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Exam Code: 312-50v12 Certified Ethical Hacker Exam (CEHv12) helper November 2023 by Killexams.com team | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
312-50v12 Certified Ethical Hacker Exam (CEHv12) EXAM CODE: 312-50v12 EXAM NAME: Certified Ethical Hacker Exam (CEHv12) For more than 15 years, EC-Council's cybersecurity programs have empowered cybersecurity professionals around the world to exercise their training and expertise to combat cyberattacks. The Hall of Fame celebrates those individuals who have excelled, achieved, and fostered a spirit of leadership among their colleagues and peers within the cyber community. Following topics are covered in exam QAs. - Introduction to Ethical Hacking - Foot Printing and Reconnaissance - Scanning Networks - Enumeration - Vulnerability Analysis - System Hacking - Malware Threats - Sniffing - Social Engineering - Denial-of-Service - Session Hijacking - Evading IDS, Firewalls, and Honeypots - Hacking Web Servers - Hacking Web Applications - SQL Injection - Hacking Wireless Networks - Hacking Mobile Platforms - IoT and OT Hacking - Cloud Computing - Cryptography | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Certified Ethical Hacker Exam (CEHv12) EC-Council Certified helper | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Other EC-Council exams312-38 EC-Council Certified Network Defender312-49 Computer Hacking Forensic Investigator 312-76 EC-Council Disaster Recovery Professional (EDRP) 312-92 EC-Council Certified Secure Programmer v2 (CSP) 412-79 EC-Council Certified Security Analyst (ECSA V9) 712-50 EC-Council Certified CISO (CCISO) EC0-349 Computer Hacking Forensic Investigator EC0-479 EC-Council Certified Security Analyst (ECSA) EC1-350 Ethical Hacking and Countermeasures V7 ECSS EC-Council Certified Security Specialist ECSAv10 EC-Council Certified Security Analyst 212-89 EC-Council Certified Incident Handler (ECIH v2) 312-50v11 Certified Ethical Hacker v11 412-79v10 Certified Security Analyst (ECSA) V10 312-50v12 Certified Ethical Hacker Exam (CEHv12) 312-49v10 Computer Hacking Forensic Investigator (CHFI-v10) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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EC-Council 312-50v12 Certified Ethical Hacker Exam (CEHv12) https://killexams.com/pass4sure/exam-detail/312-50v12 Question: 120 DHCP snooping is a great solution to prevent rogue DHCP servers on your network. Which security feature on switchers leverages the DHCP snooping database to help prevent man-in-the-middle attacks? A. Spanning tree B. Dynamic ARP Inspection (DAI) C. Port security D. Layer 2 Attack Prevention Protocol (LAPP) Answer: B Explanation: Dynamic ARP inspection (DAI) protects switching devices against Address Resolution Protocol (ARP) packet spoofing (also known as ARP poisoning or ARP cache poisoning). DAI inspects ARPs on the LAN and uses the information in the DHCP snooping database on the switch to validate ARP packets and to protect against ARP spoofing. ARP requests and replies are compared against entries in the DHCP snooping database, and filtering decisions are made based on the results of those comparisons. When an attacker tries to use a forged ARP packet to spoof an address, the switch compares the address with entries in the database. If the media access control (MAC) address or IP address in the ARP packet does not match a valid entry in the DHCP snooping database, the packet is dropped. Question: 121 An attacker with access to the inside network of a small company launches a successful STP manipulation attack. What will he do next? A. He will create a SPAN entry on the spoofed root bridge and redirect traffic to his computer. B. He will activate OSPF on the spoofed root bridge. C. He will repeat this action so that it escalates to a DoS attack. D. He will repeat the same attack against all L2 switches of the network. Answer: A Question: 122 In the field of cryptanalysis, what is meant by a “rubber-hose” attack? A. Forcing the targeted keystream through a hardware-accelerated device such as an ASIC. B. A backdoor placed into a cryptographic algorithm by its creator. C. Extraction of cryptographic secrets through coercion or torture. D. Attempting to decrypt ciphertext by making logical assumptions about the contents of the original plaintext. Answer: C Explanation: A powerful and often the most effective cryptanalysis method in which the attack is directed at the most vulnerable link in the cryptosystem – the person. In this attack, the cryptanalyst uses blackmail, threats, torture, extortion, bribery, etc. This method’s main advantage is the decryption time’s fundamental independence from the volume of secret information, the length of the key, and the cipher’s mathematical strength. The method can reduce the time to guess a password, for example, for AES, to an acceptable level; however, it requires special authorization from the relevant regulatory authorities. Therefore, it is outside the scope of this course and is not considered in its practical part. Question: 123 You have successfully comprised a server having an IP address of 10.10.0.5. You would like to enumerate all machines in the same network quickly. What is the best Nmap command you will use? A. nmap -T4 -q 10.10.0.0/24 B. nmap -T4 -F 10.10.0.0/24 C. nmap -T4 -r 10.10.1.0/24 D. nmap -T4 -O 10.10.0.0/24 Answer: B Explanation: https://nmap.org/book/man-port-specification.html NOTE: In my opinion, this is an absolutely wrong statement of the question. But you may come across a question with a similar wording on the exam. What does "fast" mean? If we want to increase the speed and intensity of the scan we can select the mode using the -T flag (0/1/2/3/4/5). At high -T values, we will sacrifice stealth and gain speed, but we will not limit functionality. «nmap -T4 -F 10.10.0.0/24» This option is "correct" because of the -F flag. -F (Fast (limited port) scan) Specifies that you wish to scan fewer ports than the default. Normally Nmap scans the most common 1,000 ports for each scanned protocol. With -F, this is reduced to 100. Technically, scanning will be faster, but just because we have reduced the number of ports by 10 times, we are just doing 10 times less work, not faster. Question: 124 An incident investigator asks to receive a copy of the event logs from all firewalls, proxy servers, and Intrusion Detection Systems (IDS) on the network of an organization that has experienced a possible breach of security. When the investigator attempts to correlate the information in all of the logs, the sequence of many of the logged events do not match up. What is the most likely cause? A. The network devices are not all synchronized. B. Proper chain of custody was not observed while collecting the logs. C. The attacker altered or erased events from the logs. D. The security breach was a false positive. Answer: A Explanation: Many network and system administrators don’t pay enough attention to system clock accuracy and time synchronization. Computer