Professional Cyber Security Training Program
Accelerate your career with our comprehensive Professional Cyber Security Training Program. Designed for aspiring security professionals, this course covers essential concepts and practical skills.
Program rating
1,775+
Learners enrolled
120 hrs
Total duration
English,Hindi
Language
This program includes
Program overview
About this program
This Technology & IT program blends live, mentor-led sessions with hands-on projects and real-world case studies, so you build genuinely job-ready skills — not just theory. You'll learn from working industry experts, apply what you learn on practical assignments, and finish with a portfolio, a recognized certificate, and dedicated placement support to help you land the right role.
Accelerate your career with our comprehensive Professional Cyber Security Training Program. Designed for aspiring security professionals, this course covers essential concepts and practical skills.
This extensive 120-hour course delves deep into the world of cyber security. You will learn about the latest threats, security measures, and best practices through interactive sessions and real-world scenarios. Perfect for professionals looking to upskill or enter the cyber security domain, this program equips you with the knowledge and technical skills to protect sensitive information and maintain organizational security.
Why learners love this program
- Hands-on labs & real-world simulations: practical exercises in penetration testing, incident response, and secure configuration to build applied skills.
- Comprehensive curriculum: in-depth coverage of threat intelligence, network and application security, encryption, risk management, and compliance.
- Career support & certification prep: resume and interview coaching, job placement guidance, and preparation for industry certifications.
60
Lectures
120
Hours
All level
Level
Globally trusted accreditations
Recognitions that power your profile
Trusted by leading accreditation bodies — so your certificate is respected by employers worldwide.
Learning outcomes
What you'll be able to do
Curriculum
Structured modules that build real skills
34 modules · designed for progressive, hands-on learning.
Foundations of Information Security
Understand core concepts of confidentiality, integrity, and availability and how they apply to information systems.
Security Terminology and Roles
Identify common security roles, responsibilities, and terminology used in professional cyber security contexts.
Risk Management Basics
Learn basic risk assessment concepts and approaches for identifying and prioritizing security risks.
Threat Modeling and Asset Classification
Learn how to model threats, classify assets, and determine their value to inform protective measures.
Security Controls and Countermeasures
Explore technical, administrative, and physical controls used to mitigate identified risks.
Security Metrics and Reporting
Understand how to define, collect, and present security metrics to stakeholders for decision making.
Network Topologies and Design
Understand common network topologies and design principles that influence security posture.
OSI and TCP/IP Models in Security
Learn how different network layers map to security considerations and potential attack surfaces.
Network Devices and Roles
Identify the security roles of routers, switches, gateways, and other network components.
Common Protocols and Vulnerabilities
Examine common network protocols (HTTP, DNS, SMTP) and typical vulnerabilities associated with them.
Secure Protocols and Configuration
Learn to configure and use secure variants of protocols (HTTPS, DNSSEC, SMTPS) to reduce risk.
Services Exposure and Hardening
Understand how exposed services are exploited and techniques to harden service configurations.
Malware Types and Behaviors
Learn to classify malware types and understand typical behaviors and infection vectors.
Ransomware Operations and Impact
Understand how ransomware campaigns operate and how to assess their operational and business impact.
Malware Detection and Mitigation
Explore detection techniques and mitigation strategies to prevent and respond to malware incidents.
Social Engineering Techniques
Recognize common social engineering methods and how human factors are exploited by attackers.
Phishing Detection and Prevention
Learn technical and awareness-based measures to detect and reduce phishing risks.
User Awareness and Training Programs
Understand how to design and measure effective security awareness and training initiatives.
Vulnerability Scanning Techniques
Learn how vulnerability scanners work and how to interpret their findings effectively.
Penetration Testing Fundamentals
Understand the purpose and basic methods of penetration testing and ethical considerations.
Prioritization and Remediation Workflows
Explore frameworks for prioritizing vulnerabilities and coordinating remediation across teams.
