vCISO Cybersecurity Intelligence Brief: October 2026

vCISO Cybersecurity Intelligence Brief August 2026 tracesecurity

Executive Summary

This month’s brief addresses what security researchers have dubbed “Black October”—a convergence of major cybersecurity events including Microsoft’s record-breaking 1,413-CVE October Patch Tuesday with an actively exploited Windows Shell zero-day, critical PHP vulnerabilities exploited in a six-month high of attacks, confirmed AI-assisted attack campaigns targeting over 400 financial institutions, and a critical Microsoft support deadline on October 13 that affects any institution still running Windows 10 LTSB 2016 or Windows Server 2012 R2 ESU. October is also Cybersecurity Awareness Month, making this a natural time to refresh staff training. We provide guidance on recognizing malicious file attacks that bypass Windows security warnings, and outline best practices leadership and IT teams can use together to close end-of-support gaps and strengthen controls

1,413

CVEs in October Patch Tuesday
(Second Consecutive Record)

400+

Financial Institutions Targeted
in AI-Assisted Campaign

26

2026 Microsoft CVEs Added
to CISA KEV Catalog YTD

Emerging Threat Landscape

The following threats have been identified as having significant relevance to community banks, credit unions, and savings institutions during the current reporting period.

CRITICAL: Record Microsoft Patch Tuesday with Active Windows Shell Zero-Day Exploit

On October 13, Microsoft released its largest Patch Tuesday ever—1,413 CVEs addressed in a single release, surpassing September’s previous record of 974. The release included one actively exploited zero-day (CVE-2026- 96951, Windows Shell Security Feature Bypass, CVSS 8.8) and two publicly disclosed zero-days. CVE-2026-96951 is particularly dangerous because it bypasses the Mark of the Web (MotW) protection—the Windows feature that warns users before opening files downloaded from the internet. With this bypass, attackers can deliver malicious documents or installers that execute without any security warning, effectively disabling SmartScreen and Office Protected View simultaneously. This is the third Windows Shell zero-day exploited in the wild in 2026.

The release also included 80 critical vulnerabilities, including five critical Microsoft Outlook remote code execution flaws and two critical Exchange Server vulnerabilities (CVE-2026-70571 RCE, CVE-2026-70279 spoofing). CISA added CVE-2026-96951 to its Known Exploited Vulnerabilities catalog with a federal patch deadline of October 16.

What this means for your institution: The combination of actively exploited zero-days that bypass user warnings and 80 critical vulnerabilities creates significant risk for every institution running Microsoft products. The Windows Shell flaw is especially concerning because it undermines the “don’t open suspicious attachments” training staff receive—when the warning doesn’t appear, there’s nothing to make the file look suspicious. Institutions whose patch management programs are still scaled to pre-AI vulnerability volumes are falling behind at an accelerating rate.

For Leadership: Ask your IT team or TSP for confirmation that the October 13 updates have been applied, with specific priority on CVE-2026-96951 (Windows Shell) and the five critical Outlook RCE vulnerabilities. Ask whether patch management staffing or tooling has been reviewed given the sustained 1,000+ CVE monthly volumes. Document the response for your records. Given the Outlook flaws, consider briefing finance and executive staff specifically about this month’s risks.

For IT/Operations: Prioritize CVE-2026-96951 (Windows Shell MotW bypass, actively exploited, CISA KEV) immediately. Then address the five critical Outlook RCE vulnerabilities and Exchange Server fixes (CVE-2026- 70571, CVE-2026-70279). Review publicly disclosed zero-days CVE-2026-108398 (.NET Framework WDAC bypass) and CVE-2026-92707 (MessagePack-CSharp DoS). Also prioritize CVE-2026-102866 (SharePoint EoP) and CVE2026-65674 (SQL Server deserialization). The 1,413-CVE volume requires strict risk-based triage; do not attempt uniform patching. Document patch timing for examination evidence.

CRITICAL: “Black October”: Critical PHP Vulnerabilities Trigger Six-Month High in Exploitation

In late October, two critical PHP vulnerabilities (CVE-2026-109618 and CVE-2026-109619) were publicly disclosed ahead of their planned coordinated disclosure date after details leaked online. PHP powers a large share of the public internet, including many financial institution public websites, customer portals, and vendor applications. Darktrace reported a 64% increase in detections consistent with zero-day exploitation activity on October 21—a six-month high—reflecting attackers racing to exploit the flaws before patches could be deployed. The vulnerabilities were discovered using AI tools, which both accelerated discovery and compressed the window between disclosure and attack.

