PCI DSS 4.0.1 gap analysis: does annual QSA certification make you less secure?
Amara OkaforApril 29, 2026
The breach that happened three weeks after a clean QSA report
A mid-size e-commerce company received its QSA Report on Compliance in late September. Clean bill of health. All 12 requirements satisfied. The QSA had reviewed firewall configurations, tested segmentation, validated encryption, and confirmed logging. Six weeks earlier, the company had done what most organizations do in the weeks before a QSA assessment: they tightened configurations, patched systems that had been on the remediation backlog, and made sure the logging that had been intermittently failing was producing output. The assessment went smoothly. Three weeks after the report was signed, a threat actor who had maintained low-and-slow access to a poorly segmented network segment exfiltrated 340,000 card numbers. The initial access predated the QSA assessment by four months.
The forensic investigation that followed found something that will be familiar to anyone who has worked post-breach PCI investigations: the breach did not happen despite the clean QSA report. It happened partly because of the dynamics the QSA cycle creates. The organization had invested its security energy in the six-week pre-audit window. The threat actor had invested their energy in the six-week post-audit window, when configurations relax, patching backlogs rebuild, and attention shifts from security operations back to business operations. The uncomfortable question this raises is not whether the QSA assessor did their job correctly. It is whether the annual point-in-time audit structure is fundamentally compatible with the continuous security posture PCI DSS 4.0.1 actually requires.
What the numbers say about PCI compliance in practice
18%
Percentage of organizations in Vulnox assessments claiming SAQ eligibility that are subsequently found ineligible because they have underestimated their cardholder data environment scope. The most common trigger: development or engineering teams retaining access to payment page code, JavaScript running in payment iframes, or log data containing card numbers — any of which invalidates SAQ A eligibility regardless of what the organization believes about its processing model (Vulnox assessment data, 2024).
45%
Share of critical vulnerabilities in cardholder data environments that standard PCI-focused vulnerability scanners fail to detect, primarily because those scanners are scoped to the documented CDE rather than the actual network segments that can reach it. Scope failures in vulnerability scanning mirror scope failures in QSA assessments — both miss the systems that were not known to be in scope (Vulnox assessment data, 2024).
$5,000 to $100,000
The monthly fine range card brands levy on acquiring banks for merchant non-compliance, passed through to merchants after a breach investigation. The range reflects merchant level and duration of non-compliance. For a Level 1 merchant with a prolonged period of drift between QSA assessments, the cumulative exposure across multiple acquiring bank relationships can exceed the cost of the security investment that would have prevented the breach (PCI SSC published guidance, 2024).
4 months
The duration of undetected threat actor access in the e-commerce breach described above — access that persisted through and after a clean QSA assessment, undetected by the logging and monitoring controls that had been validated during the audit. The threat actor was in the environment during the assessment. The assessment did not find them. This is not a hypothetical risk. It is a documented pattern in PCI breach forensics.
The uncomfortable hypothesis: annual QSA audits may make some organizations less secure
Common belief
The standard assumption is that QSA assessment creates accountability and drives security investment that organizations would not otherwise make. The audit cycle is the mechanism by which PCI DSS requirements get implemented. Without it, organizations would do less, not more. The assessment is the forcing function.
What we found
In Vulnox assessments conducted 90-120 days after a clean QSA Report on Compliance, 61% of organizations showed material drift in at least one Requirement 10 logging and monitoring control and 44% showed drift in network segmentation configurations that had been validated during the assessment. The drift is not malicious — it reflects the operational reality that security configurations tightened for an audit are sometimes incompatible with day-to-day operational efficiency (Vulnox assessment data, 2024).
What the breach forensics data suggests is a more complicated picture. The forcing function creates a pre-audit security burst — concentrated investment and remediation activity in the weeks before the assessment — followed by a post-audit relaxation period during which the configurations tightened for the audit drift back toward operational convenience, the patching backlog rebuilds, and monitoring that was tuned up for the assessment generates alerts that nobody is acting on with the same urgency.
The predictability of this cycle is the problem. Threat actors who target payment environments know the QSA cycle as well as the organizations they are attacking. A clean QSA report published or inferred from a company's compliance status page is a signal that the organization has just completed its most security-focused period of the year and is entering its most security-relaxed period. The audit cycle creates a seasonal vulnerability pattern that did not exist before the compliance program was implemented.