Patch Management Best Practices
Learn processes for timely patch deployment and reducing exposure windows in production environments.
Sources of Threat Intelligence
Identify public and private threat intelligence sources and how to integrate them into operations.
TTPs and Indicator Analysis
Analyze tactics, techniques, and procedures (TTPs) and use indicators to detect adversary activity.
Operationalizing Intelligence
Learn how to transform intelligence into actionable detection rules and mitigation steps.
Threat Sharing and Collaboration
Understand models for sharing intelligence responsibly with partners and communities.
IDS vs IPS Architectures
Understand differences between detection and prevention systems and deployment trade-offs.
Signature and Anomaly Detection
Learn how signature-based and anomaly-based detection methods work and when to use each.
Tuning and Avoiding False Positives
Explore strategies for tuning detection systems to balance sensitivity and operational noise.
IDS/IPS Integration with Defenses
Learn how to integrate IDS/IPS with other security controls for coordinated defense.
Logging Best Practices
Understand what to log, retention considerations, and how logs support detection and forensics.
SIEM Fundamentals
Learn core SIEM functions including collection, correlation, and alerting to support SOC operations.
Log Analysis and Use Cases
Practice common log analysis techniques for identifying suspicious activity and validating alerts.
Hunt Methodologies and Hypothesis Building
Learn structured approaches to threat hunting and how to formulate testable hypotheses.
Data Sources for Hunting
Identify key telemetry and datasets used in hunts and how to extract relevant signals.
Hunt Validation and Remediation Handoff
Understand how to validate findings, document evidence, and coordinate remediation with operations teams.
Symmetric and Asymmetric Cryptography
Understand the differences, use cases, and strengths of symmetric and asymmetric encryption.
Hashing, Signatures, and Integrity
Learn how hashing and digital signatures ensure data integrity and non-repudiation.
Key Management Fundamentals
Explore best practices for generating, storing, rotating, and revoking cryptographic keys.
PKI Components and Workflows
Learn the components of PKI, certificate lifecycles, and common deployment models.
TLS and Secure Communications
Understand TLS operation, configuration pitfalls, and how to secure communications effectively.
Certificate Management and Automation
Explore methods to manage certificates at scale and automate renewals to avoid outages.
Firewall Architectures and Policies
Understand stateful and next-generation firewall concepts and how to design effective rulesets.
VPN Technologies and Secure Remote Access
Learn VPN types, secure remote access patterns, and how to protect remote connections.
Network Segmentation and Zero Trust
Explore segmentation strategies and Zero Trust principles to reduce lateral movement risk.
Network Hardening and Best Practices
Identify techniques to harden network devices and services against common attack vectors.
Incident Response Frameworks
Learn established IR frameworks and how to structure an effective response lifecycle.
Digital Forensics Principles
Understand forensic data collection, preservation, and analysis fundamentals for investigations.
Containment, Eradication, and Recovery
Explore strategies for containing incidents, removing threats, and restoring affected systems.
Post-Incident Analysis and Lessons Learned
Learn how to conduct post-incident reviews to improve processes and prevent recurrence.
Business Continuity and Disaster Recovery
Understand planning and recovery strategies to maintain critical operations during incidents.
Security Policy Development
Learn how to create, implement, and maintain security policies that align with organizational needs.
Ethical Considerations and Responsible Disclosure
Explore ethics in cyber security practice, including responsible disclosure and professional conduct.
Regulatory Frameworks Overview
Learn common regulations and standards (e.g., GDPR, HIPAA, PCI-DSS) and their security implications.
Audit Readiness and Evidence Collection
Understand how to prepare for audits and gather evidence to demonstrate compliance.
Privacy Considerations and Data Protection
Explore privacy principles and technical controls for protecting personal and sensitive data.
Legal Incident Handling and Reporting
Learn legal obligations for breach notification and coordinating with legal counsel during incidents.
Capstone Planning and Requirements
Define project scope, objectives, and success criteria to simulate a real-world security engagement.
