Kamran Meer

#Kyureeus Certification Training: ISO & SOC2 Certified Course 1: Network Defense Elements Overview: This training program offers foundational knowledge and practical skills to effectively protect your organization's network from evolving threats. What You Will Learn:  Network Security Principles: Fundamental concepts including protocols and encryption.  Threat Protection: Use advanced tools and practices for threat identification and mitigation.  Risk Management: Strategies for assessing and managing network risks.  Practical Exercises: Real-world simulations for hands-on experience. Key Features:  Industry-Relevant Skills: Gain up-to-date, practical knowledge for real-world network defense.  Career Advancement: Boost your professional profile with industry-recognized certifications.  Flexible Learning: Choose from online, in-person, or hybrid learning options.  Hands-on Training: Engage in practical exercises that simulate real-world scenarios.  Foundational Knowledge: Build a solid base in key areas such as threat analysis and risk management.    #Kyureeus: Elevating your cybersecurity expertise through top-tier training and certification.    #cybersecuritytips #ITSecurity #OTSecurity #informationsecurity #CyberSec #networking #networksecurity #infosecurity #cyberattacks #security #cybersecurityawareness #WorkforceTraining #itsecurityawareness #itsecuritytraining

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SOC Career Path: A Guide to Building Your Career in Security Operations 👨‍💻🔒 🌟 Introduction 1️⃣ What is a SOC (Security Operations Center)? 2️⃣ Why is the SOC career path in demand? 💻 What Does a SOC Do? 1️⃣ Overview of SOC functions 2️⃣ Importance of SOC in cybersecurity 🚀 The SOC Career Path: Key Roles and Responsibilities 🔹 Entry-Level Positions: SOC Analyst I 🔹 Mid-Level Positions: SOC Analyst II and SOC Engineer 🔹 Senior-Level Positions: SOC Manager, Lead Analyst, and SOC Architect 🛠️ Skills Required for a Successful SOC Career 1️⃣ Technical Skills 2️⃣ Soft Skills 3️⃣ Certifications and Education 🎓 How to Start Your SOC Career 1️⃣ Getting the Right Education 2️⃣ Building Practical Skills 3️⃣ Networking and Certifications 📈 Advancement in SOC: Moving from Analyst to Manager 1️⃣ Transitioning from Technical to Managerial Roles 2️⃣ Key Steps to Take for Career Growth ⚠️ Challenges in the SOC Career Path 1️⃣ Stress and Burnout 2️⃣ Keeping Up with Evolving Cyber Threats 💼 Job Market and Salary Expectations for SOC Roles 1️⃣ Demand for SOC Professionals 2️⃣ Salary Insights and Growth Potential 🔧 SOC Tools and Technologies to Master 1️⃣ Security Information and Event Management (SIEM) 2️⃣ Intrusion Detection and Prevention Systems (IDS/IPS) 3️⃣ Threat Intelligence Platforms 🏥 SOC Career Path in Different Industries 1️⃣ SOC in Healthcare 2️⃣ SOC in Finance 3️⃣ SOC in Government and Military 🔮 Future Trends in the SOC Career Path 1️⃣ Artificial Intelligence and Automation 2️⃣ Cloud Security and Remote SOC Operations ❓ Is the SOC Career Right for You? 1️⃣ Pros and Cons of a SOC Career 2️⃣ Personal Attributes Needed for Success 🔔 Conclusion 1️⃣ Summary of the SOC Career Path 2️⃣ Encouragement to Begin Your Journey 📚 FAQs 1️⃣ What qualifications do I need to become a SOC Analyst? 2️⃣ How long does it take to become a SOC Manager? 3️⃣ What are the top certifications for SOC professionals? 4️⃣ What is the job outlook for SOC careers in the next 5 years? 5️⃣ How can I build hands-on experience for a SOC role? Credits: Nexson IT Academy | Saritha Valthati | Santhosh Kothakota #SOCCareerPath #CybersecurityCareers #SOCAnalyst #NexsonITAcademy #SecurityOperationsCenter #CybersecurityTraining #CareerInCybersecurity #SOCJobs #CybersecuritySkills #TechCareers #DigitalSecurity #CyberDefense #SIEM #ThreatIntelligence #CloudSecurity #InfoSec #ITTraining #CybersecurityIndustry #TechEducation #FutureOfCybersecurity #CybersecurityCertifications #ceh

