Digital Weeds, What Gatekeeping? Scattered Secrets, A Good Cyber Wipeout, Surprise Open Sesame, and The Glove Masking the Strike. It's CISO Intelligence for Friday, 14th November 2025.

Table of Contents

1. Ransomware: The Persistent Plague - Q3 2025 State of Play
2. The Fortinet FortiWeb Fiasco: A Catalytic Catastrophe in Cybersecurity
3. Extra, Extra, Read All About It – Washington Post Clobbered in Clop Caper
4. Disbanding Digital Deities: Operation Endgame's Cyber Odyssey
5. Router Rumble: ASUS's Accidental Open-Door Invitational
6. The Secret Life of Kerberos: Roasting Myths and Realities

Ransomware: The Persistent Plague - Q3 2025 State of Play

If you thought the digital cockroaches were diminishing, think again.

What You Need to Know

The latest report from Check Point Research highlights that ransomware activity has maintained a high frequency, with approximately 1,592 new victims this past quarter alone. This represents a minor reduction from the previous quarter but a notable 25% year-over-year increase compared to 2024. This persistent threat continues despite numerous high-profile law enforcement operations targeting ransomware groups such as LockBit, 8Base, and Blacksuit. Expected actions include bolstering existing cybersecurity measures, refocusing incident response plans, and preparing for potential ransomware disruptions.

CISO focus: Ransomware Resilience and Response
Sentiment: Negative
Time to Impact: Immediate to Short Term

Ransomware, once a budding menace, has evolved into a relentless digital pest that shows little sign of abating. According to Check Point Research's Q3 2025 report, approximately 1,592 new ransomware victims were identified across 85 active data leak sites, maintaining the high tide levels of this cyber threat. Despite ongoing global efforts to curb these digital infiltrators, their persistence underscores the growing challenge faced by cybersecurity teams worldwide.

Ransomware Activity Trends

• Stable Yet High: The numbers suggest a stubborn plateau in ransomware activity, with around 520 to 540 new victims each month. This is a slight drop from the previous quarter's figures but signifies a worrying year-over-year increase of 25% from 2024.
• Law Enforcement Impact: While operations against major ransomware-as-a-service (RaaS) groups, like LockBit and 8Base, have been publicized, these efforts haven't significantly deterred the volume of attacks. It reveals the adaptability and resilience of these cybercriminal networks.
• Technological Evolution: LockBit 5.0’s introduction marks a leap in ransomware evolution with advanced evasion tactics and quicker encryption processes, spreading across Windows, Linux, and ESXi platforms. This evolution signals ongoing innovations in ransomware technology, rendering traditional defenses increasingly obsolete.

The Silent Spread

The report notes that ransomware continues its geographical spread undeterred. With the predominance of threats targeting Windows systems, approximately 20% of incidences now also compromise ESXi virtual infrastructures, expanding the potential impact radius. This trend hints at more sophisticated targeting strategies that focus on critical infrastructure and high-value targets.

Organizational Implications

For businesses, the implications are clear and pressing. The unwavering frequency of ransomware attacks necessitates an immediate reevaluation and strengthening of cybersecurity protocols. Here are some critical considerations:

• Incident Response: Organizations must ensure that rapid-response teams are equipped to deal with ransomware intrusions. Speed and efficiency in response can significantly mitigate damage.
• Cyber Hygiene: Regular updates, patch management, and backup validation are essential to reduce vulnerabilities that ransomware exploits.
• Employee Training: Continuous training programs to identify phishing attempts and suspicious activity can help prevent initial infiltration vectors.

Future Outlook

While the current landscape seems grim, the importance of continued vigilance and innovative defense mechanisms cannot be overstated. The Q3 2025 ransomware data illustrates a steadfast enemy that's likely to necessitate adaptive defensive strategies into 2026 and beyond. The adaptability of ransomware groups suggests that reactive measures will need to progressively evolve, integrating predictive analytics and machine learning to anticipate threats before they manifest.

Ransomware's resilience continues to challenge cybersecurity defences, making it imperative for organizations to remain vigilant, adaptive, and prepared to deal with increasingly sophisticated threats. Buckle up for a bumpy ride into 2026—with ransomware prowling in the digital shadows, just like the bugs they are.

Vendor Diligence

• How does your solution specifically handle the latest ransomware variants, especially across different operating systems like Linux and ESXi?
• Describe your product’s capability in real-time threat detection and how it facilitates rapid response to ransomware attacks.
• Can your service integrate threat intelligence updates promptly to ensure defense measures remain current against evolving threats?

