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This course introduces basic concepts of Information Security, CIA triad and focuses on emerging technologies and their connection with Cyber Security. The different facets of Information Security are explained along with the attack vectors for information security. This course covers the skills required to develop a security infrastructure, recognize threats and vulnerabilities to networks, and mitigate security threats, This course emphasizes core security technologies, the installation, troubleshooting and monitoring of network security devices to maintain integrity, confidentiality and availability of data.

Tools: CISCO Packet Tracer, CISCO Firepower, Wireshark

This course provides foundational knowledge and skills for Windows/Linux server platform. After completing this course, the participants will have an of operating systems and their importance in the cybersecurity space. They will learn relevant security configurations, file systems, user management and services along with ways to secure the services.

Tools: CentOS Linux, Windows Server 2012

This module provides hands-on skills on managing threats and vulnerabilities in the systems. This module comes with labs and course materials from EC-Council to
learn skills in a red team environment, focused on attacking computer systems and gaining access to networks, applications, databases, and other critical data on secured systems. The learner will gain skills on attack strategies, attack vectors and mimic the skills and creativity of malicious hackers. Unlike malicious hackers and actors, Certified Ethical Hackers operate with permission from the system owners and take precautions to ensure the outcomes remain confidential. Bug bounty researchers are expert ethical hackers who use their attack skills to uncover vulnerabilities in the systems.

Tools: EC Council’s iLabs with 40 plus exercises

This course teaches how to perform an effective penetration test in an enterprise network environment that must be attacked, exploited, evaded, and defended. CPENT’s live practice range will provide in-depth skills not only on working on flat networks but also on to the next level by teaching you how to pentest IoT systems, OT systems, how to write your exploits, build your tools, conduct advanced binaries exploitation, double pivot to access hidden networks, and also customize scripts/exploits to get into the innermost segments of the network.

The SOC management course is to master Tier I and Tier II SOC analyst roles to achieve proficiency in performing SOC operations. Gain Knowledge of SOC processes, procedures, technologies, and workflows. At the end of the course, the learners will recognize attacker tools, tactics and procedures to identify indicators of compromise (IOCs). They will gain experience and extensive knowledge in Security Information and Event Management (SIEM). The learners will be able to develop threat cases (correlation rules), create reports, plan, organize, and perform threat monitoring and analysis in the enterprise, prepare briefings, and reports of analysis methodology and results with an understanding of SOC and IRT collaboration for better incident response.

Tools: Practice Labs on four SIEM Tools; Splunk, ArcSight, OSIM, Azure Sentinal.

The module is an instructor-led course leading to certification. The course covers manage identity and access, implement platform protection, manage security operations, and secure data and applications through MS Azure Cloud’s inbuilt features.

Tools: MS Azure Sentinel, Key Vault and other features Leading to certification Microsoft SC-200.

This module aims to build hands-on skills on conducting threat intelligence and hunting after the attack. The topics include Introduction to Threat Intelligence -Life cycle and Frameworks, Data Collection and Processing – Feeds and Sources, Bulk Data Processing and Exploitation, Threat Analysis – Process, Run Books and Knowledge Base, Intelligence Reporting and Dissemination – Threat Intel Reports, Dissemination Practices, and more.

Tools: Ubuntu Machines, Web-based tools for scraping and detection.

The first-year cybersecurity capstone project is designed to ensure a detailed scenario-based analysis of industry-specific challenges in Cybersecurity. It involves identifying potential opportunities as suggested by the mentors and designing solutions and preparing a detailed analysis of the same along with presenting an elaborate case study with implementation. The objective is to develop execution and consulting capabilities for the topics at hand.

Tools: Full-stack

• Secure Coding & Code Review
• DevSecOps
• Secure Design and Threat Modeling
• Mobile, Web and API Security

• Advanced SIEM and SOAR
• Digital Forensics and Incident Response
• Cyber Range and Red Team Simulations
• Malware Reverse Engineering
• SOC Automation and Metrics

• GRC and Audit Frameworks
• Data Privacy and Protection
• Business Continuity and Disaster Recovery
• Cloud Security Governance
• AI Security Governance

• Post-Quantum Cryptography
• Blockchain and Distributed Ledger Security
• Identity and Access Management

The second-year program will culminate in designing, preparing, demonstrating, and presenting a real-time capstone project on an end-to-end cybersecurity challenge. The scope and industry applications of the project need to be larger than the first-year project. The program office will support with mentoring and report writing. The evaluation is based on viva-voce by an industry panel of experts. The duration of the second-year capstone project is two months.

Tools: Full Stack

This module credits can be earned by writing and publishing a research paper on the capstone project done in the earlier module. The participant needs to publish or present the paper in a peer-reviewed journal or reputed international conference. The participants will learn skills in research paper writing and publishing/presenting. Note: Second-year capstone project needs to be mandatorily published in a peer-reviewed journal or presented at an international conference.