The month has been dubbed “Black October” by security researchers due to the convergence of these PHP flaws with record Microsoft Patch Tuesday volumes, cloud server compromises, exposed banking records, and AIassisted attack campaigns. The pattern is characteristic of 2026: AI-assisted vulnerability discovery is driving record disclosure volumes while AI-assisted exploitation is shrinking the time to active abuse

What this means for your institution: If your institution’s public website, customer-facing portal, online banking platform, or any vendor-provided application uses PHP, this is a direct exposure. Even if your institution does not use PHP directly, your vendors likely do. The broader lesson is that institutions need to be prepared for compressed disclosure-to-exploitation windows across every major platform, not just operating systems.

For Leadership: Ask your IT team or TSP: (1) Does any institution-managed system use PHP, including public websites and customer portals? (2) Have you confirmed with critical vendors whether their platforms use PHP and whether they have patched the October CVEs? Request written confirmation. Review your vendor management program to ensure vulnerability notification is included in incident reporting SLAs.

For IT/Operations: Identify all institution-managed systems running PHP (web servers, customer portals, document-sharing platforms). Apply patches for CVE-2026-109618 and CVE-2026-109619 immediately. Review web server logs since early October for signs of exploitation; the Darktrace campaign began before public disclosure. Query critical vendors regarding PHP exposure and patch status. For public-facing PHP applications, consider WAF rules and virtual patching as compensating controls. Reference NCSC-NL advisory on php2shell vulnerabilities.

HIGH: AI-Assisted Attack Campaigns Confirmed Against 400+ Financial Institutions

October brought the first widely documented examples of AI-assisted threat actors targeting the financial sector at scale. CrowdStrike disclosed a campaign in which an unknown threat actor used an AI-driven tool called ARTEX to target South Korean financial institutions, with South Korean President Lee Jae Myung announcing that AI had been used in breaches at 16 financial institutions with over 100,000 records leaked. Separately, SBS News reported an alleged “Cyber Cartel” using networks of AI agents built on multiple commercial models to target more than 400 financial institutions in Latin America. While the full scope of successful breaches is not yet confirmed, the campaigns represent the practical manifestation of the systemic AI cyber risk warning the FSB Chair issued in September.

Separately, the Bank of America CEO disclosed in October that his institution had hired 1,000 third-party contractors to augment its internal security team specifically for AI-driven patching, having spent “a couple hundred million plus” on this response in Q3 alone. This reflects the resource reality that AI-accelerated threat and vulnerability volumes are reshaping cybersecurity programs.

What this means for your institution: The AI-enabled threat environment is no longer theoretical. The scale and pace of attacks that AI makes possible is being observed in production—and large institutions are responding with significant resource increases. Community banks and credit unions cannot match that spending, but they can match the strategic shift: more automation, more risk-based prioritization, and more use of AI-aware controls. Examiner expectations are shifting in parallel.

For Leadership: Discuss AI-enabled threat trends with your vCISO and IT team. Review which institutional controls specifically address AI-enabled attack vectors (phishing-resistant MFA, behavioral email anomaly detection, deepfake verification procedures). Consider whether your institution’s cybersecurity resource allocation reflects the AI-accelerated threat pace. Add AI threat trends to the Board risk committee agenda. Participate in FS-ISAC AI threat intelligence sharing where available.

For IT/Operations: Document which controls specifically mitigate AI-enabled attack techniques for examination evidence. Evaluate SIEM/EDR platforms for behavioral anomaly detection capabilities (not just signature-based). Review automation opportunities in patch management and incident response to keep pace with attack velocity. Ensure logging retention supports post-incident forensics in the context of fast-moving attacks. Participate in FSISAC and sector-specific AI threat intelligence sharing

HIGH: October 13 Microsoft End-of-Support Deadlines Create Immediate Compliance Risk

October 13 was a dual deadline day—not just the largest Patch Tuesday ever, but also one of the largest end-ofsupport blocks in Microsoft history. On October 13, Microsoft ended support for: Office 2021 and Office LTSC 2021 (the editions many community banks and credit unions standardized on in 2021-2022), Windows 10 2016 LTSB and Windows 10 IoT Enterprise LTSB 2016 (used in a significant share of U.S. ATM fleets), and the third and final year of Windows Server 2012/2012 R2 Extended Security Updates. Additionally, Year 1 of the Windows 10 Extended Security Updates (ESU) program ended on October 13, meaning institutions still running standard Windows 10 need a Year 2 renewal decision.

