How can you ensure your SOC detects social engineering attacks?

I think the question is phrased a bit wrong .. SOC can detect the technical aspects of social engineering bu the primary control is always and will remain user awareness. In this age of AI driven misinformation and deepfakes, your technical controls will only go so far. Invest in your training otherwise you are leaving your employees vulnerable

We need to look at Human Cyber Risk Management & Mitigation as a important vector and empowering organisations by targeting the source of over 90% of all data breaches: humans. As we all know first line of defense against social engineering attacks is our staff. You need to train them on how to recognize and report suspicious emails, calls, messages, or requests. You should also educate them on the best practices for creating and managing passwords, verifying identities, and avoiding phishing traps. Make sure your training is regular because security is not the responsibility of the Info Sec team, alone. There are over 20,000+ types of attack scenarios! We need to alters Psychology by automating and gamifying the learning experience.

La formation, qu'es-ce que c'est ? Répéter encore et encore les mêmes choses, c'est usant et ennuyeux pour beaucoup de gens et en plus ça coûte. Mais la formation continue est le seul moyen de monter le niveau de vigilance et de résistance de tous en entreprise. Évidemment il faut fuir les PowerPoint, les exposés interminables. La formation doit être interactive, engageante, mettre en situation les stagiaires. Il faut se baser sur des cas réels et montrer comment les hackers travaillent réellement. La formation est la base de la sécurité informatique, mais elle ne fonctionnera que si elle est répétée régulièrement et qu'elle est suivie de "tests de résistance". Faites appel à des vrais pros de la cyber qui n'ont rien à vous vendre après.

Maybe we're asking the wrong question. While SOCs struggle to manage incident response for billions of attacks, asking this team to take on the responsibility of your social engineering defenses isn't necessarily the most effective route. Humans are just as much a vulnerability, and a wildly less predictable one at that, as any of the 225,000+ known CVEs. And like that ever-expanding list, employees should first and foremost fall under the purview of the Vulnerability Operations Center (VOC). Think of this preventative function as the complement to your SOC's reactive measures. As for the training itself: if point-in-time compliance checklists don't work for your security as a whole, they won't work for the people on the frontlines either.

Provide comprehensive training to SOC analysts about different types of social engineering attacks, including phishing, pretexting, baiting, and tailgating. Make them aware of common tactics used by attackers and the psychological principles behind social engineering. Understanding psychological principles such as authority, scarcity, fear and uncertainty can help individuals and organizations recognize and mitigate social engineering attacks by being more vigilant and skeptical of unsolicited requests or unusual behavior.

From my perspective, while implementing technical controls is crucial for defending against social engineering attacks, a proactive approach is equally important. Many of our clients leverage Evina BrandProtect Intelligence, a tool designed to scan the web and identify deceptive websites that facilitate social engineering attacks. This allows for a proactive stance in risk management, especially in preventing fraudulent payments linked to these deceptive sites. Integrating such solutions enhances the SOC's ability to detect and mitigate threats before they escalate.

Enabling a Security Operations Center (SOC) to detect social engineering attacks involves implementing a combination of tools that can analyze various aspects of network and user behavior. Here are some tools and technologies that can help: 1. Email Security Gateways 2. Security Information and Event Management (SIEM) Systems 3. User and Entity Behavior Analytics (UEBA) Platforms 4. Web Application Firewalls (WAFs) 5. Endpoint Detection and Response (EDR) Solutions 6. Phishing Simulation and Awareness Platforms 7. Threat Intelligence Feeds 8. DNS Security Solutionsr It's important to integrate these tools into a comprehensive security architecture and regularly update them to address evolving threats.

In the battle against social engineering attacks, your technical controls serve as the second line of defense. By implementing and configuring robust tools and systems, your Security Operations Center (SOC) can effectively detect and thwart malicious activities. Utilize a range of solutions such as email filtering, spam detection, antivirus software, firewalls, encryption, multifactor authentication, and backup systems to bolster your cybersecurity posture. Monitoring and auditing network traffic, logs, devices and access rights are vital practices to identify anomalies and potential breaches proactively. By staying vigilant and leveraging technical controls, you can enhance your organization resilience against social engineering threats.