This is not an argument against PCI DSS or against QSA assessment. It is an argument about what the audit achieves and what it does not. A QSA assessment validates a point-in-time configuration state. It does not validate the organization's security posture on day 180 of the compliance cycle. PCI DSS 4.0.1 explicitly requires continuous compliance, not point-in-time compliance. The question is whether the audit mechanism that enforces the standard is structurally capable of validating what the standard actually requires.
What clients say when they come to us, and what the data says underneath
'We paid the QSA, got the certificate. We're compliant. What more do they want?'
Root cause:The certificate validates that specific controls were in a compliant state on the day the QSA assessed them. It does not validate that those controls have remained in a compliant state since. PCI DSS Requirement 6.3.3 mandates that all software be protected from known vulnerabilities by installing applicable security patches and updates. That obligation runs continuously. The certificate does not pause it. The organizations that say this have conflated achieving compliance with maintaining it — a distinction that every post-breach forensic investigation eventually makes explicit, usually at significant cost.
'We outsource our payment processing to a PCI-certified provider. That covers us.'
Root cause:Outsourcing payment processing to a compliant provider reduces your CDE scope — it does not eliminate your PCI DSS obligations. The scope reduction depends entirely on the nature of the integration. If your website loads a payment iframe hosted by the provider, your scope depends on whether your developers can modify the JavaScript that loads the iframe. If they can — even if they never have — you are not SAQ A eligible. 18% of organizations claiming SAQ A eligibility have this exact problem: a developer with access to the code that loads the payment iframe, which the organization has never considered a scope issue because no one has ever exercised that access for a malicious purpose.
'Our CrowdStrike deployment covers our PCI DSS vulnerability management requirement.'
Root cause:Endpoint detection and response tools address a subset of vulnerability management obligations. PCI DSS Requirement 11.3 mandates internal and external network vulnerability scans at least quarterly and after significant changes. Requirement 11.4 mandates penetration testing at least annually. CrowdStrike Falcon provides endpoint threat detection and some vulnerability identification capability — it does not perform network-layer vulnerability scanning, it does not satisfy the quarterly ASV scan requirement for external-facing systems, and it does not conduct penetration testing. The QSA who validated this organization's compliance accepted a scope-limited tool as satisfying a broader requirement. The gap was discovered when a follow-on assessment applied the requirement text directly.
What a PCI DSS 4.0.1 gap analysis actually finds
Assessment base: Findings drawn from Vulnox PCI DSS 4.0.1 assessments and post-QSA gap analyses, 2024-2025, across merchant levels 1 through 4 and service providers. Industries represented include e-commerce, hospitality, retail, and financial services. Assessment timing relative to QSA reports ranged from 30 to 180 days post-certification.
Network segmentation validated at assessment, degraded within 90 days
In assessments conducted 90-120 days after clean QSA reports, 44% of organizations show material drift in network segmentation controls. The most common pattern: a firewall rule added for a temporary operational purpose — a vendor needing access, a troubleshooting exercise, a development activity — that was never removed. The rule creates a path from a non-CDE segment to a CDE segment. The segmentation that was validated during the QSA assessment no longer isolates the CDE. The organization is technically non-compliant from the day the rule was added, and nobody knows (Vulnox assessment data, 2024).
SAQ A eligibility claimed despite developer access to payment page code
SAQ A applies to merchants that have outsourced all cardholder data functions to PCI DSS compliant third parties and whose only involvement is through an iframe or redirect they do not control. The critical word is 'control.' An e-commerce organization whose developers can modify the JavaScript that loads the payment iframe — even if they have never done so and have no intention of doing so — controls the code. They are not SAQ A eligible. They should be completing SAQ A-EP or a full ROC depending on transaction volume. In Vulnox assessments, the developers in these organizations were genuinely unaware that their access created a scope issue. The SAQ selection had been made by someone who understood the payment architecture at the business level and did not understand the technical implication of developer repository access (Vulnox assessment data, 2024).
Requirement 10 logging present, monitoring absent
PCI DSS Requirement 10 mandates logging and monitoring of all access to system components and cardholder data. Most organizations in scope have logging configured. In 61% of post-QSA assessments we conducted, the logging was generating output that no human or automated system was reviewing on any defined schedule. The logs existed. They were not being monitored. The QSA assessment had confirmed that logging was enabled — which it was. It had not confirmed that the alerts the logging generated were being investigated — which they were not. The distinction between having a log and having a monitored log is the difference between a security control and a forensic artifact (Vulnox assessment data, 2024).