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This Risk Management mind map outlines the key components of risk management in information security. Before you scroll down, don't forget to comment your love or follow Ministry of Security for more such creative infosec content. Here's a brief explanation of each main branch: 1️⃣ Risk Identification: Asset Inventory: Identifying and cataloging all valuable assets. Threat Analysis: Identifying potential threats to these assets. Vulnerability Assessment: Determining weaknesses in the system. 2️⃣ Risk Assessment: Likelihood Evaluation: Estimating the probability of a risk occurring. Impact Analysis: Determining the potential consequences of a risk. Risk Prioritization: Ranking risks based on their likelihood and impact. 3️⃣ Risk Mitigation: Risk Acceptance: Acknowledging and accepting certain risks. Risk Avoidance: Eliminating the risk by avoiding the activity. Risk Transfer: Shifting the risk to another party (e.g., insurance). Risk Reduction: Implementing controls to minimize the risk. 4️⃣ Risk Monitoring: Continuous Monitoring: Ongoing surveillance of the risk landscape. Incident Reporting: Documenting and analyzing security incidents. Key Risk Indicators: Metrics used to measure risk levels. Risk Reassessment: Periodically re-evaluating risks and controls.

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⚡ If you are tasked with auditing ISO 27001 ISMS. Then the below diagram might be helpful. Ensure of course, to do your research and due diligence in ensuring that you are following those established best practices- 🔦 1- Best Practices for #Cybersecurity & #GRC Professionals-https://lnkd.in/d5s6Cqxx 📚 Other resources to help enhance you Cyber-GRC skill-set: https://lnkd.in/gjCTYw3B

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💡Informative summary of the definitions and characteristics of Policies v Standards v Procedures v Guidelines as they relate to #cybersecurity Post Credit: Ministry of Security ! #cyber #riskmanagement #policies #procedures #informationsecurity

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Latency and data privacy and protection Latency refers to the delay between a user’s action (like clicking a button) and the system’s response. In networking and data processing, latency issues arise when there’s a significant lag in data transmission, processing, or retrieval, leading to slow service or response times. Causes include long data travel distances, overloaded servers, and inefficient routing. High latency can affect user experience, disrupt real-time processing, and complicate data compliance efforts. Latency issues can have a significant impact on data privacy compliance, particularly in the context of handling and transmitting sensitive information. Here’s how: 1. Delayed Data Processing: High latency can slow down data processing, causing delays in actions such as encryption, anonymization, or deletion of sensitive data. Regulations require timely processing and deletion of personal data. Delays can lead to non-compliance, especially for requests related to data subject rights (e.g., right to erasure). 2. ⁠Data Transfer Across Borders: To mitigate latency, companies may route data through different servers, sometimes across borders. However, Cross-border data transfers can lead to violations of data sovereignty laws if data is routed through regions without adequate data protection measures. 3. Increased Vulnerability to Security Breaches: High latency may result in prolonged data transmission times, creating more opportunities for interception or cyberattacks. Data breaches resulting from these vulnerabilities can lead to hefty fines and penalties under privacy laws, such as GDPR or the DPDP Act in India, which require robust data protection. 4. Inefficient Real-Time Monitoring: Latency can hinder real-time monitoring of data access, usage, and security threats. Data Privacy Laws require organizations to have effective monitoring and auditing mechanisms to detect and report data breaches promptly. Latency can lead to delayed responses and potential compliance violations. 5. Challenges with Consent Management: High latency can delay consent prompts, opt-ins, or opt-outs, affecting user experience and data handling. Privacy regulations mandate clear and timely consent management. Delays in processing consent actions could result in unauthorized data processing, violating user rights. Latency issues can pose serious risks to data privacy compliance by delaying critical processes. As a legal counsel, it may be advised to invest in local infrastructure to reduce latency, ensuring compliance with data localization laws. Recommend optimizing data handling protocols (e.g., real-time encryption and automated syncing) to prevent delays and strengthen security measures to protect data during transmission, minimizing risks of breaches. Emphasize the need for ongoing audits to monitor latency-related issues, ensuring timely data processing and adherence to global privacy laws. AMLEGALS - A Specialised Law Firm

