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Brandefense Academy Your trusted hub for learning, developing, and mastering the skills that shape tomorrow's digital defense.
Discover NowSEPTEMBER 3, 2026
| 48% of all confirmed breaches involved a third party in H1 2026, up 60% year over year (Verizon 2026 DBIR) | 364 days of blindness an annual audit creates between formal vendor reviews | 117 days average time between a vendor discovering a breach and disclosing it to downstream customers | $4.8M average remediation cost when a breach originates from a vendor, 11% above the global average |
Continuous vendor monitoring is the answer to a problem that most TPRM programs have not formally acknowledged: the gap between when a vendor assessment is completed and when the next one begins is not a period of managed risk. It is a period of unmanaged exposure. And in 2026, that gap is where most vendor-related breaches actually occur.
The annual audit model was built for a different threat environment. When vendor ecosystems were small, change was slow, and breaches were rare, a once-a-year questionnaire and a certification review produced a reasonable approximation of vendor security posture. The assumptions underlying that model have not held for years. The average organization now works with 286 third-party vendors, up 21% year over year. 48% of all confirmed breaches involve a third party. The average vendor takes 117 days from internal breach discovery to downstream disclosure. And the primary regulatory frameworks governing vendor risk in 2026, DORA and NIS2, have explicitly moved away from annual attestation toward continuous evidence of oversight.
Annual audits are not a risk management program. They are a documentation program. The distinction matters because documentation is what survives a regulatory audit. Risk management is what prevents the breach that the regulatory audit is designed to find after the fact.
A standard vendor security assessment collects several categories of information: a completed security questionnaire, documentation of relevant certifications (SOC 2 Type II, ISO 27001, PCI DSS), penetration test summaries, and occasionally a right-to-audit clause that is rarely exercised. Each of these inputs has a fundamental limitation that the TPRM field discusses extensively in research papers and acknowledges far less frequently in actual program design.
The questionnaire is the foundational tool of vendor risk management. It is also entirely self-reported. A vendor completing a questionnaire is reporting their stated policies, their intended controls, and their current certifications. They are not reporting their actual security posture at the moment of completion, because questionnaires have no mechanism to validate implementation against stated policy.
The practical gap between stated policy and actual posture is well-documented. In the AT&T case, the vendor was contractually required to destroy customer data on a defined schedule. The annual oversight cycle did not include verification that the vendor had actually done this. When regulators investigated following a breach, they found that the data had never been destroyed and that AT&T had neither enforced the deletion requirement nor monitored the vendor’s compliance. The FCC fine was $13 million. The questionnaire for that engagement almost certainly indicated satisfactory data handling practices.
Source: FCC enforcement action against AT&T, 2024; $13M settlement for vendor cloud breach affecting 8.9 million customers
A SOC 2 Type II report covers a specific audit period, typically six or twelve months. It is not a real-time assessment of security posture. It is evidence that certain controls were in place and operating effectively during the audit window. An organization that receives a clean SOC 2 Type II report in January can experience a material security incident in February without that incident appearing anywhere in their certification status until the next audit cycle begins.
The certification review gap creates a specific and predictable blind spot: the more mature the vendor’s compliance program, the more convincing their certification documentation, and the longer the interval between the last audit and the present moment. A vendor with a strong compliance posture that experiences a breach in month two of their SOC 2 audit cycle will carry a clean certification for the next ten months while the breach remains undetected.
Annual assessments produce a snapshot. Vendor risk is a movie. An organization that reviews a vendor once a year is watching one frame of a twelve-month film and using it to draw conclusions about everything that happens in between. The frame they chose to review may be completely accurate. Everything else in the film remains invisible. The gap between assessment cadence and risk change velocity is where the TPRM calendar breaks. It does not break because annual audits are poorly executed. It breaks because annual audits are annual, and material vendor risk changes occur continuously.
The 117-day average vendor breach disclosure delay is one of the most consequential and least discussed numbers in third-party risk management. It means that the average organization that relies on vendor-reported incidents for awareness of vendor security events is, by definition, operating with a 117-day lag between when a breach affects their vendor and when they learn about it.
