or covering staff.

Familiarity with local conventions and systems varies, and it shows in prescription quality.

3 Errors are corrected but only the most serious ones get formally reviewed.

Near-misses often contain the same lessons as serious errors, without the same scrutiny.

Week 1 Review a sample of recent prescriptions for legibility and completeness issues.

Week 2 Define or reinforce a specific second-check process for a named list of high-risk medications.

Week 3 Set up a simple error-tracking log, including near-misses, not only serious incidents.

Ongoing Review tracked errors periodically for patterns, feeding lessons back to prescribing staff.

Ask to see the high-risk medication list specifically, not general policy.

A facility that can't name its own high-risk medications likely doesn't have a real second-check process for them.

Ask how a near-miss, not just a serious error, gets handled.

Near-miss handling reveals whether the system learns proactively or only reactively.

Ask who performs the second check, by name and role, not by job title assumption.

In a facility with no clinical pharmacist role, this function is often performed by a physician or senior nurse — confirm it is genuinely independent, not confirm it is a pharmacist specifically.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

The checklist's value comes entirely from being a real, spoken team moment, not a document. A checklist completed retrospectively, from memory, after the procedure, provides none of the safety benefit and all of the compliance appearance.

1 The pre-induction check happens reliably; the other two checkpoints are inconsistent.

The first checkpoint often becomes routine while the later ones, under time pressure to finish, get compressed or skipped.

2 The checklist is spoken but functions as a formality nobody expects to actually change anything.

Ritual completion without genuine expectation of catching real issues loses most of the safety value.

3 Junior staff are present during the checklist but not genuinely invited to speak up.

Hierarchy can silence exactly the person most likely to notice something the senior team missed.

Week 1 Directly observe several procedures to assess genuine checklist practice versus formality.

Week 2 Brief the whole surgical team on the expectation that all three checkpoints happen, spoken, every time.

Week 3 Explicitly invite junior staff participation as part of the checklist process, not just presence.

Ongoing Track and share any instance where the checklist catches a genuine issue, reinforcing its real value to the team.

Observe live if at all possible, rather than relying on documentation alone.

Paperwork can show 100% completion while live practice tells a very different story.

Watch specifically for the second and third checkpoints, not just the first.

The pre-induction step is the most commonly performed genuinely; the later ones are where compliance most often erodes.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Anaesthesia safety depends on continuous vigilance during a period when the patient cannot advocate for themselves at all. A protocol that exists but isn't followed under real conditions provides no more protection than no protocol.

1 Monitoring is continuous for planned procedures but less consistent for emergency ones.

Time pressure in emergency situations can compress steps that are reliably followed when there's more time.

2 Equipment exists and is used but calibration records are inconsistent.

Equipment that works today doesn't prove it was properly calibrated when it mattered most.

3 An escalation protocol exists for common complications but not rarer, more serious ones.

The rarest scenarios are also the ones staff have the least practised familiarity with.

Week 1 Review recent monitoring records for continuity gaps across a sample of procedures.

Week 2 Audit and update equipment calibration and maintenance records.

Week 3 Run a scenario-based briefing on escalation protocols, including less common complications.

Ongoing Periodically test staff recall of escalation protocols through scenario discussion, not just document review.

Ask about a specific, less common complication, not the routine case.

General competence with common scenarios doesn't prove readiness for rarer, higher-stakes ones.

Check equipment records for gaps, not just presence of a maintenance schedule.

A schedule that exists on paper and one that's actually followed are different things.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Surgical site infections are among the most common healthcare-associated infections and among the most preventable, when a defined bundle of practices is genuinely and consistently followed rather than approximated.

1 A bundle exists and is generally known but compliance isn't checked per procedure.

Awareness of a bundle and verified compliance with it on a specific occasion are different levels of assurance.

2 SSI rate is tracked but the data isn't reviewed or acted on regularly.

Measurement without review provides no actual improvement pressure.

3 The bundle is followed well for high-risk procedures but less rigorously for routine ones.

Perceived risk level shouldn't determine bundle compliance, but often does in practice.

Week 1 Document a specific SSI prevention bundle if one doesn't already exist in writing.

Week 2 Establish or verify SSI rate tracking, even in a simple form.

Week 3 Build per-procedure bundle compliance checking into the existing surgical checklist process.

Ongoing Review SSI rate data on a fixed schedule and feed findings back to the surgical team.

Ask for the SSI rate number directly.

A facility that can't produce its own rate isn't actually tracking it, whatever staff believe.

Check compliance for a routine procedure, not just a high-risk one.

Rigor often concentrates on perceived high-risk cases, leaving routine ones under-checked.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Laboratory quality management frameworks, including CLSI and WHO laboratory quality standards, treat internal quality control as a non-negotiable precondition for result release, not an optional refinement.