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The "Certified Information Systems Security Professional (CISSP): Seventh Edition" is an essential guide for information security professionals for a variety of reasons: 👨‍💻👇 1. Comprehensive Coverage: It provides a thorough overview of the eight domains of the CISSP Common Body of Knowledge (CBK), essential for understanding key security concepts. 2. Updated Content: The seventh edition includes the latest developments, best practices, and emerging threats, ensuring professionals stay current with industry trends. 3. Exam Preparation: Tailored for CISSP exam candidates, it includes practice questions, detailed explanations, and practical examples to help build knowledge and confidence. 4. Professional Development: It serves as an excellent reference for ongoing professional development and helps CISSP holders maintain their certification by fulfilling Continuing Professional Education (CPE) requirements. 5. Credibility and Recognition: CISSP certification is globally respected. Studying from this authoritative source enhances credibility and marketability in the job market. 6. Practical Application: Beyond exam prep, the book offers strategies and methodologies for effectively protecting information systems in the workplace. 7. Authoritative Source: Authored by industry experts, it provides valuable insights and real-world examples, making it an authoritative guide in the field. In summary, the "CISSP: Seventh Edition" is an essential course for aspiring and current CISSP professionals. Offering comprehensive, updated content for exam prep, professional development, and practical workplace application. Learn more about this course at: https://lnkd.in/dfMTAz8P

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THE RISK OF HEAT MAPS: How They Lead to False Security in Cyber Risk Management Heat maps, often used to visualize risk assessments in various shades of color, are popular in risk management. They offer a seemingly simple way to display risk levels and are used by executives and decision-makers as a quick overview tool. However, the convenience they offer often comes at the cost of depth and accuracy, leading to potentially misguided decision-making. In this article, published recently in the eGUIDE, Tobias Faiss explores 13 ways heat maps can do more harm than good in risk management. Come to the HUB to access Tobias' article in Vol 700 of the Continuity eGUIDE >> https://lnkd.in/ekg3wHNq Other practical resources and news in Vol 700 >> · Good Practices on Disaster Resilient Infrastructure · Let’s Do Great Things Together in 2025! · BCI Horizon Scan Report 2024  · Organizational Vulnerabilities due to 3rd-party Failures · Awards Winners at the 72nd IAEM Annual Conference Visit the Risk and Resilience HUB to connect, collaborate and build resilient organizations. https://lnkd.in/e4BVs58 #supplychainvulnerabilities, #heatmaps, #cyberriskmanagement, #risksin2025, #collaboration

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NIST Cybersecurity Framework (CSF) checklist to help guide your implementation of cybersecurity practices: As always, credits goes to the Ministry of Security and team 1. Identify (ID): Asset Management: Inventory assets, devices, and software. Business Environment: Understand your role in the ecosystem. Governance: Establish policies, risk management, and regulatory requirements. Risk Assessment: Identify cybersecurity risks. Supply Chain Risk: Manage third-party risks. 2. Protect (PR): Access Control: Restrict access to sensitive systems/data. Data Security: Implement encryption, DLP tools. Awareness Training: Train staff on cybersecurity risks. Maintenance: Conduct timely system and software updates. Protective Technology: Utilize firewalls, intrusion detection, etc. 3. Detect (DE): Anomalies and Events: Identify suspicious behavior. Continuous Monitoring: Establish a process for threat monitoring. Detection Processes: Develop playbooks for incident detection. 4. Respond (RS): Response Planning: Prepare a formal incident response plan. Communication: Establish incident notification channels. Mitigation: Define actions to contain incidents. Improvements: Post-incident reviews to enhance security. 5. Recover (RC): Recovery Planning: Develop plans to restore operations. Improvements: Implement lessons learned. Communications: Inform stakeholders of recovery progress. Regularly review and update each element to align with changing threat landscapes and organizational needs. Follow us at SMIIT CyberAI #CyberSecurity #NISTCSF #RiskManagement #DataSecurity #IncidentResponse #AssetManagement #AccessControl #ThreatDetection #VulnerabilityManagement #BusinessContinuity #CyberResilience #Misnterofsecurity #SMIITCyberai

