What’s New in CEH v10? (Certified Ethical Hacker Certification)

The EC-Council has unveiled CEH v10, the latest iteration of its Certified Ethical Hacker (CEH) certification, marking a significant shift in the world of ethical hacking and cybersecurity certifications. First introduced in 2003, the CEH has long been considered one of the leading certifications for professionals in the ethical hacking domain. Since the last major update in 2015 with CEH v9, which included a focus on cloud computing, CEH v10 introduces several crucial enhancements that reflect the current cybersecurity landscape.

With cyber threats evolving at an alarming rate, EC-Council’s CEH v10 aims to provide security professionals with the cutting-edge knowledge and skills needed to protect organizations from the latest threats and vulnerabilities. Whether you’re looking to advance in the field of ethical hacking or start a career in cybersecurity, CEH v10 is designed to equip you with the essential skills necessary to safeguard digital systems against increasingly sophisticated attacks.

Key Updates in CEH v10

The Internet of Things (IoT) Security Module in CEH v10: A Deep Dive

One of the most critical updates in the CEH v10 certification is the addition of a dedicated Internet of Things (IoT) security module. This update is designed to address the growing risks posed by IoT devices, which have become a significant target for cybercriminals. The increasing number of connected devices worldwide, many of which are often inadequately secured, has brought IoT security to the forefront of cybersecurity discussions. In a world where billions of devices are constantly interconnected, protecting them against emerging threats is more important than ever.

The Growing Threat of IoT Vulnerabilities

The risks associated with unsecured IoT devices were dramatically highlighted by the 2017 Mirai botnet attack. This massive attack leveraged poorly secured IoT devices to execute a distributed denial-of-service (DDoS) attack, which took down several major websites and online services. The Mirai botnet used IoT devices like routers, security cameras, and printers, which had default or weak passwords, as part of its attack. This event underscored the vulnerabilities inherent in IoT devices and raised alarms about the potential consequences of such attacks.

As IoT continues to proliferate in homes, businesses, and industries worldwide, cybersecurity professionals must gain a deeper understanding of these devices’ vulnerabilities. These devices often serve as entry points for larger network breaches, making it essential for ethical hackers to develop skills to assess, secure, and manage the safety of IoT ecosystems. Given the rise in both the volume and sophistication of attacks targeting IoT devices, the inclusion of an IoT security module in CEH v10 is both timely and necessary.

IoT Security in the CEH v10 Curriculum

The IoT security module introduced in CEH v10 equips ethical hackers with the knowledge and tools to address the unique challenges that IoT devices present. This comprehensive module is designed to enhance the ability of cybersecurity professionals to secure a wide range of IoT devices, from smart home gadgets to industrial control systems (ICS). These devices, while offering convenience and efficiency, also present numerous security risks if not properly configured and managed. Understanding how to identify these risks and mitigate them is critical for ethical hackers looking to protect both private and corporate networks.

The CEH v10 IoT security module covers various facets of IoT security, focusing on common vulnerabilities and how to address them. One key area of focus is how IoT devices often lack basic security features such as encryption, secure boot mechanisms, and proper authentication. This makes them an attractive target for cybercriminals, who can exploit these weaknesses to gain unauthorized access, intercept sensitive data, or use the devices as part of a botnet to carry out malicious activities.

Ethical hackers will learn how to assess IoT networks using penetration testing techniques, focusing on identifying weak points in the devices’ software, hardware, and communication protocols. The curriculum will delve into methods for testing IoT devices for common flaws such as poor password management, insecure communication protocols, and unpatched vulnerabilities in the underlying firmware. By understanding these risks, professionals can more effectively protect IoT devices and, in turn, safeguard the larger networks they are connected to.

Tools and Techniques for IoT Security

The new IoT security module in CEH v10 also introduces ethical hackers to a wide array of tools and techniques used to assess and secure IoT devices. This includes specialized tools for vulnerability scanning, network sniffing, and brute-force testing that are particularly useful for assessing IoT environments. For instance, ethical hackers can use tools to test for default credentials and configuration flaws that leave devices vulnerable to exploitation.

