The Cyber Security Course Syllabus at Hacker School provides a wide range of IT courses tailored to India's growing cybersecurity needs, driven by rapid technological advancement. As demand for security rises, cybersecurity training has become essential. Hacker School's syllabus makes it an ideal choice for starting or advancing a career in information security.
At hacker school, you can undertake top-notch cybersecurity certification courses taught by international experts. You will acquire industry-relevant skills through practical projects and receive a specialization certificate to boost your career
In cybersecurity, continuously upgrading skills is vital for staying competitive in India's job market. Companies seeking to remain professional and up-to-date provide corporate training to help employees enhance their expertise.
The rise in cybercrimes and the sophisticated techniques used by hackers highlight the need for knowledgeable and skilled cybersecurity professionals. Protecting an organization's assets from data breaches, leaks, and malicious cyber-attacks requires appropriate software and skilled personnel.
To equip you as a skilled and knowledgeable cybersecurity professional, Hacker School offers cyber security courses online. Pursuing an online cybersecurity course is ideal for students with other commitments, enabling them to learn at their own pace from anywhere in the world.
You can re-watch courses anytime and interact with peers via discussion boards or social media. While the course offers flexibility, exams, and projects still have set deadlines to meet.
Whether you are a beginner or have some experience in cybersecurity, Hacker School provides a diverse range of courses to fit your needs. You can select from our varied course durations, ranging from intensive 300-hour courses to shorter 90-hour programs.
Our cybersecurity courses, curated by industry experts, provide top-quality training for everyone—from individuals seeking personal development to corporate teams. Tailored for all skill levels, from beginner to advanced, our courses cover various areas, including security engineering, system security, software security, cyberattacks, and software testing. By the end, you'll gain essential skills to enhance your expertise.
The cyber security course syllabus is designed to facilitate substantial growth in your cybersecurity career. Our comprehensive cyber security course syllabus includes:
The Cyber Security Course Syllabus offered by the hacker school provides a thorough introduction aimed at individuals looking to grasp the fundamentals of cybersecurity. The cyber security course syllabus starts by addressing the crucial question, "What is cyber security?" and sets the foundation by underscoring its importance in the contemporary digital world. Participants will explore the various domains of cyber security, learning how these fields interconnect and play a vital role in information protection.
The course covers the CIA triad—confidentiality, integrity, and availability—providing a solid foundation for defending against unauthorized access. It also explores vulnerability, threat, and risk, enabling students to identify security flaws, understand cyber threats, and assess risks effectively. This foundational cyber security course syllabus is an essential steppingstone for further advanced studies in cyber security.
The Linux segment of the Cyber Security Course Syllabus examines its history and features, familiarizing students with the development of this influential open-source operating system. It breaks down the architecture of the Linux OS, detailing its modular and layered structure. Students will investigate various Linux distributions, each designed for specific purposes. The curriculum includes practical training on the Linux command line, crucial for effectively navigating and managing Linux systems. Participants will also learn about software package management, a key aspect of system maintenance and updates.
This module covers the Linux file system, focusing on user/group management, file and folder permissions, and special permissions. It also includes disk management and basic service and process management concepts, equipping learners to manage resources and applications efficiently.
This module on networking and security introduces the basics of computer networks and their types, explaining how data moves across different structures. It covers key network devices, IP and MAC addresses, and explores IPv4 and IPv6 packet structures. Students will also learn addressing and subnetting for efficient network organization and data routing.
The cyber security course syllabus covers the OSI and TCP/IP models, detailing each layer's role in secure network communication. It examines key protocols like TCP, UDP, ICMP, and ARP, helping students understand data transfer processes. The course also addresses network services such as DNS, DHCP, SNMP, and FTP, explaining how they support essential daily operations.
The module emphasizes practical skills using tools like Wireshark for packet analysis, teaching students to analyze network traffic and identify security issues. It covers essential concepts for network security, including the Internet, intranet, extranet, DMZs, DNSSEC, firewalls, and intrusion detection/prevention systems (IDS, IPS, IDPS).
