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The Canvas Breach Is a Third-Party Risk Story. Treat It Like One. 

The Instructure Canvas breach that unfolded across the last two weeks of April and the first two weeks of May 2026 is not just a cybersecurity incident affecting one vendor. For higher education institutions, it is a case study in exactly what happens when continuous vendor visibility is replaced by periodic reviews and institutional trust. 

FortifyData has many clients in the higher education industry. We have been monitoring Canvas as a vendor in customer environments as part of their third-party risk management program. What this event exposed about Instructure’s security posture, about incident response in higher ed, and about how institutions think about vendor risk deserves a clear-eyed look. 

What We Know: The Incident Timeline 

April 29: Instructure detected the first unauthorized intrusion. ShinyHunters, a criminal extortion group, exploited cross-site scripting (XSS) vulnerabilities in Canvas’s Free-For-Teacher accounts to obtain administrative access to the platform. According to reporting from The Register, the attackers used those vulnerabilities to extract approximately 3.6 TB of uncompressed data; including usernames, email addresses, course names, enrollment information, and messages across nearly 9,000 institutions. 

May 6: Instructure marked the incident “Resolved” on its status page and recommended that customers enforce multi-factor authentication, review admin access, and rotate API tokens. 

May 7: ShinyHunters re-entered Canvas systems through the same unpatched vulnerability. This time they injected JavaScript containing ransom demands directly into hundreds of Canvas school login portals; redirecting students to extortion messages instead of their coursework. Canvas was taken offline for roughly a day during final exams and Advanced Placement testing at institutions nationwide. 

May 12: Instructure announced it had reached an “agreement” with ShinyHunters, widely understood to mean it paid the ransom, and received digital confirmation that stolen files were deleted. The same day, the U.S. House Homeland Security Committee summoned Instructure CEO Steve Daly to explain both intrusions, noting that with more than 30 million active users on a platform serving over 8,000 institutions, the disruption was “a matter of national concern.” 

This is the second known ShinyHunters intrusion into Instructure infrastructure. The group also breached Instructure’s Salesforce environment in September 2025. 

Instructure has stated that core learning data such as course content, submissions, and credentials was not compromised. The exposed data fields were usernames, email addresses, student ID numbers, course names, enrollment information, and Canvas messages. 

What Happened: The Vulnerability That Made It Possible 

The entry point was XSS vulnerabilities in Canvas’s Free-For-Teacher product, a free tier, that allows educators to create individual accounts outside of institutional licensing agreements. 

XSS vulnerabilities allow attackers to inject malicious scripts into web pages viewed by other users. In this case, The Register’s reporting indicates those vulnerabilities allowed ShinyHunters to escalate from a free-tier account to administrative access. The kind of privilege that provides reach across institutional data rather than just the attacker’s own account. 

Two aspects of the technical picture deserve attention for higher education risk managers: 

The re-entry was through the same vulnerability.  

After Instructure declared the incident resolved on May 6, ShinyHunters returned on May 7 via the same attack surface. This means either the patch was insufficient, was not fully deployed, or the vulnerability class was not adequately remediated. For institutions that rely on a vendor’s self-reported “resolved” status as their signal to reconnect integrations, this is the failure mode they need to plan around. 

The attack surface included unstructured data.  

EDUCAUSE’s post-incident analysis from their May 8 QuickTalk webinar, attended by over 950 higher education community members, noted that participants flagged Canvas messages as a significant exposure risk precisely because free-text content in messages could contain sensitive information beyond what structured data fields would suggest. Institutions were advised to check what data and identifiers are loaded when users are created, and to assess what categories of data would pose the highest risk if exposed. 

 

What FortifyData Saw: Direct Scanning on Instructure’s Surface 

This is where the difference between continuous technical assessment and questionnaire-based vendor risk programs becomes concrete. 

FortifyData’s platform performs direct, non-intrusive scanning of vendor attack surfaces as part of ongoing third-party risk monitoring. For clients who had Instructure in their vendor inventory, FortifyData identified and surfaced Missing or Permissive X-Frame-Options HTTP Response Header weaknesses across multiple instructure.com subdomains prior to the breach — findings that exist below the threshold of what questionnaire-based programs detect at all.

X-Frame-Options headers are a browser-level security control that defends against clickjacking attacks and specific classes of cross-site scripting exploitation. Their absence across multiple subdomains is not an obscure edge case — it is a detectable weakness that continuous scanning surfaces and that annual questionnaires and self-reported security ratings do not. 

A recent FortifyData assessment of Instructure’s subdomain surface found these weaknesses persisting across multiple properties. We are being deliberate about not overstating this: it is possible Instructure has addressed some of these since the breach. What the data shows is that the weakness class was present, detectable, and visible to clients of a direct scanning platform, while remaining invisible to any program relying on Instructure’s own attestations. 

FortifyData also identified similar weaknesses at other organizations that rely on Instructure’s infrastructure. The risk is not isolated to Canvas itself — it extends to vendors and platforms built on top of it. 

The point is not to single out Instructure. The point is that this class of finding is routinely present across vendor attack surfaces, routinely undetected by questionnaire-based programs, and routinely visible through direct scanning. Canvas is the incident that made it a headline. It will not be the last. 

Is Instructure in your vendor inventory or are you unsure what your vendors’ attack surfaces look like right now? 

FortifyData can run a third-party risk assessment against your vendor portfolio and show you what direct scanning finds versus what your vendors are reporting. If you want to know whether you have exposure similar to what higher education institutions discovered through Canvas, reach out here. 

The Canvas incident did not begin on April 29. XSS vulnerabilities of this class have a detection window before exploitation. What institutions see depends entirely on whether they are looking — and whether the tool they are using is performing live technical assessment or relying on self-reported vendor attestations. 

 

What Higher Education Needs to Think About 

The “Resolved” checkbox is not a risk management signal. 

Instructure declared the incident resolved on May 6. ShinyHunters was back inside the system on May 7. EdTech Connect’s post-incident analysis describes this as a catastrophic failure of communication and they are right. But for risk managers, the problem runs deeper than communication. 

If your vendor risk program’s response to an incident is to monitor the vendor’s status page and wait for an “all clear,” you are measuring the vendor’s confidence in itself, not its actual security posture. Those are different things. The institutions that had better outcomes during this incident were the ones that had already built independent monitoring capability or that made local risk decisions about SIS and LTI integrations based on their own assessment rather than the vendor’s. 

Vendor captivity is a risk amplifier, not a neutral condition. 

EdTech Connect’s analysis put the market reality plainly: many institutions cannot switch LMS vendors in May. Many cannot meaningfully threaten to switch at all. When vendor captivity is high, the quality of vendor crisis communication and the institution’s own independent risk visibility matter more, not less, because the remediation options are constrained. 

The answer to vendor captivity is not a different vendor selection process. It is a risk posture that assumes the vendor will sometimes be wrong about its own security state, and builds monitoring capability accordingly. 

Institutions that weathered this incident better were also the ones with stronger contractual leverage over vendor security practices going in. That means more than reviewing a SOC 2 report at onboarding. It means requiring vendors to share penetration test findings (under NDA where necessary) and building expectations around continuous penetration testing into vendor agreements before an incident forces the conversation. A penetration test or vulnerability assessment of Instructure’s external surface would have had the opportunity to identify the same class of weakness that gave attackers their entry point. It is a reasonable ask. Institutions should be making it of their critical EdTech vendors.

FERPA exposure may outlast the breach itself. 

