Cyber security training at Hacker School equips students with a career that demands swift and strategic thinking to prevent data breaches and secure networks from unauthorized access. This field constantly changes with offensive and defensive moves, much like a dynamic chess game. The cyber security training provides the essential knowledge and abilities they need to defend digital infrastructures from online attacks. Starting with core computer networks and information security, the curriculum advances into ethical hacking and risk management. Through hands-on projects, students gain experience with cybersecurity tools, preparing them for roles as cybersecurity analysts or consultants.
Hackers School’s Cyber Security Training Certificate Program prepares graduates to protect organizations from cyber threats by identifying vulnerabilities and enforcing strong protocols. It covers defensive and offensive cybersecurity, with personalized feedback, career coaching, mentorship, and a capstone project to build your portfolio.
This program benefits mid-level and senior IT professionals aiming to strengthen their organization’s cybersecurity and advance as strategic leaders. Graduates and early-career professionals, regardless of prior IT experience, will also find value as they specialize in cybersecurity and advance in this high-demand field.
Upon completing the Cyber Security Courses at Hacker School, individuals will acquire the capabilities to proficiently design secure networks, detect threats, and confidently manage cybersecurity protocols.
Core Cyber security Principles: In this module, you will engage in a comprehensive exploration of foundational cybersecurity concepts. Understanding these principles is crucial for developing solid defense strategies that protect against cyber threats. You’ll learn about risk management, the CIA triad (Confidentiality, Integrity, and Availability), and best practices for safeguarding sensitive information, which is essential for any cybersecurity professional.
Secure Network and System Design: This section focuses on designing secure computer and network systems. You will become proficient in implementing security measures that bolster the integrity of your organization’s digital infrastructure. Key topics will include firewall configurations, secure architecture, and the application of security protocols to ensure data protection.
Threat Detection and Prevention: Learn to detect and neutralize cyber threats effectively. Training covers techniques like intrusion detection systems and SIEM tools. You’ll learn to identify vulnerabilities and apply effective measures to prevent potential attacks.
Essential Cybersecurity Competencies: Gain critical skills to navigate cybersecurity confidently. Training develops analytical abilities, problem-solving skills, and knowledge of the latest threats and trends.
Internationally Recognized Certifications: Finally, you will have the opportunity to earn esteemed certifications that affirm your cybersecurity expertise on a global scale. These certifications not only enhance your credentials but also increase your employability and professional standing in a competitive job market.
Hacker School is fully equipped to offer comprehensive cyber security training online. These courses are delivered through live virtual classes, providing an educational experience comparable to traditional classroom settings. Developed by industry experts, the curriculum covers key topics like ethical hacking, security management, and network security. Upon completing the online training, you'll gain skills valued by employers. Our programs follow standards from EC Council, CompTIA, and CISSP, and are regularly updated to address the latest security threats.
An online cybersecurity degree from Hacker School is an ideal solution for individuals balancing other commitments like jobs, as it allows for flexible learning from anywhere in the world. You can revisit the material as often as necessary and connect with peers through discussion boards and social media groups. While the courses offer flexibility, it's important to remember that there are still fixed deadlines for exams and projects that must be adhered to.
Whether you're a beginner or have experience, Hacker School offers courses for all levels, with options ranging from intensive 300-hour sessions to 35-hour modules, held over 4-6 days or weekends.
Skill Enhancement: Cyber security training enhances your ability to protect computer systems, networks, and data from cyber threats. You will learn various security tools and techniques, along with recommended practices for safeguarding information.
Career Opportunities: With the growing need for security experts in the job market, completing cyber security training can open doors to excellent career opportunities. Positions such as cybersecurity analyst, ethical hacker, security engineer, or security consultant may become available to you.
Practical Experience: cyber security training often includes hands-on labs where you can apply theoretical knowledge to real-world scenarios. This active involvement not only boosts your understanding and skills but also enhances your ability to implement cybersecurity measures effectively.
Networking Opportunities: cyber security training provides access to industry experts, instructors, and fellow learners. Building personal networks and engaging with professionals in the field can facilitate knowledge exchange, idea generation, and the development of valuable professional relationships.