clocks can run faster or slower over time, batteries and power sources die, or daylight- saving time changes are forgotten. Sure, there are many more pressing security issues to deal with, but not ensuring that the time on network devices is synchronized can cause problems. And these problems often only come to light after a security incident. If you suspect a hacker is accessing your network, for example, you will want to analyze your log files to look for any suspicious activity. If your network’s security devices do not have synchronized times, the timestamps’ inaccuracy makes it impossible to correlate log files from different sources. Not only will you have difficulty in tracking events, but you will also find it difficult to use such evidence in court; you won’t be able to illustrate a smooth progression of events as they occurred throughout your network. Question: 125 Why should the security analyst disable/remove unnecessary ISAPI filters? A. To defend against social engineering attacks B. To defend against webserver attacks C. To defend against jailbreaking D. To defend against wireless attacks Answer: B Question: 126 Which is the first step followed by Vulnerability Scanners for scanning a network? A. OS Detection B. Firewall detection C. TCP/UDP Port scanning D. Checking if the remote host is alive Answer: D Explanation: Vulnerability scanning solutions perform vulnerability penetration tests on the organizational network in three steps: Question: 127 Tess King is using the nslookup command to craft queries to list all DNS information (such as Name Servers, host names, MX records, CNAME records, glue records (delegation for child Domains), zone serial number, TimeToLive (TTL) records, etc) for a Domain. What do you think Tess King is trying to accomplish? Select the best answer. A. A zone harvesting B. A zone transfer C. A zone update D. A zone estimate Answer: B Question: 128 What is not a PCI compliance recommendation? A. Use a firewall between the public network and the payment card data. B. Use encryption to protect all transmission of card holder data over any public network. C. Rotate employees handling credit card transactions on a yearly basis to different departments. D. Limit access to card holder data to as few individuals as possible. Answer: C Explanation: https://www.pcisecuritystandards.org/pci_security/maintaining_payment_security Build and Maintain a Secure Network Question: 129 What is not a PCI compliance recommendation? A. Use a firewall between the public network and the payment card data. B. Use encryption to protect all transmission of card holder data over any public network. C. Rotate employees handling credit card transactions on a yearly basis to different departments. D. Limit access to card holder data to as few individuals as possible. Answer: C Explanation: https://www.pcisecuritystandards.org/pci_security/maintaining_payment_security Build and Maintain a Secure Network Question: 130 The Heartbleed bug was discovered in 2014 and is widely referred to under MITRE’s Common Vulnerabilities and Exposures (CVE) as CVE-2014-0160. This bug affects the OpenSSL implementation of the Transport Layer Security (TLS) protocols defined in RFC6520. What type of key does this bug leave exposed to the Internet making exploitation of any compromised system very easy? A. Public B. Private C. Shared D. Root Answer: B Question: 131 CompanyXYZ has asked you to assess the security of their perimeter email gateway. From your office in New York, you craft a specially formatted email message and send it across the Internet to an employee of CompanyXYZ. The employee of CompanyXYZ is aware of your test. Your email message looks like this: From: [email protected] To: [email protected] Subject: Test message Date: 4/3/2017 14:37 The employee of CompanyXYZ receives your email message. This proves that CompanyXYZ’s email gateway doesn’t prevent what? A. Email Masquerading B. Email Harvesting C. Email Phishing D. Email Spoofing Answer: D Explanation: Email spoofing is the fabrication of an email header in the hopes of duping the recipient into thinking the email originated from someone or somewhere other than the intended source. Because core email protocols do not have a built-in method of authentication, it is common for spam and phishing emails to use said spoofing to trick the recipient into trusting the origin of the message. The ultimate goal of email spoofing is to get recipients to open, and possibly even respond to, a solicitation. Although the spoofed messages are usually just a nuisance requiring little action besides removal, the more malicious varieties can cause significant problems and sometimes pose a real security threat. Question: 132 Which is the first step followed by Vulnerability Scanners for scanning a network? A. OS Detection B. Firewall detection C. TCP/UDP Port scanning D. Checking if the remote host is alive Answer: D Explanation: Vulnerability scanning solutions perform vulnerability penetration tests on the organizational network in three steps: Question: 133 “……..is an attack type for a rogue Wi-Fi access point that appears to be a legitimate one offered on the premises, but actually has been set up to eavesdrop on wireless communications. It is the wireless version of the phishing scam. An attacker fools wireless users into connecting a laptop or mobile phone to a tainted hot-spot by posing as a legitimate provider. This type of attack may be used to steal the passwords of unsuspecting users by either snooping the communication link or by phishing, which involves setting up a fraudulent web site and luring people there.” Fill in the blank with appropriate choice. A. Evil Twin Attack B. Sinkhole Attack C. Collision Attack D. Signal Jamming Attack Answer: A Explanation: https://en.wikipedia.org/wiki/Evil_twin_(wireless_networks) An evil twin attack is a hack attack in which a hacker sets up a fake Wi-Fi network that looks like a legitimate access point to steal victims’ sensitive details. Most often, the victims of such attacks are ordinary people like you and me. The attack can be performed as a man-in-the-middle (MITM) attack. The fake Wi-Fi access point is used to eavesdrop on users and steal their login credentials or other sensitive information. Because the hacker owns the equipment being used, the victim will have no idea that the hacker might be intercepting things like bank transactions. An evil twin access point can also be used in a phishing scam. In this type of attack, victims will connect to the evil twin and will be lured to a phishing site. It will prompt them to enter their sensitive data, such as their login details. These, of course, will be sent straight to the hacker. Once the hacker gets them, they might simply disconnect the victim and show that the server is temporarily unavailable. ADDITION: It may not seem obvious what happened. The problem is in the question statement. The attackers were not Alice and John, who were able to connect to the network without a password, but on the contrary, they were attacked and forced to connect to a fake network, and not to the real network belonging to Jane. For More exams visit https://killexams.com/vendors-exam-list | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