The EDUCAUSE QuickTalk surfaced a question many institutions are still working through: what is the institution’s independent regulatory notification obligation under FERPA, and when does that clock start? Instructure has stated it will make all applicable legal and regulatory notifications, but institutions have their own exposure, particularly if the breached data includes student records subject to FERPA notification requirements. 

EDUCAUSE noted it has been in communication with the Department of Education, CISA, and the FBI. Several institutions reported consulting legal counsel and informing cyber insurance carriers before taking formal steps. The practical guidance emerging from that community: do not assume the vendor’s regulatory obligations and the institution’s regulatory obligations are identical. 

 

The May 6 premature “all clear” should change how institutions structure vendor contracts. 

The most important governance question this incident raises is not “was Instructure negligent,” it is “what contractual rights did institutions have to independent forensic validation?” Phil Hill’s analysis, cited by EdTech Connect, notes that Instructure treated a vendor-level security crisis primarily as a status-page incident. Institutions that had log access, API audit trails, and contractual rights to independent forensic review were in a materially different position than those that did not. 

EDUCAUSE’s next steps section reflects exactly this: members expressed strong interest in coordinated engagement with Instructure, guidance on log access and forensic validation, and shared resources around API key rotation practices. These are the conversations that should have happened before the breach, in contract negotiations, in vendor review processes, and in security questionnaires. 

Most TPRM programs would not have caught this before April 29. 

That is worth saying plainly. A TPRM program built on annual questionnaires, security ratings, and periodic reviews would have shown Instructure as a compliant, low-risk vendor on April 28. The XSS vulnerabilities that gave ShinyHunters administrative access were present before the breach was detected. The Salesforce compromise in September 2025 was a documented prior incident involving the same threat actor. 

The question every higher education institution should now be asking of its vendor risk program is: what would we have seen, and when? 

For Higher Education Institutions 

If Canvas is in your vendor inventory and you need help understanding how to assess the current posture, review your integration risk exposure, or structure your vendor risk documentation for FERPA or institutional compliance purposes, reach out directly. 

For institutions not yet running continuous assessment against your critical Educational Technology vendors — this is the scenario that case explains why annual reviews and questionnaire-based programs leave gaps that are only visible after an incident. 

The post Instructure Canvas Breach: What Happened, What It Means for Your Vendor Risk Program appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

The gap is between risk intelligence/scoring and a complete TPRM program. Knowing a vendor’s ransomware susceptibility score is valuable. Knowing it, and then managing questionnaires in a spreadsheet, routing vendor documents to a separate tool for review, and manually tracking remediation, means the scoring and intelligence is only doing part of the job. Black Kite Assess adds AI features for questionnaire management and document review, but the workflow integration depth isn’t there: those capabilities don’t connect natively to the end-to-end operations that compliance programs and regulators expect to see documented.

That’s the specific ceiling buyers hit when they start looking for alternatives. Not that Black Kite lacks AI, but that risk intelligence and scoring without an integrated program to act on it still leaves significant workflow gaps to fill.

Why Buyers Look for Black Kite Alternatives

Most teams that move on from Black Kite aren’t unhappy with the monitoring. They’ve hit the limits of what monitoring alone can do.:

• You’re using Black Kite as a risk intelligence and cyber risk scoring feed, whether standalone or integrated into a GRC platform, but questionnaire management, vendor document review, and remediation tracking still live in a separate workflow. The intelligence directionally informs the program; it doesn’t run it.
• Your compliance environment requires vendor documents to be audited against specific frameworks, HIPAA, NIST 800-53, NIST CSF, SOC 2 Trust Service Principles, and Black Kite’s document analysis doesn’t connect to that audit workflow natively against the framework your organization is actually accountable to.
• Your regulators, under FTC, OCR, DORA, GLBA, or HIPAA, want documented evidence of ongoing vendor oversight: questionnaire management, evidence collection, remediation tracking, and continuous monitoring, not just a risk score. The audit trail needs to show a program, not just a dashboard.
• You need a consolidated platform where TPRM, attack surface management, and compliance automation run on the same live data model; not a monitoring layer that requires integration with another tool to complete the workflow.

How FortifyData Approaches TPRM Differently

FortifyData is built as an end-to-end TPRM platform. The differentiators below are specifically relevant to buyers exploring Black Kite alternatives. Each addresses a workflow gap that intelligence-first platforms consistently leave open.

1. A Complete TPRM Program, Not an Intelligence Layer

FortifyData is built as an end-to-end TPRM platform. Vendor onboarding, risk assessment, continuous monitoring, questionnaire management, AI document auditing, remediation guidance, vendor collaboration, and compliance reporting all run natively in one platform.

The output isn’t risk intelligence and scoring that feeds into your program. It is the program. For compliance teams that need to demonstrate a documented, continuous vendor oversight process to auditors or regulators, that distinction matters.

2. AI Auditor — Vendor Documents Audited Against Your Frameworks, Not a Default Baseline

FortifyData’s AI Auditor reviews vendor documents like SOC 2 reports, HECVATs, compliance artifacts, against the control intentions of the framework your organization is actually accountable to. The framework is your choice: HIPAA, NIST 800-53, NIST CSF, SOC 2 Trust Service Principles. Every finding is cited back to the source document, so your team can act on conclusions it can defend to auditors.

For higher education institutions, the AI Auditor interprets the HECVAT workbook natively, auditing across its multi-tab structure against its own control framework, rather than treating it as a workflow artifact to route.

A summary tells you what the document says. An audit tells you what the document means for your compliance posture.

3. Auto-Validated Questionnaires

When a vendor responds to a questionnaire, their answers are automatically cross-referenced against FortifyData’s live technical assessment data for that vendor’s environment. Contradictions between what a vendor claims and what their environment actually shows are flagged automatically.

This closes the gap that questionnaire management alone leaves open: the question of whether the vendor’s answers are actually true. For programs operating under regulatory scrutiny, that validation layer is the difference between documented vendor oversight and documented vendor self-attestation.

4. Remediation Guidance, Not Just Risk Findings

Identifying a vendor risk is the beginning of the work, not the end. A common frustration with intelligence-first platforms is surfacing findings without providing a clear path to act on them. Knowing a vendor has an open port, an expiring certificate, or a vulnerability doesn’t tell you how critical it is relative to your other vendors, who owns the fix, or what a reasonable remediation timeline looks like.

FortifyData builds remediation guidance directly into the assessment workflow. The remediation planning component analyzes identified risks and delivers a prioritized action plan (what to fix, or recommend vendors fix) against your SLAs. Vendor risk findings don’t sit in a dashboard waiting for a decision. They move into a documented remediation path your team can track and demonstrate to auditors or regulators as evidence of active, ongoing vendor oversight.

5. Auto-Detected Third Parties From Live Scans

Most TPRM programs start with a vendor list someone built manually, and stay incomplete because manual maintenance doesn’t scale. FortifyData automatically surfaces third parties identified through live technical assessment scans of your environment. Vendors that have access to or interact with your systems are detected based on what the assessment actually finds, not what someone remembered to add to a spreadsheet.

This gives your program a more complete and continuously updated picture of your actual vendor ecosystem, including vendors that may have been overlooked during onboarding.

6. Fourth-Party Risk Concentration Map

Understanding that a vendor is high-risk is one thing. Understanding that seven of your top vendors all rely on the same underlying infrastructure provider, and that a single failure cascades across your entire ecosystem, is a different order of visibility.

FortifyData’s fourth-party risk concentration map is a force-directed graph that visualizes your third parties and connects the underlying vendors those third parties share. Concentration risks that would never surface in a per-vendor assessment become immediately visible: single points of failure, shared dependencies, and the interconnected exposure that defines modern supply chain risk.