Enhancing practical capabilities further, students participate in an exercise on penetration testing. Students explore different types of penetration tests and their associated services, focusing on testing phases such as pre-engagement activities and OSINT collection. The course covers automated exploitation, password-cracking techniques, and the roles of red and blue team operations, equipping learners with essential offensive and defensive cybersecurity skills. Through this detailed and hands-on approach, learners are equipped to address complex network security challenges in real-world situations.
This module of the cybersecurity course syllabus covers vulnerability assessment and management, teaching students to use assessment tools and various scanning methods, including authenticated and non-authenticated scans. They will learn to plan and conduct infrastructure security assessments, interpret scores with the Common Vulnerability Scoring System (CVSS), and identify and categorize potential risks. The syllabus emphasizes the importance of accurate reporting and timely application of patches and updates to maintain security.
The advanced section on network penetration testing focuses on manual exploitation of system vulnerabilities, post-exploitation techniques, and methods for escalating privileges on Linux and Windows systems, including tactics like pivoting and double pivoting. Students also learn strategic frameworks such as the Cyber Kill Chain and MITRE ATT&CK, enhancing their understanding of cyber attack phases and tactics, which strengthens their network defense and security strategy skills.
The cryptography module offers a basic understanding of the principles and practices involved in securing information. It begins with an introduction to cryptography, explaining its purpose and importance in digital security. The Cyber Security Course Syllabus covers symmetric and asymmetric ciphers, detailing how these encryption methods secure data by converting it into unreadable formats for authorized decryption. Students also learn to create SSL certificates and explore the roles of digital certificates and signatures in verifying data and user authenticity.
The module addresses disk encryption techniques to protect data stored on physical media from unauthorized access. It also explores hashing and encoding, which transform data into a fixed-size hash that uniquely represents the original data. The cybersecurity course syllabus introduces steganography, a technique for hiding information within non-secret text or data, enhancing students' understanding of data protection strategies.
The "Introduction to Active Directory" module offers a comprehensive understanding of Active Directory (AD) for managing networked systems. It covers the setup, installation, and configuration of AD for practical implementation, along with Kerberos authentication and its role in securing network communications. The curriculum addresses various AD attack vectors, enumeration techniques, and exploitation methods, highlighting potential security threats. Students will explore post-exploitation strategies to understand how attackers leverage compromised AD credentials, highlighting the importance of robust security protocols and effective incident response plans.
This module on Cyber Security Compliance and Standards explores essential regulatory and sector-specific standards for data security and integrity. It begins with an overview of key compliance regulations, including GDPR for data protection, HIPAA for healthcare, and SOX for financial security, highlighting their significance and implementation in relevant industries. It also discusses ISO/IEC 27001/ISO 27002 standards for information security management and PCI-DSS requirements for securing credit card transactions.
Students will examine penetration testing standards like OWASP, WASC, SANS25, PTES, and OSSTMM, which provide structured approaches for thorough security assessments. The cybersecurity course syllabus also covers risk governance and management, and teaching methods for effectively identifying, analyzing, and mitigating risks. Additionally, cybercrime and its classifications are explored to understand the various types of digital threats and their legal consequences.
The course utilizes the NIST Cybersecurity Framework to help guide the development, implementation, and enhancement of comprehensive cybersecurity programs. Real-world case studies are integrated throughout the course to demonstrate the practical application of theoretical concepts. Additionally, practical skills are honed through a second assignment and a Capture the Flag (CTF) event, allowing students to apply their knowledge in a competitive setting.
This comprehensive module focuses on web application technologies, exploring both offensive and defensive cybersecurity strategies. It begins with an overview of tactics for attacking and defending web applications, equipping students with the skills to exploit vulnerabilities and implement protective measures. The course also emphasizes web reconnaissance techniques, teaching students how to collect essential preliminary data for effective penetration testing.