A lab result is only as trustworthy as the quality control behind it. Skipping quality control to save time trades a small, hidden risk against every single result released during the skipped period — a risk that's invisible until a clinical decision is made on a wrong number.

1 QC runs consistently for high-volume tests but is skipped under pressure for less common ones.

Perceived low stakes for infrequent tests can quietly erode the same rigor applied elsewhere.

2 A QC failure protocol exists but staff have never actually had to use it.

An untested protocol may look fine on paper and fail in practice under real pressure.

3 Records are retained but not actually reviewed for patterns over time.

Retention without review captures the data but misses the insight it could provide.

Week 1 Audit a sample of recent result releases against QC timing records for any gaps.

Week 2 Document or reinforce a clear, specific protocol for QC failures.

Week 3 Establish a retention system for QC records if one doesn't already exist.

Ongoing Review retained QC data periodically for trends, not just individual pass/fail results.

Compare actual timestamps, don't accept a general assurance.

"We always do QC first" is a claim; timestamped records are evidence.

Ask about a specific, less common test, not the highest-volume one.

Rigor concentrated on high-volume tests can mask gaps elsewhere.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Critical value reporting protocols with confirmed receipt are a widely adopted patient safety standard precisely because delayed recognition of urgent results is a well-documented, preventable harm pathway.

A critical value sitting unread in a normal results queue provides zero clinical benefit despite technically having been "reported." The entire value of rapid critical-value reporting depends on a distinct pathway and confirmed receipt, not just faster generation of the result itself.

1 A distinct pathway exists during business hours but reverts to standard reporting overnight.

Coverage gaps at specific times are a common, unstated exception to an otherwise good process.

2 Receipt confirmation happens for phone calls but not for other communication channels used.

Different channels don't have consistent confirmation the same way.

3 An escalation protocol exists but the timeframe before escalating is vague.

"Try again later" without a specific timeframe often means escalation happens inconsistently.

Week 1 Map current critical value reporting against the actual, distinct pathway that should exist.

Week 2 Close any coverage gaps, particularly for out-of-hours periods.

Week 3 Define a specific timeframe and clear escalation trigger for failed first-contact attempts.

Ongoing Review confirmed-receipt records periodically for any pattern of delay.

Ask specifically about overnight and weekend coverage.

A pathway that works well during business hours may not extend to when it's tested least often but needed just as much.

Ask for a specific example, not a description of the policy.

A real recent example reveals whether the policy reflects practice.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

A misidentified specimen produces a confident, precise, completely wrong result — arguably more dangerous than an obviously failed test, because nothing about the output signals the error. Two-identifier checking at two separate points is specifically designed to catch the moment a single check would miss.

1 Two-identifier checking happens reliably at collection but is skipped or assumed at pre-testing.

The first check often becomes the well-established habit; the second, independent check is more easily eroded.

2 The process is followed for inpatients but less consistently for outpatients or urgent cases.

Time pressure and unfamiliarity both erode consistency, and urgent cases combine both.

3 Staff know the process but occasionally skip it when "certain" they know the patient.

Familiarity is precisely the condition under which shortcuts feel safe and occasionally aren't.

Week 1 Directly observe specimen collection across a sample of cases to check genuine two-identifier practice.

Week 2 Reinforce or establish an independent pre-testing verification step.

Week 3 Brief all relevant staff on the mismatch response process, with a clear, simple stop-and-resolve rule.

Ongoing Spot-check practice periodically, particularly for urgent or outpatient specimens.

Watch for the second check specifically, not just the first.

The pre-testing verification is where compliance most commonly erodes first.

Ask what happens with a familiar, frequently-seen patient.

Familiarity-based shortcuts are the most common real-world failure mode for this exact requirement.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Medication effectiveness and safety both depend on storage conditions that are invisible in the final product — a medication stored incorrectly looks identical to one stored correctly, right up until it's administered and doesn't work as expected, or worse.

1 Temperature is monitored but excursions aren't consistently followed up.

Detection without response provides only partial protection.

2 Access restriction exists on paper but the physical lock or control isn't consistently enforced.

A policy requiring restricted access means little if the door is routinely left open.

3 Routine checks happen for high-value medications but not consistently across all storage areas.

Perceived risk level again shapes where rigor concentrates, sometimes unevenly.

Week 1 Review recent temperature logs for gaps or unaddressed excursions.

Week 2 Verify and reinforce physical access control to medication storage areas.

Week 3 Establish a routine check schedule covering all storage areas, not only high-value ones.

Ongoing Review temperature and access logs periodically for any drift or lapse.

Check the log for gaps, not just current readings.

A current reading within range says nothing about what happened overnight or over a weekend.

Try accessing storage yourself, if appropriate, to test real restriction.