7. Active ASM-Based Vendor Assessment

FortifyData conducts continuous external attack surface assessments of each vendor using live scans, not OSINT-based passive data collection. Vendor risk ratings can be weighted and customized by vendor or vendor tier, so your highest-risk vendors receive the scrutiny their risk level warrants.

“One of the biggest reasons we chose FortifyData is the ability to do fresh scans for our third parties, and the scans are not based on any legacy data.” — Mortgage Lender Customer

Black Kite vs. FortifyData: Side-by-Side Comparison

The table below reflects capabilities as documented across independent comparison sources including G2 reviewer data and each vendor’s public materials.

What FortifyData Customers Say

Pima Community College reduced vendor report review time to under 2% of previous effort using FortifyData’s AI Auditor — replacing a multi-day manual review process for each SOC 2 and HECVAT submission with an automated audit against their chosen compliance frameworks.

“One of the biggest reasons we chose FortifyData is the ability to do fresh scans for our third parties, and the scans are not based on any legacy data.” — Mortgage Lender Customer

Frequently Asked Questions about Black Kite

Why do security teams look for Black Kite alternatives?

Black Kite is a credible cyber risk intelligence platform with genuine strengths in ransomware susceptibility scoring, Open FAIR financial impact modeling, and Nth-party supply chain visibility. Organizations typically begin evaluating alternatives when they realize that risk intelligence alone does not constitute a complete TPRM program. Knowing a vendor’s ransomware susceptibility score is valuable. Having no integrated path to questionnaire management, vendor document auditing, auto-validation of vendor claims, or tracked remediation workflows means significant program gaps remain, typically filled by a second tool or manual processes. Organizations that need a complete end-to-end TPRM workflow in one platform are the most common evaluators of Black Kite alternatives.

What are the limitations of an intelligence-only TPRM approach?

Intelligence-only TPRM platforms excel at surfacing risk signals but leave program management to other tools or manual processes. The limitations become apparent when regulators ask for documented evidence of ongoing vendor oversight rather than a risk score, when questionnaire management and document review workflows are disconnected from the intelligence platform, when remediation tracking requires a separate system, and when compliance reporting needs to pull from multiple sources. Organizations under DORA, GLBA, or HIPAA scrutiny need documented, continuous vendor oversight that connects monitoring to questionnaires, document review, remediation, and compliance reporting in one auditable program.

Does FortifyData match Black Kite’s Ransomware Susceptibility Index?

No, and it is worth being direct about this. Black Kite’s Ransomware Susceptibility Index is a unique predictive capability that FortifyData does not currently replicate. FortifyData’s active ASM-based vendor assessments identify the specific vulnerabilities and exposures that contribute to ransomware risk, including open ports, unpatched systems, and misconfigured services, but does not produce a dedicated predictive RSI score. Organizations for whom the RSI is a primary evaluation criterion should weigh that capability against the program completeness gaps that an intelligence-only platform creates. For most mid-market TPRM programs, continuous active assessment with integrated workflow is a higher operational priority than predictive susceptibility scoring.

How does FortifyData provide fourth-party and supply chain visibility?

FortifyData’s fourth-party risk concentration map is a force-directed graph that visualizes your third parties and connects the underlying vendors those third parties share. Concentration risks that would not surface in per-vendor assessments become immediately visible, including single points of failure where multiple critical vendors rely on the same underlying infrastructure provider. FortifyData also auto-detects third parties from live technical assessment scans of your environment, surfacing vendors that have access to or interact with your systems based on what assessments actually find rather than what someone added to a spreadsheet. This addresses supply chain visibility use cases natively within the FortifyData platform without requiring a separate module.

How does FortifyData handle remediation guidance after identifying vendor risks?

Black Kite surfaces risk findings and intelligence signals but remediation guidance is not a documented native workflow capability. FortifyData builds remediation guidance directly into the assessment workflow. The remediation planning component analyzes identified risks, delivers a prioritized action plan with recommended remediation steps, and tracks remediation progress against SLAs. Vendor risk findings move into a documented remediation path that security teams can demonstrate to auditors and regulators as evidence of active vendor oversight rather than sitting in a dashboard waiting for someone to decide what to do with them.

What does FortifyData offer that Black Kite does not?

FortifyData’s key differentiators relative to Black Kite include end-to-end TPRM workflow natively in one platform without requiring a separately deployed tool, AI Auditor that audits SOC 2 reports, HECVATs, and compliance documents against any framework the client chooses, auto-validation of vendor questionnaire responses against live technical assessment data, integrated remediation guidance and tracking, fourth-party risk concentration mapping, and auto-detected third parties from live scans. Black Kite’s RSI and Open FAIR financial modeling remain genuine differentiators in the intelligence category. The evaluation question is whether an organization’s primary need is intelligence depth or program completeness, and for most mid-market security teams running a TPRM program under regulatory scrutiny, program completeness is the higher priority.

Ready to See a Complete TPRM Program in Action?

If your current approach gives you strong intelligence but leaves workflow gaps in questionnaire management, vendor document auditing, auto-validation, or remediation tracking, FortifyData is built to close those gaps in a single platform.

Request a demo to see the AI Auditor, auto-validated questionnaires, and fourth-party concentration map working together as an integrated TPRM program.

Related Comparisons:

UpGuard alternative

Mitratech Prevalent alternative

The post Black Kite Competitors and Alternatives in 2026 appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

The buyers who start looking for alternatives typically aren’t dissatisfied with UpGuard’s monitoring. They’ve run into a specific ceiling. It’s likely a similar ceiling they experienced when looking at Upguard as a Bitsight alternative.

The ceiling with UpGuard for clients could be with compliance depth, program (cost) scale, or both. Customer compliance environment requires vendor documents to be audited against their actual regulatory frameworks, not mapped to a generic ISO 27001 baseline. Their team is spending hours manually reviewing SOC 2 reports, HECVATs, and compliance artifacts that should be analyzed automatically. Or they’ve reached the point where TPRM needs to connect to the rest of their GRC and compliance program, not operate as a separate tool with its own data model.

If one of those scenarios describes where your program is headed, this page is for you.

Why Security Teams Evaluate UpGuard Alternatives

These are the specific situations where buyers outgrow what UpGuard currently offers or where their requirements point them toward a different kind of platform from the start.

1. Your compliance environment requires auditing against your specific frameworks

HIPAA, NIST 800-53, NIST CSF, SOC 2 Trust Service Principles — regulated industries aren’t accountable to a generic ISO 27001 baseline. They need vendor documents audited against the frameworks their regulators actually care about and their own internal custom questionnaires. When a CISO has to defend their vendor review process to an examiner or auditor, “we mapped everything to ISO” isn’t sufficient. The question is whether the vendor’s controls satisfy the specific requirements your organization is bound by.

2. Your team is manually reviewing vendor documents that should be analyzed automatically

SOC 2 reports, HECVATs, compliance documentation — the average analyst spends hours per vendor, per review cycle. AI tools that summarize these documents save time at the reading stage. What they don’t do is actually audit the responses against control intentions, identify gaps in coverage, or produce a defensible finding tied back to the source. That’s a different capability — and the distinction matters when you’re building a program that has to hold up to scrutiny.

3. You’re in higher education and need actual HECVAT workbook interpretation

The HECVAT is a complex, multi-tab spreadsheet workbook specific to higher education vendor evaluations. Managing the workflow around a HECVAT submission, coordination, evidence storage, internal sharing, is table stakes. If your institution needs to determine whether a vendor’s HECVAT responses actually satisfy the underlying control intentions of the workbook framework, rather than just confirm the form was submitted, the capability requirement is different.