Compensating controls applied without targeted risk analysis
PCI DSS v4.0 Requirement 12.3.2 establishes that compensating controls require a targeted risk analysis documenting why the standard requirement cannot be met and how the compensating control provides equivalent security. In assessments of organizations using compensating controls, we consistently find that the compensating control was selected and applied without the targeted risk analysis. The organization knew it could not meet a specific sub-requirement, identified an alternative control, and documented the alternative without documenting the analysis that is supposed to justify it. QSAs reviewing the documentation at assessment time accept the compensating control and the documentation gap goes unresolved until a breach investigation applies the Requirement 12.3.2 standard directly (Vulnox assessment data, 2024).
Three things the PCI compliance industry says that are not accurate
The myth
The reality
How control drift actually happens between assessments
PCI DSS control drift is not primarily a negligence story. It is an operational reality story. The cardholder data environment exists inside a functioning business where people are solving operational problems every day. A firewall rule gets added to let a vendor troubleshoot a production issue. The vendor finishes, the rule should be removed, the ticket gets closed without the removal step because the issue was resolved. A system that was patched before the QSA assessment falls behind on patches in the subsequent quarter because the patching team is handling a major infrastructure project. A log aggregation service starts dropping events because of a volume threshold that was misconfigured, and the monitoring alert for log volume anomalies was never configured in the first place.
None of these events are deliberate compliance failures. They are the normal operational friction of running infrastructure at scale. The problem is that PCI DSS Requirement 1 (firewall configurations), Requirement 6 (patching), and Requirement 10 (logging) are continuous obligations, and the operational events that create drift happen continuously. The QSA assessment validates the environment at a point in time when the organization has actively worked to minimize drift. It does not observe the drift that accumulates in the other 11 months of the year.
PCI DSS 4.0.1 introduced customized approach as an alternative to the prescriptive approach for meeting requirements, specifically to allow organizations to implement controls that are continuously effective rather than periodically validated. The customized approach requires significantly more documentation and testing rigor than the prescriptive approach. Very few organizations are using it, because the prescriptive approach with a clean QSA report is easier to achieve. The customized approach is harder to achieve and more likely to result in genuinely continuous compliance. The market has selected for the easier option.
Example
A hospitality company with 47 properties used a centralized payment processing system with network segmentation between property-level POS systems and the central cardholder data environment. The segmentation was validated annually during the QSA assessment. Between assessments, each property's IT contact had standing credentials to the central management console for troubleshooting purposes — credentials that provided access to the management network, which had adjacency to the CDE. The credentials had existed for three years. They had never been used for anything other than legitimate troubleshooting. They created a persistent segmentation bypass that the QSA assessment had not identified because the assessment tested the documented network architecture, not the management access model.
The management access problem is technically a Requirement 7 (restrict access to cardholder data by business need to know) and Requirement 8 (identify and authenticate access) failure as much as a Requirement 1 segmentation failure. Standing privileged credentials to systems with CDE adjacency are a scope problem regardless of whether they have ever been exercised. The QSA assessment framework is better at identifying missing controls than identifying overly permissive access models that have never been abused.
Where PCI compliance programs are not looking
The systems that can reach the CDE but are not in it
PCI DSS scope includes not just the systems that store, process, or transmit cardholder data, but also the systems that can communicate with those systems. Organizations systematically underscope by documenting the CDE as the systems they intended to be in it, rather than the systems that network analysis shows can reach it. Jump servers, management consoles, monitoring infrastructure, and development systems frequently have network paths to CDE systems that were not intentional and are not documented. These out-of-scope systems with CDE connectivity are the entry point in a significant proportion of payment environment breaches.
PCI DSS 4.0.1 requirement 6.4.3 and client-side script integrity
PCI DSS 4.0.1 introduced Requirement 6.4.3, which mandates that all payment page scripts loaded and executed in the consumer's browser be authorized, integrity-checked, and inventoried. This requirement became effective March 2025 and addresses the Magecart and formjacking attack class — where malicious JavaScript is injected into payment pages, either directly or through compromised third-party script providers. Most organizations are not yet fully compliant with 6.4.3. Many are unaware of the full inventory of third-party scripts loading on their payment pages because those scripts were added by marketing and analytics teams without security review. The attack surface 6.4.3 is designed to address — third-party JavaScript with payment page access — is exactly the attack surface most organizations have the least visibility into.