A stated policy and an actually enforced physical control aren't always the same thing.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

High-alert medications carry disproportionate harm potential from even small errors, which is precisely why they warrant a safeguard beyond what's applied to medications generally. A single clinician checking their own work twice doesn't provide genuine independent verification — the same blind spot that caused an error the first time is likely to persist on a self-check.

1 A high-alert list exists but is incomplete relative to recognised categories.

An outdated or partial list leaves some genuinely high-risk medications without the extra safeguard.

2 Independent double-checking happens during busy hours less reliably than quiet ones.

The safeguard is most likely to be skipped exactly when time pressure is highest — often also when error risk is highest.

3 Double-checks happen but documentation is inconsistent.

A verbal culture of checking without documentation makes the practice unverifiable after the fact.

Week 1 Compare the current high-alert medication list against recognised categories and close any gaps.

Week 2 Reinforce the requirement for genuine independence in double-checking, not self-verification.

Week 3 Build documentation of the double-check directly into the administration record process.

Ongoing Audit double-check documentation periodically, particularly during historically busier shifts.

Ask who performed the double-check on a specific recent administration.

A specific name check reveals whether independence is genuine or assumed.

Check documentation completeness during a busy period specifically.

Gaps concentrate under pressure — checking a calm period alone can miss this.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

WHO's Medication Without Harm initiative identifies transitions of care as a high-risk point specifically requiring structured reconciliation, distinct from routine prescribing safety measures — the requirement is the structured process, not a specific staffing model.

Medication discrepancies at transitions of care — admission, transfer, discharge — are one of the most common and most preventable sources of medication-related harm, precisely because they occur at moments when responsibility for the patient's medication list changes hands. Reconciliation is a function, not a job title — it can be performed by a trained nurse or physician exactly as reliably as a pharmacist, provided the person doing it is specifically trained for it and it is not left to whoever happens to be available.

1 Reconciliation happens reliably at admission but is rushed or skipped at discharge.

Discharge is often a busier, more time-pressured moment, and the safeguard erodes accordingly.

2 Discrepancies are documented as found but follow-up resolution isn't consistently tracked.

Identification without a closed loop leaves the actual risk unaddressed.

3 Patient input is sought for coherent patients but skipped for those who are confused or unable to communicate clearly.

The patients least able to advocate for accuracy in their own medication list are often the ones for whom the cross-check matters most.

Week 1 Review a sample of recent admissions and discharges for reconciliation completeness.

Week 2 Reinforce discharge reconciliation specifically, given it's the more commonly rushed transition.

Week 3 Build a simple discrepancy resolution tracker so identified issues don't go unresolved.

Ongoing Audit reconciliation completeness periodically, particularly at discharge and for patients with communication barriers.

Check discharge reconciliation specifically, not just admission.

Admission reconciliation is more reliably performed; discharge is where gaps concentrate.

Ask how reconciliation works for a patient who can't easily communicate.

This reveals whether the process has a real answer for its hardest, highest-risk case.

If no clinical pharmacist role exists at this facility, ask specifically who is trained to perform reconciliation and how they were trained.

A facility without a pharmacy department can still meet this fully — the question is whether reconciliation is a real, owned function for someone, not whether that someone has a specific job title.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

A misidentified patient at any point of contact — not just specimen collection — can result in the wrong medication, the wrong procedure, or the wrong blood product being given to the wrong person. This has to be a universal habit applied everywhere care happens, not a rule that lives only inside one department's protocol.

1 The practice is strong in the lab, where it was first introduced, but hasn't spread to other departments.

A safety practice introduced for one purpose sometimes doesn't generalise without deliberate effort.

2 Staff verify identity but use a mix of acceptable and unacceptable identifiers inconsistently.

Partial adherence to the rule can be harder to catch than its complete absence.

3 Verification happens once at admission and is assumed to carry forward for the rest of the stay.

A single admission check doesn't protect against the specific risk of a mix-up during a later intervention.

Week 1 Audit medication rounds, procedures, and blood product administration for consistent two-identifier practice.

Week 2 Brief all clinical staff explicitly that room or bed number is never acceptable alone.

Week 3 Extend the lab's existing two-identifier discipline formally to medication and procedural contexts.

Ongoing Spot-check identification practice across different departments, not only the lab.

Observe a medication round directly, not just review policy.

This is where the practice most commonly fails to generalise from where it started.

Ask specifically whether room or bed number is ever used.

A direct, specific question often reveals what a general policy question won't.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Falls are consistently one of the most common preventable causes of patient harm in hospital care, and unlike many other risks, a structured assessment tool can identify who is actually at risk with real accuracy — which only matters if the facility acts on what the assessment finds.