4. You need TPRM to connect to ASM and broader compliance automation

A standalone vendor risk tool creates a separate data silo. Security teams already managing point solutions for vulnerability management, compliance tracking, and attack surface monitoring don’t need another dashboard — they need a platform where vendor findings feed compliance reporting, where attack surface data validates vendor claims, and where everything runs on the same live data model. If integration and consolidation are priorities, the evaluation expands beyond TPRM-only platforms.

How FortifyData Approaches TPRM Differently

Four specific capabilities, each framed around a problem FortifyData solves that UpGuard’s current platform doesn’t fully address.

1. AI Auditor — Auditing Any Document, Including the HECVAT Workbook

There’s a meaningful difference between an AI that reads a vendor document and an AI that audits one. Most AI tools in TPRM read vendor documents and produce a summary. FortifyData’s AI Auditor actually audits the document against the control intentions of the relevant framework — identifying gaps, failed controls, and non-compliance in minutes rather than analyst hours. Every finding is cited back to the source material so your team can act on conclusions they can defend.

The framework flexibility is where this gets specific. Upload a SOC 2 report and audit it against SOC 2 Trust Service Principles. Take that same SOC 2 and audit it against NIST CSF, NIST 800-53, or HIPAA requirements — because your regulatory environment, not a generic ISO baseline, is what you’re accountable to. Take a SIG Lite and benchmark it against a NIST CSF control set. The framework the AI audits against is your choice, not a platform default.

For higher education institutions, this extends to the HECVAT workbook itself. The HECVAT isn’t a PDF report — it’s a complex, multi-tab spreadsheet workbook specific to higher education vendor evaluations. Most TPRM platforms manage the workflow around a HECVAT submission. FortifyData’s AI Auditor interprets and audits the HECVAT workbook directly — analyzing vendor responses against the control framework and surfacing gaps automatically. For institutions managing vendor risk under the GLBA Safeguards Rule, that’s a materially different capability than workflow management. The HECVAT demo begins at the 2:20 mark in the video linked below.

A summary tells you what the document says. An audit tells you what the document means for your compliance posture.

Watch the 3-minute AI Auditor demo:

2. Active ASM-Based Vendor Assessment

FortifyData conducts continuous external attack surface assessments of each vendor — not passive data aggregation from third-party sources. The difference matters when regulators require documented, ongoing oversight of vendor posture rather than a monitoring score derived from external signals that are out of date. Vendor cybersecurity ratings can be weighted and customized by vendor or vendor tier, so your highest-risk vendors receive the scrutiny their risk level warrants.

What a customer said about this: “One of the biggest reasons we chose FortifyData is the ability to do fresh scans for our third parties, and the scans are not based on any legacy [passive] data.” — Mortgage lender customer Read the full case study.

3. Auto-Validated Questionnaires

When a vendor responds to a questionnaire, their answers are automatically cross-referenced against FortifyData’s live technical assessment data for that vendor’s environment.

Contradictions between what a vendor claims and what their environment actually shows are flagged automatically.

This is different from questionnaire management or AI that assists vendors with completing questionnaires. It’s post-response validation against live data — an extra layer of integrity checking that manual review processes and questionnaire workflow tools don’t provide.

4. Remediation Guidance, Not Just Risk Findings

Identifying a vendor risk is the beginning of the work, not the end. A common frustration with external monitoring platforms is that they surface findings without helping security teams or their vendors understand what to do about them. Knowing a vendor has an open port or an expiring certificate doesn’t tell you how critical it is relative to your other vendors, who should own the fix, or what a reasonable remediation timeline looks like.

FortifyData builds remediation guidance directly into the assessment workflow. The remediation planning component can analyze multiple scenarios based on the risks to give you a detailed action plan on what to fix, or recommend to get fixed, to remediate the risk(s) and meet client SLAs. The result is that vendor risk findings don’t sit in a dashboard waiting for someone to decide what to do with them, they move into a documented remediation path that your team can track and that you can demonstrate to auditors or regulators as evidence of active vendor oversight.

5. Consolidated Platform — TPRM, ASM, and Compliance Automation

For security teams already stretched thin, adding another point solution creates overhead — another tool to onboard, another dashboard to check, another data model to reconcile. FortifyData consolidates TPRM, external attack surface management, and compliance automation in one platform.

The output isn’t just a vendor risk dashboard. It’s a connected program where vendor findings feed compliance reporting, ASM data validates vendor claims, and everything runs without adding headcount to sustain it. A force multiplier, not another tool to manage.

For Higher Education Security Teams

Higher education institutions face a vendor risk landscape that doesn’t map cleanly to standard enterprise TPRM programs. Complex supply chains, rapid technology adoption, limited security staff, and specific regulatory obligations under the GLBA Safeguards Rule create a set of requirements that most platforms weren’t designed around.

The HECVAT — Higher Education Community Vendor Assessment Toolkit — exists because the higher education community recognized that standard questionnaire frameworks didn’t capture what institutions actually needed to know about vendor risk. The problem most teams run into isn’t completing the HECVAT workflow. It’s what happens after a vendor submits one: determining whether the responses actually satisfy the underlying control intentions, at scale, without consuming the entire security team’s time. FortifyData’s AI Auditor addresses this directly. Rather than managing the HECVAT as a workflow artifact, it audits the workbook responses against the control framework — automatically, with findings cited back to the source. For institutions administering federal student aid under GLBA, FortifyData also provides mapped compliance reporting against the Safeguards Rule specifically, not just a generic NIST or ISO mapping.

Case Study: Pima Community College — AI Auditor in Practice
Pima Community College deployed FortifyData’s AI Auditor for vendor report review as part of their TPRM program. Vendor report review time was reduced to under 2% of previous effort — what used to take days now takes minutes, with citations to back up every finding. The case study further explores the validation and additional TPRM program time savings.

FortifyData’s higher education capabilities at a glance:

• HECVAT workbook auditing — AI Auditor interprets and audits workbook responses against the control framework, not just manages the submission workflow
• GLBA Safeguards Rule compliance depth — mapped compliance reporting for colleges and universities administering federal student aid
• Named higher education customers with documented, quantified outcomes
• Consolidated platform connecting TPRM to ASM and compliance automation — relevant for institutions managing multiple risk programs with limited staff

UpGuard vs. FortifyData — Side by Side

A straightforward comparison covering what security and risk teams actually evaluate. Based on publicly available product information and FortifyData’s documented capabilities at the time of this writing. Cross-reference against review sites like G2 and both vendors’ sites.

What Customers Say

Pima Community College
FortifyData’s AI Auditor reduced vendor report review time to under 2% of previous effort. What used to take days now takes minutes — with citations to back up every finding. Read the full case study at fortifydata.com/case-studies/

Mortgage Lender Customer
“One of the biggest reasons we chose FortifyData is the ability to do fresh scans for our third parties, and the scans are not based on any legacy data. That difference matters when regulators ask how we’re monitoring vendor posture.”

Frequently Asked Questions

Why do security teams look for UpGuard alternatives?

UpGuard is a capable external monitoring and questionnaire management platform with transparent pricing and strong G2 recognition. Organizations typically begin evaluating alternatives when their compliance environment requires vendor documents to be audited against specific regulatory frameworks rather than a generic ISO 27001 baseline, when manual review of SOC 2 reports and HECVATs is consuming analyst hours that questionnaire tools do not solve, when they need their TPRM program to connect to broader ASM and compliance automation rather than operate as a standalone tool, or when vendor count scaling creates cost pressure under per-vendor pricing models.

