Are you interested in acquiring the prestigious GIAC Cloud Forensics Responder (GCFR) Certification? You can get the latest GIAC Cloud Forensics Responder (GCFR) Exam Dumps from Passcert to assist you in your exam preparation. With our comprehensive GIAC Cloud Forensics Responder (GCFR) Exam Dumps, you can confidently approach your exam and increase your chances of success. Our GIAC Cloud Forensics Responder (GCFR) Exam Dumps are meticulously designed to cover all the latest exam objectives, ensuring that you are well-equipped and fully prepared to tackle the exam with ease. Don't miss this opportunity to enhance your professional credentials and open up new doors of opportunities in the field of cloud forensics. 

GIAC Certifications has officially introduced the GIAC Cloud Forensics Responder (GCFR) certification. The GIAC Cloud Forensics Responder (GCFR) certification validates a practitioner's ability to track and respond to incidents across the three major cloud providers. GCFR-certified professionals are well-versed in the log collection and interpretation skills needed to manage rapidly changing enterprise cloud environments.

This certification is an important milestone, as organizations are increasingly moving to cloud-based infrastructure, and security professionals need to understand how to effectively respond to and investigate incidents that occur in those environments. Addressing gaps in the current market for cybersecurity certifications, GCFR is the result of GIAC Certifications doing its part to keep enterprises and individuals safe.

1 proctored exam

Number of Questions: 82 Questions

Duration: 3 hours

Minimum passing score of 62%

Incident Response Team Members

SOC Analysts

Threat Hunters

Federal Agents and Law Enforcement Professionals

Experienced Digital Forensic Analysts

SANS DFIR Alumni looking to round out their forensic skills

The candidate will demonstrate an understanding of the information available from the generation, collection, retention and storage of logs from AWS

The candidate will demonstrate an understanding of AWS architectures, logging, data access and the investigative possibilities

The candidate will demonstrate an understanding of the information available from the generation, collection, retention and storage of logs from Azure & M365

The candidate will demonstrate an understanding of Azure and M365 architectures, logging, data access and the investigative possibilities

The candidate will demonstrate an understanding of the services, tools and resources available to assist with and automate forensic investigations

The candidate will demonstrate an understanding of the different characteristics of each cloud's storage resources. The candidate will demonstrate an understanding of ways to create, secure, access and use each storage type.

The candidate will demonstrate an understanding of the different types, configuration and availability of virtual machines offered in each cloud environment.

The candidate will demonstrate an understanding of the tactics and techniques used to attack major cloud provider's computing resources.

The candidate will demonstrate an understanding of the information available from the generation, collection, retention and storage of logs from GCP and Google Workspace

The candidate will demonstrate an understanding of GCP and Google Workspace architectures, logging, data access and the investigative possibilities

The candidate will demonstrate an understanding of how to collect forensic images and how to extract data from cloud resources to conduct forensic investigations.

The candidate will demonstrate an understanding of the most popular cloud concepts. The candidate will demonstrate an understanding of key cloud resources and logs used to facilitate incident response and forensics.

The candidate will demonstrate an understanding of each cloud networking topology and the grouping of resources for network communication. The candidate will demonstrate an understanding of the inspection and control of network traffic.

1. What approach can be used to enable Mac instances on AWS?

A.Emulating the M1 processor using ARM clusters

B.Installing OS X exclusively on I (Burstable) instance

C.Using physical Mac computers in the data center

D.Virtualizing OS X on Unix servers

Answer: C

2. A threat actor conducts brute force attacks against SSH services to gain Initial access. This attack technique falls under which category of the Google Workspace MITRE ATT&CK matrix?

A.Defense evasion

B.Discovery

C.Credential access

D.Collection

Answer: C

3. An engineer is troubleshooting a complaint that a web server in AWS cannot receive incoming traffic, but the server can connect to the internet otherwise. What is needed to solve this problem?

A.VPC Subnet

B.NAT Gateway

C.Network Security Group

D.Internet Gateway

Answer: C

4. Which of the following Windows agents would need to be configured on an Azure VM for an investigator to query Its operating system logs sent to Azure Storage?

A. Azure Monitor

B. Diagnostic Extension

C. Dependency

D. Log Analytics

Answer: B

5. After registering the application in Azure AD, what is the next step to take in order to use Microsoft Graph API?

A. Request access tokens from Azure An

B. Call the Graph API

C. Configure app permission

D. Get Microsoft 365 global admin approval

Answer: C

6. In Azure, which of the following describes a "Contributor"?

A. A collection of permissions such as read, write, and delete

B. A designation on a PKI certificate

C. A specification of who can access a resource group

D. An object representing an entity

Answer: A

7. Which statement describes how an organization could use IPv6 in a Google Cloud deployment?

A. IPv6 has to be configured for each compute node Individually

B. IPv6 b enabled by default for global traffic between VPCs

C. IPv6 is enabled by default for traffic within VPCs

D. IPv6 needs to be terminated at an edge load balancer

Answer: D