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⚠️ Addressing Pushback Against ISO42001: A Case for Responsible AI Governance⚠️ Organizations considering #ISO42001, the Artificial Intelligence Management System (#AIMS) standard, often raise concerns about its feasibility or necessity. While these points of pushback may seem valid at first glance, they often reflect misconceptions about the value and flexibility of the standard, and #MSS in general. While I realize market (US) and regulatory (EU) pressure will always be your biggest influences, you need to know that there are many other business reasons to build/certify your AIMS. 🧱 Pushback 1: "ISO 42001 is too resource intensive." Implementing an AIMS might seem daunting, especially for smaller organizations with limited budgets or staffing. ➡️ Reality: 🔸Scalable Framework: ISO42001 is designed to be adaptable, meaning organizations can implement it incrementally, focusing first on areas with the greatest impact. 🔸Cost Avoidance: The resources invested in building a governance framework pale in comparison to the costs of regulatory penalties, lawsuits, or reputational damage caused by mismanaged AI systems. 🔸Long-Term Savings: By embedding lifecycle monitoring and risk management early, organizations reduce the likelihood of costly retrofitting or damage control later. 🧱 Pushback 2: "We don’t need ISO 42001; we already comply with other regulations." Some organizations believe existing regulatory compliance efforts (e.g., #GDPR, #NIS2, #DORA) make additional standards unnecessary. ➡️Reality: 🔸Holistic Governance: ISO42001 doesn’t duplicate existing efforts, it complements them by creating a unified framework that aligns diverse compliance requirements, streamlining implementation. 🔸Futureproofing: Regulations vary by region and evolve rapidly. ISO42001 positions organizations to adapt to new requirements rather than reacting shortsightedly. 🔸Beyond Compliance: ISO42001 focuses on building trust, transparency, and resilience in AI systems, which extends well beyond meeting regulatory minimums. 🧱 Pushback 3: "It will slow down our innovation." Organizations worry that implementing ISO42001 will introduce bureaucratic hurdles, hampering agility in AI development. ➡️Reality: 🔸Innovation Enabler: ISO42001 embeds structured risk management and lifecycle monitoring, reducing the likelihood of disruptions caused by unanticipated risks or ethical oversights. 🔸Trust as a Catalyst: Adopting ISO 42001 fosters trust among stakeholders, including customers, partners, and regulators, creating a competitive edge that accelerates adoption of AI solutions. 🔸Flexibility and Scalability: The standard is adaptable to various organizational sizes and AI maturity levels, enabling rapid alignment with innovation goals without stifling creativity. I welcome your perspective and feedback…please share any opinions you think might help our community. A-LIGN Shea Brown Kim Lucy Tom McNamara Kevin Schawinski Walter Haydock #TheBusinessofCompliance

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#ExposureValidation: what is it? In #cybersecurity, exposure validation is the process of assessing and verifying the extent to which an organisation’s digital assets, systems, or #sensitivedata are exposed to potential threats or vulnerabilities. It’s a key step in identifying weak points in security posture and in determining the likelihood that these exposures could be exploited by malicious actors. How it works and why it’s important: 📍1. Asset Discovery and Classification First, organisations need a clear inventory of all assets (applications, servers, databases, devices, etc.) that are part of their network. Classification involves labelling these assets according to their sensitivity, such as public, internal, confidential, or restricted. 📍2. Vulnerability Scanning, Access Control, and Testing Vulnerability scans are conducted to detect known weaknesses in software, misconfigurations, or outdated systems. #AccessControl Validation: checking access privileges to files, folders, and other resources is essential! This step involves verifying that permissions and access controls are properly configured to prevent unauthorised access. Sensitive files should be accessible only to authorised personnel. Penetration testing or simulated attacks can also be part of exposure validation. 📍3. Threat Intelligence Integration Using threat intelligence, organisations can correlate detected vulnerabilities with the latest threat trends. This helps determine which exposures are most likely to be targeted by attackers. 📍4. Exposure Prioritisation Based on the results from vulnerability scans, access control checks, and threat intelligence, organisations prioritise exposures by risk level. Exposures that would lead to significant harm, or those most likely to be targeted, receive priority. This prioritisation is essential to ensure limited security resources are focused on the most critical areas first. 📍5. Remediation and Monitoring After validating the extent and severity of exposures, organisations develop a remediation plan to address them. This might involve patching, updating configurations, adding access controls, or enhancing monitoring. 🔝Why Exposure Validation Matters 🔹#Reduce the #AttackSurface By knowing where the weak spots are, teams can take action to limit potential entry points for attackers. 🔹#Optimise Security Spend It allows organisations to allocate resources to the most significant threats. 🔹#Enhance Incident Response A validated understanding of exposure enables quicker detection, response, and mitigation. 🔹#Improves Security Posture Continuous validation and control allows enhancing the organisation's security. 🔹Meets #compliance and audit requirements. Overall, exposure validation is a proactive way to #ensuresecurity measures are aligned with actual, current risks rather than hypothetical ones, making it a cornerstone of a robust cybersecurity posture. #YourDataYourSuccess #datamanagement #cyberattack