1 Assessment happens on admission but isn't repeated as a patient's condition or medication changes.

Fall risk can change significantly during a stay, and a single admission-day assessment can miss that shift.

2 Prevention measures exist but are generic rather than tailored to the specific risk factors identified.

A standard set of precautions applied uniformly captures less benefit than measures matched to why a specific patient is at risk.

3 Falls are logged but review focuses only on the most serious injuries.

Falls without serious injury still carry the same lessons about what nearly went wrong.

Week 1 Adopt or confirm use of a structured, validated fall risk assessment tool.

Week 2 Ensure specific, tailored prevention measures follow every high-risk identification.

Week 3 Establish a fall incident log with a defined review process for every fall, not only serious ones.

Ongoing Reassess fall risk at meaningful points during a stay, not only at admission.

Check whether reassessment happens beyond admission.

A single-point assessment is a common, specific gap worth checking directly.

Ask to see prevention measures for a specific current high-risk patient.

A real, current example reveals whether assessment actually translates into action.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Look-alike, sound-alike medication confusion is a recognised, distinct medication safety category in WHO and international patient safety literature, requiring targeted controls separate from general prescribing safety measures.

A mix-up between two medications with similar names or similar packaging is a distinctly different error mechanism from a general prescribing mistake, and it defeats safeguards designed for other kinds of errors. It needs its own, specific defence.

1 A LASA list exists but wasn't built from this facility's own formulary, so it misses relevant local risks.

A generic list doesn't substitute for one reviewed against what's actually stocked here.

2 Separation exists for high-profile LASA pairs but not comprehensively.

Awareness often concentrates on well-known examples while missing less famous but equally risky pairs.

3 A distinguishing measure exists but staff don't consistently use it under time pressure.

A safeguard that depends entirely on unhurried conditions can fail exactly when needed most.

Week 1 Build a specific LASA list reviewed against this facility's actual formulary.

Week 2 Implement physical separation or distinct labelling for identified pairs.

Week 3 Define and brief staff on a specific additional check for LASA dispensing.

Ongoing Review the LASA list whenever the formulary changes.

Ask for the list itself, not a general description of awareness.

A specific, named list is the only real evidence this has been deliberately addressed.

Check storage for a specific LASA pair directly.

Physical verification reveals more than a policy description.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Restraint and seclusion governance is an established patient rights and safety standard in international accreditation frameworks, reflecting recognised risk of physical and psychological harm from unmonitored or prolonged use.

Restraint and seclusion carry real physical and psychological risk to patients and represent a significant ethical boundary in care. Without a specific, enforced protocol, use can drift from genuine last-resort safety measure toward convenience, which is precisely the pattern this standard exists to prevent.

1 A protocol exists but staff apply it inconsistently depending on individual judgement.

A written threshold doesn't guarantee consistent application without active reinforcement.

2 Documentation happens but review of usage patterns over time doesn't occur.

Individual instances can each look justified while a pattern reveals a genuine drift.

3 Time limits exist on paper but aren't consistently enforced in practice.

A stated limit that's routinely extended without documented justification functions as no limit at all.

Week 1 Review the current restraint and seclusion protocol for specificity and last-resort framing.

Week 2 Audit recent use log entries for time limits, monitoring, and documented rationale.

Week 3 Brief clinical staff specifically on the threshold and reinforce consistent application.

Ongoing Review usage patterns periodically for any drift toward routine use.

Ask staff to describe the threshold in their own words, not recite the policy.

Genuine understanding versus rote familiarity shows in how the answer is framed.

Check for pattern review, not just individual case documentation.

Drift toward routine use is only visible across multiple instances, not any single one.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Nutritional screening and therapeutic diet management are recognised elements of clinical quality frameworks, reflecting evidence that nutritional status materially affects recovery, complication rates, and length of stay.

Malnutrition on admission, or nutritional decline during a stay, measurably affects recovery and complication rates, yet nutrition is often managed as a hospitality function rather than a clinical one. A patient on the wrong diet, or an unscreened nutritional risk, is a preventable gap in care.

1 Screening happens for complex or clearly frail patients but not systematically for everyone.

Nutritional risk isn't always visually obvious, and selective screening misses less apparent cases.

2 Diet orders are correct but delivery verification relies on informal tray-matching.

An informal process is more prone to error than a defined verification step.

3 Food safety practices are generally sound but specific storage temperature logging is inconsistent.

Overall good practice can still have a specific, checkable documentation gap.

Week 1 Review current nutritional screening practice for consistency across all admissions.

Week 2 Establish or reinforce a specific verification step matching therapeutic diet orders to delivery.

Week 3 Conduct a direct food safety inspection and address any gaps found.

Ongoing Audit nutritional screening and diet delivery accuracy periodically.

Ask for the screening tool and a completed sample, not a description of general awareness.