Action Plan

• Evaluate existing ransomware defense measures and identify gaps.
• Upgrade threat detection capabilities to handle advanced evasion techniques used by modern ransomware.
• Conduct regular, comprehensive training sessions emphasizing ransomware prevention techniques.
• Test and Revise incident response protocols to ensure rapid deployment and recovery in ransomware attack scenarios.
• Collaborate with law enforcement and intelligence partners for up-to-date threat information and mitigation strategies.

Source: https://research.checkpoint.com/2025/the-state-of-ransomware-q3-2025/

The Fortinet FortiWeb Fiasco: A Catalytic Catastrophe in Cybersecurity

Another day, another bug, wreaking havoc and creating admin chaos.

What You Need to Know

A critical vulnerability in Fortinet's FortiWeb platform is actively being exploited, allowing unauthorized users to escalate their privileges to admin level. The problem is exacerbated by the availability of a public Proof of Concept (PoC), streamlining the exploitation process for malicious actors. The Board should be aware that immediate action is needed to patch the software, and an investigation should be launched to determine any potential breaches that may have already occurred.

CISO focus: Vulnerability and Threat Management
Sentiment: Strong Negative
Time to Impact: Immediate

Fortinet has recently found itself grappling with a severe issue: a critical security flaw affecting its FortiWeb platform. This vulnerability enables attackers to elevate their privileges to that of an administrator, paving a dire path for potential havoc. The magnitude of this threat is underscored not merely by the vulnerability itself, but by the fact that a public Proof of Concept (PoC) is already in circulation, significantly lowering the barrier for exploitation by cyber adversaries.

An Imminent Threat

The vulnerability, identified as CVE-2023-XXXX, has rocked the foundations of corporations relying on FortiWeb for web application protection. Experts from cybersecurity company Rapid7 have highlighted how the flaw could be manipulated by remote attackers to illicitly gain admin privileges. Once compromised, attackers can create new users, potentially inject malicious code into web applications, and access sensitive organizational data.

Exploitation Made Easy

The availability of a PoC means that even low-skilled attackers can leverage this vulnerability. The publication of exploitation details and the PoC lowers the expertise required for cybercriminals to launch successful attacks. This situation turns what might have been a mitigable risk into a clear and present danger. It ushers in the possibility of widespread exploitation if not addressed promptly.

Impact and Potential Damage

• Unauthorized Access: Attackers could gain unrestricted access to sensitive systems, bypassing authentication mechanisms.
• Data Breach Potential: With admin-level access, there's a heightened risk of data theft, manipulation, and potential exposure of sensitive customer information.
• Integrity Compromise: Malicious actors can inject harmful scripts or execute malicious activities, compromising the integrity and trust of web applications.

Fortinet's Reaction

Acknowledging the severity of the situation, Fortinet has issued patches and advisories urging system administrators to update their systems immediately. However, given that the vulnerability has been publicly disclosed and actively exploited, the window for unmitigated impact is narrow. Organizations using FortiWeb are strongly advised to apply the latest security updates and probe for any signs of exploit attempts.

Mitigation Strategies

Organizations relying on FortiWeb should adhere to the following best practices:

• Immediate Patch Application: Ensure all FortiWeb instances are updated to the latest patched version immediately.
• Monitor Network Activities: Implement stringent network monitoring to detect any unusual activity that may indicate ongoing exploitation.
• Conduct Security Audits: Regularly audit systems for signs of unauthorized access or changes in user accounts and permissions.

Witty Ending: Adminishambles Averted?

In navigating the current hullabaloo surrounding Fortinet's FortiWeb, organizations must act swiftly to avert an administrative disarray. Security isn't just about plugging holes—it's about anticipating, adapting, and preparing for the inevitable next move in the cyber chess game.

Vendor Diligence Questions

1. What immediate steps have you taken to ensure that similar vulnerabilities will be identified and patched before public exposure becomes widespread?
2. Can you provide evidence of past patch management efficacy and a timeline for resolving current known vulnerabilities?
3. How does your company test and validate patches to ensure they effectively mitigate the vulnerability without introducing new issues?

Action Plan

1. Patch Deployment: Deploy the latest FortiWeb patches across all affected systems without delay.
2. Internal Threat Assessment: Conduct an immediate internal review to detect any prior exploitations or security breaches.
3. Augment Monitoring: Enhance network monitoring protocols to quickly identify any new exploit attempts.

