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Thank you Jeff Crume, PhD, CISSP for the wonderful video on Cybersecurity Trends for 2025 and Beyond. Shadow AI and Cybersecurity. What a great topic of discussion! Crucial vulnerabilities that arise from the increasing adoption of external AI platforms include lack of control and visibility creating a significant security risk. These pose a serious threat to the security of your organization, including the Problem of Unmanaged Connections. Shadow AI is just like "shadow IT," where employees use unauthorized software, occurs when employees connect to external AI platforms without IT's knowledge. This bypasses security controls and creates blind spots. The problem of data Exfiltration could be inadvertently or maliciously shared with external AI platforms, potentially violating privacy regulations or exposing confidential information. It also poses a risk to API Security. Connections to external AI platforms often rely on APIs. If these APIs are not properly secured, they can be exploited by attackers. For most, lack of Visibility and Ineffective Monitoring is the biggest threat. IT teams need a comprehensive inventory of all AI platforms and connections used within the organization. Without this, they can't effectively monitor for security threats. also note, that an AI based chatbot could be used to distribute phishing links, collect sensitive information, or spread malware. through social engineering. So how do you go about taking security precautions? Use DLP tools to prevent sensitive data from being shared with unauthorized AI platforms. Implementing strong IAM controls to restrict access to AI platforms and data is also a must. This is just a start. Talk to a cybersecurity specialist to perform a comprehensive assessment in your environment for a true picture. https://lnkd.in/g7AZDq-C #cybersecurity #Cybersecurity #AI #MachineLearning #DeepLearning #InfoSec #DataProtection #CyberAI #ArtificialIntelligence #Cyberthreats #IoTsecurity

Hackers stole this engineer's 1Password database. Could it happen to you? A software engineer for the Disney Company unwittingly downloaded a piece of malware that turned his life upside down. Was his password manager to blame? https://lnkd.in/gYvV-F-m #cybersecurity #cyberattack #breach #stolencredentials

Which of the following is the BEST way to build a risk-aware culture? A.?Periodically change risk awareness messages. B.?Ensure that threats are communicated organization-wide in a timely manner. C.?Periodically test compliance with security controls and post results. D.?Establish incentives and a channel for staff to report risks #cybersecurity #Cyberawareness #cyber #cyberexams

When management changes the enterprise business strategy, which of the following processes should be used to evaluate the existing information security controls as well as to select new information security controls? A.?Access control management B.?Change management C.?Configuration management D.?Risk management

Starting this month, we are going to be placing questions that can help our cybersecurity students test their knowledge of Information Security and all that goes into its strategic planning. Each month, the one with the most correct answers will be eligible to be entered into a CyberWolfe t-shirt draw. #cybersecurity #cyberstudents #securitywareness Which of the following should be the FIRST step in developing an information security plan? A. Perform a technical vulnerabilities assessment B. Analyze the current business strategy C. Perform a business impact analysis D. Assess the current levels of security awareness Best of Luck ??

We get this asked a lot. What is the difference between a SOC and NOC? A SOC (Security Operations Center) focuses on cybersecurity, monitoring and responding to security threats, incidents, and vulnerabilities. It analyzes logs, detects anomalies, and mitigates cyber risks. A NOC (Network Operations Center) manages network performance, availability, and reliability. It ensures uptime, troubleshoots network issues, and handles outages. The key differences are: SOC: Cybersecurity-focused (threat detection, incident response). NOC: Network health-focused (performance, connectivity). SOC Tools: SIEM, Threat Intelligence, SOAR. NOC Tools: Network monitoring, performance analytics. A key feature is Threat Intelligence, and that is what makes a SOC great. Threat intelligence helps Security Operations Centers (SOCs) address several key challenges, including: 1. Threat Overload – Prioritizes real threats by filtering out noise from false positives. 2. Unknown Threats – Identifies emerging attack patterns, TTPs (Tactics, Techniques, and Procedures), and zero-day exploits. 3. Incident Response Speed – Enriches alerts with context, reducing investigation time. 4. Attack Attribution – Helps link attacks to known threat actors or groups. Proactive Defense – Supports threat hunting and preemptive security measures. 5. Automation & Orchestration – Enhances SIEM/SOAR capabilities for faster mitigation. If you are a MSP, an IT Service provider, and you want to convert your NOC into a SOC, call us how. We have already done this for 3 major MSPs in Toronto, Dallas and Miami areas. Team #cyberwolfe can support you with SOC 2 Type 2 certification as well.