How does FortifyData’s AI Auditor differ from UpGuard’s document review capability?

UpGuard’s AI maps vendor documents to ISO 27001 as a default baseline. FortifyData’s AI Auditor audits vendor documents against the specific compliance framework the client is actually accountable to. Upload a SOC 2 report and audit it against SOC 2 Trust Service Principles for direct confirmation, or audit that same report against NIST CSF, NIST 800-53, or HIPAA requirements depending on your regulatory environment. Every finding is cited back to the source document so your team can act on conclusions they can defend to auditors. For organizations in regulated industries, auditing against their actual framework rather than a generic ISO baseline is a material difference in compliance defensibility.

Can FortifyData audit the HECVAT workbook?

Yes. The HECVAT is a complex multi-tab spreadsheet workbook specific to higher education vendor evaluations, not a standard PDF report. FortifyData’s AI Auditor can interpret and audit the HECVAT workbook itself, analyzing vendor responses against the control framework and surfacing gaps automatically. Most TPRM platforms manage the workflow around a HECVAT submission but cannot audit the workbook’s actual content against its own control intentions. For higher education institutions managing vendor risk under GLBA, this is a capability difference that directly affects audit defensibility.

How does FortifyData validate vendor questionnaire responses?

When a vendor responds to a questionnaire in FortifyData, their answers are automatically cross-referenced against FortifyData’s live technical assessment data for that vendor’s environment. If a vendor claims MFA is enforced but the live assessment shows otherwise, that contradiction is flagged automatically. This closes the gap that questionnaire management alone leaves open regardless of how sophisticated the questionnaire tool is. UpGuard’s Trust Exchange manages questionnaire workflows effectively but does not auto-validate vendor responses against live technical findings in the same way.

Is FortifyData a good UpGuard alternative for higher education institutions?

Yes, particularly for institutions with active GLBA Safeguards Rule compliance obligations and HECVAT-heavy vendor evaluation workflows. FortifyData has named higher education customers including Pima Community College, where the AI Auditor reduced vendor report review time to under 2% of previous effort. FortifyData also has dedicated GLBA compliance content and framework mapping built into the platform. UpGuard was announced as the Internet2 NET+ endorsed TPRM vendor for research and higher education institutions in April 2026, which provides community pricing and simplified deployment for NET+ participants. Higher education institutions should evaluate both platforms against their specific HECVAT auditing requirements and GLBA compliance program needs.

What does FortifyData offer that UpGuard does not?

FortifyData’s key differentiators relative to UpGuard include multi-framework AI document auditing rather than ISO-only baseline mapping, HECVAT workbook auditing rather than workflow management only, auto-validation of questionnaire responses against live technical assessment data, active ASM-based vendor assessment using live scans rather than passive data aggregation, fourth-party risk concentration mapping that visualizes shared vendor dependencies across your supplier ecosystem, and auto-detected third parties surfaced from live assessment scans rather than manually maintained vendor lists. FortifyData consolidates TPRM, ASM, and compliance automation in one platform rather than positioning as a standalone vendor monitoring and questionnaire tool.

Next Steps

If you’re evaluating UpGuard alternatives for your TPRM program and the AI Auditor or HECVAT workbook analysis is the capability you’re trying to verify, the fastest path is to see it in action.

Request a Demo

Watch the AI Auditor in Action (3 min, HECVAT demo at 2:20)

The post UpGuard Competitors and Alternatives in 2026 appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

Your vendors are your extended attack surface. According to the 2025 Verizon Data Breach Investigations Report, third-party involvement was linked to 30% of all breaches — double the prior year. Regulations like DORA, GLBA, and HIPAA now require organizations to demonstrate continuous, defensible oversight of their supplier ecosystem, not just an annual questionnaire or spreadsheet review.

To meet that challenge, many organizations turned to Prevalent, one of the earlier dedicated TPRM platforms on the market.
Teams evaluating away from Prevalent often have UpGuard on the same shortlist — if that’s your situation, there’s a dedicated UpGuard alternative comparison that covers where those two platforms diverge on AI auditing and compliance framework depth. But since Mitratech acquired Prevalent in October 2024, many wonder: Is there a better option?

This guide breaks down what Prevalent offers, where it falls short based on real user feedback, and why FortifyData has become a compelling, and in most cases, superior, alternative for third-party risk management.

What Is Mitratech Prevalent?

Prevalent is a third-party risk management platform that has been part of the TPRM market for over two decades. In October 2024, it was acquired by Mitratech, a legal, risk, and HR compliance technology company that has now made more than 24 acquisitions across its portfolio; so where is Prevalent’s priority among those internal integrations?

Key Features

Prevalent’s platform is built around several core capabilities:

• Questionnaire-based risk assessments. This is Prevalent’s foundational approach. The platform provides a large library of pre-built questionnaires aligned to frameworks like ISO 27001, NIST, HIPAA, SOC 2, and SIG, and allows organizations to send these to vendors for self-assessment. Vendors complete assessments via a portal, and results feed into a risk register.
• Continuous threat monitoring. Prevalent supplements questionnaires with external monitoring across five risk domains — data, brand, financial, operational, and regulatory. This includes alerts triggered by events like phishing detections, lawsuit filings, and credit score changes.
• Automated document analysis. More recently, Prevalent introduced automated document analysis (ADA) using NLP and machine learning to check uploaded vendor evidence against keyword criteria, reducing the need to manually review supporting documents question by question.
• Vendor Risk Networks. Prevalent operates shared assessment networks in verticals like healthcare and financial services, allowing vendors to complete an assessment once and share it across multiple customers.
• AI enhancements. Since the Mitratech acquisition, Prevalent has introduced AI-assisted features including auto-population of questionnaires from prior Excel files and an AI assistant (“Alfred”) for platform navigation.

The Challenges with Prevalent

Despite its capabilities, consistent patterns emerge in user reviews on Gartner Peer Insights and G2 that are worth understanding before making a buying decision.

Questionnaires remain the core — and the bottleneck. Even with automation improvements, Prevalent’s workflow is fundamentally organized around sending, chasing, and processing questionnaire responses.

One Gartner reviewer put it directly:

“Unfortunately, it still requires your vendors to do some lifting, which is where things always fall down in the process.”

Questionnaire fatigue is real for vendors, and delayed or incomplete responses create blind spots.

Complex onboarding and a steep learning curve. Multiple users across G2 and Gartner describe the platform as difficult to get up to speed on. One G2 reviewer noted:

“The platform is very complex, and the onboarding process for the tool was overwhelming for us, as we were completely new to this process. The GUI and system could also be easier to use and more intuitive.”

Another Gartner reviewer described the product as

“very clunky with a dated UI/UX” and noted that “several basic functionalities and customisations are unavailable.”

Inflexible reporting. Users frequently cite limitations in how data can be surfaced and exported. One reviewer noted being forced to export schedule reports to Excel just to analyze certain aspects of the process — defeating the purpose of a dedicated platform. Others specifically mentioned that dashboards cannot be customized to show only what’s relevant to their role.

Vendor portal friction. Gartner reviewers flagged that vendor users cannot see others from their own organization in the portal, cannot remove users themselves, and encounter unclear file upload workflows when completing tasks. These friction points slow down the very collaboration Prevalent is designed to enable.

Post-acquisition uncertainty. Mitratech has executed over 24 acquisitions across GRC software, legal tech, and HR technology. When any product is absorbed into a large, multi-product portfolio, questions about roadmap prioritization, support focus, and long-term product investment are legitimate. Teams evaluating Prevalent today are evaluating it as part of a much larger corporate entity — not the focused, independent TPRM company that built the product.