Targeted risk analysis obligations under 4.0.1
PCI DSS 4.0.1 requires targeted risk analyses for several requirements that previously allowed organizations to apply standard control parameters universally. Requirement 12.3.2 requires a targeted risk analysis for any customized approach or compensating control. Requirement 9.4.2 requires a targeted risk analysis to determine appropriate visitor log retention. Requirement 12.3.1 requires documented targeted risk analyses for requirements that allow the organization to define its own frequency. Most organizations are applying standard parameters to these requirements without the required analysis, which means they are out of compliance with the process requirement even if their chosen control parameters would have passed a risk analysis.
Service provider oversight under Requirement 12.8
Requirement 12.8 mandates that organizations maintain a list of all third-party service providers with whom cardholder data is shared, have written agreements requiring those service providers to maintain PCI DSS compliance, and confirm their compliance status at least annually. In practice, the list maintained by most organizations reflects the service providers that were known at the time the compliance program was built. SaaS tools adopted by business units — payment analytics platforms, fraud detection services, chargeback management tools — often involve cardholder data sharing and are not on the Requirement 12.8 list because they were not procured through the process that generates list entries.
Annual QSA certification vs continuous compliance monitoring: what each actually validates
Validates that defined controls were in a compliant state on the assessment date. Assessment methodology is based on documentation review, sampling, and point-in-time testing. The QSA is assessing the environment the organization presents, which has typically been prepared for the assessment. Drift between assessments is not observed. The ROC provides legal standing with card brands for the compliance period but does not validate the continuous compliance state PCI DSS actually requires.
Clean ROC reduces fine exposure if a breach investigation finds no evidence of non-compliance at assessment time. Does not protect against fine exposure if breach forensics show drift from the assessed state. Best used as a baseline validation combined with continuous monitoring rather than as a standalone compliance mechanism.
Validates the compliance state of defined controls on an ongoing basis, typically through automated configuration monitoring, change management integration, and regular internal assessments timed to catch drift rather than to validate the pre-audit state. More operationally demanding than annual assessment. Requires security tooling and processes that operate independently of the QSA cycle. Does not produce a card-brand-recognized compliance certificate on its own.
Identifies drift before it creates breach exposure rather than after. Generates the evidence of continuous compliance that post-breach forensic investigations require. Cannot replace QSA assessment for card brand compliance status but materially reduces the risk that a clean ROC reflects a false security posture.
Allows organizations to design controls that achieve the stated objective of each requirement through means other than the defined approach. Requires a targeted risk analysis, a controls matrix, and independent testing for each customized control. QSA must validate both the control and the analysis. Significantly more documentation-intensive than the prescriptive approach but designed to produce controls that are continuously effective rather than periodically validated.
The right structural answer for organizations whose operational environment makes prescriptive control compliance genuinely difficult to maintain continuously — complex network architectures, high-velocity change environments, OT-adjacent payment systems. Underused because the prescriptive approach with an annual ROC is easier to achieve and produces equivalent card brand standing. The PCI SSC designed 4.0.1's customized approach specifically to address the continuous compliance gap. The market has not yet adopted it at scale.
Where PCI enforcement is heading
Requirement 6.4.3 client-side script integrity will generate the first wave of post-March-2025 PCI DSS 4.0.1 enforcement actions, targeting e-commerce merchants whose payment pages load third-party JavaScript that has never been inventoried or integrity-checked.
Requirement 6.4.3 became a mandatory requirement in March 2025. It addresses the Magecart attack class, which has been the dominant payment card breach vector for five years. The requirement is technically demanding in a way that most e-commerce organizations have not yet operationalized: maintaining an inventory of all payment page scripts, implementing subresource integrity checks, and having a method to confirm script authorization. The attack surface this requirement addresses — third-party JavaScript with payment page access — is precisely the surface that marketing and analytics teams have been expanding without security review for a decade. The gap between the requirement and the operational state of most e-commerce payment pages is large and documentable (Vulnox assessment data, 2024).