Lessons Learnt. The most importance piece after a breach. After the October 2023 breach, Okta?implemented enhanced security measures, including zero standing privileges for admins, requiring multi-factor authentication (MFA) for critical actions, and IP binding for sessions.?They also notified affected customers and advised them to change passwords and be vigilant against phishing attempts. https://lnkd.in/gjFzvaBn Here's a more detailed breakdown of Okta's actions: Zero Standing Privileges: Okta introduced a policy where admin roles are only assigned to authorized users for the duration they are needed, rather than having permanent access. MFA for Protected Actions: Okta required MFA for admins to perform high-impact actions within the Admin Console, adding an extra layer of security. IP Binding: Okta implemented IP binding, which invalidates sessions if the source IP changes during the session, helping prevent session takeover. Allowlisted Network Zone for APIs: Okta enforced an allowlisted network zone for APIs to restrict attackers from stealing or replaying SSWS tokens outside the specified IP range. Dynamic Zones: Okta added the ability to detect and block requests from anonymizers to Okta endpoints within Dynamic Zones, protecting critical assets. Phishing Awareness: Okta notified customers of the increased risk of phishing and social engineering attacks and advised them to be vigilant. Internal Security Focus: Okta suspended all functional development of its products for 90 days, focusing on security improvements, dubbed "Project Bedrock". Customer Notification: Okta notified customers whose environments or support tickets were impacted and advised them to sanitize their HAR files before sharing them. Root Cause Analysis: Okta's CISO, David Bradbury, shed light on the breach, stating that a service account with access to view all support tickets and read uploaded files was used to steal HAR files. Security Tips: Okta provided tips to help mitigate potential threats, including securing administrator access through MFA, "Admin session binding", and "Admin session timeout". Security by Design: Okta is incorporating secure by design principles into its internal and external tech stacks, with some features being optional or requiring customer implementation.?

We get this asked a lot. What is the difference between a SOC and NOC? A SOC (Security Operations Center) focuses on cybersecurity, monitoring and responding to security threats, incidents, and vulnerabilities. It analyzes logs, detects anomalies, and mitigates cyber risks. A NOC (Network Operations Center) manages network performance, availability, and reliability. It ensures uptime, troubleshoots network issues, and handles outages. The key differences are: SOC: Cybersecurity-focused (threat detection, incident response). NOC: Network health-focused (performance, connectivity). SOC Tools: SIEM, Threat Intelligence, SOAR. NOC Tools: Network monitoring, performance analytics. A key feature is Threat Intelligence, and that is what makes a SOC great. Threat intelligence helps Security Operations Centers (SOCs) address several key challenges, including: 1. Threat Overload – Prioritizes real threats by filtering out noise from false positives. 2. Unknown Threats – Identifies emerging attack patterns, TTPs (Tactics, Techniques, and Procedures), and zero-day exploits. 3. Incident Response Speed – Enriches alerts with context, reducing investigation time. 4. Attack Attribution – Helps link attacks to known threat actors or groups. Proactive Defense – Supports threat hunting and preemptive security measures. 5. Automation & Orchestration – Enhances SIEM/SOAR capabilities for faster mitigation. If you are a MSP, an IT Service provider, and you want to convert your NOC into a SOC, call us how. We have already done this for 3 major MSPs in Toronto, Dallas and Miami areas. Team #cyberwolfe can support you with SOC 2 Type 2 certification as well.

Enhancing Cloud Security with CyberWolfe Services _______________________________________________________ As organizations transition their applications to public and private cloud environments, they unlock new opportunities for efficiency and innovation. However, increased cloud reliance also introduces security risks that must be proactively managed. Team CyberWolfe helps organizations across the USA and Canada assess and strengthen their cloud security posture, ensuring the right levels of governance, compliance, and protection are in place. Our team provides both remote and on-site advisory support, focusing on six key areas to identify vulnerabilities and mitigate risks: 1. Overall Security Posture – Conducting interviews and documentation reviews to evaluate cloud security lifecycle management. 2. Access Control & Management – Reviewing user accounts, key management, and privileged access controls to enforce least privilege principles. 3. Incident Management – Assessing incident response policies, roles, and processes to ensure a structured approach to cloud security incidents. 4. Data Protection – Evaluating encryption and security controls for data in transit and at rest to prevent unauthorized access. 5. Network Security – Reviewing segmentation, firewall policies, and configurations to prevent misconfigurations and unauthorized access. 6. Risk Management & Compliance – Assessing security policies, patching strategies, vulnerability management, and risk assessment frameworks. By leveraging CyberWolfe Services, organizations can ensure their cloud infrastructure is resilient, compliant, and secure, enabling them to innovate with confidence. #cybersecurity #cyberattack #business #msp #mssp https://cyberwolfe.com/

A Breach at the Top: When the Stakes Are at Their Highest When a top-tier law firm—35 lawyers and 72 support staff—found itself paralyzed by a cyberattack, the ripple effects were devastating. Sensitive client data was locked, operations ground to a halt, and reputations were on the line. To make matters worse, their IT provider had also been compromised, leaving them without internal recovery options. To add insult to injury, their insurance company denied their claim, citing certain fine print in the policy. Desperation turned to action when the firm was referred to Team CyberWolfe through a trusted third party. We immediately mobilized. Over the next two weeks, we worked around the clock to assess the damage, secure the infrastructure, and recover critical data. With our unique blend of expertise in cybersecurity, forensics, and business continuity, we restored full functionality to the firm. By the end of the operation, the firm was back on its feet, their systems stronger than ever, and their reputation intact. Team CyberWolfe doesn’t just respond to crises—we deliver peace of mind when it matters most. https://cyberwolfe.com/