Security Operation Center is an orchestrator, but without peripherals it will not give you the expected outcome It should be fed with other security controls events and logs like what I listed below User & Device security tools - MFA - Mail security - EPP Analytics tools - NDR - SIEM - SOAR - XDR Network Security tools - NGFW - NAC - SSL decryption - Trafic shaper - IDPS Cloud and Web Security tools - Cloud Application Security - SSE - SASE - Web security Gateway Application and Data Security - WAF - DLP

Implement technical controls such as Email filtering and security,Antivirus and endpoint protection, Web filtering and content control to mention just a few to improve the security posture of your organization.

Empowering a Security Operations Center (SOC) to detect social engineering attacks through scenario simulations involves creating realistic scenarios that mimic common tactics used by attackers. Here's a step-by-step guide: Identify Common Social Engineering Tactics: Research and identify common social engineering tactics, such as phishing emails, pretexting calls, baiting with USB drives, and tailgating. Develop Realistic Scenarios: Each scenario should include a detailed description of the attack, including the pretext used by the attacker, the goal of the attack, and potential indicators of compromise (IOCs). Design Simulation Exercises: Design simulation exercises based on the developed scenarios. Etc.,

Conduct regular AI-enhanced phishing simulations to test SOC analysts' ability to detect and respond to social engineering attacks. Collaborate with the LinkedIn community to gather insights into the latest social engineering tactics and incorporate them into simulation exercises. Analyze simulation results using AI algorithms to identify areas for improvement in SOC detection capabilities.

Stimulez régulièrement les outils de sécurité pour s'assurer qu'ils détectent bien les liens suspects ou malicieux. Des "pentes" réguliers peuvent aider

To add, Design scenarios that encompass various social engineering tactics like pretexting, baiting, tailgating, and quid pro quo, not just email phishing. Also, Create simulations that reflect your organization's specific vulnerabilities, attack vectors, and employee roles.

Enhance your defense against social engineering attacks by implementing simulation as the third line of protection. Test and evaluate your Security Operations Center (SOC) readiness and performance through realistic scenarios and exercises. Utilize tools and platforms capable of generating and launching social engineering campaigns within your organization, including phishing emails, fake calls, or rogue websites. Measure and analyze your SOC's response time, accuracy, and overall effectiveness during these simulations. This proactive approach ensures that your SOC is well-prepared to handle real-world social engineering threats and enhances its capabilities over time.

Iterate and Improve: Use the insights gathered from the simulation exercises to iterate and improve SOC processes, tools, and training programs. Incorporate feedback from participants to make the scenarios more challenging and realistic. Regularly repeat simulation exercises to reinforce learning and preparedness. Document Results and Lessons Learned: Document the results of the simulation exercises, including observations, feedback, and any incidents detected. Use this documentation to track progress over time and identify trends in social engineering attacks. Share lessons learned with relevant stakeholders to enhance overall security posture.

Use AI-driven analytics to analyze historical data and identify patterns indicative of social engineering attacks that may have been missed. Encourage SOC analysts to provide feedback and suggestions for improving detection mechanisms based on their experiences and observations. Continuously iterate on detection rules and algorithms based on feedback from both internal sources and the LinkedIn community.

Continuously fortify your defense against social engineering attacks with a robust review and improvement strategy as the fourth line of defense. Regularly assess and enhance your Security Operations Center (SOC) capabilities and resilience by collecting and analyzing feedback, data, and lessons learned from past incidents. Keep your policies, procedures, standards, and best practices up-to-date, refining them based on evolving threats. Seek external guidance and support from experts, peers, or partners to gain insights and perspectives that can further enhance your SOC's effectiveness in combating social engineering threats.

Gather feedback from your SOC team, users, simulations, and incident response activities to identify trends and areas for improvement. Also, Track key metrics like detection rates, response times, false positives, and vulnerabilities to gauge your SOC's effectiveness.

By analyzing feedback, data, and lessons learned, we can enhance our resilience. Regularly updating policies, procedures, and best practices based on these insights, coupled with seeking external expertise, ensures our defenses evolve in line with emerging threats. This cycle of evaluation and refinement is vital for staying ahead of attackers and maintaining a strong security posture.

Documents and communicates the results of the simulation exercises, including observations, feedback, and any incidents detected. Uses and communicates this documentation to track progress over time and identify trends in social engineering attacks. Share lessons learned with relevant stakeholders to enhance overall security posture.