What Is FortifyData?

FortifyData is a Cyber GRC platform purpose-built for cybersecurity teams — unifying third-party risk management, attack surface management, vulnerability management, and compliance automation in a single platform. Its TPRM application goes beyond the questionnaire-centric model by leading with continuous, active monitoring of vendors’ external attack surfaces and layering in AI-powered SOC 2 and other report analysis, and AI workflow automation on top of traditional questionnaire management.

Key Features

Continuous external attack surface monitoring. Rather than waiting for the next assessment cycle, FortifyData continuously scans vendors’ internet-facing assets for vulnerabilities, misconfigurations, open ports, TLS/SSL issues, and dark web exposures. This gives teams live intelligence on vendor risk posture between formal assessments — not just a snapshot at the time a questionnaire was sent.

AI Auditor for vendor reports. FortifyData’s AI Auditor allows teams to upload SOC 2, HECVAT, SIG, and other vendor security documents and receive an intelligent audit against selected frameworks including NIST, ISO 27001, and CIS Controls. The AI generates a dashboard identifying gaps and control deficiencies, with page-specific citations from the original document — no manual line-by-line review required.

Agentic AI workflow automation. FortifyData’s AI vendor engagement agent autonomously handles outreach, sends context-aware follow-up questions, requests missing documentation, highlights non-compliance, and sends status reminders to vendors — dramatically reducing the administrative chase work that consumes most TPRM teams’ time. This is the future of TPRM to build an efficient and scalable program.

Questionnaire support (when you need it). FortifyData supports questionnaire-based assessments and auto-validates responses against live external data, closing the gap between what vendors claim and what is actually observable. Questionnaires are a tool in the workflow, not the entire workflow.

Unified Cyber GRC. For organizations that also need internal risk management, compliance automation (GLBA, HIPAA, HITRUST, ISO 27001, CMMC, and more), or attack surface visibility for their own environment, FortifyData covers all of it in one platform — eliminating the need for multiple point solutions.

FortifyData vs. Mitratech Prevalent: Core Comparison

Why Teams Choose FortifyData Over Prevalent

1. Faster Onboarding, Faster Value

Prevalent’s implementation requires significant upfront investment in configuration, training, and process-mapping. User reviews consistently describe the onboarding as overwhelming, particularly for teams new to formal TPRM programs. FortifyData is designed to deliver immediate value — the platform’s continuous monitoring begins generating vendor intelligence as soon as vendors are added, without requiring a fully designed questionnaire library to get started. Teams can get meaningful risk visibility within days, not months.

2. Easier to Use — for Your Team and Your Vendors

A TPRM platform that your team won’t use — or that your vendors find confusing — doesn’t reduce risk. FortifyData reviewers on Gartner Peer Insights describe it as straightforward to navigate, with responsive support and fast feature iteration based on customer feedback. One reviewer noted:

“The tool delivers a holistic review of the entire attack surface with zero setup. It doesn’t get easier than this.”

Critically, FortifyData’s vendor-facing workflows are designed to minimize friction, so vendors respond faster and more completely — reducing the chase work that eats up analyst time in questionnaire-heavy programs.

3. Real-Time Risk Visibility — Not Point-In-Time Snapshots

Questionnaires tell you what a vendor says about their security posture at a moment in time. FortifyData’s continuous external scanning tells you what is actually observable about their environment right now. If a vendor develops a critical vulnerability, exposes an open port, or has credentials appear on the dark web between assessment cycles, FortifyData surfaces it in real time — not at next year’s review. This shift from periodic compliance to continuous intelligence is fundamental to how modern TPRM programs should operate.

4. Smoother Vendor Collaboration

One of the most consistent criticisms of Prevalent from real users is the vendor portal experience — including the inability for vendor users to manage their own team members, unclear file upload workflows, and the general burden placed on vendors to “do the lifting.” When vendors find a platform difficult to work with, response rates drop and assessment quality suffers.

FortifyData’s agentic AI workflows autonomously guide vendors through the process — requesting the right documentation, following up contextually, and validating evidence automatically. The result is less email chasing for your team and less frustration for your vendors.

5. Better Value Across the Full Risk Picture

Prevalent is a point solution focused on the TPRM workflow. For organizations that also need attack surface visibility, internal vulnerability management, or compliance automation, that typically means purchasing and integrating additional tools. FortifyData consolidates those capabilities into a single platform — meaning fewer vendors to manage, fewer integrations to maintain, and a more accurate, unified view of your organization’s risk posture. For teams operating under budget pressure, that consolidation translates directly to cost savings.

6. Responsive, Cybersecurity-Focused Support

FortifyData is a cybersecurity-native company, and its support model reflects that. Customers consistently describe response times as fast and the team as genuinely invested in their success — including implementing feature requests faster than most enterprise vendors. As one Gartner reviewer put it: “Fortifydata has been excellent to work with. Response to any questions that I have is quick and informative.”

By contrast, Prevalent’s acquisition by Mitratech — a company managing 24+ products across legal, HR, and risk verticals — raises reasonable questions about where dedicated TPRM support and innovation will rank in the broader corporate priority stack.

Real Results: Pima Community College

When Lorenso Trevino, CISO and Director of Security at Pima Community College in Arizona, needed to scale his team’s third-party risk assessment process, FortifyData’s AI Auditor delivered immediate, measurable results. Before FortifyData, each SOC 2 or HECVAT review required six to eight hours of manual analysis. After deploying the AI Auditor, that time dropped to one to two hours per vendor — enabling analysts to evaluate multiple vendors per day without sacrificing accuracy.

Trevino noted that he personally validated the AI’s output against manual analysis on the first several reports before trusting it fully. The results matched, and the team now focuses their attention on the flagged concerns rather than reviewing the entire document from scratch — a more intelligent, defensible approach to vendor oversight.

This kind of efficiency gain isn’t theoretical. It’s what frees TPRM teams to cover more of their vendor portfolio, respond faster to emerging threats, and demonstrate a stronger program to auditors and leadership.

Read more details in the case study.

Make Third-Party Risk Management Simpler with FortifyData

If you’re evaluating Prevalent alternatives because your current program feels like it’s held together by questionnaire follow-ups, manual document reviews, and spreadsheet exports — you’re not alone, and you’re not stuck.

FortifyData was built to do the hard work for you. Continuous monitoring that never stops between assessments. AI that reads vendor reports so your analysts don’t have to. Workflows that chase vendors automatically. A unified platform that covers TPRM, attack surface management, and compliance without requiring five different tools.

The goal isn’t just a better platform. It’s a TPRM program you can actually defend to auditors, regulators, and your leadership team — one that scales with your vendor ecosystem instead of lagging behind it.

Ready to see what a modern TPRM program looks like?

Frequently Asked Questions

Is Prevalent still supported after the Mitratech acquisition?

Yes, Mitratech has stated that existing customers will continue to have access to their account managers, customer success managers, and support teams. However, Prevalent is now one of more than 24 products within Mitratech’s portfolio, spanning legal tech, HR, and GRC. Organizations should evaluate whether a TPRM product owned by a large, multi-vertical acquirer will continue to receive the same level of focused innovation and support they received from an independent vendor.

What are the main limitations of questionnaire-only TPRM?

Questionnaire-based assessments have two fundamental constraints: they rely on vendor self-reporting (which can be incomplete or inaccurate), and they are point-in-time snapshots that become stale the moment they’re completed. A vendor could pass a rigorous assessment in January and develop a critical vulnerability in February. A questionnaire-only program wouldn’t know until the next annual review. Modern TPRM programs combine questionnaires with continuous external monitoring to close that gap.