Additionally, students will be taught how to conduct fuzz testing, a technique used to discover vulnerabilities in the software running on IoT devices by sending it random or unexpected inputs. This can uncover weaknesses that may not be immediately apparent through traditional testing methods. Professionals will also explore network segmentation strategies to prevent compromised IoT devices from gaining access to critical systems and data, effectively minimizing the impact of an attack.

The curriculum also highlights secure software development practices for IoT devices. As IoT security begins with proper software design and implementation, ethical hackers must be aware of secure coding practices that can help prevent vulnerabilities in IoT device firmware and software applications. The module teaches how to identify security flaws in software and how to deploy secure coding techniques that will help mitigate risks during the development of IoT applications.

The Importance of Securing IoT Devices in Critical Infrastructure

Beyond personal devices and consumer gadgets, many IoT devices are used in critical infrastructure sectors such as healthcare, manufacturing, and energy. These devices often control and monitor essential systems, making them prime targets for cybercriminals. If compromised, these devices can cause catastrophic disruptions in critical services, ranging from power grid failures to medical device manipulation.

For ethical hackers, this poses a unique challenge: securing IoT devices in environments where they are often deeply integrated into complex systems. Whether working in healthcare environments where IoT-enabled medical devices are used or in manufacturing facilities that rely on connected sensors and machinery, professionals must understand how to protect these critical assets from both cyber and physical threats.

Hands-on Experience with IoT Security Challenges

The addition of the IoT security module in CEH v10 also focuses on providing hands-on experience with real-world IoT security challenges. Ethical hackers will be presented with practical exercises and scenarios that simulate real-life IoT environments, helping them develop the skills necessary to identify vulnerabilities, perform penetration testing, and implement mitigation strategies. This practical experience is crucial for understanding the complexities of IoT security and for applying theoretical knowledge to actual security assessments.

By practicing in a controlled environment with live IoT devices, professionals can learn to identify common attack vectors, assess device risks, and respond swiftly to potential security incidents. This hands-on approach allows ethical hackers to apply their skills in real-world contexts, ensuring they are fully prepared to tackle the evolving challenges of IoT security.

 

Enhanced Vulnerability Assessment Content in CEH v10: A Comprehensive Overview

Vulnerability assessments are a critical component of the ethical hacking process. They allow cybersecurity professionals to identify weaknesses in an organization’s network, applications, and systems before they can be exploited by malicious actors. In CEH v10, the curriculum has undergone significant enhancement to provide deeper, more comprehensive coverage of vulnerability assessment techniques, which is a core skill for ethical hackers. The updated content reflects the latest trends in cybersecurity and focuses on equipping professionals with the tools and knowledge needed to identify, analyze, and mitigate risks in real-world applications.

In today’s digital landscape, cyber threats are evolving at a rapid pace, making it essential for ethical hackers to stay ahead of the curve. With the increased sophistication of cyberattacks and the growing number of vulnerabilities being discovered daily, it has never been more important for cybersecurity professionals to have a thorough understanding of vulnerability assessments. This skill is key to safeguarding sensitive data, critical systems, and networks against exploitation.

What is a Vulnerability Assessment?

A vulnerability assessment involves identifying, quantifying, and prioritizing vulnerabilities in an information system. It is the first step in a larger risk management process, helping to determine the security posture of an organization and highlighting areas that require immediate attention. Vulnerability assessments can be conducted manually or using automated tools to scan systems, networks, and applications for weaknesses that could be exploited by attackers. The process typically includes reviewing the system’s hardware, software, and network infrastructure for potential vulnerabilities, misconfigurations, and outdated software.

Why is Vulnerability Assessment Critical for Ethical Hackers?

Ethical hackers or penetration testers use vulnerability assessments to proactively identify security flaws before attackers can exploit them. By performing thorough vulnerability assessments, ethical hackers can prevent data breaches, network intrusions, and other security incidents that could cause significant damage to an organization. Vulnerability assessments also help businesses comply with industry regulations and standards by ensuring that their systems are secure and properly configured.