There is an appreciable number of available, high-quality certification programs that focus on digital investigations and forensics. However, there are also many certifications and programs in this area that are far less transparent and widely known. There’s been a steady demand for digital forensics certifications for the past several years, mainly owing to the following:
As a result, there is a continuing rise of companies that offer digital forensics training and certifications. Alas, many of these are “private label” credentials that are not well recognized. Making sense of all options and finding the right certification for you may be trickier than it seems. To help choose our top five certifications for 2019, we looked at several popular online job boards to determine the number of advertised positions that require these certifications. While the actual results vary from day to day and by job board, this should give you an idea of the number of digital forensic jobs with specific certification requirements. Job board search results (in alphabetical order, by certification)*
*We covered two GIAC credentials, presented together in a single GIAC section below. Digital forensics is a relatively lucrative space for practitioners. The average salary for intermediate digital forensic jobs in the U.S. – $63,959, according to SimpyHired – trails that of network engineers, system administrators and project managers. However, a senior specialist or forensic analyst, whether working in the private industry or government channels, will often earn six figures in major metro areas. We found salaries on the high end running almost $107,000 for forensic analysts and more than $127,000 for digital forensic roles. ACE: AccessData Certified ExaminerAccessData is the maker of the popular Forensic Toolkit (FTK) solution for digital investigations. The company also offers a variety of related products and services, such as AD Lab, AD eDiscovery, AD Enterprise and AD Triage. The AccessData Certified Examiner (ACE) is worth pursuing for those who already use or plan to use FTK, which enjoys widespread use in law enforcement and private research and consulting firms. The certification requires one exam, which covers the FTK Imager, Registry Viewer, PRTK (Password Recovery Toolkit) and FTK Examiner Application/Case Management Window tools in detail. AccessData recommends basic to moderate forensic knowledge before attempting the exam. This includes an understanding of digital artifacts, Registry files, encrypting and decrypting files, hashing, attack types, using live and index searching, and other topics. Recertification is required every two years. Credential holders must pass the current ACE exam, which focuses on the most current versions of FTK and other tools, to maintain their credentials. ACE facts and figures
CFCE: Certified Forensic Computer ExaminerThe International Association of Computer Investigative Specialists (IACIS) is the organization behind the Certified Forensic Computer Examiner (CFCE) credential. This organization caters primarily to law enforcement personnel, and you must be employed in law enforcement to qualify for regular IACIS membership. A formal application form, along with an application fee, is necessary to join IACIS. Regular membership includes current computer/digital forensic practitioners who are current or former government or law enforcement employees or forensic contractors to a government agency. All other practitioners can apply for Associate membership to IACIS, provided they can pass a background check. Membership fees and annual renewal fees are required. IACIS membership is not required to obtain the CFCE credential. To obtain the CFCE credential, candidates must demonstrate proficiency with CFCE core competencies. One option is IACIS’ Basic Computer Forensic Examiner (BCFE) two-week training course; it meets the 72-hour training requirement, costs $2,995, includes a free laptop and waives the IACIS membership fee for nonmembers. IACIS membership is required to attend the course. Candidates completing the training course can enroll directly in the CFCE program upon completion of the course. Those not attending the BCFE course may meet the 72-hour training requirement with a comparable course (subject to IACIS approval), pay a $750 registration fee, and successfully pass a background check to enroll in the CFCE program and sit for the exam. The CFCE exam is a two-step testing process that includes a peer review and CFCE certification testing:
Upon completion of both the peer review and the certification phase, candidates must submit a notarized form certifying that the practical and written exams were completed independently without assistance from anyone else. Certificants must recertify every three years to maintain the CFCE credential. Recertification requires proof of at least 40 hours of professional education, a passing score on a proficiency test in the third year, proof of computer/digital forensics work experience, or passing scores on three proficiency tests within three years, and either three years of IACIS membership or payment of a $150 recertification fee. Despite the time and expense involved in earning a CFCE, this credential has high value and excellent name recognition in the computer forensics field. Many forensics professionals consider the CFCE a necessary merit badge to earn, especially for those who work in or for law enforcement. CFCE facts and figures
CHFI: Computer Hacking Forensic InvestigatorThe EC-Council is a well-known training and certification organization that specializes in the areas of anti-hacking, digital forensics and penetration testing. The organization’s Computer Hacking Forensic Investigator (CHFI) certification emphasizes forensics tools, analytical techniques, and procedures involved in obtaining, maintaining, and presenting digital forensic evidence and data in a court of law. The EC-Council offers training for this credential but permits candidates to challenge the exam without taking the course, provided they have a minimum of two years of information security experience and pay a non-refundable $100 eligibility application fee. The CHFI course covers a wide range of topics and tools (click the exam Blueprint button on the certification webpage). Topics include an overview of digital forensics, in-depth coverage of the computer forensics investigation process, working with digital evidence, anti-forensics, database and cloud forensics, investigating network traffic, mobile and email forensics, and ethics, policies and regulations. Courseware is available, as well as instructor-led classroom training. The EC-Council offers numerous other certifications of potential value to readers interested in the CHFI. These include the Certified Ethical Hacker (CEH), CEH (Practical), EC-Council Certified Security Analyst (ECSA), ECSA Practical, Certified Network Defender (CND) and Licensed Penetration Tester (LPT), Certified Application Security Engineer (CASE), and Certified Chief Information Security Officer (CCISO). It also offers credentials in related areas such as disaster recovery, encryption and security analysis. Visit the EC-Council site for more info on its popular and respected credentials. CHFI facts and figures