Mapping this disclosure delay against a standard annual assessment cycle illustrates the scale of the exposure window. If a vendor is assessed in January and experiences a breach in February, the earliest an organization can expect notification is June, and that is only if the vendor immediately notifies downstream customers upon their own discovery. The next formal assessment will not occur for another eleven months, in January of the following year. The organization will spend more than a year operating with a compromised vendor relationship, receiving questionnaire responses from a vendor whose environment was already breached when they completed the last one.
| Scenario | Timeline | Visibility Under Annual Audit Model | Visibility Under Continuous Monitoring |
| Vendor discovers breach internally | Day 0 | None | Dark web monitoring detects exposed credentials or data within 24-72 hours in many cases |
| Breach data appears in underground markets | Day 14-30 (typical for ransomware groups) | None | Dark web monitoring alerts on vendor-associated data appearing in threat actor channels |
| Vendor discloses to downstream customers | Day 117 (average) | First notification received | Already aware; response plan may already be in progress |
| Annual assessment questionnaire completed | Month 12 | Vendor reports current security posture; breach may have occurred and been remediated in the interim with no record in assessment output | Assessment validates controls; continuous monitoring data provides context for the full 12-month period |
| Breach confirmed in regulatory filing or public disclosure | Varies; can be 18+ months post-incident | First formal awareness for organizations that rely on public reporting | Real-time intelligence; may have been actioned months before public disclosure |
Source: IBM Cost of a Data Breach Report; average time to identify and contain a breach 277 days; vendor disclosure delay analysis based on industry research, 2025-2026
Vendor risk does not only change through security incidents. It changes continuously through ordinary business operations that have material security implications: new sub-processors added to data processing agreements, staff changes in security-critical roles, changes to data processing locations, new integrations with third-party services, and configuration changes to shared infrastructure.
In a sample of 1,132 vendor sub-processor pages monitored over 90 days, 67% logged at least one change. Two out of three vendor sub-processor relationships had materially changed in the three-month period between a typical midyear review and the next annual assessment. An annual questionnaire asking ‘who are your sub-processors?’ captures a point-in-time answer that is almost certain to be outdated before the next assessment cycle begins.
The blast radius of a vendor breach has expanded significantly as vendor ecosystems have become more concentrated. The Identity Theft Resource Center’s H1 2026 report documented 38 supply chain attacks that produced 280.6 million victim notices across 206 organizations: an average of 5.28 organizations per supply chain attack and 7.4 million victim notices per incident.
Each of those 206 affected organizations had, in theory, a vendor risk management program. Most had assessed the breached vendor at some point. The assessment process did not prevent the cascade because the cascade originated in a breach that occurred in the gap between assessments. The assessment told them the vendor was acceptable at the moment of review. It said nothing about what happened afterward.
Source: Identity Theft Resource Center H1 2026 Supply Chain Risk Report
The standard organizational response to inadequate vendor risk visibility is to send better questionnaires. Longer questionnaires. More frequent questionnaires. Questionnaires with more specific control requirements. The evidence suggests this response addresses the wrong problem.
Verizon’s 2026 Data Breach Investigations Report found that 48% of all confirmed breaches involved a third party, up 60% from the prior year. This increase occurred against a background of steadily increasing TPRM maturity, growing questionnaire coverage, and expanding certification requirements. The questionnaire coverage of vendor ecosystems is broader and more detailed than at any previous point. The breach rate is higher.
The questionnaire cannot close the gap because the gap is temporal, not informational. The problem is not that organizations lack sufficient information about vendor security posture at the moment of assessment. The problem is that vendor security posture at the moment of assessment is not the same as vendor security posture at every other moment during the assessment cycle.