Vulnerability assessment is not a one-time task. As new vulnerabilities are discovered, ethical hackers must continuously evaluate and reassess the security posture of their systems. This ongoing vigilance is critical for maintaining a strong defense against an ever-evolving threat landscape.

What’s New in Vulnerability Assessment Content in CEH v10?

In CEH v10, the vulnerability assessment module has been significantly expanded to cover the most recent trends and developments in cybersecurity. The new curriculum incorporates the latest vulnerability assessment tools and techniques, focusing on real-world application vulnerabilities that professionals are likely to encounter in today’s complex digital environments.

The updated CEH v10 curriculum includes enhanced coverage of the following areas:

1. Application Vulnerabilities

Modern organizations rely heavily on applications to conduct business, making application security a top priority. CEH v10 provides an in-depth look at application vulnerabilities, which are often the weakest links in an organization’s security posture. Ethical hackers will learn how to identify security flaws in web applications, mobile apps, and desktop software.

The curriculum includes updated techniques for identifying common vulnerabilities, such as:

• SQL injection (SQLi): A technique used to exploit vulnerabilities in a web application’s database layer. 
• Cross-site scripting (XSS): A vulnerability that allows attackers to inject malicious scripts into trusted websites. 
• Broken authentication and session management: Weaknesses in web applications that allow attackers to impersonate legitimate users. 

With these skills, ethical hackers can perform comprehensive application security testing to identify vulnerabilities in both custom and third-party applications.

2. Network Vulnerabilities

Networks are often the primary target for cybercriminals. As organizations shift more of their operations to the cloud and adopt remote working, ensuring that network infrastructure is secure becomes even more critical. CEH v10 offers a comprehensive module on network vulnerabilities, focusing on the latest tools and techniques to identify risks in network devices, protocols, and configurations.

Key topics include:

• Port scanning: Identifying open ports on a network and analyzing the associated services. 
• Network traffic sniffing: Capturing and analyzing packets transmitted over the network to detect sensitive information leakage. 
• Wireless network vulnerabilities: Testing for security weaknesses in Wi-Fi networks, such as weak encryption or poorly configured access points. 

Ethical hackers will also gain hands-on experience with modern tools like Nmap and Wireshark, which are used to discover and exploit network vulnerabilities.

3. System Vulnerabilities

A system vulnerability refers to a flaw in an operating system (OS) or software application that can be exploited by attackers to gain unauthorized access or cause disruption. CEH v10 provides a deeper dive into system-level vulnerabilities, focusing on common weaknesses in both Windows and Linux operating systems. Ethical hackers will learn how to assess OS configurations, patch management processes, and user permissions to identify potential security flaws.

Topics include:

• Privilege escalation: Techniques that allow attackers to gain elevated privileges on a system. 
• Misconfigurations: Common configuration mistakes that expose systems to risk. 
• Security patches: How to identify unpatched vulnerabilities and assess the risk posed by outdated software. 

4. Cloud Security

As organizations move to the cloud, ensuring the security of cloud-based systems has become a top priority. CEH v10 includes updated content on cloud vulnerabilities, with a focus on assessing the security of public, private, and hybrid cloud infrastructures. Ethical hackers will learn how to conduct vulnerability assessments for cloud services like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud.

Key areas covered include:

• Misconfigured cloud storage: Identifying improperly configured cloud storage services that may expose sensitive data. 
• API security: Assessing the security of cloud APIs, which are often targeted by attackers seeking to exploit vulnerabilities in cloud applications. 
• Virtualization security: Securing virtual machines and containers within the cloud environment. 

5. Tools and Techniques for Vulnerability Assessment

CEH v10 introduces several new tools and techniques for conducting vulnerability assessments. Ethical hackers will become proficient in using both automated and manual tools to perform comprehensive vulnerability scans. Some of the most popular tools covered in the curriculum include:

• Nessus: A powerful vulnerability scanner used to identify weaknesses in operating systems, applications, and network devices. 
• OpenVAS: An open-source tool for performing comprehensive vulnerability assessments. 
• Metasploit: A framework for testing vulnerabilities and launching exploits against systems. 

