The Eccouncil ICS-SCADA - ICS/SCADA Cyber Security exam is part of the Eccouncil Network Security Certification path and focuses on protecting industrial control systems and SCADA environments. It is designed for security professionals, network defenders, and technical learners who want to strengthen their knowledge of critical infrastructure security. This certification matters because ICS and SCADA systems support essential operations where security gaps can have serious real-world impact. Building the right exam readiness helps candidates demonstrate both theory and practical awareness in this specialized field.
| # | Exam Topics | Sub-Topics | Approximate Weightage (%) |
|---|---|---|---|
| 1 | Standards and Regulation for Cybersecurity |
Compliance requirements Security governance basics Industry regulations |
12% |
| 2 | Securing the ICS/SCADA Network |
Network segmentation Access control concepts Secure configuration practices |
15% |
| 3 | Bridging the Air Gap |
Air-gap risks Data transfer controls Removable media security |
10% |
| 4 | Introduction to Intrusion Detection Systems (IDS) and Intrusion Prevention Systems (IPS) |
IDS vs IPS basics Alert monitoring Traffic inspection methods |
13% |
| 5 | Introduction to ICS/SCADA Network Defense |
Defense strategies Monitoring approaches Incident response fundamentals |
14% |
| 6 | TCP/IP 101 |
IP addressing TCP and UDP basics Common network protocols |
10% |
| 7 | Introduction to Hacking |
Attack lifecycle basics Reconnaissance concepts Common attack techniques |
11% |
| 8 | Vulnerability Management |
Vulnerability identification Risk prioritization Patch and remediation planning |
15% |
The exam tests whether candidates can understand core ICS and SCADA security principles, recognize common threats, and apply defensive thinking in operational environments. It also checks practical knowledge of network protection, monitoring, vulnerability handling, and basic attack awareness. Success depends on more than memorization because the questions can require a clear understanding of how industrial environments differ from standard IT networks.
QA4Exam.com helps you prepare for the Eccouncil ICS-SCADA exam with an Exam PDF that includes actual questions and answers, plus an Online Practice Test that mirrors the exam style. This combination gives you realistic exam simulation, verified answers, and up-to-date practice material so you can study with confidence. The practice test also helps you improve time management and identify weak areas before exam day. With focused preparation, you can build accuracy and speed while getting ready to pass the exam on your first attempt. It is a practical way to turn study time into measurable progress.
It is aimed at security professionals, network defenders, and learners who want to build knowledge of ICS and SCADA cybersecurity within the Eccouncil Network Security Certification path.
It can be challenging because it covers both security concepts and industrial network defense topics, so understanding the material is important.
Braindumps alone are not the best approach. You should use them with study and practice so you understand the concepts behind the questions.
Hands-on experience is helpful, but focused study can still prepare you well if you review the exam topics carefully and practice with realistic questions.
The Exam PDF and Online Practice Test are designed to support first-attempt preparation by giving you verified answers, exam-style practice, and targeted review.
You get an Exam PDF with actual questions and answers and an Online Practice Test that helps you simulate the exam and manage your time.
Retake rules are set by the exam provider, so you should review the current Eccouncil policy before scheduling or rescheduling the test.
What is the size in bytes of the TCP sequence number in the header?
In the Transmission Control Protocol (TCP) header, the sequence number field is crucial for ensuring the correct sequencing of the packets sent over a network.
The sequence number field in the TCP header is 32 bits long, which equates to 4 bytes.
This sequence number is used to keep track of the bytes in a sequence that are transferred over a TCP connection, ensuring that packets are arranged in the correct order and data integrity is maintained during transmission.
Reference
Postel, J., 'Transmission Control Protocol,' RFC 793, September 1981.
'TCP/IP Guide,' Kozierok, C. M., 2005.
Which of the ICS/SCADA generations is considered monolithic?
The first generation of ICS/SCADA systems is considered monolithic, primarily characterized by standalone systems that had no external communications or connectivity with other systems. These systems were typically fully self-contained, with all components hard-wired together, and operations were managed without any networked interaction. Reference:
Which of the registrars contains the information for the domain owners in South America?
LACNIC (Latin American and Caribbean Network Information Centre) is the regional Internet registry for Latin America and parts of the Caribbean. It manages the allocation and registration of Internet number resources (such as IP addresses and AS numbers) within this region and maintains the registry of domain owners in South America. Reference:
LACNIC official website, 'About LACNIC'.
In what default directory (fully qualified path) does nmap store scripts?
Nmap (Network Mapper) is a network scanning and security auditing tool. Scripts used by Nmap for performing different network discovery and security auditing tasks are stored in /usr/share/nmap/scripts. This directory contains a collection of scripts for NSE (Nmap Scripting Engine), which enables Nmap to perform additional networking tasks, often used for detecting vulnerabilities, misconfigurations, and security-related information about network services. Reference:
Nmap documentation, 'Nmap Scripting Engine (NSE)'.
Which of the following is a weakness of a vulnerability scanner?
One weakness of a vulnerability scanner is that it is not designed to go through filters or bypass security controls like firewalls or intrusion detection systems. Vulnerability scanners typically perform well in identifying known weaknesses within the perimeter of a network or system but might not effectively assess systems that are shielded by robust security measures, which can filter out the scanner's attempts to probe or attack. Reference:
National Institute of Standards and Technology (NIST), 'Technical Guide to Information Security Testing and Assessment'.
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