Personal Development: Pursuing cybersecurity not only focuses on technical skills but also fosters personal growth. Enhancing your strategic thinking, problem-solving abilities, and decision-making skills will benefit you both professionally and personally.
The rise in global job losses has unfortunately paralleled an increase in cybercrimes. Many talented individuals, now unemployed and technologically adept, have resorted to unethical hacking. Their activities range from data theft to shutting down networks and demanding ransoms, sometimes merely for revenge. These breaches inflict severe damage on the digital business landscape, leading companies to suffer financial losses, reputational damage, and a decline in market value.
In response, organizations are compelled to bolster their cybersecurity defenses. They increasingly rely on hiring in-house specialists or contracting IT firms to manage their security needs. Small to medium-sized enterprises might even seek freelance experts to tackle their security challenges. As mobile commerce continues to expand, the demand for cybersecurity professionals is expected to rise correspondingly.
The infrastructure of servers and data centers, which involves substantial investment, must maintain high-security standards without compromise. IT companies are actively seeking skilled security professionals to proactively address these threats. Consequently, now is an opportune time to pursue a career in cybersecurity. Here are three compelling reasons why experts advocate for cybersecurity as a promising career path for the youth.
Security roles extend far beyond just the IT and software sectors. A wide range of industries, each with a significant online footprint, are part of this trend. By early 2020, there were already 24 million e-commerce sites with more continuously emerging (source). Additionally, an increasing number of companies are transitioning to cloud-based solutions, with predictions suggesting that by the end of 2020, 83% of enterprises will manage part or all of their workflows via cloud services (source). Apart from cybersecurity services, manufacturers and software vendors are among those also establishing in-house security teams. The demand for security experts continues to surge as digital integration deepens across various sectors.
Aspiring cybersecurity professionals have opportunities across diverse fields such as software, education, agriculture, automotive, and banking, as well as retail, power, energy, hospitality, and healthcare.
Cybersecurity encompasses a broad range of specialties, including hardware, software, networks, and systems. Entry roles might include positions like tester or ethical hacker, progressing to official titles such as security analyst, engineer, supervisor, administrator, officer, or specialist. Higher-level roles like consultants, architects, managers, and data or network experts require specific experience and are currently in high demand. More specialized positions, such as information security officer, cryptographer, cryptanalyst, and security software developer, offer challenging and rewarding career opportunities.
The cybersecurity field offers competitive compensation, with average salaries of around US$95,510 annually (source). Entry-level positions typically range from $57,000 to $108,500 per year (source). Salaries can vary significantly based on an individual's skills, the size of the organization, and other factors.
The outlook for security professionals is strong, driven by widespread internet connectivity, remote work, e-commerce, mobile payments, and social media. The rise of cloud computing and IoT generates vast data, requiring skilled experts to protect sensitive personal and financial information.
Cybersecurity is a growing field with constant challenges due to new technologies, emerging threats, and evolving communication models. With over 980 million malware programs and 350,000 daily incidents, professionals must continuously update their knowledge and adapt to new technologies.
Hacker School's exceptional cyber security training curriculum is enriched with practical experience, designed to maximize student engagement and learning. Here's how we ensure that you make the most out of your time at Hacker School:
Practical Learning: Students participate in labs, case studies, and research projects to deepen technical knowledge and improve interpersonal, social, organizational, and problem-solving skills.
Collaborative Education: The cyber security training is structured around collaborative classes that aim to bolster all academic skills, helping students to thrive in diverse learning environments.
Focused Modules: Our cybersecurity curriculum includes specialized courses in networking, databases, and user interface analysis, providing in-depth knowledge and practical skills for the cybersecurity field.
State-of-the-Art Facilities: Hacker School offers a top-tier cybersecurity program, providing students with the skills and insights needed to excel in the IT security industry.
Core Curriculum: The core curriculum covers information security, ethics, network administration, programming, enterprise processes, and database management. The extended curriculum includes risk assessment, cryptography, vulnerability testing, access control, and security auditing.
Career-Oriented Syllabus: The cybersecurity syllabus is designed to foster professional growth, preparing you for advanced opportunities in the field.