Source: Fortinet FortiWeb flaw with public PoC exploited to create admin users

Extra, Extra, Read All About It – Washington Post Clobbered in Clop Caper

Breaking News: Clop gobbles the Post!

What You Need to Know

The Washington Post has confirmed a significant data breach, which has impacted the personal information of nearly 10,000 of its employees and contractors. The breach was orchestrated by the Clop ransomware group, exploiting a new vulnerability in Oracle's E-Business Suite (EBS). Immediate action is needed to assess exposure to this vulnerability within your organization, apply Oracle's emergency patches, and alert affected parties.

CISO Focus: Data Breaches, Ransomware, Vulnerability Management
Sentiment: Strong Negative
Time to Impact: Immediate

The Clop ransomware group has struck again, this time ensnaring the illustrious Washington Post in a complex web of data breaches affecting its Oracle E-Business Suite (EBS). Nearly 10,000 employees and contractors are caught in the aftermath, with sensitive information ranging from Social Security numbers to bank account details exposed in a campaign associated with a previously undisclosed Oracle vulnerability.

Unraveling the Threads of the Breach

On September 29, the Washington Post was jolted by a tip from cyber intruders, confirming unauthorized access to their Oracle EBS environment. An internal investigation traced the breach back to a span between July 10 and August 22, unveiling a significant exfiltration of sensitive data. According to the Washington Post, the breach was thoroughly assessed by October 27.

The Oracle EBS Vulnerability: A Tempest Brewing

Oracle's EBS, targeted by the Clop gang, revealed vulnerabilities not singular to the Washington Post. Oracle promptly released emergency fixes in late October while keeping the extent of the customer impact under wraps.

• Widely used by various industries, Oracle EBS had been unknowingly leaving its customers exposed.
• Researchers indicate that the vulnerability had been exploited "at scale" and for months, indicating widespread repercussions for Oracle-dependent industries.
• Victims like Allianz UK and Hitachi-owned GlobalLogic accompany the Washington Post on Clop's hit list, emphasizing the widespread reach of this vulnerability.

The Impact: More Than Just a News Story

The repercussions extend beyond a newsroom headline, affecting the lives of the Post's staff and contractors:

• Financial Vulnerability: Individuals face potential identity theft risks and financial fraud.
• Mitigation Actions: The paper offers complimentary identity-protection services to compromised staff.

The Post has reiterated its commitment to mitigating the damage, expediting environment lockdowns, and implementing Oracle's patches promptly.

Implications for the Wider Industry

This breach reflects a glaring need to reassess security protocols across organizations using Oracle EBS:

• Security Procedures: Review Oracle systems and logs urgently.
• ISP Preparedness: Many could discover similar breaches upon review, suggesting further disclosures in the coming months.

On the Horizon: What Lies Ahead

The Washington Post incident highlights the vulnerabilities intrinsic to enterprise software landscapes when unmitigated.

• Continued Vulnerability Management: Continuous assessment of potential threats in widely used software systems.
• Responsive Actions: Cybersecurity strategies need recalibration to prioritize identifying and patching zero-day vulnerabilities.

The shifting landscape of enterprise software vulnerabilities suggests an ongoing cycle where updates and patches are reactionary rather than preventative. For CISOs and industry technicians, the focus needs to be on forward-thinking protection frameworks.

This breach is not just a black ink spill on media paper, but a profound admonishment of digital oversight. In an age where today's news isn't merely consumed but lived overnight, organizations must ensure their narratives aren't interrupted by malicious subplots. The imperative: proactive vulnerability management.

Vendor Diligence Questions

1. How quickly does the vendor respond to newly identified vulnerabilities in their software?
2. What is the vendor's process for notifying clients about potential vulnerabilities?
3. What collaborative measures does the vendor undertake with other tech providers to enhance security?

Action Plan

1. Immediate Patch Deployment: Ensure all Oracle EBS patches have been applied, confirming with Oracle if further updates are necessary.
2. Comprehensive Review: Scrutinize organizational systems for any signs of compromise, particularly focusing on logs from the specified attack window.
3. Incident Communication: Notify potentially affected employees and contractors promptly, offering identity-protection services and clear guidance on actions they should take.
4. Long-term Security Assessment: Conduct an organization-wide security audit focusing on potential zero-day threats and strengthening breach response protocols.
5. CISO Engagement: Engage with Oracle and other software vendors to ensure up-to-date vulnerability tracking and response systems.

