Cyber Security (Level-2)

Build the skills required to identify threats, analyze security incidents, assess vulnerabilities, and strengthen the security posture of modern IT environments.

Cyber Security

Cyber Security Level 2 – Intermediate Course is designed for learners who want to move beyond security fundamentals and develop practical cyber security skills through real-world concepts and hands-on activities.
Explore network security architecture, firewall configuration, VPN security, vulnerability assessment, ethical scanning, common cyber attacks, web application security, malware behavior analysis, security monitoring, IDS/IPS technologies, network forensics, and incident response processes. Gain experience analyzing security logs, identifying vulnerabilities, reviewing suspicious network activity, preparing security reports, and implementing security best practices to help protect systems, networks, and applications from evolving cyber threats.

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Learn how network security architecture is designed to protect organizational systems, users, and data from unauthorized access and cyber threats. Understand the difference between trusted and untrusted network zones and how organizations separate critical resources from external networks.

Explore the concept of network segmentation and learn how dividing networks into secure zones helps reduce security risks and limit the spread of attacks.

Understand firewall fundamentals and learn how firewall rules are used to control and monitor network traffic.

Learn the basics of Intrusion Detection Systems (IDS) and Intrusion Prevention Systems (IPS), including how they help identify and respond to suspicious network activity.

Explore Virtual Private Network (VPN) technologies and understand how secure communication is established across public networks.

Develop an understanding of IPSec, SSL/TLS, and SSH security concepts used to protect network communications and remote access. Learn secure Wi-Fi configuration practices and understand WPA/WPA2 security mechanisms used to protect wireless networks.

Explore common Wi-Fi attack and defense concepts to understand how wireless networks can be targeted and secured. Gain practical experience in creating secure office network diagrams, identifying trusted and untrusted zones, designing network segmentation plans, creating firewall rule tables, configuring basic UFW firewall rules, reviewing secure SSH configurations, preparing VPN usage checklists, creating secure Wi-Fi checklists, and developing network security recommendation reports.

Learn the principles of authorized security scanning and understand the importance of conducting scans within approved environments.

Explore how open ports and exposed services can increase the attack surface of systems and networks.

Understand service enumeration concepts and learn how security professionals identify running services and potential security weaknesses.

Explore the vulnerability management lifecycle, including vulnerability identification, assessment, prioritization, remediation, and verification.

Learn the purpose of CVE and CVSS frameworks and understand how vulnerabilities are classified and scored according to severity levels.

Explore the concepts of false positives, remediation planning, and patch management to improve overall security posture.

Gain hands-on experience scanning authorized lab systems using Nmap, identifying open ports and running services, mapping services to possible vulnerabilities, conducting vulnerability scans on lab targets, analyzing vulnerability scanner reports, classifying findings based on severity levels, verifying selected findings manually, creating vulnerability trackers, documenting remediation actions, and preparing professional vulnerability assessment reports.

Explore common cyber attack techniques and understand how attackers target systems, networks, and users.

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Yes. Tech Cryptors Training Academy is an ISO 9001:2015 CERTIFIED COMPANY under IAF. CERTIFICATION will have the significance of the above.

We conduct this course in BOTH online and offline modes. You can choose the mode suitable for you, even you can SWITCH modes for a couple of lectures in case of any personal issues and emergencies.

In one batch we allow MAXIMUM 4 students Because we believe that to have a better understanding and to excel in this course PERSONAL ATTENTION is needed.

We have new batches starting every 15 days, But you should register asap for your desired date because our batches are filling fast. Batch timings are also kept AS PER YOUR TIME CONVENIENCE, we don’t have any rigid preassigned slots.

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Understand Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) attack concepts and learn how these attacks affect system availability.

Explore DNS-related attack techniques, including DNS spoofing and DNS poisoning, and understand their impact on network communications.

Learn the fundamentals of ARP spoofing, IP spoofing, and Man-in-the-Middle (MITM) attacks and understand how attackers intercept or manipulate network traffic.

Explore network scanning techniques used to identify active systems and exposed services.

Explore antimalware technologies and compare signature-based and behavior-based detection techniques.

Develop awareness of social engineering tactics, phishing attacks, and pretexting techniques commonly used to manipulate users and gain unauthorized access.

Gain practical experience analyzing weak password patterns, performing password strength audits in lab environments, reviewing brute-force attack logs, analyzing DoS and DDoS traffic samples, identifying DNS attack indicators, examining ARP spoofing examples in Wireshark, identifying MITM indicators in packet captures, evaluating social engineering scenarios, creating attack-versus-defense mapping tables, and preparing security awareness and mitigation reports.