In addition to these tools, CEH v10 also introduces advanced techniques like fuzz testing, which is used to uncover unknown vulnerabilities by inputting random or unexpected data into software or systems.

Why is Enhanced Vulnerability Assessment Crucial in CEH v10?

The enhancement of vulnerability assessment content in CEH v10 reflects the growing complexity of cybersecurity challenges that ethical hackers face today. As the threat landscape continues to evolve, vulnerabilities in applications, networks, systems, and cloud infrastructures become more varied and sophisticated. By gaining proficiency in the latest vulnerability assessment techniques, ethical hackers will be better prepared to identify and mitigate these risks before attackers can exploit them.

Moreover, the updated content in CEH v10 ensures that professionals are equipped to handle real-world scenarios, using the most current tools and methodologies. This preparation is crucial for identifying vulnerabilities in modern technologies, including cloud platforms, mobile applications, and IoT devices. Ethical hackers who are well-versed in vulnerability assessments will be invaluable assets to any organization looking to protect its assets from cyber threats.

Focus on Emerging Threats: Cloud, AI, and Machine Learning in CEH v10

As the cybersecurity landscape continues to evolve and grow more complex, ethical hackers are increasingly confronted with new, emerging attack vectors. In CEH v10, there is a distinct focus on these emerging threats, particularly those related to cloud computing, artificial intelligence (AI), and machine learning (ML). These technologies are revolutionizing both offensive and defensive cybersecurity practices, and understanding how to leverage them for security purposes is critical for ethical hackers.

In the rapidly changing world of cyber threats, traditional security methods are no longer enough to combat sophisticated attacks. Emerging technologies have been adopted by malicious actors to enhance the potency of cyberattacks, making it even more essential for ethical hackers to understand how to use these same technologies for effective defense. CEH v10 ensures that cybersecurity professionals are equipped with the latest tools, methodologies, and knowledge to tackle these advanced threats.

Cloud Computing: New Challenges and Security Risks

Cloud technologies have revolutionized the way organizations store, manage, and access data. However, as businesses move more of their operations to the cloud, new security challenges arise. These challenges include securing cloud-based infrastructures, ensuring data protection, and safeguarding user privacy. The cloud security module in CEH v10 delves into the unique security challenges associated with cloud technologies, providing ethical hackers with the knowledge required to secure cloud environments effectively.

Cloud infrastructures, especially hybrid cloud environments, present new vulnerabilities that need to be addressed. Unlike traditional on-premises environments, cloud environments require a nuanced approach to security due to their shared and dynamic nature. In hybrid environments, where organizations combine both private and public cloud services, managing and securing data can be particularly challenging. Ethical hackers will learn how to assess cloud environments for common vulnerabilities such as weak access controls, misconfigured services, and insecure application programming interfaces (APIs).

Another key challenge in cloud security is the shared responsibility model, where cloud providers and clients share the responsibility for securing the infrastructure. Ethical hackers will need to understand this model and how to test for potential gaps in security at both the provider and client levels. The module also covers the security of cloud applications, helping ethical hackers identify potential vulnerabilities within cloud-based applications and the data they handle.

As organizations increasingly adopt cloud-first strategies, ethical hackers must possess the skills to identify and remediate cloud security risks before cybercriminals exploit them. With CEH v10’s comprehensive cloud security coverage, professionals will be equipped to handle the complex challenges of cloud security and protect organizations against emerging threats in cloud computing.

AI and Machine Learning: Advanced Attack Tools and Countermeasures

The integration of artificial intelligence (AI) and machine learning (ML) into cybersecurity is a double-edged sword. While these technologies offer advanced methods for detecting and defending against cyberattacks, they are also used by attackers to automate and enhance their malicious activities. With CEH v10, ethical hackers are exposed to how AI and ML are both defending and attacking, helping them develop the skills to use these technologies for good while recognizing how they are being used for malicious purposes.