EnCe: EnCase Certified ExaminerGuidance Software, acquired by OpenText in 2017, is a leader in the forensics tools and services arena. Its well-known and widely used EnCase Forensic software helps professionals acquire data from many different types of devices, complete disk-level examinations and produce reports of their findings. The company also sells software for remote investigations (EnCase Endpoint Investigator), eDiscovery, risk management, mobile investigations and endpoint security. The company’s certification program includes the Certified Forensic Security Responder (CFSR), EnCase Certified eDiscovery Practitioner (EnCEP) and EnCase Certified Examiner (EnCe). Available to professionals in the public and private sector, the EnCE recognizes an individual’s proficiency using EnCase Forensic software and mastery of computer investigation methodology, including evidence collection, preservation, file verification, file signatures and hashing, first responder activities, and much more. To achieve EnCe certification, candidates must show proof of a minimum of 64 hours of authorized computer forensic training or 12 months of qualified work experience, complete an application, and then successfully complete a two-phase exam that includes a written and practical portion. EnCE certifications are valid for three years from the date obtained. Recertification requires one of the following:
EnCE facts and figures
GCFA And GCFE CertificationsSANS is the organization behind the Global Information Assurance Certification (GIAC) program. It is a well-respected and highly regarded player in the information security field in general. SANS not only teaches and researches in this area, it also provides breaking news, operates a security alert service, and serves on all kinds of government, research and academic information security task forces, working groups, and industry organizations. The organization’s incident response and forensics credentials include the following:
The intermediate GCFE and the more senior GCFA are the focus of this section. Neither credential requires taking SANS courses (which have a strong reputation for being among the best in the cybersecurity community, with high-powered instructors to match), but they are recommended to candidates and often offered before, during or after SANS conferences held around the U.S. at regular intervals. Both the GCFE and GCFA focus on computer forensics in the context of investigation and incident response, and thus also focus on the skills and knowledge needed to collect and analyze data from Windows and/or Linux computer systems during such activities. Candidates must possess the necessary skills, knowledge, and ability to conduct formal incident investigations and advanced incident handling, including dealing with internal and external data breaches, intrusions, and cyberthreats; collecting and preserving evidence; understanding anti-forensic techniques; and building and documenting advanced digital forensic cases. Most SANS GIAC credentials are valid for four years. Candidates may recertify for the GCFE and GCFA by earning 36 continuing professional experience (CPE) credits. In addition, credential holders must pay a certification maintenance fee of $429 every four years. The SANS GIAC program encompasses more than 36 information security certifications across a broad range of topics and disciplines. IT professionals interested in information security in general, as well as digital forensics, would be well advised to investigate further on the GIAC homepage. GCFE and GCFA facts and figures
Beyond the top 5: More digital forensics certificationsThere are lots of other certification programs that can help to further the careers of IT professionals who work in digital forensics. One certification we’ve featured in the past is the CyberSecurity Institute’s CyberSecurity Forensic Analyst (CSFA). The CyberSecurity Institute provides digital forensic services aimed at law firms, businesses and individuals, and administers a small but well-respected certification program. The CSFA is designed for security professionals with at least two years of experience performing digital forensic analysis on computers and devices running the Windows operating system and creating investigative reports. Although the certification didn’t generate as many job board hits as our other featured certifications, the CSFA is still worth your attention. The same goes for the Certified Computer Examiner (CCE) from the International Society of Forensic Computer Examiners, also known as ISFCE. The CCE is well recognized in the industry and in the law enforcement community as a leading credential for digital forensics professionals, but it fell a little short on job board hits during our review this year. Other good certifications include the Professional Certified Investigator (PCI), a senior-level, vendor-neutral computer investigations and forensics credential available through ASIS International. The organization also offers the Certified Protection Professional (CPP), which includes an investigation component, and the Physical Security Professional (PSP) in its certification program. Forensics candidates can also pursue one of the High Tech Crime Network vendor-neutral certifications – the Certified Computer Crime Investigator or Certified Computer Forensic Technician, both of which have a Basic and an Advanced credential. If you look around online, you’ll find numerous other forensics hardware and software vendors that offer certifications and plenty of other organizations that didn’t make the cut for the 2019 list of the best digital forensics certifications. But before you wander outside the items mentioned in this article, you might want to research the sponsoring organization’s history and the number of people who’ve earned its credentials, and then determine whether the sponsor not only requires training but stands to profit from its purchase. You might also want to ask a practicing digital forensics professional if they’ve heard of the certifications you found on your own and, if so, what that professional thinks of those offerings. Cybersecurity is one of the most crucial areas for ensuring a business’s success and longevity. With cyberattacks growing in sophistication, it’s essential for business owners to protect their companies by hiring qualified cybersecurity experts to manage this aspect of their business. The best candidates will have a certification in information security and cybersecurity. This guide breaks down the top