The cybersecurity course syllabus offers an in-depth examination of web application vulnerability assessment, focusing on tools like Nikto, OWASP-ZAP, Buster, and wpscan to identify exploitable weaknesses. Students will explore CMS Enumeration and Exploitation, learning about common vulnerabilities in content management systems. The course also covers the OWASP Top 10 Web Risks, providing a structured method for identifying key web application security threats.
This module addresses web security essentials, such as authentication, authorization, session management, and file security, enabling students to implement robust measures. They learn to deploy Web Application Firewalls (WAFs) against common attacks and utilize tools like BurpSuite, Sqlmap, and wafw00f for testing and securing web applications.
The module concludes with a practical assignment and a Capture the Flag (CTF) event, challenging students to apply their skills in a competitive setting. This combination of theory and hands-on practice ensures students are well-prepared to tackle web application security challenges.
The bug bounty hunting module offers an engaging introduction to this specialized field, emphasizing the differences between bug bounty hunting and traditional penetration testing. Bug bounty involves discovering and reporting security vulnerabilities in software or websites to earn rewards. This approach is often more dynamic than structured penetration tests, featuring a variety of targets and continuous opportunities.
Students will learn the fundamentals of bug bounty programs, including how to participate in platforms like HackerOne and Bugcrowd. The syllabus emphasizes systematic preparation and reconnaissance, introducing mind maps for organizing and tracking potential vulnerabilities. Additionally, students will develop skills in crafting clear and professional bug bounty reports to ensure their findings are actionable and comprehensible.
By the end of the module, participants will understand the tools, techniques, and best practices for successful bug bounty hunting, preparing them for real-world cybersecurity challenges.
This module delves into the complexities of modern cybersecurity, emphasizing mobile applications, the Internet of Things (IoT), and cloud environments. Students start by analyzing common vulnerabilities in mobile apps and learning techniques to exploit and mitigate these security risks.
The syllabus then covers IoT security, addressing challenges from interconnected devices and the need for strong security protocols. In the cloud security segment, participants explore cloud architecture, essential design considerations, and risk mitigation strategies to protect sensitive data.
Additionally, students investigate legal and compliance issues related to cloud security, gaining insight into regulatory requirements and their impact on security practices. This comprehensive approach equips learners with the skills to tackle security challenges in mobile, IoT, and cloud environments.
This module examines the intersection of psychology and technology in security breaches, focusing on social engineering attacks and Wi-Fi security. Students learn about social engineering techniques like phishing, pretexting, baiting, and tailgating, which exploit human psychology for unauthorized access to information.
The syllabus emphasizes defenses against these attacks, including awareness training, robust verification processes, and the adoption of best practices to reduce human vulnerabilities.
The conversation then moves to Wi-Fi security, examining different protocols such as WEP, WPA, and WPA2, and identifying their vulnerabilities. Students examine common Wi-Fi attacks, including aircrack, rogue access points, and captive portals, to learn how attackers compromise wireless networks. The module also covers strategies for securing mobile apps and Wi-Fi networks, such as encryption, secure coding practices, and advanced security configurations to protect data and prevent unauthorized access. This comprehensive overview equips students with the necessary skills to address sophisticated cyber threats in both social and technological contexts.
This module equips students with essential programming and automation skills, focusing on shell scripting and Python, vital for effective penetration testing. The syllabus begins with shell scripting fundamentals, teaching students to automate routine tasks and efficiently manage operating system operations. This involves mastering command-line syntax, crafting executable scripts, and understanding how scripts can manipulate data and automate processes.
The cyber security course syllabus then introduces the basics of Python programming. Students learn Python’s syntax, data structures, and control flow, recognizing its versatility and widespread use in cybersecurity. With a solid foundation, the course focuses on applying these skills to automate penetration testing tasks. Participants write Python scripts to automate network scanning, vulnerability assessments, and exploit execution, enhancing the efficiency of security tests. Through hands-on exercises and coding assignments, they refine their skills, streamlining cybersecurity processes and improving their ability to quickly identify and address vulnerabilities.