After these dates, affected systems no longer receive security patches—including for the actively exploited Windows Shell zero-day that CVE-2026-96951 addressed. Examiners increasingly view running out-of-support systems as a Matters Requiring Attention (MRA) finding, particularly for institutions that cannot demonstrate active migration planning.

What this means for your institution: Every community bank, credit union, and savings institution needs to confirm whether these end-of-support products are still in use anywhere in the environment—including branches, back-office servers, ATMs, and vendor-supplied systems. Even one unpatched machine can serve as an attacker’s entry point. Running out-of-support software without compensating controls is a direct examination finding risk and a potential GLBA Safeguards Rule compliance gap.

For Leadership: Request from your IT team or TSP a complete written inventory of any Office 2021, Office LTSC 2021, Windows 10 2016 LTSB, or Windows Server 2012/2012 R2 instances remaining in the environment. For any identified instances, request documented migration or compensating control plans. If running standard Windows 10, confirm Year 2 ESU enrollment decision. Document all responses in your risk register. Discuss ATM fleet migration planning if applicable—chip and shipping shortages have created lead times measured in months.

For IT/Operations: Complete a thorough asset inventory for end-of-support systems: Office 2021 / Office LTSC 2021, Windows 10 2016 LTSB (common on ATMs), Windows Server 2012/2012 R2 (ESU Year 3 ends October 13), and standard Windows 10 (ESU Year 1 ends October 13). For each identified instance, document migration timeline or compensating controls (network segmentation, enhanced monitoring, application allowlisting). Verify ATM OEM support status if running Windows 10 LTSB 2016. Plan Windows 11 IoT LTSC 2024 migration for ATMs where applicable (supports until 2034). Document everything for examination evidence.

MEDIUM: Cybersecurity Awareness Month: Opportunity to Refresh Staff Training

October is Cybersecurity Awareness Month, now in its 23rd year as a joint CISA and National Cybersecurity Alliance initiative. The 2026 theme reinforces four core behaviors every employee can adopt: use strong, unique passwords (ideally through a password manager); turn on multi-factor authentication; recognize and report phishing; and keep software updated. Given this year’s active threats—help desk vishing, AI-generated executive impersonation, Mark of the Web bypasses that eliminate attachment warnings—institutions should treat Cybersecurity Awareness Month as a natural opportunity to refresh training content and reinforce established verification procedures.

Industry data continues to show that security awareness training materially reduces incidents: institutions with mature training programs report 60-70% lower rates of successful phishing attacks compared to institutions with minimal programs. Examiners increasingly expect to see evidence of regular, documented training—not just annual compliance videos.

What this means for your institution: Cybersecurity Awareness Month gives your institution a visible, calendar-anchored opportunity to run training without needing to invent an occasion. The investment is modest, the reputation benefit is real, and the examiner evidence it generates is high-value. For community institutions, participation also provides a chance to engage with members and customers on security topics they already see in national campaigns.

For Leadership: Direct your IT team or security awareness lead to run a dedicated October refresh session. Topics most relevant to 2026 threats: recognizing help desk vishing calls, verifying executive requests via out-of-band channels, suspicious file attachments (even without warnings), and reporting without hesitation. Consider a brief Board-level security update tied to Cybersecurity Awareness Month. If your institution does customer-facing newsletters or branch signage, align content with CISA’s free Cybersecurity Awareness Month materials.

For IT/Operations: Run a dedicated October refresh session covering current threats: Windows Shell MotW bypass risk, help desk vishing (reference September Microsoft advisory), AI-generated executive impersonation, and passkey/MFA setup scams. Use CISA’s free Cybersecurity Awareness Month resources for member/customer-facing content. Document training completion, content covered, and attendance for examination evidence. Consider a simulated phishing exercise and document results. Review MFA enrollment rates and address any gaps as part of the campaign.