| Risk Category | Example | Detectable by Annual Questionnaire? | Detectable by Continuous Monitoring? |
| Credential exposure | Vendor employee credentials appearing in infostealer logs or dark web markets | No: occurs post-assessment and is not self-reported | Yes: dark web monitoring detects within 24-72 hours of exposure |
| New sub-processor addition | Vendor adds an AI data processor or offshore subcontractor without formal notification | No: sub-processor pages update without triggering assessment reviews | Yes: continuous sub-processor page monitoring detects changes in near real-time |
| Ransomware targeting | Vendor’s name or infrastructure appears in threat actor targeting discussions before attack | No: threat actor channel activity is not assessed in questionnaires | Yes: threat intelligence monitoring surfaces pre-attack targeting signals |
| Infrastructure exposure change | Vendor’s cloud misconfiguration creates new internet-facing exposure | No: external posture changes between assessment cycles | Yes: continuous external attack surface monitoring of vendor infrastructure |
| Staff attrition in security roles | Vendor’s CISO or security team departs after completing questionnaire | No: personnel changes not tracked between assessments | Partial: news monitoring and LinkedIn tracking can surface material leadership changes |
| Financial distress | Vendor’s deteriorating financial position reduces security investment before formal distress is disclosed | No: financial information is not routinely verified between assessments | Partial: financial health signals (news, credit ratings, public filings) can be continuously tracked |
| Regulatory action | Vendor receives regulatory notice or fine during assessment cycle | No: regulatory actions occur between assessments | Yes: regulatory action monitoring and news intelligence surfaces material events |
The majority of TPRM programs are built around compliance, not risk reduction. This distinction explains the persistence of the questionnaire model: questionnaires produce the documentation that satisfies auditors and regulators. They do not produce the real-time intelligence that reduces breach probability. 97% of organizations experienced at least one supply chain breach in 2025. The number is so high that it is essentially a baseline condition rather than an exception. Organizations that increase their questionnaire coverage without addressing the gap between assessments are improving their compliance documentation while leaving their actual exposure largely unchanged.
Even if annual questionnaires were perfectly accurate, the staffing math of most TPRM programs makes comprehensive coverage impossible. The average organization works with 286 vendors. 73% of financial institutions, among the most heavily regulated and best-resourced organizations for vendor risk management, have two or fewer full-time employees managing this function. The average TPRM professional is responsible for 33.6 vendor assessments.
Two people managing 286 vendor relationships through annual assessments have approximately 3.6 working days per vendor per year. That includes initial review, questionnaire analysis, follow-up, finding remediation tracking, and documentation for regulatory purposes. It does not include any monitoring activity between assessments, because there is no capacity for it.
| The Capacity Calculation 286 vendors / 2 TPRM FTEs = 143 vendor relationships per person. 260 working days per year / 143 vendors = 1.8 days per vendor per year. For a tier-1 critical vendor, that 1.8 days covers questionnaire review, certification verification, finding review, and all associated documentation. There is no budget remaining for monitoring activity between assessments. The annual model is not just organizationally inconvenient. For most TPRM teams, it is the maximum the staffing model permits. This is why continuous monitoring cannot be implemented as additional human workload. It must be implemented as automated intelligence that surfaces actionable signals rather than requiring manual review of every vendor on a continuous basis. |
The answer to the scale problem is not equal continuous monitoring for all vendors. It is risk-tiered monitoring intensity applied to a continuously updated vendor inventory.
| Tier | Vendor Profile | Monitoring Intensity | Assessment Cadence |
| Tier 1: Critical | Direct access to critical systems, sensitive data processing, single points of failure (cloud infrastructure, identity providers, payment processors) | 24/7 automated monitoring: dark web credential surveillance, external attack surface, threat intelligence, news and regulatory alerts | Semi-annual formal assessment plus event-driven reassessment triggered by monitoring alerts |
| Tier 2: High | Regular access to sensitive data, integrated into production systems, significant business impact if unavailable | Continuous automated monitoring: external security posture, dark web, news. Weekly digest reporting. | Annual formal assessment plus event-driven reassessment |
| Tier 3: Medium | Occasional data access, non-critical integrations, replaceable within 30 days | Automated monitoring: security posture changes, major security incidents, public breach disclosures. Monthly digest. | Annual questionnaire with reduced depth; no site visit or follow-up unless monitoring triggers alert |
| Tier 4: Low | No sensitive data access, no system integration, commodity service | Automated monitoring: public breach disclosures, major regulatory actions. Quarterly digest. | Lightweight annual questionnaire; self-attestation acceptable |
The regulatory expectation for vendor oversight has moved decisively away from annual attestation. Three major frameworks active in 2026 either mandate or strongly signal expectations for continuous monitoring, and the enforcement posture in each case is no longer remediation-oriented. Regulators are issuing penalties.
The Digital Operational Resilience Act applies to EU financial entities and, through contractual requirements, to their ICT service providers globally. DORA is not a framework. It is a directly applicable EU regulation that entered enforcement in January 2025. Financial entities face penalties up to 10% of annual global turnover for serious non-compliance, and individual senior managers face fines up to €1 million.
