To find better job opportunities you have to learn new and in-demand skills and upgrade your knowledge. With the Certified Ethical Hacker Exam (CEH v11) 312-50v11 exam you can do this job nicely and quickly. To do this you just need to get registered in the ActualTestsIT Certified Ethical Hacker Exam (CEH v11) exam and put all your efforts to pass this challenging Certified Ethical Hacker Exam (CEH v11) exam with good scores. However, you should keep in mind that the Certified Ethical Hacker Exam (CEH v11) exam is a valuable credential and will play an important role in your career advancement

Detailed Topic Coverage of CEH Test

The first topic revolves around the information security and ethical hacking overview and covers the introduction to ethical hacking. This subtopic includes information about the security, cyber kill chain concepts, ethical hacking notions, and information security controls. Moreover, it also focuses on information security laws and standards, including hacking concepts.

The second domain details attack techniques & system hacking phases and also has three subtopics like malware threats, system hacking, and vulnerability analysis. So, the content of this test includes vulnerability assessment concepts alongside measurement solutions and tools. The candidate will also learn about system hacking concepts, maintaining access, hiding files, executing applications, and clearing logs. You will come across malware concepts, including Trojan ones, file-less malware terms, and malware countermeasures. Moreover, the applicant will get knowledge about APT notions & the software for anti-malware.

The third objective focuses on reconnaissance techniques. Here, you'll encounter such categories as scanning networks, enumeration, and footprinting alongside reconnaissance. Particularly, this topic covers network scanning concepts, port & service discovery, scanning beyond firewall & IDS, drawing network diagrams, and scanning tools. Within this scope, you will also learn about the footprinting concepts, methodology, countermeasures, DNS footprinting, and enumeration notions. Besides, the candidate needs SNMP, LDAP, NTP & NFS enumeration knowledge, enumeration countermeasures, and NetBIOS enumeration details.

The fourth area is web application hacking. It has three subdomains like hacking web applications, SQL injection, and hacking web servers. In all, here, you'll develop your ability to understand server concepts, attacks, and countermeasures and will come across the patch management as well as web server security tools. What's more, such a topic includes detailed information about the web app threats, concepts, footprint web infrastructure, attack authentication mechanisms & schemes, and attack database connectivity. Besides, the candidate will be performing bypass client-side controls, attack session management mechanisms, attack application logic flaws, and web API, involving the Web Shell and Webhooks. The knowledge of SQL injection concepts, tools, techniques, and SQL countermeasures adds value to the candidate's progress to excellence in the final CEH test.

The fifth scope includes perimeter and network hacking. Thus, you will come across questions related to sniffing concepts, techniques for MAC attacks, ARP poisoning, spoofing attacks, countermeasures, and detection techniques. What's more, the candidate's knowledge of social engineering concepts like insider threats, networking sites, identity theft, social engineering countermeasures, and impersonation on social will be assessed by such a portion. You will also learn about botnets, case study, DoS/DDoS protection tools, and DDoS attack techniques. In addition, you will also be touching on topics like application-level session & tools hijacking, evading firewalls, detecting honeypots, IPS, IDS, and honeypot concepts.

The sixth objective revolves around the mobile platform, OT, and IoT hacking. Here, the applicant should know how to deal with mobile platform attack vectors, hack iOS, perform mobile device management, work with security guidelines and tools of mobile, and hack Android OS. Furthermore, the applicant should have knowledge about IoT concepts, attacks, hacking tools, OT hacking methodology, countermeasures, and concepts.

The seventh domain is wireless network hacking. This area measures the applicant's knowledge of wireless concepts, threats, hacking tools, countermeasures, security tools, encryption, and wireless hacking methodology. The applicant as an ethical hacker also needs to know about Bluetooth hacking tools.

The eighth segment covers the cryptography features. So, you will learn about encryption algorithms, cryptography tools, cryptanalysis, countermeasures, and email encryption. Moreover, the applicant's knowledge about public key infrastructure, disk encryption, and encryption concepts are also tested in the official exam.

The ninth tested objective revolves around cloud computing. It tests your knowledge about container technology, serverless computing, cloud security, and cloud computing threats. Besides, you will get to know about cloud hacking as well as cloud computing concepts.

What Is 312-50v11 Test?

The EC-Council Certified Ethical Hacker exam is the most desired test for aspiring security domain candidates as it allows you to get knowledge about advanced hacking techniques and tools. This exam is 4 hours and you have to attempt 125 questions within this time limit. The questions presented are in the form of multiple-choices. The passing score of the exam is measured by the difficulty level of each test item. Normally, the cutoff score ranges between 60%-85%. When you ace 312-50v11 test, the CEH certification will be awarded to you for three years, however, you have to earn ECE credits to maintain your certificate. Once you achieve the certification, you can share it on your profile to attract potential employers.