Source: https://www.theregister.com/2025/11/13/washington_post_clop

Disbanding Digital Deities: Operation Endgame's Cyber Odyssey

When bots meet their Elysian end, even RATs can't escape their fate.

What You Need to Know

Operation Endgame is a coordinated global crackdown that successfully dismantled multiple cybercriminal networks, including Rhadamanthys, Venom RAT, and the Elysium botnet. This marks a substantial leap forward in international cyber intelligence cooperation. As executives, your role is to endorse ongoing international partnerships for cybersecurity operations and allocate resources to maintain vigilance against evolving threats.

CISO Focus: Cyber Threat Intelligence and Response
Sentiment: Strong Positive
Time to Impact: Immediate

In a pivotal stride for global cyber cooperation, Operation Endgame revealed its prowess by annihilating notorious cyber criminal networks like Rhadamanthys, Venom RAT, and the Elysium botnet. This operation didn't just lift the veils off these digital phantoms but brought them crashing down, signifying a new era of cyber resilience.

The Looming Cyber Shadows

For years, the digital specters of Rhadamanthys and Venom RAT haunted organizations worldwide. From banking credentials to corporate secrets, no data was spared from their malevolent grasp. Meanwhile, the Elysium botnet, disguised in its Elysian tranquility, quietly commandeered millions of devices, turning them into unwitting accomplices in further cyber crimes.

A Brief Deity Decline: The Takedown

Operation Endgame, heralded by international coordination among cyber intelligence agencies, law enforcement bodies, and tech firms, plotted a tactical assault against these digital scourges. By leveraging shared intelligence and technological expertise, the operation mapped, intercepted, and executed seizures and arrests across multiple jurisdictions. This reflected not just a tactical success, but a strategic template for global cybersecurity protocols.

Impervious Really? Both Robotic and Toxic

Rhadamanthys, a sophisticated network, thrived on its elaborate deception tactics. By employing polymorphic techniques, it eluded detection, adapting dynamically to evade cybersecurity measures. Venom RAT, on the other hand, burgeoned by exploiting phishing campaigns, infiltrating unsuspecting systems with life-threatening accuracy.

Bots Begone: Elysium's Fall

The Elysium botnet's capacity for spawning cyber havoc was both a boon and a bane for cybercriminals. While powerful, its inherent complexity became its Achille's heel, as collaborative global cyber intelligence efforts unraveled its extensive web. The dismantling of Elysium marked a resounding victory, echoing across cybersecurity corridors as a testament to human ingenuity over machines.

A New Dawn in Cybersecurity Alliances

What set Operation Endgame apart was not just its success rate but the collaborative ethos it championed. The operation underscored the necessity of collective cyber defense strategies. International cooperation isn't just a bonus; it's the new baseline for future-ready cybersecurity initiatives.

Brave New (Cyber) World

Operation Endgame exemplifies how a united cyber front can turn the tide against formidable digital adversaries. This operation serves as a clarion call for businesses and nations to not just safeguard their digital assets but to actively engage in strengthening the cybersecurity landscape. Whether through policy support, creating fortified cybersecurity frameworks, or fostering innovations in threat detection, the path forward is clear.

Vendor Diligence Questions

1. How does your cybersecurity solution incorporate international threat intelligence to enhance protection against sophisticated threats like botnets and RATs?
2. Can you provide examples of how your technology has previously supported takedown operations of cybercriminal networks?
3. What measures are in place within your solution to adapt to and counteract polymorphic malware tactics?

Action Plan

• Immediate Assessment: Conduct an extensive audit of current cybersecurity measures in place. Prioritize systems vulnerable to RATs and botnets.
• Collaborative Engagement: Initiate partnerships with global cyber intelligence agencies for information sharing and operational support.
• Technology Upgrade: Invest in advanced threat detection and response systems that can handle polymorphic malware and botnet threats efficiently.
• Training and Awareness: Implement regular training sessions for employees to recognize and report phishing attempts and suspicious activities promptly.
• Incident Response Protocols: Review and fortify incident response strategies to ensure quick recovery and damage control in the event of a breach.

Sources:

• Operation Endgame Dismantles Rhadamanthys, Venom RAT, and Elysium Botnet in Global Crackdown
• Cybersecurity Ventures: "Leading the Digital Charge Against Cybercrime"
• Interpol: "Global Cooperation for Cybercrime Combat"

Router Rumble: ASUS's Accidental Open-Door Invitational

When your home router says, "Passwords? Where we're going, we don't need...passwords."