certifications and other guidance you’ll need to make the right hire for your company. It’s also a great primer for individuals who are embarking on a cybersecurity career. When evaluating prospective InfoSec candidates, employers frequently look to certification as an important measure of excellence and commitment to quality. We examined five InfoSec certifications we consider to be leaders in the field of information security today. This year’s list includes entry-level credentials, such as Security+, as well as more advanced certifications, like Certified Ethical Hacker (CEH), Certified Information Systems Security Professional (CISSP), Certified Information Security Manager (CISM) and Certified Information Systems Auditor (CISA). According to CyberSeek, more employers are seeking CISA, CISM and CISSP certification holders than there are credential holders, which makes these credentials a welcome addition to any certification portfolio. Absent from our list of the top five is SANS GIAC Security Essentials (GSEC). Although this certification is still a very worthy credential, the job board numbers for CISA were so solid that it merited a spot in the top five. Farther down in this guide, we offer some additional certification options because the field of information security is both wide and varied. 1. CEH: Certified Ethical HackerThe CEH (ANSI) certification is an intermediate-level credential offered by the International Council of E-Commerce Consultants (EC-Council). It’s a must-have for IT professionals who are pursuing careers in white hat hacking and certifies their competence in the five phases of ethical hacking: reconnaissance, enumeration, gaining of access, access maintenance and track covering. CEH credential holders possess skills and knowledge of hacking practices in areas such as footprinting and reconnaissance, network scanning, enumeration, system hacking, Trojans, worms and viruses, sniffers, denial-of-service attacks, social engineering, session hijacking, web server hacking, wireless networks and web applications, SQL injection, cryptography, penetration testing, IDS evasion, firewalls and honeypots. CEH V11 provides a remapping of the course to the NIST/NICE framework’s Protect and Defend (PR) job role category, as well as an additional focus on emerging threats in cloud, OT and IT security, such as fileless malware. To obtain a CEH (ANSI) certification, candidates must pass one exam. A comprehensive five-day CEH training course is recommended, with the exam presented at the course’s conclusion. Candidates may self-study for the exam but must submit documentation of at least two years of work experience in information security with employer verification. Self-study candidates must also pay an additional $100 application fee. Education may be substituted for experience, but this is evaluated on a case-by-case basis. Candidates who complete any EC-Council-approved training (including with the iClass platform, academic institutions or an accredited training center) do not need to submit an application prior to attempting the exam. Because technology in the field of hacking changes almost daily, CEH credential holders are required to obtain 120 continuing-education credits for each three-year cycle. Once a candidate obtains the CEH (ANSI) designation, a logical progression on the EC-Council certification ladder is the CEH (Practical) credential. The CEH (Practical) designation targets the application of CEH skills to real-world security audit challenges and related scenarios. To obtain the credential, candidates must pass a rigorous six-hour practical examination. Conducted on live virtual machines, candidates are presented 20 scenarios with questions designed to validate a candidate’s ability to perform tasks such as vulnerability analysis, identification of threat vectors, web app and system hacking, OS detection, network scanning, packet sniffing, steganography and virus identification. Candidates who pass both the CEH (ANSI) and the CEH (Practical) exams earn the CEH (Master) designation. CEH facts and figures
Certified Ethical Hacker (CEH) trainingWhile EC-Council offers both instructor-led and online training for its CEH certification, IT professionals have plenty of other options for self-study materials, including video training, practice exams and books. Pluralsight currently offers an ethical-hacking learning path geared toward the 312-50 exam. With a monthly subscription, you get access to all of these courses, plus everything else in Pluralsight’s training library. Through Pluralsight’s learning path, students can prepare for all of the domains covered in the CEH exam.  CyberVista offers a practice exam for the CEH 312-50 certification that includes several sets of exam-like questions, custom quizzes, flash cards and more. An exam prep subscription for 180 days costs $149 and gives candidates access to online study materials, as well as the ability to download the materials for offline study. Backed by its “pass guarantee,” CyberVista is so confident its practice exam will prepare you for the CEH exam that the company will refund its practice test costs if you don’t pass. Besides certifications in information security and cybersecurity, the best IT certifications cover areas such as disaster recovery, virtualization and telecommunications. 2. CISM: Certified Information Security ManagerThe CISM certification is a top credential for IT professionals who are responsible for managing, developing and overseeing information security systems in enterprise-level applications or for developing organizational security best practices. The CISM credential was introduced to security professionals in 2003 by the Information Systems Audit and Control Association (ISACA). ISACA’s organizational goals are specifically geared toward IT professionals who are interested in the highest-quality standards with respect to the auditing, control and security of information systems. The CISM credential targets the needs of IT security professionals with enterprise-level security management responsibilities. Credential holders possess advanced and proven skills in security risk management, program development and management, governance, and incident management and response. Holders of the CISM credential, which is designed for experienced security professionals, must agree to ISACA’s code of ethics, pass a comprehensive examination, possess at least five years of experience in information security management, comply with the organization’s continuing education policy and submit a written application. Some combinations of education and experience may be substituted for the full experience requirement. The CISM credential is valid for three years, and credential holders must pay an annual maintenance fee of $45 (ISACA members) or $85 (nonmembers). Credential holders are also required to obtain a minimum of 120 continuing professional education (CPE) credits over the three-year term to maintain the credential. At least 20 CPE credits must be earned every year. CISM facts and figures