DORA’s third-party risk requirements under Articles 28 through 44 include a mandatory Register of Information: a live, regularly updated inventory of every ICT third-party arrangement supporting critical or important functions. The register must be submitted to national regulators annually. The 2026 submission cycle closed in March 2026, and regulators are actively auditing for deficiencies. A register built from spreadsheets assembled once a year does not satisfy the continuously updated requirement DORA’s framework implies.
Critically, DORA requires financial entities to monitor ICT third-party providers on an ongoing basis, not on an annual review schedule. The specific language requires ongoing assessment of third-party security posture, performance, and compliance. 34% of financial firms cite DORA’s third-party requirements as among the hardest to meet precisely because the continuous monitoring obligation requires a different operating model from the one most programs were built around.
Source: DORA Regulation (EU) 2022/2554; EIOPA supervisory guidance 2025; penalty structure per Article 42
NIS2, applicable across 18 sectors covering essential and important entities, issued its first administrative penalties in Q1 2026. Supply chain security is an explicit NIS2 requirement: covered entities must assess and manage the security risks posed by their suppliers and service providers. ENISA’s technical implementation guidance published in June 2025 requires organizations to maintain a live register of in-scope suppliers updated through ongoing risk management activity, not a static annual review.
GDPR fines attributable to vendor oversight failures represent approximately one third of all documented enforcement actions. GDPR, NIS2, and DORA now impose overlapping but independently enforceable obligations on the same vendor relationships. Organizations that believed satisfying one framework’s annual assessment requirement covered the others are now discovering that each framework carries its own continuous monitoring expectation and its own enforcement authority.
Source:NIS2 Directive (EU) 2022/2555; ENISA implementation guidance June 2025
US banking regulators, including the OCC, Federal Reserve, and FDIC, have progressively tightened expectations for third-party risk management through interagency guidance that explicitly expects ongoing monitoring rather than periodic reviews for critical vendor relationships. Financial institutions that rely exclusively on annual assessments for critical vendors face examination findings and remediation requirements that go beyond individual vendor remediation to program-level deficiencies.
| The Regulatory Convergence Signal GDPR, NIS2, DORA, and US federal banking guidance all converge on the same expectation: ongoing, demonstrable oversight of vendor security posture, not point-in-time documentation of the annual assessment cycle. When three independently enforced regulatory frameworks align on the same expectation, that expectation has moved from best practice to compliance floor. A tool that refreshes its view of a vendor once a year cannot produce the continuous evidence that DORA and NIS2 require, regardless of how detailed the annual report looks on the day it is generated. |
Continuous vendor monitoring is not continuous assessment. It is not sending the same questionnaire on a monthly instead of annual basis. Continuous monitoring is the automated, ongoing observation of vendor security signals that exist outside the vendor’s own self-reporting, combined with event-driven triggers that initiate formal assessment action when signals indicate material risk change.
| Channel | What It Monitors | Signal Type | Alert Trigger |
| Dark web and credential monitoring | Vendor-associated email domains, administrative credentials, and organizational identifiers appearing in infostealer logs, dark web markets, and threat actor channels | Exposure of vendor credentials creates direct access risk to your environment if the vendor has privileged access | Any appearance of critical vendor credentials in dark web markets; threshold-based alerting for less-critical vendors |
| External attack surface monitoring | Vendor’s internet-facing infrastructure: IP ranges, domain portfolio, certificates, cloud misconfigurations, exposed databases, and unpatched external systems | Vendor’s external posture directly affects breach probability; a newly exposed database or unpatched internet-facing system represents immediate risk | New high-severity findings; critical CVE in confirmed vendor technology stack; exposed data or credentials |
| Sub-processor and data flow monitoring | Changes to vendor privacy policies, sub-processor lists, data processing agreements, and published security documentation | Vendor adding a new sub-processor may route your data through an entity you have not assessed; privacy policy changes may alter data retention and access practices | Any sub-processor list change; data location changes; removal of security commitments from published documentation |
| Breach intelligence monitoring | Vendor appearances in breach notification databases, ransomware victim trackers, and regulatory enforcement records | External confirmation of vendor security incident or regulatory action, typically much earlier than direct vendor notification | Any confirmed vendor name in breach notification databases; ransomware victim publications; regulatory enforcement actions |
| Threat actor targeting intelligence | Underground forum discussions, threat actor channel posts, and dark web communications referencing specific vendor names, technologies, or sectors | Pre-attack signals indicating a vendor is being targeted before exploitation begins | Vendor name appearing in threat actor targeting discussions; sector-specific campaigns matching vendor profile |
| Financial and operational intelligence | News monitoring, public financial filings, credit rating changes, and executive departure announcements | Financial distress reduces security investment; leadership changes in security-critical roles affect program continuity | Material financial distress signals; CISO or security leadership departure; major regulatory fine |
The most significant operational change in a continuous monitoring model is the shift from calendar-driven to event-driven formal assessments. Annual assessments happen because twelve months have passed. Event-driven assessments happen because something changed.