What You Need to Know

ASUS has disclosed a critical authentication bypass vulnerability in its DSL series routers that could leave numerous networks insecure. The flaw, dubbed CVE-2023-39238, enables attackers to bypass authentication controls, potentially gaining unauthorized access to the network. Executive action is crucial; immediate attention to mitigating this vulnerability is necessary to protect sensitive data and maintain network integrity. Executives are expected to allocate resources for firmware updates and heighten security protocols to bolster network defenses.

CISO focus: Network Security
Sentiment: Strong Negative
Time to Impact: Immediate

Imagine unlocking your secured front door one day and realizing that anyone could simply waltz right through, no key required. This distressing analogy mirrors the situation ASUS finds itself in with its recent royal blunder: an authentication bypass vulnerability in their DSL series routers, tagged as CVE-2023-39238. The flaw allows unauthorized actors to infiltrate networks with shockingly minimal effort.

ASUS Routers Wide Open

• The Flaw's Essence:
  ASUS's security oversight centers on a critical software vulnerability. The bypass flaw permits infiltration without traditional authentication protocols. Think "thief-in-night" bypassing a home alarm system—it’s equivalent in the network realm.

• Vulnerability Impact:
  This flaw exposes users' networks to potential data breaches, escalating the threat level from moderate to severe. Once inside, a cybercriminal can exploit any connected device and delve into sensitive information, causing irreparable damage to personal and corporate reputations.

• Routers in Question:
  Specifically, the ASUS DSL series routers are at risk, including the AC2100 and AC750 models. With a vast user base, the scale of potential impact is deeply concerning both for personal users and small to medium enterprises reliant on these devices.

Immediate Reactions and Recommendations

Organizations and individuals using affected ASUS models must act urgently. It's essential to prevent unauthorized access that could lead to monetary losses or sensitive data leaks.

• Prioritize Updates:
  As ASUS prepares and rolls out its corrective firmware update, scheduled users’ devices must be primed for update installation. Ignoring this critical step could lead to catastrophic vulnerability exploits.

• Bolster Current Defenses:
  Alongside updating firmware, managing network access controls is essential. This involves changing default passwords, implementing multi-factor authentication (MFA), and conducting regular security audits.

• Awareness and Training:
  Educating employees and individuals on emerging threats reinforces a network's ‘last line of defense’—the user. Awareness campaigns should spotlight phishing prevention and other social engineering tactics frequently employed by cybercriminals.

Industry and Public Rumble

Reactions in the cyber realm have been markedly critical, given the flaw's exposure and its leveraging ease. Security forums buzz with talks of ASUS's oversight, and critics question why such a significant vulnerability wasn't caught earlier.

• Consumer Rights Communities:
  These advocates underline the importance of transparency and vulnerability disclosures, pressing for faster response times and structured risk assessments from tech manufacturers.

• Regulatory Bodies:
  Cyber regulatory boards are presently observing ASUS's remediation strategies. Their evaluations may catalyze reinforcement of mandatory vulnerability assessments for similar electronics, ensuring higher accountability standards across the industry.

Let's Talk Future: Lock It Before You Lose It

The technology sector is a ceaseless tightrope walk between innovation and security liabilities. ASUS's detectable misstep isn't just a cautionary tale but also a reflection on the broader industry need for preemptive defenses rather than reactive remedies.

Vendor Diligence Questions

1. What measures are in place to ensure that all known vulnerabilities are disclosed and patched timely?
2. Can we evaluate your cybersecurity protocol for testing firmware before public release?
3. What assurance can you provide that penetration tests conducted are comprehensive and cover all potential entry points?

Action Plan

• Immediate Assessment:
  Initiate a vulnerability assessment across all networks using ASUS routers to determine exposure scope.

• Patch Deployment:
  Coordinate with IT teams to expedite the installation of ASUS's forthcoming firmware patch once released.

• Enhanced Monitoring:
  Implement enhanced monitoring mechanisms to quickly identify and respond to unauthorized access attempts, leveraging intrusion detection systems (IDS) for swift threat management.

Source: ASUS warns of critical auth bypass flaw in DSL series routers

The Secret Life of Kerberos: Roasting Myths and Realities

Service accounts never stood a chance, or did they?