AI in Cyberattacks

AI-powered attacks are highly sophisticated and efficient. By leveraging machine learning algorithms, attackers can automate their strategies, analyze large volumes of data, and adapt their techniques in real-time. This allows them to target specific vulnerabilities with unprecedented speed and precision. Some common AI-based cyberattack methods include:

• Phishing and Social Engineering: Using AI to craft personalized phishing emails that are difficult to detect. 
• Automated Malware: AI-driven malware can adapt its tactics to evade detection by traditional antivirus software. 
• AI-Powered Bots: These bots are capable of carrying out denial-of-service (DoS) and distributed denial-of-service (DDoS) attacks more efficiently. 

Ethical hackers need to be aware of how AI is being used by attackers to conduct such automated attacks. By understanding these techniques, they can develop countermeasures to detect, prevent, and respond to AI-powered cyberattacks. CEH v10 provides insight into how AI is used in the context of cyberattacks, ensuring that professionals are prepared to combat these increasingly sophisticated threats.

Machine Learning in Cybersecurity Defense

Machine learning (ML) is also used extensively in cybersecurity defense. By analyzing large sets of data, ML algorithms can identify patterns and anomalies in network traffic, user behavior, and system activity. These algorithms are capable of spotting potential threats in real-time, detecting malware, and preventing attacks before they occur. CEH v10 introduces ethical hackers to the application of machine learning in intrusion detection systems (IDS), behavioral analytics, and anomaly detection.

For instance, ML algorithms are used to train security systems to recognize normal network activity and flag any anomalies that deviate from this baseline. This is crucial for detecting advanced persistent threats (APTs) and zero-day vulnerabilities that traditional security measures may miss. By learning how to leverage AI and ML for defense, ethical hackers can build more resilient cybersecurity systems that can adapt to and defend against next-generation attacks.

AI-Enhanced Malware Detection and Evasion

One of the most critical applications of AI in cybersecurity is malware detection. In CEH v10, ethical hackers are exposed to how AI is used to identify and analyze malware, even before it executes on a system. Traditional signature-based detection systems are often ineffective against new, unknown malware, but AI-driven systems are capable of identifying patterns and behaviors associated with malicious code.

Machine learning algorithms can analyze the behavior of programs in real-time, learning from known malware samples to detect emerging threats. This behavioral analysis approach is much more effective at identifying advanced malware that may not have been seen before. Ethical hackers will learn how AI-enhanced tools can be used to detect, analyze, and block malware before it can execute its payload.

At the same time, attackers are leveraging AI to evade traditional defenses. Machine learning algorithms can be used to create malware that evolves in response to security measures, making it more difficult to detect. Ethical hackers will learn how to counter these AI-driven evasion techniques, ensuring that their defense strategies remain effective even as attackers become more sophisticated.

Ethical Hacking with AI and Machine Learning

As AI and machine learning continue to play a central role in both cybersecurity defenses and cyberattacks, ethical hackers must understand how to integrate these technologies into their vulnerability assessments and threat mitigation strategies. CEH v10 provides comprehensive coverage of how ethical hackers can use AI-based tools to enhance their work, including forensics, malware analysis, and incident response.

Moreover, ethical hackers will learn how AI and ML can be applied to vulnerability scanning, enabling them to identify weaknesses in systems more efficiently. By automating routine tasks and analyzing large datasets, AI-driven security tools can assist ethical hackers in identifying vulnerabilities that would otherwise take considerable time and effort to uncover.

What Sets PRINCE2® 7 Apart from the 6th Edition?

The PRINCE2® (Projects IN Controlled Environments) methodology is widely regarded as one of the most effective project management frameworks in the world. Developed by AXELOS, PRINCE2® has undergone several iterations to adapt to the evolving demands of the business environment. While the 6th edition of PRINCE2® was already widely adopted across industries, the release of PRINCE2® 7 marks a significant shift in the methodology, offering several key improvements and enhancements that make it more relevant and practical for modern project managers. These changes not only simplify the framework but also make it more adaptable to a variety of project types and environments.

In this article, we will explore the key differences between PRINCE2® 6th and 7th editions, outlining the new features that make PRINCE2® 7 a more effective tool for contemporary project management. Whether you’re a seasoned project manager or a newcomer to PRINCE2®, understanding these differences will help you better appreciate the advantages of the new version.