Attachments and Downloads Without Warnings

Windows normally shows a warning when you try to open a file that came from the internet—an email attachment, a downloaded installer, or a document from a shared cloud folder. These warnings have been one of the main defenses stopping employees from accidentally running malicious files. Attackers found a way to turn those warnings off. The flaw was patched in October, but any institution that hasn’t applied the update is still vulnerable, and attackers continue to look for similar techniques. The right response is to not depend on the warning—treat every unexpected file as suspicious whether a warning appears or not. This training module is designed to be shared with all staff.

What We Used to Rely On

  • Windows warning before opening downloaded files
  • Office “Protected View” banner on documents
  • SmartScreen blocking suspicious downloads
  • Antivirus catching obvious malware

What We Need to Do Now

  • Treat every unexpected attachment as suspicious
  • Verify sender through separate channel before opening
  • Never assume “no warning” means “safe”
  • Report anything unexpected to IT right away

5 Actions Every Employee Can Take

PAUSE BEFORE OPENING UNEXPECTED FILES

If you receive an email with an attachment you were not expecting—even from someone you know—pause before opening it. Email accounts get compromised regularly. The fact that a message comes from a familiar name does not mean the attachment is safe. Ask yourself: did I expect this file? Does the message sound like how this person usually writes? If anything feels off, verify before opening.

VERIFY WITH A SEPARATE PHONE CALL OR MESSAGE

If an attachment or download looks important but unexpected—an invoice, a wire instruction, a contract— take 60 seconds to verify with the sender through a separate channel. Call them at a known number, send a Teams message, or walk to their desk. Do not reply to the suspicious email, because if the account is compromised, the attacker will see your reply and respond convincingly.

DON’T TRUST THE ABSENCE OF A WARNING

In the past, you could rely on a Windows warning before opening downloaded files to flag them as potentially risky. Attackers have figured out ways to turn those warnings off. If a file came from outside your institution, treat it as potentially risky even if no warning appears. The warning’s absence is not proof of safety—it just means the file might be designed to bypass warnings.

REPORT ANY FILE THAT BEHAVES UNEXPECTEDLY

If you open a file and it does something unexpected—prompts you to enable macros, asks you to approve something, opens a strange window, or just doesn’t open at all—close it immediately and report it to IT. Do not try to figure out what’s happening on your own. Attackers often count on employees being embarrassed to report mistakes. You will not get in trouble for reporting. You could cause real harm by not reporting.

KEEP YOUR WORKSTATION UPDATED

your computer prompts you to restart to install updates, do it. Do not postpone it indefinitely. The same
applies to your personal devices if you use them for work email or any work systems. Automatic updates
are your single best protection against this entire category of threat.

Information Security Best Practices

The following practices should be continuously reinforced across your organization. These recommendations are aligned with FFIEC IT Examination Handbook guidance and represent foundational controls that examiners expect to see in every financial institution. Each section includes guidance for both leadership oversight and IT/operations implementation.

End-of-Support System Management

October 13 brought one of the largest end-of-support blocks in Microsoft history, affecting Office 2021, Windows 10 2016 LTSB (common on ATMs), Windows Server 2012/2012 R2 ESU Year 3, and Windows 10 ESU Year 1. Running out-of-support software without compensating controls is a GLBA Safeguards Rule compliance gap and an examination finding risk.

For Leadership:
  • Request a complete inventory of end-of-support software across workstations, servers, ATMs, and vendor-managed systems
  • Require documented migration plans or compensating controls for any identified end-of-support instances
  • Make end-of-support status a recurring item in IT steering committee and Board reporting
  • For ATM fleets on Windows 10 LTSB 2016, discuss procurement timelines early—chip and shipping lead times are measured in months
For IT/Operations:
  • Complete an end-of-support asset inventory covering Office 2021/LTSC 2021, Windows 10 2016 LTSB, Windows Server 2012/2012 R2 ESU, and standard Windows 10 ESU status
  • For any end-of-support systems, document compensating controls: network segmentation, enhanced monitoring, application allowlisting
  • Verify Year 2 ESU enrollment decision for standard Windows 10 if applicable; the program is cumulative—skipping a year requires buying it later anyway
  • Plan Windows 11 IoT LTSC 2024 for ATM migrations (supports through 2034)
Patch Prioritization at Scale

With Microsoft now releasing 1,000+ CVEs per month and this volume projected to continue, patch management programs scaled to pre-2026 volumes are no longer effective. Institutions need risk-based prioritization frameworks anchored in real-world exploitation data.

