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| Section | Objectives |
|---|---|
| Reconnaissance Techniques | - Scanning networks and enumeration - Footprinting and information gathering |
| Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Cryptography | - Encryption, hashing, and cryptanalysis |
| Web and Application Security | - Web application hacking techniques |
| Network Attacks | - Sniffing and session hijacking - Denial of Service (DoS/DDoS) |
| Cloud and IoT Security | - IoT security fundamentals - Cloud computing security concepts |
| System Hacking | - Gaining access and privilege escalation - Malware threats and system exploitation |
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NEW QUESTION # 723
A penetration tester is evaluating a secure web application that uses HTTPS, secure cookie flags, and regenerates session IDs only during specific user actions. To hijack a legitimate user's session without triggering security alerts, which advanced session hijacking technique should the tester employ?
Answer: B
Explanation:
CEH v13 emphasizes that well-secured applications use HTTPS, secure cookies, and session regeneration to defend against common session hijacking techniques. In such hardened environments, traditional attacks like session fixation or simple XSS-based token theft often fail because session IDs change at login and secure flags prevent exposure. The remaining viable approach is session token prediction, an advanced attack that analyzes statistical patterns, entropy weaknesses, or timing issues in session ID generation algorithms. CEH discusses that weak pseudorandom number generators (PRNGs) or predictable sequences can allow attackers to compute a valid session ID without intercepting traffic. This method bypasses cookie security and does not rely on manipulating user input, making it suitable for environments with strong defenses. MITM attacks (Option A) require certificate compromise, which is impractical. Session fixation (Option B) fails because the application regenerates tokens. XSS (Option D) is ineffective when secure flags prevent JavaScript access to cookies. Thus, token prediction is the correct answer.
NEW QUESTION # 724
Javier Ruiz from CyberFortress Solutions is tasked with auditing the mobile security practices of Apex Financial Services, a financial firm in Houston, Texas. During a covert penetration test, Javier targets employees' personal smartphones used to access corporate financial systems. He exploits a vulnerability by installing a malicious app that bypasses access controls, granting him unauthorized entry to sensitive financial data because the devices lack a specific security measure to restrict app access. Based on this vulnerability, which BYOD security guideline is most likely missing in Apex Financial Services' policy?
Answer: C
Explanation:
The attacker gained unauthorized access through a malicious app because there was no control restricting access to applications. Implementing app-level passwords or access controls would prevent unauthorized use of sensitive apps, addressing this specific weakness.
NEW QUESTION # 725
Sarah, an ethical hacker at a San Francisco-based financial firm, is testing the security of their customer database after a recent data exposure incident. Her analysis reveals that the sensitive client information is safeguarded using a symmetric encryption algorithm. She observes that the algorithm processes data in 64-bit blocks and supports a variable key size from 32 to 448 bits. During her penetration test, Sarah intercepts a ciphertext transmission and notes that the encryption was developed as a replacement for DES, an older algorithm. She aims to determine if the algorithm's flexible key size could be susceptible to brute-force attacks. The algorithm is also noted for its use in secure storage, a critical application for the firm's data protection.
Which symmetric encryption algorithm should Sarah identify as the one used by the firm?
Answer: C
Explanation:
Blowfish is the only option that matches all the technical characteristics described. In CEH cryptography concepts, symmetric algorithms are commonly distinguished by their structure (block cipher versus stream cipher), block size, and supported key lengths. The question states the algorithm encrypts data in 64-bit blocks and supports a variable key size ranging from 32 bits up to 448 bits, and it was introduced as a replacement for DES. Blowfish fits precisely: it is a symmetric block cipher with a 64-bit block size and a configurable key length from 32 to 448 bits, designed to be fast in software and positioned historically as an alternative to older ciphers such as DES.
The other choices do not align with these identifying properties. RC4 is a stream cipher and does not operate on fixed-size blocks, so it cannot match the 64-bit block requirement. AES is a block cipher but uses a 128-bit block size with fixed key sizes of 128, 192, or 256 bits, not 32 to 448 bits. Twofish, while related historically as a successor-era design, also uses a 128-bit block size and fixed key sizes up to 256 bits, so it does not match either.
From a CEH perspective, the mention of variable key sizes also hints at risk evaluation: shorter keys in any cipher can be brute-forced, so secure deployments require strong key length selection and proper key management. Additionally, Blowfish's 64-bit block size can be a concern in large-volume encryption scenarios due to block collision risks, which is why modern systems often prefer 128-bit block ciphers for new designs.
NEW QUESTION # 726
As a cybersecurity professional in XYZ Corporation, you've been assigned to investigate an anomaly in the system logs that suggest possible unauthorized activities. The system administrators detected repeated failed login attempts on a critical server, followed by a sudden surge in outbound data traffic. These events, while discrete, are raising concerns that the system may have been compromised. Given the high stakes and sophisticated nature of this potential security breach, what should be your initial course of action to manage this situation effectively?
Answer: B
Explanation:
Real-time monitoring and log analysis allow you to understand the scope, method, and intent of the suspected compromise while preserving evidence. This enables informed containment and response actions without prematurely disrupting systems or destroying forensic data.
NEW QUESTION # 727
Robin, a professional hacker, targeted an organization's network to sniff all the traffic. During this process.
Robin plugged in a rogue switch to an unused port in the LAN with a priority lower than any other switch in the network so that he could make it a root bridge that will later allow him to sniff all the traffic in the network.
What is the attack performed by Robin in the above scenario?
Answer: A
Explanation:
STP prevents bridging loops in a redundant switched network environment. By avoiding loops, you can ensure that broadcast traffic does not become a traffic storm.
STP is a hierarchical tree-like topology with a "root" switch at the top. A switch is elected as root based on the lowest configured priority of any switch (0 through 65,535). When a switch boots up, it begins a process of identifying other switches and determining the root bridge. After a root bridge is elected, the topology is established from its perspective of the connectivity. The switches determine the path to the root bridge, and all redundant paths are blocked. STP sends configuration and topology change notifications and acknowledgments (TCN/TCA) using bridge protocol data units (BPDU).
An STP attack involves an attacker spoofing the root bridge in the topology. The attacker broadcasts out an STP configuration/topology change BPDU in an attempt to force an STP recalculation. The BPDU sent out announces that the attacker's system has a lower bridge priority. The attacker can then see a variety of frames forwarded from other switches to it. STP recalculation may also cause a denial-of-service (DoS) condition on the network by causing an interruption of 30 to 45 seconds each time the root bridge changes. An attacker using STP network topology changes to force its host to be elected as the root bridge.
NEW QUESTION # 728
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