The cyber security training course syllabus is crafted to promote significant advancement in your career in this field. Our extensive curriculum covers a wide range of topics, including:
The cyber security training course syllabus at Hacker School offers a comprehensive introduction designed for individuals keen on understanding the basics of cybersecurity. It begins with the essential question, "What is cybersecurity?" and lays the groundwork by emphasizing its significance in today's digital landscape. Students will delve into the various domains of cybersecurity, examining how these areas are interconnected and critical for protecting information. The course covers the CIA triad—confidentiality, integrity, and availability—ensuring students understand how to protect information. It also explores vulnerability, threat, and risk concepts, helping participants identify weaknesses, understand cyber threats, and assess risks. This module provides a strong foundation for advanced cybersecurity studies.
The Linux module in the cyber security training course syllabus explores the history and key features of this pivotal open-source operating system, acquainting students with its evolution. This section dissects the architecture of Linux, detailing its modular and layered setup. Students will explore various Linux distributions, each tailored for different purposes. The curriculum includes hands-on training on the Linux command line, essential for effectively navigating and managing Linux environments. Participants will learn about software package management, crucial for system maintenance and updates. This module also delves into the Linux file system, focusing on user and group management, setting permissions for files and folders, and understanding special permissions. Moreover, it covers disk management and the basics of service and process management, equipping learners with the skills to manage resources and applications efficiently.
This detailed module on networking and security begins with the fundamentals of computer networks and their types, building a solid understanding of how data is transmitted across different network structures. It examines important network devices and explains the roles of IP and MAC addresses in network communication. Students will analyze the complexities of IPv4 and IPv6 packet structures and study crucial concepts like addressing and subnetting, vital for effective network organization and data routing.
The course covers the OSI and TCP/IP models, explaining each layer's role in secure communication. It reviews network protocols like TCP, UDP, ICMP, and ARP, and discusses network services such as DNS, DHCP, SNMP, and FTP, highlighting their importance in daily operations.
This module focuses on hands-on skills with packet analysis using Wireshark to understand network traffic and identify vulnerabilities. It covers concepts like the Internet, intranet, extranet, DMZs, DNSSEC, firewalls, and IDS/IPS systems, which are essential for network security.
Further enhancing practical skills, the course includes exercises on penetration testing where students investigate various types of penetration tests and the services involved. They focus on the stages of penetration testing, from pre-engagement activities to the collection of open-source intelligence (OSINT). Discussions cover automated exploitation and password-cracking techniques, along with the strategic operations of red and blue teams. This comprehensive approach equips students with both offensive and defensive cybersecurity capabilities, preparing them to tackle complex network security challenges in real-world scenarios.
This module of the cybersecurity course syllabus delves deeply into vulnerability assessment and management. Students learn to utilize various assessment tools and conduct different types of scans, including authenticated and non-authenticated scans. Students will master planning and executing infrastructure security assessments, interpreting results, and calculating risk scores using CVSS. They will also learn to identify and categorize risks, focusing on accurate reporting and timely patching to maintain security.
The advanced network penetration testing section covers manual exploitation, post-exploitation, and privilege escalation on Linux and Windows. It explores strategies like pivoting and double pivoting while introducing frameworks like the Cyber Kill Chain and MITRE ATT&CK to understand cyber attack stages and tactics. This knowledge significantly enhances their capabilities in network defense and security strategy planning.
This module provides a foundational understanding of the principles and practices used to secure information through cryptography. It starts with an overview of cryptography, detailing its critical role in digital security. The course covers symmetric and asymmetric encryption, SSL certificates, digital signatures, and disk encryption to secure data. Students learn hashing, encoding, and steganography techniques to protect data and hide information within non-secret content, enhancing their understanding of data protection strategies.
The "Introduction to Active Directory" module aims to provide a thorough understanding of Active Directory (AD), essential for managing networked systems. The curriculum begins with the setup of Active Directory, including its installation and configuration, preparing students for practical applications. It delves into Kerberos authentication and its significance in securing network communications. The course covers Active Directory attack vectors, enumeration techniques, and exploitation methods. Students learn post-exploitation tactics, focusing on how attackers use compromised AD credentials to expand within a network, highlighting the need for strong security measures and effective incident response.
