GCIH Exam Questions & Answers
GIAC Certified Incident Handler • GIAC
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About GCIH Exam
The GCIH (GIAC Certified Incident Handler) certification is a prestigious credential offered by the Global Information Assurance Certification (GIAC) that validates professional expertise in detecting, responding to, and managing security incidents. This globally recognized certification demonstrates your competency in incident handling methodologies, network security, and threat analysis. The GCIH exam covers critical topics including incident response procedures, network traffic analysis, system log analysis, intrusion detection, and evidence handling. Professionals pursuing this certification gain the skills necessary to identify security breaches, contain threats, and implement effective recovery strategies in real-world environments.
The GCIH certification is ideal for security professionals, network administrators, incident response specialists, and IT professionals seeking to advance their careers in cybersecurity. To successfully pass the GCIH exam, candidates benefit significantly from comprehensive exam dumps and practice tests that mirror the actual certification assessment. Updated study materials provide detailed explanations of complex topics, simulate real exam conditions, and help identify knowledge gaps before test day. Using quality practice tests and current exam dumps allows candidates to build confidence, master technical concepts, and achieve passing scores more efficiently, making them essential resources for anyone serious about obtaining GIAC certification and excelling in incident response roles.
Exam Topics & Objectives
4-Week Study Plan for GCIH
Week 1: Foundations and Detection Basics
- Study covert communication channels including DNS tunneling, ICMP tunneling, and steganography techniques
- Learn detection methods for hidden data exfiltration through packet analysis and traffic anomalies
- Review common exploitation tools: Metasploit, Burp Suite, and custom payloads used in GCIH scenarios
- Practice identifying exploitation tool signatures in network traffic and system logs
- Complete practice questions on detecting covert communications (minimum 20 questions)
- Set up lab environment with Wireshark for network traffic analysis
- Document detection indicators for covert channels in study notes
Week 2: Attack Vectors and Initial Compromise
- Study drive-by attack mechanics: malicious scripts, watering hole attacks, and browser exploits
- Learn detection indicators for drive-by attacks in web server logs and endpoint artifacts
- Analyze endpoint attack methodologies including lateral movement and persistence mechanisms
- Study pivoting techniques and how attackers move through networks after initial compromise
- Practice identifying pivot points in network diagrams and system architectures
- Complete 30 practice questions on drive-by attacks and endpoint exploitation
- Review real-world case studies of drive-by campaigns
- Create a checklist of endpoint artifacts indicating compromise
Week 3: Investigation and Analysis Techniques
- Study incident response procedures following NIST and SANS frameworks
- Learn cyber investigation methodologies for evidence collection and preservation
- Master memory forensics fundamentals and volatile data extraction techniques
- Study malware investigation approaches: static and dynamic analysis
- Practice using tools like Volatility for memory dumps and WinDbg for analysis
- Learn network investigation techniques including flow analysis and packet reconstruction
- Complete 40 practice questions covering investigation domains
- Perform hands-on lab exercises with memory dumps and malware samples
- Review chain of custody procedures for evidence handling
Week 4: Advanced Analysis and Exam Preparation
- Conduct integrated scenario-based exercises combining all seven domains
- Practice network investigations with pcap files: analyzing C2 communications and data exfiltration
- Complete malware investigation labs focusing on identifying persistence and lateral movement
- Study advanced covert communication detection using behavioral analysis
- Review exploitation tool signatures and evasion techniques
- Take full-length practice exams (minimum 2 exams, aim for 70%+ scores)
- Review all weak areas identified in practice exams
- Memorize key detection indicators, tool commands, and investigation procedures
- Study incident response timelines and documentation requirements
- Review GCIH exam blueprint and verify coverage of all domains
Sample GCIH Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
Which of the following describes network traffic that originates from the inside of a network perimeter and progresses towards the outside?
Which of the following is a technique for creating Internet maps?
Each correct answer represents a complete solution. Choose two.
US Garments wants all encrypted data communication between corporate office and remote location.
They want to achieve following results:
l Authentication of users
l Anti-replay
l Anti-spoofing
l IP packet encryption
They implemented IPSec using Authentication Headers (AHs). Which results does this solution provide?
(Click the Exhibit button on the toolbar to see the case study.)
Each correct answer represents a complete solution. Choose all that apply.
Rick works as a Computer Forensic Investigator for BlueWells Inc. He has been informed that some confidential information is being leaked out by an employee of the company. Rick suspects that someone is sending the information through email. He checks the emails sent by some employees to other networks. Rick finds out that Sam, an employee of the Sales department, is continuously sending text files that contain special symbols, graphics, and signs. Rick suspects that Sam is using the Steganography technique to send data in a disguised form. Which of the following techniques is Sam using?
Each correct answer represents a part of the solution. Choose all that apply.
You run the following PGIAC script:
$name = mysql_real_escape_string($_POST["name"]);
$password = mysql_real_escape_string($_POST["password"]);
?>
What is the use of the mysql_real_escape_string() function in the above script.
Each correct answer represents a complete solution. Choose all that apply.
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