For a Tier 1 vendor whose monitoring profile is clean, an event-driven model may actually mean less formal assessment burden than the annual model: no material changes in the monitoring data means no formal reassessment trigger until the annual review. For a Tier 1 vendor whose monitoring profile shows a credential exposure, a new critical CVE in their technology stack, and a leadership change in a three-month period, the event-driven model triggers immediate escalation, not a notation in a folder that will be reviewed at the next annual cycle.
This is the concrete operational advantage of continuous vendor monitoring over annual assessment: it aligns assessment effort with actual risk change, rather than distributing effort uniformly across time regardless of whether the risk profile has changed.
IBM’s cost of a data breach research consistently finds that the average time to identify and contain a breach is 277 days. For third-party breaches, the combination of the 117-day average vendor disclosure delay and the investigation time following notification routinely produces exposure windows exceeding 12 months. Continuous monitoring does not guarantee that every vendor breach is detected immediately. But it substantially compresses the exposure window for the signals that are externally observable: credentials in dark web markets, ransomware victim publications, external infrastructure changes, and threat actor targeting. These signals exist independently of whether the vendor has chosen to disclose the breach. They are the evidence that bridges the gap between vendor awareness and downstream customer awareness.
Moving from an annual audit model to continuous vendor monitoring does not require replacing the existing assessment program. It requires extending it with external intelligence that operates in the gaps the assessment cannot cover, and restructuring assessment triggers to respond to intelligence signals rather than calendar intervals.
Most TPRM programs have incomplete vendor inventories. Research consistently finds that organizations believe they have a comprehensive vendor list until they conduct a structured discovery exercise and find vendors their business units have onboarded informally, shadow IT deployments that have become de facto vendors, and subsidiary vendor relationships inherited through acquisitions. Continuous monitoring requires a complete starting inventory because gaps in the vendor list mean gaps in the monitoring coverage.
Risk tiering should be based on four factors: what data does the vendor process or have access to (sensitivity dimension), what systems or functions would be disrupted if the vendor was unavailable (criticality dimension), what is the realistic substitute timeline if this vendor relationship must be terminated (replaceability dimension), and what is the direct access pathway from the vendor’s environment to organizational assets (access depth dimension). Tier assignment drives monitoring intensity and assessment cadence for the rest of the program.
Deploying continuous monitoring against the complete vendor inventory establishes a baseline risk profile for every vendor. This baseline serves two functions: it documents the initial posture at the moment monitoring begins (providing the reference point for change detection), and it frequently surfaces existing issues that the annual assessment cycle had not identified.
Organizations that deploy continuous monitoring against a vendor ecosystem for the first time consistently find previously unknown exposure: vendor credentials already circulating in dark web markets, external infrastructure misconfigurations that have existed for months, and sub-processor relationships that were never disclosed in formal assessments. The baseline deployment is often the first moment an organization gains an accurate picture of their third-party risk exposure.
Continuous monitoring generates alerts. The operational failure mode of a monitoring program is alert fatigue: too many low-value signals that train the team to deprioritize monitoring outputs, eventually defeating the purpose of the program. Alert quality matters more than alert volume.
Effective continuous monitoring programs define alert severity tiers and response playbooks before deployment. A credential exposure alert for a Tier 1 vendor with privileged access should trigger a different response (immediate contact, access review, escalation to CISO) than a credential exposure alert for a Tier 4 low-risk vendor (documented, reviewed at next scheduled touchpoint). The playbook determines whether the monitoring investment translates into risk reduction or simply into more documentation.
Once monitoring is operational and alert triage is established, the annual assessment calendar can be restructured to reflect actual risk change. Tier 1 vendors move to semi-annual formal assessments supplemented by event-driven triggers. Tier 3 and Tier 4 vendors may shift to lighter-weight self-attestation with monitoring coverage providing the ongoing oversight that the former annual questionnaire cycle was supposed to provide.