This module on Cyber Security Compliance covers key regulations like GDPR, HIPAA, and SOX, focusing on data security across sectors. It also covers ISO/IEC 27001/27002 standards, PCI-DSS for credit card processing, and penetration testing frameworks such as OWASP, WASC, SANS25, PTES, and OSSTMM for conducting security assessments. The cybersecurity course syllabus extends to risk governance and management, offering strategies for identifying, analyzing, and mitigating risks effectively.
The module also delves into cybercrime and its classifications to better understand the spectrum of digital threats and their legal implications. Utilizing the NIST Cybersecurity Framework, the course guides the development, implementation, and refinement of robust cybersecurity programs. Real-world case studies illustrate the practical application of theoretical concepts. Additionally, students hone their practical skills through a secondary practical assignment and a Capture The Flag (CTF) event, which challenges them to apply their knowledge in a competitive and controlled environment.
This module covers web application technologies, focusing on both offensive and defensive cybersecurity tactics. It provides an overview of strategies for attacking and defending web applications, enabling students to identify vulnerabilities and implement protective measures. The course emphasizes web reconnaissance techniques, instructing students on how to gather crucial preliminary data for effective penetration testing.
The cybersecurity course syllabus offers a thorough examination of web application vulnerability assessment, showcasing the use of tools like Nikto, OWASP-ZAP, gobuster, and wpscan to discover exploitable flaws. Students will delve into CMS enumeration and exploitation, learning about common vulnerabilities in content management systems. The course covers the OWASP Top 10 Web Risks, focusing on critical web application threats. Students learn about authentication, authorization, session management, and file security, and explore deploying Web Application Firewalls (WAFs). Practical tools like BurpSuite, Sqlmap, and wafw00f are introduced for testing and securing web apps.
The module wraps up with a third practical assignment and a second Capture the Flag (CTF) event, challenging students to apply their acquired skills in a competitive and dynamic environment. This combination of theoretical knowledge and practical application ensures that students are well-prepared to tackle security challenges in web applications.
This module introduces students to the exciting field of bug bounty hunting, emphasizing the differences between bug bounty programs and traditional penetration testing. In bug bounty hunting, participants discover and report security vulnerabilities in software or websites in exchange for rewards. Unlike structured penetration testing, bug bounty hunting offers a more dynamic environment with varied targets and ongoing opportunities. Students will learn how to participate in bug bounty programs on platforms like HackerOne and Bugcrowd. The course covers preparation, reconnaissance, using mind maps for tracking vulnerabilities, and writing clear, actionable bug bounty reports.
By the end of the module, students will have a solid grasp of the tools, techniques, and best practices needed for successful bug bounty hunting, preparing them to handle real-world cybersecurity challenges.
This module covers modern cybersecurity, focusing on mobile apps, IoT, and cloud environments. Students learn to identify and mitigate vulnerabilities in mobile apps, and then explore IoT security challenges, emphasizing the need for strong measures in this rapidly growing field.
In this cloud security module, participants explore cloud architecture and essential security considerations for design and operation. The course covers threats to cloud data security and strategies for mitigating risks. Students also learn about legal, compliance, and regulatory issues, ensuring technical proficiency and adherence to standards in mobile, IoT, and cloud security.
This module examines the overlap between psychology and technology in security breaches, focusing on social engineering attacks and Wi-Fi security. Students learn social engineering techniques like phishing, pretexting, baiting, and tailgating, which exploit human psychology to access information. The course emphasizes defenses such as awareness training, verification processes, and security best practices to minimize vulnerabilities, preparing students to tackle social engineering and Wi-Fi security threats.
The discussion progresses to Wi-Fi security, exploring different protocols like WEP, WPA, and WPA2, and identifying their specific vulnerabilities. Students explore Wi-Fi attacks using tools like aircrack, focusing on rogue access points (APs) and captive portals to understand wireless network breaches. The module also covers strategies for securing mobile apps and Wi-Fi, including encryption, secure coding practices, and advanced security settings to protect data and prevent unauthorized access. This comprehensive overview provides students with the skills needed to tackle sophisticated cyber threats in both social and technological realms.
This module teaches essential programming and automation skills, focusing on shell scripting and Python for penetration testing. It covers shell scripting basics, helping students automate tasks and manage operating systems efficiently. This includes mastering command-line syntax, creating executable scripts, and learning how scripts can manipulate data and automate processes.