Hands-on Implementation and Testing
Apply technical skills to implement defenses, perform assessments, and document findings in a lab environment.
Final Presentation and Assessment
Prepare and present project results, including recommendations and lessons learned, to an evaluative panel.
What is Cyber Security?
Understand the definition and scope of cyber security and how it applies to modern organizations.
History and Evolution of Cyber Threats
Review major historical incidents and trends to appreciate how threats have evolved over time.
Confidentiality, Integrity, Availability (CIA) and Core Concepts
Explain the CIA triad and related principles such as authentication, authorization, and non-repudiation.
Risk Management Fundamentals
Learn basic risk assessment concepts, threat modeling, and how risk influences security decisions.
Security Roles and Responsibilities
Identify common security roles within organizations and the responsibilities tied to each role.
Overview of Security Tools and Technologies
Gain familiarity with common categories of security tools and their purposes in an enterprise environment.
Defense in Depth
Describe layered security strategies and how multiple controls work together to reduce risk.
Least Privilege and Access Control
Understand the principle of least privilege and methods for implementing access controls effectively.
Security Architecture and Secure Design
Learn key design patterns for secure systems and how architecture impacts overall security posture.
Security Testing and Validation
Introduce techniques for validating security controls through testing, reviews, and assessments.
Security Metrics and Continuous Improvement
Explore how to measure security effectiveness and use metrics to drive continuous improvement.
Network Topologies and Architectures
Understand common network topologies and how architecture choices affect security.
OSI and TCP/IP Models
Map networking functions to OSI and TCP/IP layers and recognize where security controls apply.
Common Network Protocols
Learn the purpose and security considerations of protocols such as IP, TCP, UDP, HTTP, and DNS.
IP Addressing and Subnetting
Understand IP addressing, subnetting, and how network segmentation supports security goals.
Network Services and Ports
Identify core network services, common ports, and their relevance to attack surfaces.
WAN, LAN, and Cloud Network Designs
Compare WAN, LAN, and cloud networking models and their security implications.
Virtualization and Software-Defined Networking
Understand virtualization networking concepts and SDN benefits and risks for security.
Routing and Switching Security
Learn basics of routing and switching and common configuration hardening practices.
Secure Network Protocol Configurations
Explore secure configuration practices for critical protocols and services to reduce vulnerabilities.
Firewalls and Packet Filtering
Understand firewall types, rule design, and how packet filtering enforces network boundaries.
Load Balancers and Proxies
Learn how load balancers and proxies affect traffic flow and can be used to improve security.
DNS, DHCP, and Directory Services
Recognize the security considerations for managing DNS, DHCP, and directory services in networks.
Wireless Network Security
Identify threats to wireless networks and best practices for securing Wi-Fi deployments.
Malware Types and Behaviors
Differentiate common malware types and understand their typical attack patterns and impacts.
Social Engineering and Phishing
Learn how social engineering attacks work and mitigation strategies to reduce human risk.
Vulnerability Classes and Exploitation
Identify classes of software and configuration vulnerabilities and how they are exploited.
Threat Intelligence Basics
Understand threat intelligence concepts and how actionable intel supports defense and detection.
Organized Crime and Nation-State Actors
Explore motives and methods of different threat actor groups and their typical targets.
Insider Threats and Data Theft
Recognize insider threat types and controls to detect and prevent data exfiltration.
Web and Application Attacks
Understand common web application attack vectors, including injection and authentication flaws.
Network-Based Attacks and DDoS
Learn how distributed denial-of-service and network-based attacks are conducted and mitigated.
IDS vs IPS: Concepts and Deployment
Differentiate intrusion detection and prevention systems and when to deploy each for network defense.
Signature-Based Detection
Understand signature detection methods, their strengths, and limitations for identifying threats.
Anomaly and Behavior-Based Detection
Learn how behavior analytics identify suspicious activity that deviates from baselines.
Tuning, False Positives, and Alert Management
Master techniques for tuning detection systems and managing alerts to reduce noise and improve response.