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EC-COUNCIL Certified Ethical Hacker Exam (CEH v11) Sample Questions (Q460-Q465):

What piece of hardware on a computer's motherboard generates encryption keys and only releases a part of the key so that decrypting a disk on a new piece of hardware is not possible?

  • A. GPU
  • B. UEFI
  • C. CPU
  • D. TPM

Answer: D

The TPM is a chip that's part of your computer's motherboard - if you bought an off-the-shelf PC, it's soldered onto the motherboard. If you built your own computer, you can buy one as an add-on module if your motherboard supports it. The TPM generates encryption keys, keeping part of the key to itself

Mike, a security engineer, was recently hired by BigFox Ltd. The company recently experienced disastrous DoS attacks. The management had instructed Mike to build defensive strategies for the company's IT infrastructure to thwart DoS/DDoS attacks. Mike deployed some countermeasures to handle jamming and scrambling attacks. What is the countermeasure Mike applied to defend against jamming and scrambling attacks?

  • A. Allow the transmission of all types of addressed packets at the ISP level
  • B. Allow the usage of functions such as gets and strcpy
  • C. Implement cognitive radios in the physical layer
  • D. A Disable TCP SYN cookie protection

Answer: D

Robin, an attacker, is attempting to bypass the firewalls of an organization through the DNS tunneling method in order to exfiltrate dat a. He is using the NSTX tool for bypassing the firewalls. On which of the following ports should Robin run the NSTX tool?

  • A. Port 23
  • B. Port 80
  • C. Port 53
  • D. Port 50

Answer: C

DNS uses Ports 53 which is almost always open on systems, firewalls, and clients to transmit DNS queries. instead of the more familiar Transmission Control Protocol (TCP) these queries use User Datagram Protocol (UDP) due to its low-latency, bandwidth and resource usage compared TCP-equivalent queries. UDP has no error or flow-control capabilities, nor does it have any integrity checking to make sure the info arrived intact. How is internet use (browsing, apps, chat etc) so reliable then? If the UDP DNS query fails (it's a best-effort protocol after all) within the first instance, most systems will retry variety of times and only after multiple failures, potentially switch to TCP before trying again; TCP is additionally used if the DNS query exceeds the restrictions of the UDP datagram size - typically 512 bytes for DNS but can depend upon system settings. Figure 1 below illustrates the essential process of how DNS operates: the client sends a question string (for example,[.]com during this case) with a particular type - typically A for a number address. I've skipped the part whereby intermediate DNS systems may need to establish where '.com' exists, before checking out where 'google[.]com' are often found, and so on.
Many worms and scanners are created to seek out and exploit systems running telnet. Given these facts, it's really no surprise that telnet is usually seen on the highest Ten Target Ports list. Several of the vulnerabilities of telnet are fixed. They require only an upgrade to the foremost current version of the telnet Daemon or OS upgrade. As is usually the case, this upgrade has not been performed on variety of devices. this might flow from to the very fact that a lot of systems administrators and users don't fully understand the risks involved using telnet. Unfortunately, the sole solution for a few of telnets vulnerabilities is to completely discontinue its use. the well-liked method of mitigating all of telnets vulnerabilities is replacing it with alternate protocols like ssh. Ssh is capable of providing many of an equivalent functions as telnet and a number of other additional services typical handled by other protocols like FTP and Xwindows. Ssh does still have several drawbacks to beat before it can completely replace telnet. it's typically only supported on newer equipment. It requires processor and memory resources to perform the info encryption and decryption. It also requires greater bandwidth than telnet thanks to the encryption of the info . This paper was written to assist clarify how dangerous the utilization of telnet are often and to supply solutions to alleviate the main known threats so as to enhance the general security of the web Once a reputation is resolved to an IP caching also helps: the resolved name-to-IP is usually cached on the local system (and possibly on intermediate DNS servers) for a period of your time . Subsequent queries for an equivalent name from an equivalent client then don't leave the local system until said cache expires. Of course, once the IP address of the remote service is understood , applications can use that information to enable other TCP-based protocols, like HTTP, to try to to their actual work, for instance ensuring internet cat GIFs are often reliably shared together with your colleagues. So, beat all, a couple of dozen extra UDP DNS queries from an organization's network would be fairly inconspicuous and will leave a malicious payload to beacon bent an adversary; commands could even be received to the requesting application for processing with little difficulty.

Consider the following Nmap output:
what command-line parameter could you use to determine the type and version number of the web server?

  • A. -ss
  • B. -sv
  • C. -V
  • D. -Pn

Answer: B

John is investigating web-application firewall logs and observers that someone is attempting to inject the following:
char buff[10];
buff[10] = 'a';
What type of attack is this?

  • A. Buffer overflow
  • B. SQL injection
  • C. XSS
  • D. CSRF

Answer: A


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