This module introduces students to the vital field of threat intelligence, an essential component of proactive cybersecurity. It begins with an overview of what threat intelligence is and its significance in preemptively identifying and mitigating potential threats. The cybersecurity course syllabus outlines key indicators for effective security measures, including Indicators of Compromise (IOC), which are forensic data points indicating potential malicious activity on a system or network. Indicators of Attack (IOA), which aim to detect the intent of an attack rather than its consequences; and Indicators of Exposure (IOE), which pinpoint vulnerabilities open to potential attackers.
The module covers threat hunting, a proactive approach to searching networks for advanced threats that bypass existing security measures. Students learn to use indicators in practical settings, developing tactics to identify and understand threats before they escalate into major attacks. This thorough approach provides students with the necessary tools and knowledge to effectively enhance the security posture of organizations.
This module offers a comprehensive introduction to Security Information and Event Management (SIEM), essential for managing security operations in enterprise environments. It outlines SIEM's role in consolidating security data collection and analysis across the network, facilitating real-time monitoring, detection, and response to potential threats.
In this cybersecurity course, students will examine enterprise infrastructure elements such as network architecture, endpoints, servers, and applications, learning how SIEM integrates with these components to bolster security. The module emphasizes security. Operations Essentials, focusing on the operational processes and best practices necessary for effectively managing a Security Operations Center (SOC). Key subjects include log management, event correlation, real-time alerting, and the automation of security tasks. By learning how SIEM tools use data to detect anomalies and threats, students can enhance incident response times and improve security posture in large environments.
This module offers specialized training in IBM QRadar, an advanced SIEM solution used for security monitoring and threat management.
The cybersecurity course syllabus starts with an overview of log analysis, teaching students to use QRadar for gathering and analyzing security logs from various devices in an enterprise network. This process is crucial for effectively detecting anomalies and potential security incidents.
The module also explores QRadar's network and flow analysis capabilities, which monitor network traffic to identify patterns indicating malicious activity. Students learn about offense management, a key feature that aggregates and categorizes security offenses, offering actionable insights from the analyzed data.
The cyber security course syllabus includes Advanced Query Language (AQL), enabling precise queries of collected data for detailed investigations. Students are also taught asset and dashboard management, which aids in configuring and maintaining a customized view of security. Discussions on DSM (Device Support Modules) and rule management enhance QRadar's functionality, refining its threat response and ensuring a robust security posture.
This module focuses on using Splunk, a key tool in Security Operations Centers (SOC) for data analysis and visualization to detect, investigate, and respond to security threats. The cybersecurity course syllabus begins with an introduction to Splunk as a SOC analysis platform, highlighting its efficiency in processing large volumes of data.
Students learn the fundamentals of Splunk's Search Processing Language (SPL), essential for querying and deriving insights from data. Mastery of SPL allows analysts to conduct complex searches, perform calculations, and compile reports. The module introduces Splunk Knowledge Objects, such as saved searches, event types, and tags, which help organize data inputs and improve search capabilities.
The cyber security course syllabus discusses setting up and generating alerts in Splunk, enabling real-time security monitoring and responses. Students explore Security Orchestration, Automation, and Response (SOAR) features in Splunk that automate workflows and speed up incident response. This training equips them to effectively use Splunk in a SOC setting, improving threat detection and operational efficiency.
This Endpoint Security module equips students with the skills to protect and manage endpoint devices in an organizational network. It covers Endpoint Detection and Response (EDR) and its evolution into Extended Detection and Response (XDR), essential for real-time threat monitoring and response. EDR/XDR solutions integrate diverse data points for a comprehensive security view, enabling quick identification of complex threats and prompt action.
The syllabus also covers Data Leakage Prevention (DLP) strategies, vital for safeguarding sensitive information from unauthorized access and transfers within and outside the network. It examines DLP policies and tools to prevent data breaches and ensure compliance with regulatory standards.
To reinforce learning, the module includes Practical Assignment IV, where students apply their skills in real-world scenarios by configuring EDR/XDR solutions and implementing DLP strategies. This practical approach significantly enhances their capabilities in effectively managing and securing endpoints.