Log Management and Collection
Understand best practices for collecting, normalizing, and retaining logs for security monitoring.
SIEM Fundamentals and Use Cases
Learn how Security Information and Event Management systems aggregate data and support investigations.
Correlation Rules and Playbooks
Explore creating correlation rules and operational playbooks to drive consistent incident handling.
Threat Hunting and Proactive Detection
Develop basic threat hunting skills to proactively search for undetected malicious activity.
Cryptographic Foundations
Understand basic cryptographic concepts including keys, primitives, and cryptographic goals.
Symmetric and Asymmetric Encryption
Differentiate symmetric and asymmetric algorithms and appropriate use cases for each.
Hashing and Message Integrity
Learn how hashing ensures data integrity and how message authentication codes are used.
Public Key Infrastructure (PKI) and Certificates
Explore PKI components, certificate lifecycles, and best practices for secure certificate management.
TLS/SSL and Secure Communications
Understand how TLS secures communications and common configuration pitfalls to avoid.
Encryption in Practice: Data at Rest and in Transit
Learn practical encryption deployment patterns for protecting stored and transmitted data.
Network Segmentation and Microsegmentation
Understand segmentation strategies to limit attacker movement and protect critical assets.
Endpoint Security and Hardening
Learn endpoint protection approaches and hardening techniques to reduce compromise likelihood.
Secure Remote Access and VPNs
Explore secure remote access models and how to configure VPNs with security best practices.
Next-Generation Firewalls and Application Control
Examine NGFW features such as application awareness and how they enhance perimeter defense.
VPN Architectures and Split Tunneling Risks
Understand VPN design choices and security trade-offs, including split tunneling concerns.
Access Controls, MFA, and Identity Management
Learn about multi-factor authentication and identity management practices that strengthen access security.
Incident Response Lifecycle and Planning
Learn the phases of incident response and how to prepare an effective IR plan and team.
Detection to Containment Strategies
Understand steps from detection through containment to limit impact and preserve evidence.
Eradication, Recovery, and Lessons Learned
Study methods for removing threats, restoring systems, and leveraging lessons to improve security.
Security Policy Development and Enforcement
Learn how to create, communicate, and enforce security policies that align with organizational goals.
Ethical Considerations in Cyber Security
Explore ethical responsibilities and boundaries when conducting security testing and investigations.
Legal, Regulatory, and Compliance Basics
Understand common legal and regulatory requirements that affect cyber security programs.
Capstone Project Planning and Scope
Define a comprehensive project scope that applies course concepts to a realistic security challenge.
Capstone Execution, Presentation, and Assessment
Execute the capstone project, prepare deliverables, and present findings for evaluation and feedback.
Your credential
The certificate you'll earn
Earn an industry-recognized certificate on successful completion of this program.
Personalised guidance
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Get tailored advice on learning paths, certification journeys, and industry opportunities before you enroll.
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- Discover certification add-ons that strengthen your CV.
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Reviews
What our learners say
Hands-on labs helped me understand system security clearly. Cyber security concepts now feel logical and easy to apply.
I gained a clear understanding of network security and threat detection. The hands-on approach made even complex topics easy to follow.
Cyber security training helped me understand how to protect systems from attacks. Working on real lab exercises made the learning process very effective.
Understanding cyber threats and defence mechanisms became much easier with guided labs. The training helped me feel confident exploring security tools.
This program helped me understand how cyber attacks actually happen and how to prevent them. Hands-on practice with tools made learning very engaging.
This program helped me understand how cyber attacks actually happen and how to prevent them. Hands-on practice with tools made learning very engaging.
Cyber security concepts finally made sense once I started working on real labs. Learning network security, vulnerability assessment, and basic ethical hacking gave me confidence to handle practical scenarios.
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Your questions, answered
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Honored for excellence
Awards & recognitions
Our pedagogy, learner outcomes, and mentor network have been acknowledged by industry councils and global forums.
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