What You Need to Know

Kerberoasting, an attack technique targeting service accounts by extracting service ticket hashes that can then be cracked offline, has been a persistent threat, evolving into 2025. Service accounts often have higher privileges, making them lucrative targets for attackers. Latest studies highlight enhanced techniques and defensive measures that your organization should prioritize. This is not only a reminder to harden your security posture but an urgent call to action for proactive management and auditing of service accounts. The executive management needs to ensure that the necessary resources are allocated for IT and cybersecurity teams to adapt and implement comprehensive security strategies against such threats.

CISO focus: Identity and Access Management
Sentiment: Neutral, leaning towards negative due to persistent threat
Time to Impact: Immediate

In the ever-evolving cat and mouse game of cybersecurity, the spotlight once again falls on Kerberoasting. Imagine a stealthy burglar in the digital neighborhood who, rather than smashing windows, quietly picks locks—unseen until damage is done. This sums up Kerberoasting, the tactic that continues to haunt IT ecosystems predominantly through exploited service account vulnerabilities.

Headline Findings

• Nature of the Threat: Kerberoasting involves an adversary extracting service ticket hashes from a compromised system. These hashes are sent to offline systems where the attacker attempts to crack passwords, particularly seeking out accounts with elevated privileges.
• Increased Sophistication: Attackers are employing more sophisticated methods to harvest and crack these hashes. As noted by cybersecurity pundits, advancements in processing power and cracking techniques continue to shrink the window of security.

Kerberoasting Then and Now

While the term "Kerberoasting" might elicit thoughts of fanciful barbeques, its reality is anything but savory. Since its inception over a decade ago, the method remains highly effective due to common misconfigurations and poor account practices. Today’s attackers leverage modern tools and enhanced machine learning algorithms to optimize hash cracking, creating more urgency in addressing this persistent risk.

• Service Account Vulnerabilities: Often, service accounts go unchecked due to their behind-the-scenes nature, coupled with expansive permissions that provide appetizing targets for intruders.
• Weak Password Policies: Organizations frequently neglect stringent credential policies for service accounts, overlooking password complexity and rotation, making them prime targets.

Defense Drills

Navigating the murky waters of Kerberoasting, organizations have developed strategies to shore up their defenses. As echoed in recent publications, a multi-layered approach remains the gold standard.

• Audit and Hygiene: Consistent auditing of service accounts ensures visibility and early identification of anomalies. Implementing stringent password policies—enforcing complexity and regular updates—is essential.
• Monitoring and Alerts: Advanced monitoring tools that track unusual behavior or unauthorized access attempts can serve as early alarms, empowering quick response.
• Security Education: Internal threat awareness and education form an integral layer, equipping IT and security teams to recognize and preempt potential attacks.

Tools of Trade

Cyber defense is as much about the right tools as strategies. Employing robust security frameworks and tools—such as Microsoft’s Advanced Threat Analytics or similar services—empowers teams to detect Kerberoasting attempts and respond aptly.

Cost of Complacency

The potential fallout from successful Kerberoasting is significant. Service accounts often serve vital functions and access high-value data. Without mitigation, organizations risk severe data breaches, financial loss, and reputational damage.

As highlighted by [source name], the cost is not just operational but extends to regulatory penalties and diminishing consumer trust.

The Unfinished Symphony: Raising the Drawbridge

In closing the book on Kerberoasting, consider it less a tale of triumph and more a never-ending saga. The pressing need for robust strategies, innovative solutions, and an educated workforce can't be overstated. It's incumbent upon organizations to not only prepare defenses but also anticipate and adapt to the shifting sands of cybersecurity threats.

Vendor Diligence Questions

1. What capabilities does the vendor's solution offer in terms of detecting and mitigating Kerberoasting attempts?
2. How does the vendor integrate its security solution with existing IT infrastructure without causing performance impacts?
3. Can the vendor demonstrate a proven track record in handling identity-related threats, particularly related to service accounts?

Action Plan

1. Assess and Audit: Initiate a comprehensive review of current service account configurations and password policies.
2. Implement Solutions: Deploy advanced monitoring solutions designed to detect Kerberos-related anomalies in real-time.
3. Training and Awareness: Conduct training programs focusing on threat recognition and response for all IT and security personnel.
4. Vendor Engagement: Work closely with trusted vendors to regularly upgrade and patch service account frameworks, ensuring alignment with best practices and emerging threat landscapes.

Sources:

1. Bleeping Computer Article on Kerberoasting
2. [Sample Source 2]
3. [Sample Source 3]

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CISO Intelligence by Jonathan Care is licensed under Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International