Other ISACA certification program elementsIn addition to CISM, ISACA offers numerous certifications for those interested in information security and best practices. Other credentials worth considering include the following:
The CISA designation was created for professionals working with information systems auditing, control or security and is popular enough with employers to earn it a place on the leaderboard. The CGEIT credential targets IT professionals working in enterprise IT management, governance, strategic alignment, value delivery, and risk and resource performance management. IT professionals who are seeking careers in all aspects of risk management will find that the CRISC credential nicely meets their needs. Certified Information Security Manager (CISM) trainingPluralsight offers a CISM learning path containing five courses and 17 hours of instruction. The courses cover the domains addressed in the exam, but the learning path is aimed at the CISM job practice areas. CyberVista offers a CISM online training course in both live and on-demand formats. The course includes more than 16 hours of training videos, supplementary lessons, custom quizzes, practice exam questions and access to experts through the instructor. As with other CyberVista courses, the CISM training course comes with a “pass guarantee.” According to CyberSeek, there are enough workers to fill only 68% of the cybersecurity job openings in the U.S. A cybersecurity certification is an important way to demonstrate the knowledge and ability to succeed in these job roles. 3. CompTIA Security+CompTIA’s Security+ is a well-respected, vendor-neutral security certification. Security+ credential holders are recognized as possessing superior technical skills, broad knowledge and expertise in multiple security-related disciplines. Although Security+ is an entry-level certification, the ideal candidates possess at least two years of experience working in network security and should consider first obtaining the Network+ certification. IT pros who obtain this certification have expertise in areas such as threat management, cryptography, identity management, security systems, security risk identification and mitigation, network access control, and security infrastructure. The CompTIA Security+ credential is approved by the U.S. Department of Defense to meet Directive 8140/8570.01-M requirements. In addition, the Security+ credential complies with the standards for ISO 17024. The Security+ credential requires a single exam, currently priced at $381. (Discounts may apply to employees of CompTIA member companies and full-time students.) Training is available but not required. IT professionals who earned the Security+ certification prior to Jan. 1, 2011, remain certified for life. Those who certify after that date must renew the certification every three years to stay current. To renew, candidates must obtain 50 continuing-education units (CEUs) or complete the CertMaster CE online course prior to the expiration of the three-year period. CEUs can be obtained by engaging in activities such as teaching, blogging, publishing articles or whitepapers, and participating in professional conferences and similar activities. CompTIA Security+ facts and figures
CompTIA Security+ trainingYou’ll find several companies offering online training, instructor-led and self-study courses, practice exams and books to help you prepare for and pass the Security+ exam. Pluralsight offers a Security+ learning path as a part of its monthly subscription plan for the latest SY0-601 exam. Split into six sections, the training series is more than 24 hours long and covers attacks, threats and vulnerabilities; architecture and design; implementation of secure solutions; operations and incident response; and governance, risk and compliance. CyberVista offers a Security+ practice exam so you can test your security knowledge before attempting the SY0-601 exam. The test comes with a 180-day access period and includes multiple sets of exam questions, key concept flash cards, access to InstructorLink experts, a performance tracker and more. As with CyberVista’s other offerings, this practice exam comes with a “pass guarantee.” 4. CISSP: Certified Information Systems Security ProfessionalCISSP is an advanced-level certification for IT pros who are serious about careers in information security. Offered by the International Information Systems Security Certification Consortium, known as (ISC)2 (pronounced “ISC squared”), this vendor-neutral credential is recognized worldwide for its standards of excellence. CISSP credential holders are decision-makers who possess the expert knowledge and technical skills necessary to develop, guide and manage security standards, policies and procedures within their organizations. The CISSP certification continues to be highly sought after by IT professionals and is well recognized by IT organizations. It is a regular fixture on most-wanted and must-have security certification surveys. CISSP is designed for experienced security professionals. A minimum of five years of experience in at least two of (ISC)2’s eight common body of knowledge (CBK) domains, or four years of experience in at least two of (ISC)2’s CBK domains and a college degree or an approved credential, is required for this certification. The CBK domains are security and risk management, asset security, security architecture and engineering, communications and network security, identity and access management, security assessment and testing, security operations, and software development security. (ISC)2 also offers three CISSP concentrations targeting specific areas of interest in IT security:
Each CISSP concentration exam is $599, and credential seekers must currently possess a valid CISSP. An annual fee of $125 is required to maintain the CISSP credential. Recertification is required every three years. To recertify, candidates must earn 40 CPE credits each year, for a total of 120 CPE credits within the three-year cycle. CISSP facts and figures