Confidence: highIf card brand enforcement actions citing Requirement 6.4.3 non-compliance do not appear in published breach investigation summaries by end of 2026, the requirement is not being applied in post-breach forensics as anticipated. Watch for PCI SSC guidance updates on 6.4.3 implementation — these typically signal areas of active enforcement interest.A Level 1 merchant will experience a significant payment card breach in which the threat actor maintained undetected access through and after a clean QSA assessment, triggering a PCI SSC review of assessment methodology for high-complexity payment environments.
The pattern described in the scene-setting section — threat actor access persisting through a QSA assessment — is not unique to the case described. It is a documented pattern in payment card breach forensics that the QSA assessment methodology is not designed to detect. As payment environments become more complex and threat actor dwell times extend, the probability that a QSA assessment will validate a compromised environment increases. A high-profile breach where this pattern is clearly documented will force a methodology review. The PCI SSC has tools available — network traffic analysis requirements, penetration testing scope expansion — that would address the gap. The political will to mandate them will require a public failure.
Confidence: mediumA published PCI SSC guidance update that expands assessment methodology to include threat hunt activities or extended penetration testing scope requirements would confirm the prediction is moving toward realization. If assessment methodology remains unchanged through 2027, either the pattern has not produced a sufficiently public failure or the PCI SSC has chosen not to respond to it.The customized approach introduced in PCI DSS 4.0.1 will achieve material adoption — more than 15% of Level 1 merchants — within three years, driven not by voluntary adoption but by QSA findings that prescriptive controls cannot be continuously maintained in complex cloud-native payment environments.
Cloud-native payment architectures with containerized workloads, serverless functions, and microservices create environments where several prescriptive PCI DSS controls are technically difficult to apply as written. The prescriptive approach was designed for relatively static network architectures. QSAs are beginning to encounter environments where they cannot validate prescriptive controls because the control as specified does not map to the architecture. The customized approach is the PCI SSC's answer to this problem. Organizations being told by their QSA that the prescriptive approach cannot be validated in their environment will adopt the customized approach not as a preference but as the only available path to compliance.
Confidence: lowPCI SSC reporting on customized approach adoption rates among Level 1 merchants, if published, would provide direct confirmation or refutation. Absent that, watch for QSA community discussions about cloud-native assessment methodology challenges — these typically precede formal guidance updates by 12-18 months.
My position: the annual audit cycle is the wrong compliance mechanism for continuous security obligations
I think the PCI DSS compliance industry has built a market around the annual audit cycle that actively works against the continuous compliance the standard requires. QSAs have financial incentives tied to annual assessment cycles. Compliance software vendors sell annual assessment tooling. Organizations budget for annual compliance projects. The entire market structure is organized around a point-in-time validation mechanism applied to a continuous obligation — and the mismatch is the thing that is generating breaches.
PCI DSS 4.0.1 introduced the customized approach specifically because the PCI SSC understands that prescriptive controls validated annually are not the same as security controls that continuously achieve the stated objective. The customized approach is harder, more expensive, and more operationally demanding than the prescriptive approach. It is also more likely to produce genuinely continuous security. The market has chosen the prescriptive approach with an annual ROC because it is easier to achieve and produces equivalent card brand standing. That choice is rational for the organizations making it. It is not producing the security outcomes the standard was designed to create.
The uncomfortable position I am landing on is this: for complex payment environments — Level 1 merchants, large service providers, cloud-native architectures — the annual QSA ROC may be providing false assurance that is more dangerous than no assurance, because it creates confidence that is not warranted by a continuous compliance state that has never been validated continuously.
The question worth sitting with
The question this article poses is not whether PCI DSS is a useful standard — it is. The question is whether annual QSA certification is an honest answer to the continuous compliance obligation the standard creates. For organizations with stable, well-scoped payment environments and mature security operations, the honest answer is probably yes. For organizations with complex architectures, high operational velocity, and the kind of environment where a firewall rule added for troubleshooting in November is still open in March, the honest answer is probably no. The first step is being clear-eyed about which of those two descriptions fits your payment environment. Then build the continuous monitoring controls that validate the compliance state the ROC asserts — not for the QSA, but because the card numbers in your environment are worth protecting every day of the year, not just the six weeks before the assessment.
Further Reading
Gap Analysis
PCI DSS gap analysis serviceDigital Footprint
digital footprint analysisPCI DSS SAQ types explained: which one applies to your organization
https://vulnox.io/blog/pci-dss-saq-types-explainedPCI Security Standards Council
PCI Security Standards CouncilNIST SP 800-30 Risk Assessment Guide
NIST risk assessment guidePCI DSS Requirements TechTarget
PCI DSS requirements overview
Frequently Asked Questions
What does a PCI DSS 4.0.1 gap analysis actually find that standard assessments miss?