Learn how modern web applications are structured by understanding client, server, and database layers and how requests and responses flow between these components.

Explore common web application vulnerabilities and their impact on security.

Develop an understanding of SQL Injection and Blind SQL Injection vulnerabilities, including how they affect backend databases and application security.

Learn the impact of SQL Injection attacks and explore mitigation techniques such as input validation and parameterized queries.

Understand Cross-Site Scripting (XSS) vulnerabilities and learn how reflected and stored XSS attacks can affect web applications and users.

Explore cookie theft and session hijacking concepts and understand the importance of secure session management.

Gain practical experience setting up intentionally vulnerable web applications in a controlled lab environment, inspecting login and search request flows, identifying SQL Injection vulnerabilities, performing basic SQL Injection demonstrations in authorized labs, understanding Blind SQL Injection techniques through authorized demonstrations, analyzing SQL Injection impact, applying mitigation concepts, understanding parameterized query protection, identifying reflected and stored XSS vulnerabilities, reviewing cookie and session security concepts, creating web application security checklists, and preparing web vulnerability assessment reports.

Explore how malware infects systems and understand the techniques used by attackers to distribute malicious software. Learn about different malware categories, including viruses, worms, Trojans, spyware, adware, ransomware, logic bombs, and rootkits.

Understand malware persistence mechanisms and learn how malicious software maintains access to compromised systems. Explore endpoint protection technologies and understand the differences between signature-based and behavioral detection methods.

Develop skills in identifying malware characteristics through sample reports and security scenarios.

Gain practical experience identifying malware types, reviewing malware behavior reports, checking suspicious file hashes using VirusTotal, analyzing startup entries for suspicious activity, identifying ransomware indicators, creating malware prevention checklists, and preparing endpoint defense recommendation reports.

Learn the importance of logs and security events in detecting and investigating cyber security incidents.

Explore security monitoring concepts and understand how organizations use monitoring tools to identify suspicious activity.

Understand the role of Security Information and Event Management (SIEM) systems and Security Operations Center (SOC) workflows in modern cyber security operations.

Explore the Cyber Kill Chain framework and learn how attack stages can be identified and analyzed.

Develop an understanding of the differences between IDS and IPS technologies and explore signature-based detection methods used to identify known threats.

Learn the fundamentals of Snort and how it can be used for intrusion detection and prevention.

Gain hands-on experience reviewing Windows login events and Linux authentication logs, identifying failed login patterns, installing or reviewing Snort in a lab environment, analyzing Snort alerts, creating simple detection rules, testing detections using safe lab traffic, developing basic alert use cases, preparing SOC investigation notes, and creating security monitoring checklists.

Learn the fundamentals of network forensics and understand how network traffic can be used as evidence during investigations.

Explore packet and protocol analysis techniques used to examine communications across networks.

Understand how tcpdump and Wireshark are used to capture, analyze, and investigate network traffic.

Learn the purpose of display filters and capture filters and how they assist in isolating relevant data during investigations.

Develop skills in identifying suspicious communications, unusual traffic patterns, and potential indicators of compromise within packet captures.

Gain practical experience capturing traffic with tcpdump, saving packet capture files, reviewing forensic findings, opening captures in Wireshark, applying display and capture filters, identifying DNS, HTTP, TCP, UDP, and ICMP traffic, detecting suspicious IP communications, analyzing attack patterns from packet captures, and preparing network forensic analysis reports.

Learn the complete incident response lifecycle, including preparation, detection, containment, eradication, recovery, and lessons learned.

Understand incident severity classification methods and the importance of evidence handling during investigations.

Develop skills in root cause analysis, post-incident reporting, and security improvement planning.

Learn how organizations respond to security incidents and restore normal operations while reducing future risks.

Gain practical experience performing basic risk assessments, reviewing Windows or Linux security logs, conducting vulnerability scans on lab systems, analyzing vulnerability reports, creating firewall rule recommendations, analyzing suspicious network traffic, identifying attack stages using the Cyber Kill Chain framework, developing incident timelines, defining containment and recovery actions, preparing root cause summaries, and creating comprehensive security improvement plans.

Throughout the final project, learners will produce professional security documentation, including a risk register, network security diagram, firewall rule table, vulnerability assessment report, web application security report, malware analysis summary, log analysis report, Snort alert analysis report, network forensic report, incident response report, security hardening checklist, and a final security improvement plan.

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TECH CRYPTORS TRAINING ACADEMY is an ISO 9001:2015 CERTIFIED COMPANY. Certification will be with Significance of above for attended TRAINING COURSE. Also, every certificate will have a Unique Certificate Number, which will be helpful WORLDWIDE to verify the validity of every individual certificate using www.techcryptors.com.

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