The total assessment volume often decreases in this phase because event-driven triggers are more precise than calendar triggers. Fewer total assessments are conducted, but each assessment is conducted in response to a specific risk signal rather than the passage of time. Assessment effort concentrates where the monitoring data indicates risk change rather than distributing uniformly across a static schedule.
| Benefit | Annual Audit Baseline | Continuous Monitoring Outcome |
| Breach detection speed | Dependent on vendor disclosure (avg 117 days) or discovery at next assessment | Dark web signals typically detected within 24-72 hours of exposure; pre-attack targeting signals can provide weeks of warning |
| Sub-processor visibility | Point-in-time snapshot that may be outdated within days of completion | Real-time alerts on sub-processor page changes; changes detected before next assessment cycle |
| Regulatory evidence | Annual assessment documentation; gap between assessment date and current state | Continuous audit trail of monitoring activity; timestamped evidence of ongoing oversight that satisfies DORA and NIS2 requirements |
| Assessment effort allocation | Uniform distribution across annual cycle regardless of risk change | Concentrated on vendors with material risk signals; reduced overhead for stable, low-signal vendors |
| Vendor fatigue | 286 vendors each receiving annual questionnaire; average vendor responds to 37 assessment requests monthly | Reduced questionnaire volume for low-risk stable vendors; monitoring coverage supplements reduced formal assessment frequency |
| Fourth-party risk | Not systematically addressed in most annual assessment programs | Monitoring can extend to known sub-processors and fourth-party dependencies of critical vendors |
| Financial and operational risk | Captured only if raised in questionnaire; financial health not systematically tracked between reviews | Continuous news and public filing monitoring surfaces financial distress signals before they become operational impact |
Brandefense integrates the intelligence signals that continuous vendor monitoring requires into a platform that covers the external observation channels annual assessments cannot access. The monitoring operates continuously without requiring manual review of every signal: alerts surface to the TPRM team when material risk changes are detected, and the full monitoring record provides the timestamped evidence of ongoing oversight that regulatory frameworks require.
| Capability | Coverage |
| Dark web credential surveillance | Monitors for vendor-associated email domains, administrative credentials, and organizational identifiers in dark web markets, infostealer logs, and threat actor channels; provides early warning of credential exposure before vendor notification |
| External attack surface monitoring for vendor ecosystem | Continuously scans internet-facing infrastructure associated with vendor domains and IP ranges; detects new exposures, certificate expirations, configuration changes, and unpatched vulnerabilities in vendor external infrastructure |
| Threat actor targeting intelligence | Monitors underground forums and threat actor channels for references to vendor names, vendor-used technologies, and campaign targeting profiles matching vendor sector and size; surfaces pre-attack signals |
| Breach intelligence monitoring | Tracks vendor appearances in breach notification databases, ransomware victim publications, and regulatory enforcement records; provides earlier awareness than direct vendor notification in many cases |
| Regulatory evidence and documentation | Generates timestamped monitoring records suitable for DORA Register of Information submissions, NIS2 oversight documentation, and OCC/Federal Reserve examination evidence |
| Risk-tiered alert routing | Alert severity and routing configured to match organizational tier structure; high-priority vendor alerts escalate immediately; lower-tier signals aggregated in periodic digest reports to reduce operational burden |
RELATED READING
One Vendor, Eleven Crises: The TPRM People Data Blind Spot : how a single shared HR assessment platform reached eleven organisations at once, and what annual programs miss in vendor categories that hold behavioral data. https://brandefense.io/blog/people-data-vendors-tprm-blind-spot/
Merger, Acquisition, Forgotten Domain : how M&A activity expands vendor and attack surface simultaneously, compounding the annual audit gap with inherited unknown assets https://brandefense.io/blog/ma-attack-surface-easm-due-diligence/
NIS2 and DORA Compliance for TPRM : the specific regulatory obligations that now require continuous evidence of vendor oversight rather than annual snapshots. https://brandefense.io/blog/nis2-dora-third-party-risk-management/
62% of Breaches Now Start With a Vendor : the statistical context for why vendor risk has become the primary attack surface for impactful cyber incidents https://brandefense.io/blog/the-rise-of-supply-chain-cyber-attacks/
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