The most consistent findings in Vulnox PCI DSS 4.0.1 gap analyses are: network segmentation controls that were validated during QSA assessment and drifted within 90 days; Requirement 10 logging that is generating output but not being actively monitored; SAQ A eligibility claims that fail because developers retain access to payment page JavaScript; and compensating controls applied without the Requirement 12.3.2 targeted risk analysis. Standard QSA assessments assess the environment as presented — gap analyses timed 90-180 days post-certification assess the environment as it actually operates (Vulnox assessment data, 2024).
What is PCI DSS control drift and why does it happen?
Control drift is the degradation of security controls from their assessed state during the period between QSA assessments. It happens because PCI DSS requires continuous compliance but the audit mechanism validates a point-in-time state. Operational events — temporary firewall rules that are never removed, patching backlogs that rebuild after pre-audit remediation bursts, log monitoring that generates alerts nobody is reviewing — create drift that accumulates continuously. In Vulnox assessments conducted 90-120 days after clean QSA reports, 61% showed material drift in Requirement 10 logging controls and 44% showed drift in network segmentation (Vulnox assessment data, 2024).
How does SAQ A eligibility work and why do organizations get it wrong?
SAQ A applies to merchants who have fully outsourced cardholder data functions to PCI DSS compliant third parties and do not control the payment interface in any way. The critical test is control, not use: if your developers can modify the JavaScript that loads a payment iframe — even if they have never done so — you control the payment page code and are not SAQ A eligible. 18% of organizations claiming SAQ A eligibility in Vulnox assessments are subsequently found ineligible, almost always because someone with developer repository access can reach the payment page code (Vulnox assessment data, 2024).
What did PCI DSS 4.0.1 change that organizations need to know about?
The most operationally significant changes in 4.0.1 include: Requirement 6.4.3, which became mandatory in March 2025 and requires inventory, integrity checking, and authorization confirmation for all JavaScript loading on payment pages in the consumer browser; expanded targeted risk analysis requirements under Requirement 12.3 that apply to compensating controls, customized approaches, and several frequency-based requirements; and the formalized customized approach as an alternative to prescriptive controls for organizations whose architectures make prescriptive compliance difficult to maintain continuously.
What is the PCI DSS customized approach and should organizations use it?
The customized approach, introduced in PCI DSS 4.0.1, allows organizations to design controls that achieve each requirement's stated security objective through means other than the defined prescriptive control. It requires a targeted risk analysis, a controls matrix, and independent QSA validation for each customized control — significantly more documentation-intensive than the prescriptive approach. For organizations with complex cloud-native payment architectures where prescriptive controls cannot be continuously maintained as written, the customized approach produces more genuinely continuous compliance. Most organizations avoid it because the prescriptive approach with an annual ROC is easier to achieve. The PCI SSC designed it to address the continuous compliance gap that the prescriptive approach creates in high-complexity environments.
What are the financial penalties for PCI DSS non-compliance?
Card brands levy fines on acquiring banks ranging from $5,000 to $100,000 per month per acquiring bank relationship for merchant non-compliance, which acquiring banks pass through to merchants. The range reflects merchant level, duration of non-compliance, and the card brand involved. For Level 1 merchants with multiple acquiring bank relationships and prolonged periods of non-compliance discovered during breach forensics, cumulative exposure across relationships can significantly exceed the cost of the security controls that would have prevented the breach. Fines are in addition to forensic investigation costs, card replacement costs, and potential loss of card processing rights (PCI SSC published guidance, 2024).
How does Requirement 6.4.3 work and is my organization compliant?
Requirement 6.4.3, mandatory from March 2025, requires that all scripts loaded and executed in the consumer browser on payment pages be authorized by the organization, include an integrity check mechanism (such as subresource integrity hashes), and be inventoried with written justification for why each is necessary. Most e-commerce organizations are not yet fully compliant because their payment pages load third-party scripts added by marketing, analytics, and fraud detection teams without security review. The first step toward compliance is a complete inventory of all scripts loading on payment pages, typically requiring both static code analysis and runtime browser monitoring to capture dynamically loaded scripts.
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