As the cybersecurity field rapidly evolves, the demand for a skilled and adaptable workforce grows. For IT professionals seeking to expand their career opportunities, pursuing a cybersecurity certificate is a smart choice. Through Hacker School's cybersecurity course syllabus, participants can gain the latest skills and knowledge, keeping pace with industry developments.
Hacker School provides a variety of online and in-class cybersecurity courses, from entry-level to advanced, enabling professionals to choose certifications that align with their career goals and experience. Earning a cybersecurity certificate can lead to improved job prospects, higher salaries, and increased opportunities for advancement. Not only does the certificate foster professional growth, but it also enhances an individual’s value to their employers.
A cybersecurity certification can propel your career forward in the following ways:
In 2023, the global cybersecurity training market was valued at USD 4.53 billion and is projected to grow at a CAGR of 17.4% from 2024 to 2030. Organizations are increasingly investing in cybersecurity training to enhance employees' skills and effectively manage cybersecurity incidents. This training plays a crucial role in improving individuals' abilities to defend against and respond to cyber threats.
Cybersecurity certifications are widely recognized within the industry and are often a requirement or a preferred credential for employers. Possessing a reputable certification not only boosts your credibility but also signals to potential employers that you have the necessary
Earning a cybersecurity certificate typically requires mastering relevant topics and passing stringent exams. This process verifies your expertise in ethical hacking, network security, or incident response, providing evidence of your skills and enhancing your visibility in a competitive job market.
A cybersecurity certificate can unlock new career paths and opportunities for advancement within the field. Many employers highly regard certifications during hiring or promotion decisions, viewing them as a sign of dedication to professional growth and continuous learning. A certification can qualify you for more lucrative roles or leadership positions within organizations.
Pursuing a cybersecurity certification usually entails structured coursework or training programs that encompass key concepts and practices in the field. Whether new to cybersecurity or experienced, earning a certification provides valuable learning opportunities and keeps you updated on the latest trends and best practices.
Becoming part of a community of certified cybersecurity professionals can open up valuable networking opportunities. Many certification programs offer access to forums, events, and online communities for networking, knowledge exchange, and learning from industry experts. Such networking can lead to job referrals, mentorship opportunities, and collaborations on various projects.
Cybersecurity is a field characterized by constant evolution. Attacks like the WannaCry and WannaCry 2.0 ransomware incidents underscore the rapid pace and complexity of today's cyber threats. If you're looking for a career full of challenges and learning opportunities, pursuing a cybersecurity certification may be the right choice.
Transitioning into a cybersecurity career does not necessarily require a four-year degree or extensive hands-on experience. With some IT knowledge and relevant cybersecurity certifications, you can enter this rapidly growing field. If you are already an IT specialist, obtaining a cybersecurity certification can open up new career paths. Potential roles include Security Auditor, Computer Forensics Expert, Security Engineer, and Chief Information Security Officer. There is a variety of cybersecurity courses available to help facilitate this transition.
This certification will equip you with the knowledge to master advanced concepts such as corporate espionage, viruses, and reverse engineering.
Certified Information Systems Security Professional (CISSP) Certification
Regarded as the gold standard in information security, this certification prepares you to oversee all aspects of IT security, including architecture, design, management, and controls. Most IT security roles require or prefer candidates with a CISSP certification.
Certified Information Systems Auditor (CISA) Certification
This certification will provide you with the necessary skills to manage and control a business's IT and to conduct effective security audits on any organization.
Due to the growing frequency and complexity of cyber threats, cybersecurity professionals are in high demand, often commanding excellent salaries. Employers recognize the crucial role cybersecurity plays in protecting their digital assets and typically offer competitive pay to skilled individuals. A cybersecurity certification shows employers you have the expertise to protect their systems and data, potentially leading to better-paying job opportunities.