For Leadership:
  • Ensure your IT team is using CISA’s Known Exploited Vulnerabilities (KEV) catalog as the primary prioritization signal
  • Approve a tiered patching framework: KEV/actively exploited within 72 hours, Critical within 30 days, others per risk assessment
  • Review patch management performance quarterly; recognize that sustained volumes require resource planning
  • Query TSPs on their patching approach and SLAs; verify alignment with your institution’s requirements
For IT/Operations:
  • Subscribe to CISA KEV catalog updates as the primary prioritization signal for active exploitation
  • Prioritize this month: CVE-2026-96951 (Windows Shell, exploited), Outlook critical RCEs, Exchange Server fixes, PHP CVE-2026-109618/109619
  • Document exception handling and compensating controls for delayed patches
  • Review patch management tooling capacity against sustained 1,000+ CVE monthly volumes
Cybersecurity Awareness Program

October is Cybersecurity Awareness Month, providing a calendar-anchored opportunity to refresh staff training with current threat content. 2026 attacks demonstrate that staff awareness remains among the most impactful controls—particularly for the help desk vishing and executive impersonation campaigns active throughout the year.

For Leadership:
  • Dedicate time at a leadership meeting or Board meeting to Cybersecurity Awareness Month
  • Participate personally in the refresh training—executives are the primary impersonation targets
  • Review training completion rates and MFA enrollment status as awareness month metrics
  • Consider customer-facing communication tied to Cybersecurity Awareness Month using CISA free resources
For IT/Operations:
  • Run a dedicated October refresh session covering current threats: Mark of the Web bypass, help desk vishing, executive impersonation, passkey scams
  • Conduct a simulated phishing exercise with current attacker tactics; document results
  • Review phishing-resistant MFA enrollment status for executives, finance, HR, and IT administrators
  • Document training content, completion, and simulation results for examination evidence

Regulatory & Compliance Corner

FFIEC Updates & Examination Focus Areas

Based on recent examination trends, published guidance, and the current threat environment, examiners are placing heightened focus on the following areas during IT examinations. Use these to prepare for your next exam and to brief your Board:

  • End-of-Support Software: With October 13 ending support for Office 2021, Windows 10 2016 LTSB, Windows Server 2012/2012 R2 ESU, and Year 1 of Windows 10 ESU, examiners increasingly treat out-ofsupport systems as potential MRA findings absent documented migration plans or compensating controls. Be prepared to show inventory evidence.
  • Patch Management at Scale: Given sustained 1,000+ CVE monthly Patch Tuesday volumes and the 2026 arc of actively exploited zero-days, examiners are asking detailed questions about risk-based patch prioritization frameworks, KEV catalog integration, and TSP patching commitments.
  • AI-Enabled Threat Preparedness: Following confirmed AI-assisted attacks on 400+ financial institutions and the FSB Chair’s September warning, examination attention to AI-enabled threat preparedness is accelerating. Be prepared to discuss which specific controls address AI-enabled attack vectors.
  • Mark of the Web and Attachment Security: October’s Windows Shell zero-day (CVE-2026-96951) bypassing Mark of the Web highlights the risk of training that relies on Windows warnings to catch malicious files. Expect examiners to ask about layered defenses: email filtering, EDR, attachment sandboxing, and staff training that doesn’t depend on OS warnings.
  • Security Awareness Training Evidence: October is Cybersecurity Awareness Month, and examiners increasingly expect to see documented, regular training—not just annual compliance videos. Be prepared to show training content, completion records, and simulated phishing exercise results
Quick Reference: Key Dates & Deadlines
DateAction Item
ImmediateApply October 13 Microsoft Patch Tuesday updates; prioritize CVE-2026-96951 (Windows Shell)
ImmediateApply PHP patches (CVE-2026-109618, CVE-2026-109619) if applicable; query vendors
ImmediateInventory end-of-support systems: Office 2021, Windows 10 LTSB 2016, Server 2012 R2,
Windows 10 ESU
This MonthConduct Cybersecurity Awareness Month refresh training for all staff
This MonthRun simulated phishing exercise and document results
This QuarterConfirm Year 2 Windows 10 ESU enrollment decision if applicable
This QuarterPlan ATM fleet migration from Windows 10 LTSB 2016
MonthlyReview and update incident response contact lists and vendor emergency contacts
MonthlyReview vulnerability scan results and confirm fixes are applied
QuarterlyConduct social engineering awareness refresh training for all staff
QuarterlyReview and update IT risk assessment and risk register
AnnuallyConduct full BCP/DR tabletop or functional test
AnnuallyIndependent penetration test (internal and external)
AnnuallyComprehensive review of all IT policies for Board approval
OngoingMonitor CISA KEV catalog, FS-ISAC, and vendor advisories for emerging threats