Does FortifyData still support vendor questionnaires if needed?

Yes. FortifyData supports questionnaire-based assessments and can map responses to major compliance frameworks including NIST, ISO 27001, SOC 2, HIPAA, PCI DSS, and more. The key difference is that questionnaires are one tool within a broader, continuous risk monitoring workflow — not the primary mechanism for risk intelligence. FortifyData also auto-validates questionnaire responses against live external scan data, so you can see whether a vendor’s self-reported controls match observable reality.

How long does it take to transition from Prevalent to FortifyData?

Transition timelines vary depending on vendor portfolio size and existing process maturity, but FortifyData is designed for rapid deployment. Because continuous monitoring begins generating intelligence immediately upon vendor onboarding — without relying on a fully built questionnaire to be deployed — teams typically begin seeing value within days. FortifyData’s team works closely with customers during migration to ensure continuity of existing vendor relationships and historical risk data.

What should organizations look for when evaluating a Prevalent alternative?

Organizations evaluating alternatives to Prevalent should look for continuous active assessment of vendor attack surfaces rather than reliance on questionnaire self-reporting, AI-powered document review that can audit SOC 2 reports and HECVATs at scale without analyst hours, auto-validation of vendor responses against live technical findings, compliance framework mapping to DORA, GLBA, HIPAA, and NIST built into the platform, and a vendor with focused TPRM innovation rather than a product embedded in a large multi-vertical portfolio. The acquisition of Prevalent by Mitratech places it alongside more than 24 products spanning legal tech, HR, and GRC. Organizations that need a dedicated TPRM platform with continuous development in that specific category should evaluate whether that focus will be maintained over time.

The post Mitratech Prevalent TPRM Competitors and Alternatives in 2026 appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

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Whitepaper: AI-Powered Next Generation Third-Party Risk Management

In an increasingly interconnected digital ecosystem, third-party vendors are both essential enablers of business growth and significant vectors for cyber threats. With 30% of breaches linked to third-party involvement according to the 2025 Verizon DBIR (double the prior year’s rate), organizations face mounting pressures from evolving regulations like DORA and NIS 2 in Europe, alongside U.S. mandates such as GLBA, PCI DSS, and HIPAA.

Traditional TPRM approaches, reliant on manual reviews and static questionnaires, fall short. They lead to resource drains, inaccurate insights, and overlooked risks, including nascent AI vulnerabilities like prompt injections and data leaks.

This updated whitepaper from FortifyData explores the transformed TPRM landscape. It introduces a modern framework that integrates vendor classification, External Attack Surface Management (EASM), automated questionnaires with technical auto-validation, and groundbreaking AI innovations. Discover how our AI Auditor streamlines SOC 2, HECVAT, and other report analyses, reducing review times by over 75% with framework-aligned dashboards and citations, while AI Workflow Automation handles vendor onboarding, document requests, and compliance reminders autonomously.

Learn practical strategies for optimizing resources, leveraging contract renewals for vendor cooperation, and building resilience through breach planning. Featuring a real-world case study from Pima Community College and key requirements for next-gen solutions, this guide equips cybersecurity leaders with actionable insights to mitigate supply chain risks, ensure regulatory compliance, and scale TPRM without added headcount.

Download now to future-proof your program and explore emerging possibilities, like AI agent-to-agent interactions with vendor trust centers for seamless, context-aware data exchanges.

The post AI-Powered Next Generation Third-Party Risk Management Whitepaper appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

Vulnerability Management Changed

The landscape of vulnerability management has evolved significantly, driven by the exponential growth in vulnerabilities and the integration of advanced contextual factors such as Cyber Threat Intelligence (CTI), Exploit Prediction Scoring System (EPSS), and operational or business context.

What was once a straightforward prioritization exercise reliant primarily on Common Vulnerability Scoring System (CVSS) scores (essentially ranking scanner outputs by severity) has transformed into a more proactive, holistic approach aligned with Continuous Threat and Exposure Management (CTEM).

This shift enables organizations to predict exploitability, incorporate real-time threat data, and weigh business impacts, turning vulnerability management from a reactive task into a strategic forefront of risk reduction.

This progression may have contributed to Cisco’s decision to sunset its Vulnerability Management platform (formerly Kenna Security) in late 2025, as the tool, while pioneering in risk-based vulnerability management (RBVM), was rooted in an earlier era that focused on aggregation and prioritization without fully addressing the demands of modern, complex environments like cloud and AI-driven systems, prompting a move toward more unified exposure management solutions.

Why FortifyData as a Kenna Security Alternative

FortifyData is a Cyber GRC platform with the capabilities that support a CTEM strategy. 

Continuous asset discovery, vulnerability and threat exposure identification, threat monitoring, risk-based prioritization, remediation validation and power workflows will automate and power your CTEM strategy to manage threat exposure across assets, networks, and third parties.  

Attack Surface Management & Internal Assessments: It conducts continuous external and internal assessments and can include cloud attack surface assessments to identify and mitigate exposures that can lead to breach and attack paths that can victimize your organization. 

Risk-Based Vulnerability Prioritization: This approach prioritizes vulnerabilities based on business context, incorporates threat intelligence, and exploitability, thereby focusing remediation efforts. FortifyData ingests multiple cyber threat intelligence feeds where you benefit from that enrichment against your asset inventory resulting in a dynamic and automated remediation prioritization.

Workflow for Mobilization:FortifyData’s platform for CTEM can be set to notify the relevant stakeholders when threat exposures or vulnerabilities are identified, asset footprint changes, remediation validations are confirmed or remain. The mobilization of your team based on automated findings is what moves the needle on reducing your overall threat exposure profile. 

(Beyond Kenna) Third-Party Risk & Security Ratings: Vendors can be thought of as a peripheral risk, often times managed by procurement with some programs informing security as part of the process. Vendor attack surface is your attack surface in many instances. This vector should also be monitorined and considered in your cyber risk profile for prioritization. FortifyData monitors vendor extneral attack surface exposure and produces security rating scores for both internal and external stakeholders.

(Beyond Kenna) Risk & Compliance Module: FortifyData also has a risk and compliance module for managing compliance to multiple frameworks. With ASM/vulnerability findings, native in the platform, it is seamless to link them to controls, policies and evidence to evolve towards continuous compliance management.

Chief Information Officer in the Education Industry gives FortifyData Cyber Risk Management Platform 5/5 Rating in Gartner Peer Insights™ Vulnerability Assessment Market.
Read the full review here.

How Does CTEM and Vulnerability Management Differ? 

The biggest difference between CTEM and traditional vulnerability management is in their approach. Traditional security waits for problems to appear, while CTEM works continuously to stay ahead of attackers.  

Here’s a side-by-side look: 

Aspect	Traditional Vulnerability Management	Continuous Threat Exposure Management
Approach	Reactive: action begins after threats or breaches occur.	Proactive: continuously identifies and prioritizes risks before they’re exploited.
Focus	Narrow: known threats like viruses, malware, or missing patches.	Broad:full visibility across the digital environment, including hidden and emerging risks.
Timing	Periodic: weekly, monthly, or quarterly scans and updates.	Continuous: always monitoring, always assessing.
Scope	Limited: primarily systems within the corporate network.	Comprehensive: spans cloud, endpoints, apps, vendors, and third-party ecosystems.
Response	Delayed: issues fixed after detection, sometimes post-damage.	Preventive: reduces exposure by closing gaps before attackers can act.
Tools Used	Firewalls, antivirus, and manual patching tools.	Advanced automation, threat intelligence, and unified exposure management.
Value to Leadership	Static reports that quickly go stale.	Dynamic insights and metrics that guide strategic decisions and resource allocation.