Cybersecurity is an expanding field with a perennial need for skilled professionals. With the rise of cyberattacks and data breaches, organizations are prioritizing cybersecurity measures to safeguard sensitive information. As a result, professionals with cybersecurity certifications enjoy significant career stability. Demand for cybersecurity expertise remains strong across private, government, and non-profit sectors, ensuring long-term career security.
One of the major benefits of obtaining a cybersecurity certification is the broad range of industry opportunities it unlocks. Nearly every sector, including finance, healthcare, retail, manufacturing, and technology, needs cybersecurity experts to safeguard their networks, systems, and data.
Cybersecurity professionals have diverse opportunities across industries, whether in large corporations, government agencies, consulting firms, or startups. This diversity allows you to explore different sectors and find a niche that best matches your interests and career ambitions.
Students at Hacker School enjoy a wide array of benefits essential for a thriving career in cybersecurity. The curriculum offers access to advanced cloud computing architectures, enabling students to work with the latest technologies and security practices in a controlled environment. It includes comprehensive legal and privacy training, ensuring students understand the responsibilities of managing sensitive information. Additionally, techniques for conducting procedural audits are explored, equipping students to evaluate and enhance an organization’s security protocols. This education prepares graduates to address modern cybersecurity complexities and adapt to evolving cyber threats.
Achieving a cybersecurity certification or a degree can significantly elevate an individual’s career prospects. Cybersecurity Management is crucial for mitigating the risk of cyber-attacks and protecting networks and technologies from unauthorized access. It involves a complex and vital set of strategies and practices.
What are the benefits of studying a course in cyber security?
Earning a professional certification in cybersecurity offers significant advantages, especially due to the high demand for proven skills. In today’s landscape, proficiency requires more than just experience; a solid understanding of the latest technologies, threats, and challenges is essential.
equip individuals with the necessary skills to combat a variety of cyber threats. Here are some key benefits that a cybersecurity course can provide:
Most cybersecurity breaches are the result of human errors. By educating employees about cybercrimes, organizations can significantly reduce the risk of these costly mistakes. Proper training helps employees take necessary precautions to protect data, manage their devices securely, maintain strong passwords, and safeguard their personal information.
For businesses with specific compliance requirements, focusing on employee training is crucial. Security training helps communicate regulatory responsibilities to all staff members, ensuring that they adhere to compliance standards. This not only helps protect the business from cyberattacks but also reduces potential fines associated with non-compliance.
Trust is easy to lose and challenging to rebuild. Cybercrimes can be costly and damage a business's reputation, which often takes years to establish. Security training not only protects your business assets but also safeguards your company's goodwill. It plays a critical role in maintaining and enhancing customer confidence.
As threats escalate and evolve alongside rapidly changing technology, keeping employees informed about the latest threats is essential. Security training equips employees with up-to-date knowledge and strategies to stay one step ahead of potential security breaches.
Studying cybersecurity fortifies your business against both external and internal threats. It educates employees about the latest dangers and prevents mistakes that could jeopardize organizational security.
Investing in cybersecurity training is a wise decision. Effective training can prevent the financial losses associated with cyberattacks and reduce the time spent repairing such damages. By safeguarding against information scrambling, cybersecurity training saves both money and time.
Cybersecurity training instills confidence and a deep awareness of risk among employees. A thorough understanding of cyber threats enables them to identify potential dangers swiftly. Well-trained employees contribute to a stronger, more secure organization.
The benefits of cybersecurity training are extensive, shielding organizations from various threats. A workforce knowledgeable in cyber laws keeps an organization secure, reducing concerns about unauthorized network and data access. Robust cybersecurity solutions also boost confidence among developers and customers regarding the security of their products.
The demand for cybersecurity expertise continues unabated. As digital threats become more sophisticated, the need for skilled professionals to counter these threats grows. A career in cybersecurity offers financial benefits and the opportunity to shape the security landscape and protect the digital domain. Whether you're new or seeking to advance your career, Hacker School's Cyber Security Course syllabus offers the essential knowledge, skills, and hands-on experience for success in this dynamic field. Join us to not only protect data but also to build a promising future in cybersecurity.