Glossary: Common Cybersecurity Terms

For non-technical readers, here is a plain-language reference for terms used in this bulletin and in your
conversations with IT and examiners:

  • BCP/DR: Business Continuity Plan / Disaster Recovery—documented procedures for keeping the institution operating and recovering systems after a disruption.
  • CISA: Cybersecurity and Infrastructure Security Agency—the federal agency that publishes cybersecurity guidance and threat warnings.
  • CVE / CVSS: Common Vulnerabilities and Exposures / Common Vulnerability Scoring System—the global identifier for a specific software flaw, and its 0-10 severity score (10 is most severe).
  • EDR: Endpoint Detection and Response—advanced security software installed on computers that watches for and responds to suspicious activity.
  • End of Support (EOS): The date after which a vendor no longer provides security updates, bug fixes, or technical support for a product. Running EOS software is a compliance and security risk.
  • ESU: Extended Security Updates—a paid program that provides security patches beyond a product’s normal end-ofsupport date, typically for a limited number of years.
  • FFIEC: Federal Financial Institutions Examination Council—the interagency body that establishes uniform standards and examination guidance for U.S. financial institutions.
  • FS-ISAC: Financial Services Information Sharing and Analysis Center—an industry group that shares cyber threat intelligence among financial institutions.
  • GLBA: Gramm-Leach-Bliley Act—the federal law that requires financial institutions to protect customer information, including breach notification requirements.
  • KEV: Known Exploited Vulnerabilities catalog—CISA’s list of vulnerabilities being actively exploited by attackers; the highest-priority list for patching.
  • LTSB / LTSC: Long-Term Servicing Branch / Long-Term Servicing Channel—Microsoft Windows versions designed for devices like ATMs and kiosks that need a stable OS for years, with security updates but no feature changes.
  • Mark of the Web (MotW): A Windows feature that tags files downloaded from the internet and warns users before opening them. Attackers who bypass MotW can deliver malicious files without any warning appearing.
  • MFA: Multi-Factor Authentication—requiring more than just a password. “Phishing-resistant MFA” uses hardware keys or passkeys, which are stronger than SMS or push notifications.
  • MotW Bypass: An attack technique where malicious files are crafted to avoid being tagged by Mark of the Web, allowing them to execute without the usual Windows warning.
  • MRA / MRBA: Matters Requiring Attention / Matters Requiring Board Attention—examiner findings that require corrective action.
  • PHP: A programming language commonly used to build websites, customer portals, and web applications. Many financial institution public-facing systems and vendor platforms are built on PHP.
  • RCE: Remote Code Execution—a type of vulnerability that lets an attacker run their own software on your system from a distance, often without you doing anything.
  • SmartScreen: A Windows security feature that checks downloads against known malicious files and warns users before opening suspicious items.
  • TSP: Technology Service Provider—a third-party vendor that provides technology services to financial institutions (e.g., core processing).
  • WAF: Web Application Firewall—a security control that filters and monitors traffic to a web application to block attacks.
  • Zero-Day: A vulnerability that is exploited before the vendor has released a patch, giving defenders zero days to prepare.

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Resources

FFIEC IT Examination Handbook: ithandbook.ffiec.gov
CISA Known Exploited Vulnerabilities Catalog: cisa.gov/known-exploited-vulnerabilities-catalog
CISA Cybersecurity Awareness Month Resources: cisa.gov/cybersecurity-awareness-month
Microsoft October 2026 Patch Tuesday: msrc.microsoft.com/update-guide
Microsoft Product Lifecycle: learn.microsoft.com/lifecycle
NCSC-NL PHP Vulnerability Advisory: ncsc.nl
FS-ISAC Threat Intelligence: fsisac.com
TraceSecurity: tracesecurity.com

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