Cyfotok Labs
Master the latest vulnerabilities in our high-fidelity, isolated lab environments. From zero-days to enterprise misconfigurations.
One of the most common cyber attacks today is phishing. Attackers use fake emails, websites, and messages to trick users into revealing passwords, sensitive information, one-time passwords (OTPs), banking details, and other confidential data. In this learning path, you will learn how phishing attacks work, how to identify phishing emails, analyze suspicious links, and respond effectively to phishing attempts. You will also explore practical techniques to recognize and prevent phishing attacks in real-world scenarios.
In this lab, we will learn how email-based cyber attacks occur, how spam emails are filtered, how email authentication methods verify the sender, how to identify malicious attachments, and how to analyze phishing emails through practical examples.
Network Segmentation is the process of dividing a large network into smaller, secure sections. It is a fundamental cybersecurity concept because it helps prevent an attack from spreading across the entire network if a system is compromised. In this learning path, you will learn how to divide a network into different security zones, implement segmentation using VLANs, and enforce access controls to improve network security and reduce the impact of potential cyber attacks.
In this learning path, you will learn how to identify, classify, and monitor an organization's sensitive data, as well as how to prevent unauthorized access and data leakage.
In this lab, we will use a movie scene, real-life examples, and relatable incidents to make the concept of Zero Trust Architecture easy to understand. It will help you practically understand the modern security approach of "Never trust by default, always verify before granting access."
In this lab, you will practically understand how an IDS (Intrusion Detection System) and an IPS (Intrusion Prevention System) work. You will learn what an IDS does during a cyber attack, what an IPS does, the differences between the two, and how attacks are detected and prevented through real-world examples.
In this learning path, you will learn what a firewall is, why it plays a critical role in network security, how it monitors network traffic, and how it makes decisions to allow or block traffic. Starting with basic packet filtering, you will progress step by step to understand stateful inspection and other fundamental firewall concepts.
In this lab, you will learn the Incident Response (IR) team's workflow and how cyber attacks are handled step by step without panicking after an attack occurs. Through relatable real-life scenarios, you will easily understand the Preparation, Detection, Containment, Recovery, and Lessons Learned phases.
In cybersecurity, attacks are inevitable. The real challenge is detecting them quickly and accurately. This is where Detection Engineering plays a vital role. In this learning path, you will learn how to identify the traces left behind by attackers, analyze security logs, detect suspicious activities, and build effective detection rules to identify potential threats.
Security monitoring plays a critical role in identifying suspicious activities before, during, and after a cyber attack. In this learning path, you will learn the core concepts of security monitoring. Step by step, you will explore how to collect and analyze logs, detect suspicious activities, investigate security alerts, and respond quickly to security incidents.
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