A specific, used tool is the real evidence, not stated good intentions.

Inspect food handling directly rather than relying on a self-report.

Direct observation catches gaps a description of policy wouldn't reveal.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

A patient's vital signs typically shift measurably before a visible crisis — a cardiac arrest, an unplanned ICU transfer — but only if someone is systematically tracking the trend, not just checking each reading against normal ranges in isolation. A structured score turns scattered observations into an early signal, and a defined escalation response turns that signal into action before the crisis, not after.

1 Scoring happens reliably on day shifts but drops off overnight when staffing is thinner.

The exact conditions that make deterioration harder to catch informally are also when the structured backup is most likely to lapse.

2 The score is calculated but the escalation threshold is vague or inconsistently applied.

A score without a clear, consistently enforced action threshold provides information without protection.

3 Escalation happens for the most severe scores but not consistently for moderate, early-warning-range scores.

The entire value of an early warning system is catching deterioration before it becomes severe.

Week 1 Review current vital sign recording practice and whether it's ever combined into a structured score.

Week 2 Adopt a structured early warning tool and define a specific escalation threshold and response.

Week 3 Brief all clinical staff, with particular attention to overnight and weekend coverage.

Ongoing Audit scoring consistency and escalation follow-through periodically, especially outside daytime hours.

Check overnight and weekend records specifically, not just daytime samples.

Coverage gaps concentrate exactly where staffing thins.

Ask for a real example of an above-threshold score and trace what actually happened next.

A real example reveals whether escalation is genuine, not just documented as a policy.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Sepsis kills through delay as much as through the underlying infection itself — every hour without appropriate treatment measurably increases mortality. Waiting for full diagnostic certainty before acting, rather than initiating treatment on reasonable suspicion, is one of the most consistently documented preventable failures in sepsis care worldwide.

1 Screening is strong in the emergency department but less consistent for patients who deteriorate on general wards.

Sepsis awareness and protocol familiarity is often concentrated where it was first introduced.

2 The bundle exists and is used, but tracking of the time interval itself was never implemented.

Good practice that isn't measured cannot demonstrate its own consistency or improve further.

3 Recognition and initial treatment are strong for classic presentations but less reliable for atypical ones.

Sepsis can present subtly, particularly in elderly or immunocompromised patients, and screening tools calibrated for classic presentations can miss these.

Week 1 Review recent cases for screening consistency and time from suspicion to first antibiotic dose.

Week 2 Adopt or reinforce a standardised sepsis screening tool across all clinical areas, not just the emergency department.

Week 3 Establish time-to-antibiotic tracking as a routine, reviewed quality metric.

Ongoing Review tracked cases periodically, with particular attention to atypical presentations and non-emergency-department settings.

Ask about ward-based recognition specifically, not just emergency department practice.

Sepsis awareness often concentrates where it was first trained, leaving general wards less prepared.

Ask for actual time-to-antibiotic data, not a general assurance that treatment is prompt.

Tracked data is the only real evidence of consistent performance.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Most pressure injuries are preventable, and the interventions that prevent them are well established and inexpensive — but only if risk is identified early enough for prevention to actually happen, rather than treatment beginning only once damage is already visible.

1 Assessment happens reliably at admission but reassessment during longer stays is inconsistent.

Risk can change substantially over a longer stay, and admission-only assessment misses that shift.

2 A prevention plan exists but repositioning schedules aren't consistently followed under staffing pressure.

A documented plan and its consistent execution are different things, especially when short-staffed.

3 Staff-facing prevention protocol is strong; patient and family education is an afterthought.

Prevention benefits from an engaged patient and family, not staff vigilance alone.

Week 1 Review current risk assessment practice for consistency and periodic reassessment.

Week 2 Establish or reinforce specific, documented prevention plans for at-risk patients.

Week 3 Build patient and family education into the standard prevention process.

Ongoing Audit reassessment consistency and prevention plan adherence periodically.

Check for reassessment specifically, not just an initial admission score.

This is the most common, specific gap in otherwise reasonable practice.

Ask a current at-risk patient or family member what they've been told about prevention.

Patient-side confirmation reveals whether education is genuine, not just documented as delivered.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Venous thromboembolism is a leading preventable cause of hospital death, and effective prophylaxis is well established, inexpensive, and low-risk relative to the harm it prevents. The gap is almost never a lack of available prevention — it's a missed or skipped risk assessment that never triggers the prevention in the first place.

1 Assessment happens reliably for surgical patients but less consistently for medical admissions.

VTE risk awareness is often historically stronger in surgical contexts, leaving medical patients under-assessed.

2 Prophylaxis is prescribed but administration is inconsistently tracked or confirmed.

A prescription that doesn't reliably translate into administration provides no real protection.