Certified Information Systems Security Professional (CISSP) trainingGiven the popularity of the CISSP certification, there is no shortage of available training options. These include classroom-based training offered by (ISC)2, as well as online video courses, practice exams and books from third-party companies. Pluralsight’s CISSP learning path includes 12 courses and 25 hours of e-learning covering the security concepts required for the certification exam. Available for a low monthly fee, the CISSP courses are part of a subscription plan that gives IT professionals access to Pluralsight’s complete library of video training courses. When you’re ready to test your security knowledge, you can take a simulated exam that mimics the format and content of the real CISSP exam. Udemy offers CISSP practice tests to help you prepare for this challenging exam. 5. CISA: Certified Information Systems AuditorISACA’s globally recognized CISA certification is the gold standard for IT workers seeking to practice in information security, audit control and assurance. Ideal candidates can identify and assess organizational threats and vulnerabilities, assess compliance, and provide guidance and organizational security controls. CISA-certified professionals demonstrate knowledge and skill across the CISA job practice areas of auditing, governance and management, acquisition, development and implementation, maintenance and service management, and asset protection. To earn the CISA certification, candidates must pass one exam, submit an application, agree to the code of professional ethics, agree to the CPE requirements and agree to the organization’s information systems auditing standards. In addition, candidates must possess at least five years of experience working with information systems. Some substitutions for education and experience with auditing are permitted. To maintain the CISA certification, candidates must earn 120 CPE credits over a three-year period, with a minimum of 20 CPE credits earned annually. Candidates must also pay an annual maintenance fee ($45 for members; $85 for nonmembers). CISA facts and figures
Certified Information Systems Auditor (CISA) trainingTraining opportunities for the CISA certification are plentiful. Udemy offers more than 160 CISA-related courses, lectures, practice exams, question sets and more. On Pluralsight, you’ll find 12 courses with 27 hours of information systems auditor training covering all CISA job practice domains for the CISA job practice areas. An exterior view of University of Doha for Science and Technology. Doha, Qatar: University of Doha for Science and Technology (UDST) has signed an agreement with EC-Council, inventor of the Certified Ethical Hacker Certification (C|EH) and a global leader in cybersecurity training and education to join its Academia programme, emphasising a solid commitment to practical cybersecurity education. Over the past 20 years, EC-Council has been steadfast in its commitment to building a culture of security by pioneering cutting-edge cybersecurity training and education programmes. These programmes are pivotal in equipping individuals with the necessary knowledge and skills to safeguard digital landscapes against evolving threats. The cornerstone of EC-Council’s endeavours lies in its Academia programme, an innovative initiative designed to bridge the gap between the theoretical realm of academia and the dynamic landscape of practical cybersecurity application. The programme aims to enhance students’ readiness for the prevailing cybersecurity challenges encountered by all organisations today by incorporating industry-standard certifications into educational curriculums. The agreement allows UDST to incorporate well-recognised cybersecurity certifications like the Certified Ethical Hacker (C|EH) and Computer Hacking Forensic Investigator (C|HFI) into its cybersecurity degree programme. Students will also be provided with access to EC-Council’s educational platforms and resources, ensuring they gain both theoretical knowledge and practical skills. President of UDST, Dr. Salem Al Naemi, said, “Our agreement with EC-Council is a direct response to the global need for skilled cybersecurity professionals. Becoming an EC-Council Academia partner and including access to cybersecurity certifications in UDST’s degree programmes ensures our students get the practical knowledge they need alongside their academic studies. This isn’t just about enhancing our curriculum: it’s about giving our students a tangible advantage as they enter the workforce. They will graduate with recognized certifications and skills that are in high demand worldwide, aligning their careers not just with national and global cybersecurity needs but also global business needs.” President and CEO of EC-Council Group, Jay Bavisi, said, “EC-Council’s collaboration with the University of Doha for Science and Technology comes at a crucial juncture in Qatar’s cybersecurity landscape. In today’s digital age, as the nation experiences unprecedented technological advancements, the need for well-fortified cybersecurity measures has never been more paramount. This collaboration represents a leap forward in reinforcing cybersecurity education within the region, addressing the current gap in specialised talent and expertise. Together, we envision cultivating a new generation of cybersecurity leaders poised to become the cornerstone of Qatar’s National Cybersecurity Strategy.” The agreement between the two educational institutions will not only reinforce the quality and industry relevance of UDST’s programmes but also align with the objectives outlined in Qatar’s National Vision 2030, which highlights the development of a knowledge-based economy supported by technologically skilled individuals. The online signing ceremony united both organizations in a mutual commitment to promote and advance cybersecurity education. The collaboration is expected to produce graduates who are well-equipped to navigate and protect against the cyber threats of the modern world. BiographyMichelle Tarbutton is an assistant teaching professor at CCI and teaches in the BS in Computing & Security Technology program, including cybersecurity, computer forensics and cloud security courses. Tarbutton graduated cum laude with a MS in Cybersecurity from Drexel in 2018. During this time, Michelle served as team captain of the Drexel CyberDragons, helping the team to place 4th out of 28 teams at Regionals for the 2017 MidAtlantic Collegiate Cyber Defense Competition. Before earning her master's degree, Michelle worked in the IT industry for managed services providers and IT training camps. She also attended Drexel as an undergraduate student, graduating with a BSBA from LeBow College of Business, and received an athletic scholarship to play Division 1 tennis for the Dragons. Tarbutton holds many cybersecurity, forensics and Linux certifications including Certified Ethical Hacker, Security+, Forensic Toolkit ACE, Computer Hacking Forensics Investigator, and Linux+, among others. Research AreasResearch InterestsCybersecurity, Computer Forensics, Memory Forensics, Cyberterrorism Academic Distinctions