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𝐓𝐞𝐜𝐡𝐭𝐚𝐥𝐤 𝐒𝐞𝐫𝐢𝐞𝐬: Understanding Continuous Threat Exposure Management (CTEM),Key Components of CTEM Program,The Five Stages of CTEM,Benefit of implementing CTEM program,Why do Organizations Need CTEM, CISO evaluation criteria choosing tools related to CTEM,Best Practices for the CTEM program The Continuous Threat Exposure Management (CTEM) program plays a vital role in helping organizations stay ahead of potential security threats by continuously identifying, assessing, and mitigating risks. By implementing CTEM, businesses are able to continually monitor their systems, networks, and assets, enabling them to promptly detect and respond to any emerging cyber threats. This proactive approach to threat management is essential for maintaining a robust security posture and safeguarding against potential security breaches. An Article by Praveen Singh , An Infographics by Netpoleon India , Techtalk Seres-An initiative by Mohan Kumar T L #ciso #cybersecurity #technology #learning

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Secure Configuration Standard - Establishes baseline configurations for information systems owned/operated by the entity to maximize security and minimize unauthorized access risk. - Applies to all information systems, with exceptions for lab/research systems if applying the standard inhibits core functions. - Requires use of industry consensus guidelines (CIS, NIST, USGCB) and latest vendor security guidance for configuration. - Configuration changes must be formally identified, reviewed, tested, and approved before implementation. - Entities must maintain configuration management plans detailing processes for secure system development. - Configuration monitoring must be in place to identify vulnerabilities, misconfigurations, and unauthorized changes. - Compliance is expected, but exceptions can be requested if not feasible or to support business needs. - Standard is subject to periodic review to ensure relevancy.

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The National Institute of Standards and Technology (NIST) - National Cybersecurity Center of Excellence (NCCoE)) released for public comment (open until Sept. 3): “Implementing a Zero Trust Architecture (NIST SP 1800-35 v.4)” This guide outlines #bestpractices for the implementation of #zerotrust architectures (ZTAs) to assist organizations with implementing a plan to gradually evolve their existing environments and technologies to #ZTAs over time. Further, the guide recommends that organizations wanting to deploy and implement #ZT embark on a journey that includes the following steps: - Discover and inventory the existing environment; - Formulate access policy to support the mission and business use cases; - Identify existing #security capabilities and technology; - Eliminate gaps in ZT policy and processes by applying a risk-based approach based on the value of #data; - Implement #ZTA components (people, process, and technology) and incrementally leverage deployed security solutions; - Verify the implementation to support ZT outcomes; - Continuously improve and evolve due to changes in threat landscape, mission, technology, and regulations. By following the guide, organizations should be better positioned to implement a ZTA that: - Supports user access to resources regardless of user location or device (managed or unmanaged); - Protects sensitive #information and other business assets and processes regardless of their location (on-premises or #cloud-based); -Limits #breaches by making it harder for attackers to move through an environment and by addressing insider #threats; - Performs continuous, real-time monitoring, logging, and #risk-based assessment and enforcement of corporate policy.

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Designing Cybersecurity Templates for SEC Compliance: A Detailed Guide https://lnkd.in/dV6DTMda #cybersecurity

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𝗩𝗲𝗿𝘆 𝗜𝗺𝗽𝗼𝗿𝘁𝗮𝗻𝘁 𝗔𝘂𝗱𝗶𝘁 - 𝗖𝗵𝗲𝗰𝗸𝗹𝗶𝘀𝘁 This document provides guidance on preparing for a National Institute of Standards and Technology (NIST) cybersecurity audit. It discusses how NIST compliance can improve security posture and save time and money by bringing organizations into compliance with other frameworks. Following NIST's 20 control families and comprehensive checklist can help organizations pass an audit. A key focus of the latest NIST revision is on privacy in response to increasing data privacy laws globally. [𝐅𝐑𝐄𝐄 𝐆𝐔𝐈𝐃𝐄] 7 𝐒𝐭𝐞𝐩𝐬 𝐭𝐨 𝐠𝐞𝐭 𝐂𝐲𝐛𝐞𝐫𝐬𝐞𝐜𝐮𝐫𝐢𝐭𝐲 𝐉𝐨𝐛 𝐢𝐧 90 𝐝𝐚𝐲𝐬 https://lnkd.in/dsjrMSCw

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