Following this, the course introduces Python programming fundamentals. Students learn Python’s syntax, data structures, and control flow, emphasizing its role in cybersecurity. The course then progresses to automating penetration testing tasks, teaching students to write scripts for network scanning, vulnerability assessments, and exploits. Practical exercises help refine skills, increasing efficiency in identifying and addressing vulnerabilities.
This module introduces students to the critical field of threat intelligence, a key element in proactive cybersecurity strategies. It starts with an explanation of what threat intelligence involves and its importance in preemptively identifying and addressing potential threats. The cybersecurity course syllabus discusses various indicators crucial for robust security measures: Indicators of Compromise (IOC), which are pieces of forensic data suggesting potentially malicious activity on a system or network; Indicators of Attack (IOA), which focus on detecting the intent behind an attack rather than the aftermath; and Indicators of Exposure (IOE), which identify vulnerabilities that are susceptible to exploitation.
The module covers threat hunting, teaching students to proactively detect and isolate advanced threats that bypass existing security. They learn to apply indicators to recognize and address threats before they escalate, enhancing organizational security.
This module introduces Security Information and Event Management (SIEM), a key technology for managing security operations. It explains how SIEM consolidates security data collection and analysis, enabling real-time monitoring, detection, and response to threats across an organization’s network.
In this cybersecurity course, students explore enterprise infrastructure components like networks, endpoints, servers, and applications, learning how SIEM integrates to enhance security. The module covers Security Operations Essentials, including log management, event correlation, real-time alerting, and task automation. Students will improve incident response and security in large-scale environments.
This module provides specialized training on IBM QRadar, an advanced SIEM solution for security monitoring and threat management. The syllabus covers log analysis, teaching students to use QRadar for collecting and analyzing security logs. Students will also explore network and flow analysis, offense management, and actionable insights for threat identification.
The curriculum covers Advanced Query Language (AQL) for precise data queries, asset and dashboard management for customized security views, and Device Support Modules (DSM) and rule management to optimize QRadar’s functionality and threat response, ensuring a strong security posture.
This module focuses on using Splunk in Security Operations Centers (SOC) for data analysis and visualization. The course introduces Splunk as a key platform for efficiently handling large data volumes to identify, investigate, and respond to security threats. Students will learn the basics of Splunk's Search Processing Language (SPL), crucial for querying and extracting insights from data. Proficiency in SPL enables analysts to execute complex searches, perform calculations, and generate reports. The module also covers Splunk Knowledge Objects, such as saved searches, event types, and tags, which help in organizing data inputs and improving search functionalities.
The curriculum addresses the setup and management of alerts in Splunk, facilitating real-time security monitoring and responses. Furthermore, students explore the Security Orchestration, Automation, and Response (SOAR) capabilities integrated with Splunk, which enhance security operations by automating workflows and accelerating incident responses. This comprehensive training prepares students to effectively utilize Splunk in a SOC environment, boosting threat detection and operational efficiency.
This Endpoint Security module teaches students to protect and manage endpoint devices, covering Endpoint Detection and Response (EDR) and its evolution to Extended Detection and Response (XDR) for real-time threat monitoring, detection, and response.
The syllabus also covers Data Leakage Prevention (DLP) strategies to protect sensitive information from unauthorized access and transfer. It explores DLP policies and tools to prevent breaches and ensure regulatory compliance.
The module includes Practical Assignment - IV, where students apply skills by configuring EDR/XDR solutions and implementing DLP strategies, enhancing their proficiency in securing endpoints.
At Hacker School’s Cyber Security Training, you’ll cover key areas like threat intelligence, endpoint security, and vulnerability management. Practical assignments and simulations will equip you with the skills to identify, analyze, and respond to security threats effectively.
Joining Hacker School means becoming part of a vibrant community dedicated to excellence in cybersecurity training. With access to top-tier instructors, state-of-the-art resources, and a network of like-minded peers, you are well-prepared to advance your career. This course not only addresses immediate challenges but also fosters a mindset of continuous learning and adaptability, which are vital in this field.
As you progress, remember that the skills you have developed are invaluable for protecting organizations from cyber threats. Embrace the opportunities ahead and continue to strengthen your foundation in cybersecurity. Enroll now to shape a promising future in data protection and cybersecurity excellence.