3 Mechanical prophylaxis (compression devices) is used inconsistently even when correctly prescribed.

Mechanical measures depend on genuine, ongoing use, which can lapse more easily than a one-time medication dose.

Week 1 Review VTE risk assessment consistency across both surgical and medical admissions.

Week 2 Establish or reinforce pre-procedure reassessment as a distinct, required step.

Week 3 Build a verification step confirming prescribed prophylaxis is actually administered.

Ongoing Audit prophylaxis administration rates periodically against risk assessment results.

Check medical admissions specifically, not just surgical ones.

VTE prevention rigor often concentrates in surgical contexts, leaving medical patients under-protected.

Ask to see administration records, not just the prescription.

A prescribed but unadministered prophylaxis is a common, specific gap worth checking directly.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

A transfusion error is one of the few clinical mistakes capable of causing severe harm within minutes, and the verification step exists specifically to catch a mismatch introduced anywhere between collection and the bedside — which a single early check cannot do on its own.

1 Bedside verification happens but isn't genuinely independent — the same person effectively checks their own work twice.

Independent verification requires a second person forming their own judgement, not confirming the first person's.

2 Monitoring is thorough in the first few minutes but tapers off before the transfusion completes.

Reactions can occur at any point during administration, not only at the start.

3 A reaction response protocol exists but hasn't been drilled or reviewed recently.

An untested protocol may not translate smoothly into fast, confident action in an actual emergency.

Week 1 Review recent transfusion records for genuine two-person bedside verification.

Week 2 Reinforce genuine independence in the verification process, not sequential confirmation by the same effective judgement.

Week 3 Establish or reinforce a defined, complete monitoring schedule covering the full transfusion period.

Ongoing Periodically review or drill the reaction response protocol with relevant staff.

Ask who performed the bedside check and confirm genuine independence.

A specific example reveals whether this is a real second check or a formality.

Ask about monitoring at the end of a transfusion specifically, not just the beginning.

Monitoring discipline commonly tapers off before a transfusion is actually complete.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Correct patient identification and effective communication are named together among JCI's International Patient Safety Goals, with structured handoff communication specifically identified as a distinct requirement from general clinical documentation.

A written note can be misread, skimmed, or simply not reach the right person in time; a live, structured verbal handoff with a chance to ask questions catches ambiguity and missing information in the moment, before it becomes a gap in care.

1 A structured format exists for nursing handoffs but not for physician-to-physician handoffs.

Different professional groups sometimes develop separate, uncoordinated handoff cultures within the same facility.

2 Verbal handoff happens but questions are rarely actually asked, suggesting limited genuine engagement.

The opportunity existing and being genuinely used are different things worth checking separately.

3 Handoff quality is strong during weekday daytime shifts but thinner at night or on weekends.

Staffing and time pressure at less-supervised times often erode structured processes first.

Week 1 Observe current handoff practice across different shifts and departments for structure and consistency.

Week 2 Adopt or reinforce a standardised handoff format applied across all relevant staff groups.

Week 3 Brief staff explicitly on the expectation of live, verbal delivery with genuine opportunity for questions.

Ongoing Spot-check handoff quality periodically, particularly at night and on weekends.

Observe an actual handoff, don't just review the template.

Live observation reveals whether structure exists in practice, not only on paper.

Check physician handoffs specifically, not only nursing handoffs.

Structured handoff culture sometimes takes hold in one professional group and not others.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Opioid harm operates on a different timescale and pattern than most medication safety risk — the danger isn't only an acute administration error, but a slower, cumulative risk of dependency, diversion, and long-term harm that a standard high-alert medication check doesn't specifically address. Stewardship is a genuine, ongoing function, and where a facility has no pharmacy department to lead it, a specifically designated physician or senior clinician can perform this role exactly as validly.

1 Stewardship principles are followed by senior prescribers but less consistently by covering or junior staff.

Institutional knowledge doesn't always transfer without deliberate, structured reinforcement.

2 Alternatives are considered clinically but not documented, making the practice hard to verify or audit.

Genuine practice that isn't documented can't be reliably distinguished from practice that didn't happen.

3 Diversion monitoring exists for inpatient settings but not for discharge prescriptions.

Diversion risk doesn't end at discharge, and monitoring that stops there misses a real ongoing risk period.

Week 1 Review current opioid prescribing documentation for evidence of alternative consideration.

Week 2 Establish or reinforce a specific opioid stewardship protocol, distinct from general medication safety.

Week 3 Build a monitoring process for diversion or misuse signs, covering discharge prescriptions specifically.

Ongoing Audit prescribing documentation and monitoring practice periodically.

Ask to see the opioid-specific protocol, not general high-alert medication policy.

A facility without a distinct opioid protocol likely hasn't genuinely separated this risk category yet.