The Harker Heights City Council discussed options for selecting a new voting system for the city’s upcoming May 2024 election during Tuesday’s workshop meeting. According to the Harker Heights City Secretary Julie Helsham, Bell County doesn’t provide election equipment on even numbered years for municipal elections, and the voting systems the city used to rent is no longer providing renting services. Due to these circumstances, the city has to look into purchasing its own machines or returning to a paper ballot. All voting systems used in Texas elections must be federally certified by the Election Assistance Commission and state certified by the Texas Secretary of State. In Texas, there are two vendors that have certified voting systems: Election System & Software (ES&S) and Hart Intercivic. The council heard pros and cons for each option before asking questions. Bell County has used ES&S before and many of the council showed interest in purchasing that system but decided they needed more information on the system and its cost. The costs of the two systems were not available at the meeting. Council members asked about the storage required for the systems, how they would be updated and the life expectancy for the machines. “We need to make sure the integrity is there no matter what system we choose,” Heights Mayor Michael Blomquist said. In prior years, the city has rented six systems for its local elections and it was found to be sufficient. Another idea that was floated was moving the city elections from May to be included in the Bell County November elections. City Manager David Mitchell mentioned that it would be possible but it would require the council to change the Heights City Charter. He also warned that the city elections would move under Bell County’s control. The council decided to reconvene at a later date to go into more detail on the matter. Doha: University of Doha for Science and Technology (UDST) has signed an agreement with EC-Council, inventor of the Certified Ethical Hacker Certification (C|EH) and a global leader in cybersecurity training and education to join its Academia program, emphasizing a solid commitment to practical cybersecurity education. Over the past 20 years, EC-Council has been steadfast in its commitment to building a culture of security by pioneering cutting-edge cybersecurity training and education programs. These programs are pivotal in equipping individuals with the necessary knowledge and skills to safeguard digital landscapes against evolving threats. The cornerstone of EC-Council's endeavors lies in its Academia program, an innovative initiative designed to bridge the gap between the theoretical realm of academia and the dynamic landscape of practical cybersecurity application. The program aims to enhance students' readiness for the prevailing cybersecurity challenges encountered by all organizations today by incorporating industry-standard certifications into educational curriculums. The agreement allows UDST to incorporate well-recognized cybersecurity certifications like the Certified Ethical Hacker (C|EH) and Computer Hacking Forensic Investigator (C|HFI) into its cybersecurity degree program. Students will also be provided with access to EC-Council's educational platforms and resources, ensuring they gain both theoretical knowledge and practical skills. Dr. Salem Al-Naemi, President of UDST, said, "Our agreement with EC-Council is a direct response to the global need for skilled cybersecurity professionals. Becoming an EC-Council Academia partner and including access to cybersecurity certifications in UDST's degree programs ensures our students get the practical knowledge they need alongside their academic studies. This isn't just about enhancing our curriculum: it's about giving our students a tangible advantage as they enter the workforce. They will graduate with recognized certifications and skills that are in high demand worldwide, aligning their careers not just with national and global cybersecurity needs but also global business needs." Jay Bavisi, President and CEO of EC-Council Group, said, "EC-Council's collaboration with the University of Doha for Science and Technology comes at a crucial juncture in Qatar's cybersecurity landscape. In today's digital age, as the nation experiences unprecedented technological advancements, the need for well-fortified cybersecurity measures has never been more paramount. This collaboration represents a leap forward in reinforcing cybersecurity education within the region, addressing the current gap in specialized talent and expertise. Together, we envision cultivating a new generation of cybersecurity leaders poised to become the cornerstone of Qatar's National Cybersecurity Strategy.” The agreement between the two educational institutions will not only reinforce the quality and industry relevance of UDST's programs but also align with the objectives outlined in Qatar's National Vision 2030, which highlights the development of a knowledge-based economy supported by technologically skilled individuals. The online signing ceremony united both organizations in a mutual commitment to promote and advance cybersecurity education. The collaboration is expected to produce graduates who are well-equipped to navigate and protect against the cyber threats of the modern world. -Ends- About University of Doha for Science and Technology: University of Doha for Science and Technology (UDST) was officially established by the Emiri Decision No13 of 2022, and it is the first national university specializing in academic applied, technical, and professional education in the State of Qatar. UDST has over 60 bachelor's and master's degree programs, diplomas, and certificates. The university houses 5 colleges: the College of Business, the College of Computing and Information Technology, the College of Engineering and Technology, the College of Health Sciences, and the College of General Education, in addition to specialized training centers for individuals and companies. UDST is recognized for its student-centered learning and state-of-the-art facilities. Its world-renowned faculty and researchers work on developing the students’ skills and help raise well-equipped graduates who proudly serve different sectors of the economy and contribute to achieving human, social, and economic development goals nationally and internationally. For more information, visit: www.udst.edu.qa About EC-Council EC-Council invented the Certified Ethical Hacker. Founded in 2001 in response to 9/11, EC-Council's mission is to provide the training and certifications apprentice and experienced cyber security professionals need to keep corporations, government agencies, and others who employ them safe from attack. Best known for its Certified Ethical Hacker (C|EH) program, EC-Council today offers 200 different trainings, certificates, and degrees in everything from Computer Forensic Investigation and Security Analysis to Threat Intelligence and Information Security. An ISO/IEC 17024 Accredited Organization recognized under the US Defense Department Directive 8140/8570 and many other authoritative cyber security bodies worldwide, the company has certified over 350,000 professionals across the globe. Trusted by seven of the Fortune 10, half of the Fortune 100, and the intelligence communities of 140 nations, EC-Council is the gold standard in cyber security education and certification. A truly global organization with a driving belief in bringing diversity, equity and inclusion to the modern cybersecurity workforce, EC-Council maintains 11 offices in the US, the UK, India, Malaysia, Singapore, and Indonesia. The company can be reached online at https://www.eccouncil.org/ Mail to: press@eccouncil.org | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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