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Get All EC-Council Certified Security Specialist (ECSSv10) Exam Questions with Validated Answers
| Vendor: | Eccouncil |
|---|---|
| Exam Code: | ECSS |
| Exam Name: | EC-Council Certified Security Specialist (ECSSv10) Exam |
| Exam Questions: | 100 |
| Last Updated: | November 21, 2025 |
| Related Certifications: | Certified Security Specialist |
| Exam Tags: | Eccouncil Networking Specialist Level Network and Cybersecurity SpecialistsForsenics SpecialistsEthical Hackers |
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Clark is an unskilled hacker attempting to perform an attack on a target organization to gain popularity. He downloaded and used freely available hacking tools and software developed by other professional hackers for this purpose.
Identify the type of threat actor described in the above scenario.
Daniel, a professional hacker, targeted Alice and lured her into downloading a malicious app from a third-party app store. Upon installation, the core malicious code inside the application started infecting other legitimate apps in Alice's mobile device. Daniel overloaded Alice's device with irrelevant and fraudulent advertisements through the infected app for financial gain.
Identify the type of attack Daniel has launched in the above scenario.
The scenario closely resembles the behavior of the Agent Smith malware campaign:
Agent Smith Modus Operandi:
Initial Compromise:Users are tricked into downloading seemingly benign apps from unofficial app stores, which contain the malicious payload.
Lateral Spread:Agent Smith infects other legitimate apps on the device, replacing their functionality.
Ad Fraud:The infected apps are used to display excessive, intrusive ads, generating revenue for the attacker.
Scenario Match:
Alice downloads from a third-party store, a common Agent Smith vector.
The malware spreads to other apps, a key feature of Agent Smith.
Ad-based profit motivates the attack, again aligning with Agent Smith.
Johnson is a professional hacker who targeted an organization's customers and decided to crack their system passwords. In this process, he found a list of valid customers, created a list of possible passwords, ranked the passwords from high to low probability, and started keying in each password in the target system until the correct password is discovered.
Identify the type of attack performed by Johnson in the above scenario.
The scenario described involves Johnson, who has a list of valid customers and a list of possible passwords ranked by probability, which he uses to systematically attempt to log in to the target system. This method is known as adictionary attack. In a dictionary attack, the hacker uses a list of likely passwords---often derived from lists of common passwords or phrases---and tries them one by one. This differs from a brute force attack, which involves trying all possible combinations of characters until the correct one is found.
A dictionary attack is more efficient than brute force because it relies on the likelihood that people will use common words or phrases for passwords, making it a targeted approach based on probability rather than random attempts. Therefore, the correct answer is C, as it best describes the technique used by Johnson in the given scenario.
Jacob, a network defender in an organization, was instructed to improve the physical security measures to prevent unauthorized intrusion attempts. In this process, Jacob implemented certain physical security controls by using warning messages and signs that notify legal consequences to discourage hackers from making intrusion attempts.
Which of the following type of physical security controls has Jacob implemented in the above scenario?
Paola, a professional hacker, was hired to break into the target organization's network and extract sensitive dat
a. In this process, Paola found that the target organization has purchased new hardware. She accessed the new hardware while it was in transit and tampered with the hardware to make it vulnerable to attacks.
Identify the class of attack Paola has performed on the target organization.
This method is distinct from an insider attack, which would involve someone within the organization facilitating the breach. A passive attack refers to monitoring and capturing data without altering the system, and an active attack involves direct engagement with the system to disrupt or manipulate operations. Since Paola's actions involve tampering with hardware during distribution, the correct classification is a distribution attack.
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