Ask about discharge prescription monitoring specifically.

This is where diversion risk monitoring most commonly stops, even when inpatient practice is strong.

Ask who leads opioid stewardship at this facility, and accept a named physician champion as a genuine answer.

The absence of a pharmacy department is not, on its own, evidence stewardship is missing — the presence of a genuinely designated, trained owner is what matters.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Formal pain assessment and reassessment is an established element of patient-centred care standards in major hospital accreditation frameworks internationally, treated as its own distinct requirement rather than folded into general clinical assessment.

Unaddressed pain affects recovery, mobility, and a patient's ability to participate in their own care, and a one-time informal check misses both the patients whose pain wasn't adequately captured at that single moment and any change in pain after treatment was given.

1 Assessment is structured and thorough at admission but reassessment becomes informal or inconsistent afterward.

Initial assessment often receives more deliberate attention than the ongoing reassessment that follows.

2 A structured tool is used but not adapted for patients who can't self-report clearly, such as those who are cognitively impaired.

A tool that works well for most patients can still leave a meaningful group without adequate assessment.

3 Reassessment happens and is documented but rarely results in a visible care plan change.

Documentation without responsive action provides limited real benefit to the patient.

Week 1 Review current pain assessment practice for structured tool use and reassessment consistency.

Week 2 Ensure the assessment tool is adapted for patients who cannot self-report clearly.

Week 3 Establish reassessment specifically tied to interventions, not only a general schedule.

Ongoing Audit whether reassessment results are actually reflected in care plan adjustments.

Check reassessment specifically after an intervention, not just admission assessment.

This is the most common gap — strong initial assessment, weak follow-through.

Ask how pain is assessed for a patient who cannot self-report clearly.

This reveals whether the tool genuinely covers the whole patient population, not just the straightforward cases.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Non-discrimination and equitable treatment are foundational patient rights principles across international healthcare quality frameworks, consistently requiring verification through actual patient experience and observed practice, not policy existence alone.

A non-discrimination policy that exists only on paper protects nobody. This has to be verified through how patients are actually treated and what they actually experience, because discrimination in healthcare is rarely announced — it shows up in subtler differences in attention, explanation, and respect that a policy document cannot catch.

1 Policy exists and is comprehensive but was never specifically communicated to clinical staff.

A well-written policy that never reaches the people making care decisions has limited practical effect.

2 Staff describe good intentions but struggle to give specific examples of how equity is actually ensured.

Genuine practice usually shows in specific examples; general intentions alone are harder to verify.

3 A reporting mechanism exists but few patients know it's available or specifically covers discrimination.

Availability that isn't communicated functions similarly to unavailability.

Week 1 Review current policy scope for coverage of clinical care decisions specifically.

Week 2 Communicate the policy directly to clinical staff, with concrete examples of equitable practice.

Week 3 Establish a distinct, clearly communicated mechanism for reporting discrimination concerns.

Ongoing Gather patient feedback periodically specifically addressing equitable treatment.

Ask staff for a specific example, not a general assurance.

Concrete practice examples distinguish genuine internalisation from stated policy.

Ask how a patient would report a discrimination concern specifically, not a general complaint.

A distinct, known pathway is the real evidence this is taken seriously as its own category.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Vulnerable patient protection frameworks, addressing populations with reduced capacity for self-advocacy, are established requirements across major international healthcare quality and safety standards, distinct from general patient rights provisions.

A patient who cannot easily advocate for themselves — through age, cognitive impairment, or another factor — is at higher risk of having needs overlooked, decisions made without adequate involvement, or subtle neglect go unnoticed precisely because they're less able to raise concerns. Specific protections exist because equal treatment isn't the same as equitable treatment when starting capacity differs.

1 Identification happens for obviously impaired patients but misses more subtle or intermittent vulnerability.

Capacity can fluctuate or be less visibly apparent, and a process calibrated for obvious cases misses this.

2 Additional protections exist on paper but aren't consistently implemented in daily practice.

A protection that exists as policy but not as lived practice provides limited real benefit.

3 An advocacy process exists for family-involved patients but not for those without present family or support.

Patients without accompanying family or support are often the ones most in need of a facility-provided advocate.

Week 1 Review current practice for identifying patients with reduced self-advocacy capacity.

Week 2 Establish specific, documented additional protections for identified vulnerable patients.

Week 3 Build an advocacy or representation process, with particular attention to patients without present family support.

Ongoing Audit identification and protection consistency periodically.

Ask about a patient with no accompanying family or support specifically.

This is where advocacy processes are most likely to have a genuine, unaddressed gap.

Ask for a specific, real example of additional protections being applied.