Consolidated vs. Point Solution

Cybersecurity threats are escalating and legacy tools like Cisco’s Kenna Security are being phased out, platforms such as FortifyData emerge as robust alternatives by offering integrated cyber risk management that encompasses vulnerability prioritization and beyond. FortifyData provides a Kenna-like risk-based vulnerability management approach, leveraging machine learning to calculate risk scores that incorporate not just vulnerability severity but also business criticality, live threat intelligence, and exploit prediction. This enables organizations to move from reactive patching to proactive remediation, prioritizing exposures based on real-world exploitability and potential impact. By unifying these elements into a single platform, FortifyData eliminates the silos created by standalone tools, reducing the complexity and overhead of managing disparate systems.

The overarching benefits of adopting a platform that enables CTEM strategy, like FortifyData, lie in its promotion of efficiency, cost savings, and enhanced decision-making. Organizations no longer need to procure and maintain separate solutions for vulnerability scanning, threat intelligence feeds, or compliance reporting, which can lead to significant reductions in licensing fees and operational silos. Automation features, such as custom risk modeling and non-intrusive continuous assessments, streamline workflows, enabling faster risk quantification and remediation. Ultimately, this unified approach fosters a more resilient cybersecurity posture, aligning with modern demands for platform consolidation and business-contextualized risk management in dynamic digital environments.

A study from IBM and Palo Alto Networks found that companies that adopted a consolidated security platforms are achieving four times greater ROI (101%) than those with fragmented security stacks (28%).

FAQs

1. Is Kenna Security being sunset by Cisco?

Yes. Cisco Vulnerability Management (formerly Kenna Security) has an End of Sale date of March 10, 2026, and support continues until June 30, 2028. Organizations should plan migration before support fully ends.

2. What happens to existing Kenna Security users?

Existing customers can use the platform until June 30, 2028. After that, support ends. Teams must migrate data, workflows, and integrations to a new platform before the final support deadline.

3. Should teams replace Kenna with another RBVM tool or a broader platform?

Teams should evaluate long-term strategy. RBVM-only tools support prioritization, but broader CTEM-aligned platforms provide continuous monitoring, exposure management, and compliance integration for more comprehensive risk reduction.

4. What are the risks of delaying a Kenna replacement?

Delaying replacement may lead to rushed migration, outdated integrations, reduced innovation, and potential visibility gaps, increasing operational and security risk as end-of-life deadlines approach.

The post Kenna Security Competitors and Alternatives in 2026 appeared first on Consolidated Cyber Risk Management Platform | FortifyData.

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• February 6, 2026

For years, third-party risk management has been defined by manual effort, periodic assessments, and an uncomfortable tradeoff between speed and confidence.

• Security teams chase questionnaires.
• Vendors respond with static documents.
• Risk is assessed at a moment in time, then quickly becomes outdated.

Even as tools have improved, the core operating model of TPRM has remained stubbornly human-driven and reactive. 

That model is nearing its end. 

Looking ahead, the evolution of TPRM points toward a fundamentally different future one that is largely autonomous, continuously operating, and intelligence-driven. In this future state, third-party risk management is no longer a workflow teams manage, but a system that manages itself. 

At the center of this transformation is AI. 

In an AI-powered TPRM world, organizations deploy intelligent risk agents that operate on their behalf. These agents understand the organization deeply its industry context, regulatory obligations, data sensitivity, operational dependencies, and risk tolerance.

Whether the organization operates in financial services, healthcare, higher education, or critical infrastructure, the agent carries that context into every risk interaction automatically. 

 

When evaluating a potential or existing third-party vendor, these agents no longer begin with a questionnaire. 

Instead, they communicate directly with the vendor’s trust center or assurance agent through secure, interoperable mechanisms. Policies, certifications, audit reports, penetration test summaries, resilience attestations, and control mappings are exchanged agent-to-agent in real time.

AI-powered vendor risk assessment begins.

Information is validated at the source, evaluated for relevance and freshness, and mapped directly against the organization’s regulatory and internal requirements without human intervention. 

Redundancy disappears. Vendor fatigue declines. Accuracy improves. 

Crucially, this interaction is not generic. The requesting agent negotiates precise access—only what is required based on the organization’s risk profile, contractual needs, and applicable regulations. If a vendor handles regulated data, supports mission-critical operations, or introduces systemic risk, the depth of review automatically increases. If the vendor is low-risk, the assessment remains lightweight and efficient. 

When gaps emerge outdated artifacts, missing controls, inconsistent claims the system does not escalate everything to a human. Instead, the agent issues targeted, contextual follow-up requests that are specific, defensible, and proportional to the risk. Humans are engaged only when judgment, approval, or accountability is required. 

This is what near-autonomous TPRM looks like. 

Risk assessments are no longer quarterly or annual events. They are continuous. Risk signals from trust centers, attack surface intelligence, incident disclosures, regulatory changes, and operational metrics are correlated in real time. Vendor risk scores evolve dynamically, not on spreadsheets or dashboards waiting for manual updates, but as living representations of exposure. 

Importantly, autonomy does not mean opacity. 

Every AI-driven action is explainable, auditable, and governed. Decisions are logged. Evidence is traceable. Human-in-the-loop controls exist where regulation, contracts, or material risk demand it. The system accelerates work but accountability remains human. 

The outcome is not just efficiency. It is a stronger, more resilient supply chain. 

Organizations move from chasing compliance to continuously validating trust. Security teams stop managing processes and start making decisions. Vendors engage through standardized, intelligent channels instead of repetitive questionnaires. And risk—once lagging behind the business—moves at the speed of the ecosystem it protects. 

This is where TPRM is going. 

Not incremental automation. 
Not better questionnaires. 

But a future where third-party risk management is largely autonomous, continuously aware, and designed for the scale and complexity of modern digital supply chains. 

And the organizations that embrace this shift early will not just manage risk better—they will operate with confidence others cannot match. 

This is precisely why FortifyData is taking intentional steps toward agentic, AI-powered vendor risk assessment workflows.

We are already delivering time and efficiency savings to clients with our AI Auditor of vendor reports (video at the top), which can be intelligently compared to other frameworks.

Our next effort automates the due diligence lifecycle to reduce the administrative burden of requesting information, initiating a custom questionnaire addressing gaps, evaluating provided evidence for an efficient risk decision.  

We believe the future of TPRM is not another layer of tooling, but a fundamentally new operating model one where intelligent agents execute risk workflows end-to-end, continuously and contextually, while humans retain oversight where it matters most. 

By building agentic workflows into the core of the platform, FortifyData is laying the foundation for autonomous risk operations that scale with the modern enterprise, reduce friction across the vendor ecosystem, and deliver real-time, defensible confidence in third-party relationships. This is not a distant vision; it is the direction we are actively designing toward and acting on today.

Related Third-party Risk Management Resources

Third-Party Risk Management
TPRM Software
Third-Party Risk Management Framework
Third-Party Risk Management Companies
What is Third-Party Risk Management
How to Manage Third-Party Risks
Third-Party Risk Management Software
Third-Party Compliance Tools
Examples of Third-party Risk
Third-Party Vulnerabilities in the Enterprise
Who Owns Third-Party Risk Management
What is a TPRM Company
Automating Third-Party Risk Management
TPRM in GLBA Compliance

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