Foster collaboration between the SOC and other departments, such as HR and IT, to share information about social engineering incidents and enhance detection capabilities. Leverage AI-powered collaboration tools to facilitate communication and knowledge sharing among SOC analysts and with external experts from the LinkedIn community. Establish communication channels for reporting suspicious activities and sharing insights about emerging social engineering threats.

In my experience, Fostering a culture of open communication within one’s SOC, encouraging team members to share information, concerns, and insights without fear of blame.

Effective communication and collaboration are vital elements in ensuring the success of a Security Operations Center (SOC) in detecting and mitigating social engineering attacks. Establish clear communication channels within the SOC team and across relevant departments to promptly share threat intelligence and incident details. Foster collaboration with external security communities and information-sharing platforms to stay abreast of emerging social engineering tactics. Regularly communicate updates on the evolving threat landscape to all stakeholders. Encourage a culture of open communication within the organization to facilitate the reporting of potential incidents.

Fostering a culture of trust and transparency within the SOC and across the organization is essential. Sharing insights and alerts with other SOCs, security teams, or authorities enhances our collective defense against social engineering. Engaging stakeholders, clients, and suppliers in security awareness efforts is also critical. This collaborative approach not only strengthens our immediate security posture but also contributes to a broader, community-wide resilience against threats.

In today's rapidly evolving threat landscape, the ability to learn and adapt is crucial for a CISO and his/her Security Operations Center (SOC). Staying ahead of social engineering attacks requires a proactive approach. Regularly updating skills, embracing new technologies, and staying informed about emerging threats ensures that the SOC remains resilient and can effectively protect the organization against evolving cyber risks. Continuous learning is not just a strategy; it's a mindset that fosters a culture of cybersecurity readiness and responsiveness.

Stay informed about the latest AI advancements in social engineering detection and incorporate relevant technologies into SOC operations. Encourage SOC analysts to participate in training sessions, webinars, and conferences facilitated by the LinkedIn community to stay updated on emerging threats and best practices. Foster a culture of continuous learning and adaptation within the SOC to effectively respond to evolving social engineering tactics.

It is a rare day when your teams don’t see a novel approach to the threats they face. At same time, it is a rare day when those novel approaches make it into your awareness and training. Find away to incorporate lessons learned. It could be a once per day standup to keep the team informed. It could be a shared repository, or a team’s channel. Small doses of awareness can go a long way in preventing an attack from being successful. Making learning and adapting part of your culture is much more powerful than requiring it in your policy. A culture that embraces the change and learns from it will provide the best chance at defeating unknown (and known) threats.

Also, your SOC team needs to have Incident Response Playbooks(e.g., Phishing Incident Response Playbook) to follow. SOC will benefit from following a well-prepared playbook which gives step by step procedure from Preparation to Lesson Learning stages of the Incident response.

Rajoutez de l'intelligence artificielle pour détecter les fraudes par la ressemblance et les incohérence. Bien souvent les incohérences sont détectables par des algorithmes

To enhance your Security Operations Center’s (SOC) ability to detect social engineering attacks, consider a multi-layered approach. Leverage automation to ease analyst workload and achieve SOC objectives: identifying, investigating, and mitigating threats. Generative AI can expedite alert triage and investigation. Additionally, establish robust test, backup, and recovery plans for communication channels. Regular employee training and awareness programs are vital in preventing social engineering attacks.

Regularly assess the effectiveness of SOC detection mechanisms through AI-driven metrics and key performance indicators (KPIs). Collaborate with industry peers in the LinkedIn community to share insights and best practices for detecting and mitigating social engineering attacks. Stay vigilant against insider threats by implementing AI-powered monitoring solutions to detect anomalous behavior among employees.

To ensure your Security Operations Center (SOC) detects social engineering attacks: 1. Implement robust employee training programs to raise awareness about social engineering tactics. 2. Establish clear procedures for reporting suspicious emails, phone calls, or other communication. 3. Deploy email filtering and spam detection systems to identify phishing attempts. 4. Monitor network traffic for anomalies that may indicate social engineering activity. 5. Use behavioral analysis tools to detect unusual patterns of user behavior. 6. Regularly test the effectiveness of your detection mechanisms through simulated social engineering exercises. 7. Stay informed about the latest social engineering techniques