A concrete example reveals genuine practice better than a description of policy.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Advance care planning and directive documentation is an established element of patient-centred care and end-of-life care quality frameworks internationally, with genuine accessibility and adherence identified as distinct requirements from the initial documentation step.

An advance directive that exists in a file nobody checks during an actual emergency provides no real protection of a patient's wishes. The value of asking the question depends entirely on the answer being findable and genuinely honoured at the moment it matters.

1 The question is asked consistently but support to actually create a directive isn't offered.

Asking whether one exists is different from helping a patient who wants one but doesn't have one yet.

2 Directives are documented but stored in a system not all relevant staff can quickly access.

Documentation that isn't genuinely accessible at the point of decision provides limited real protection.

3 Directives are respected when family is present to remind staff but not consistently otherwise.

Reliance on family prompting rather than a systematic accessibility process leaves a real gap.

Week 1 Review current admission practice for consistency of advance directive questions.

Week 2 Ensure genuine support is offered to patients who want to create a directive.

Week 3 Verify and improve directive accessibility to all relevant care team members, not dependent on family reminders.

Ongoing Review real cases periodically to confirm directives are actually influencing care decisions.

Test how quickly a documented directive can actually be located.

Accessibility in practice, not just documentation existing somewhere, is the real test.

Ask about a case where a directive existed and trace what actually happened.

A real example reveals genuine adherence better than a description of the intended process.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Requires improvement plan.

REFERENCES

Healthcare-associated infection surveillance and trending is a distinct, established requirement in international infection prevention frameworks, recognised as necessary alongside — not replaced by — individual prevention bundle compliance.

Following good infection prevention practices and knowing whether they're actually working are different things. A facility can faithfully run every prevention bundle in this document and still not know if its real infection rate is going up, down, or staying flat, because nobody is tracking the number itself over time.

1 Data is collected but not reviewed on a consistent schedule, so trends are noticed late if at all.

Collection without regular review provides limited real early-warning value.

2 The rate is tracked for surgical site infections specifically but not more broadly across other infection types.

A narrower scope than the facility's actual infection risk profile can miss a genuine emerging problem elsewhere.

3 Data is reviewed by infection prevention staff but not shared with the wider clinical team or governance structure.

A trend that stays within one department has less power to drive facility-wide improvement.

Week 1 Establish what infection data the facility currently has, even informally, and identify gaps.

Week 2 Build a simple, consistent method for tracking the facility's own rate over time.

Week 3 Establish a regular review schedule, even monthly, for examining the trend.

Ongoing Share trend data with the wider clinical team and governance structure, not only infection prevention staff.

Ask for the actual trend data, not a description of prevention bundles in use.

This criterion is specifically about knowing the outcome, not just following the process.

Ask whether the rate has changed recently and why, testing genuine engagement with the data.

A real, considered answer reveals whether the data is actually being used, not just collected.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

Kruse CH, Smith MTD, Clarke DL. Hybrid electronic record: an error reduction strategy for diverse medical prescription formats. S Afr Fam Pract. 2024;66(1):5845 — comparing electronic, tick-sheet, ink-stamp, and handwritten prescribing across real hospitals, found that increasing technology alone did not reduce prescription error rates, but that regular audits, applicable to any format, were the effective error-reduction strategy.

A hospital with software that appears to check for drug interactions but was never configured to do so, or whose alerts have been silenced due to excessive false positives, is in some ways more dangerous than a facility with no electronic system at all — because staff trust a check that isn't actually happening. Separately, unstable power supply commonly forces a mix of paper and electronic records, and when nobody has designated which one is authoritative, the two can quietly diverge without anyone noticing until a patient is harmed by the difference.

1 The system was tested once at installation but never re-verified after an update or configuration change.

Software updates can silently disable or alter alert behaviour without anyone noticing until it's tested again.

2 A manual backup exists for the most obvious checks but not for less prominent ones, like duplicate therapy.

Attention naturally concentrates on the most dramatic risk category, leaving quieter but still real gaps uncovered.

3 Record authority is clear to senior staff but not consistently understood by newer or covering staff.

A rule that lives in institutional memory rather than written policy doesn't reliably reach everyone who needs it.

Week 1 Test every electronic safety alert your system claims to have, using a known trigger case for each.

Week 2 For any check that fails or doesn't exist, establish a specific, written manual backup process.

Week 3 Designate, in writing, which record is authoritative when paper and electronic both exist, and brief all staff.

Ongoing Re-test alert function after any system update, and audit prescriptions periodically against actual records, not assumed accuracy.

Ask to see the actual test — a specific trigger case and its result — not a description of the system's features.

A feature list from a vendor brochure is not evidence the feature is confirmed working at this facility.

Ask two different staff members, separately, which record is authoritative.

Inconsistent answers reveal a real, dangerous gap that a single confident answer from one person would hide.