1. Revised Book Layout: A More User-Friendly Approach

One of the most noticeable changes in the PRINCE2® 7th edition is the complete redesign of the official manual. The 6th edition of PRINCE2® was already well-organized, but the 7th edition takes this a step further by providing a more user-friendly layout that is easier to navigate. The new design focuses on enhancing readability and simplifying complex concepts, which can often be challenging for those new to the methodology. This is achieved by breaking down the content into shorter, more digestible sections with clearer headings and subsections. The goal is to make it easier for users to find relevant information quickly and apply it to their projects.

Moreover, the 7th edition introduces practical scenarios that are directly linked to the Practitioner exam. This is a significant update that bridges the gap between theory and practice, allowing candidates to familiarize themselves with real-world situations. By incorporating real-life examples, the book makes it easier for project managers to apply PRINCE2® principles in actual project environments, ultimately helping them become more effective in managing their projects.

The redesign also focuses on improving the user experience for both new learners and experienced professionals. The 7th edition includes more visual elements, such as charts, diagrams, and workflows, which help explain key concepts more clearly. This makes it easier to grasp complex project management processes and methodologies.

2. Higher Pass Rate: Increased Accessibility and Clarity

The introduction of higher pass rates for both the Foundation and Practitioner exams is another notable change in PRINCE2® 7. In the 6th edition, the pass rate for these exams was 55%. However, the updated version sees an increase to 60%, reflecting the increased clarity and accessibility of the new methodology. This improvement is significant as it indicates that the updated framework is easier to understand and apply in real-world scenarios.

While the format and duration of the exams remain the same, the higher pass rate shows that the PRINCE2® 7 framework is more intuitive and accessible. This increase in pass rates also suggests that the training process for project managers has become more streamlined, allowing them to gain a deeper understanding of the methodology and apply it more effectively to their projects.

As a result, PRINCE2® 7 offers a more inclusive approach, ensuring that more project managers are able to succeed in their certification exams. This change benefits both individuals looking to advance their careers and organizations seeking to improve the skills and capabilities of their project management teams.

3. Scenario-Based Practitioner Exam: Preparing for Real-World Challenges

One of the most important changes in PRINCE2® 7 is the introduction of scenario-based questions in the Practitioner exam. The previous version of the exam relied more heavily on theoretical knowledge, but with the 7th edition, candidates are now required to apply their learning to four practical, real-world scenarios. This format was introduced to help candidates develop a deeper understanding of how to manage projects in a real-world context.

In these scenarios, candidates are asked to solve project management challenges by applying PRINCE2® principles, processes, and themes. The aim is to assess not just a candidate’s ability to recall knowledge but also their ability to think critically, make decisions, and manage a project from initiation to closure. By adding scenario-based questions, PRINCE2® 7 better prepares candidates for the challenges they will face as project managers in actual business environments.

These scenario-based questions are designed to simulate real-life project situations, including handling risks, managing stakeholders, and ensuring that the project stays on track. The introduction of these questions makes the Practitioner exam more reflective of the practical realities of project management, ultimately helping candidates feel more confident and better prepared for managing projects once they are certified.

4. Enhanced Focus on Tailoring and Flexibility

PRINCE2® 7 introduces a stronger focus on tailoring the methodology to meet the needs of individual projects. While the 6th edition of PRINCE2® emphasized the importance of adjusting the methodology to suit different project environments, the 7th edition goes a step further by providing more detailed guidance on how to tailor the framework to different project types, sizes, and industries.

The flexibility of PRINCE2® 7 allows project managers to adapt the methodology to their specific requirements, whether they are managing large-scale, complex projects or smaller, more agile ones. This approach ensures that PRINCE2® remains relevant and effective, regardless of the project’s scope or complexity.

By making tailoring a central focus of PRINCE2® 7, AXELOS has recognized the diverse nature of projects in today’s business environment and has created a more adaptable framework that can be customized to fit various organizational needs. This flexibility makes PRINCE2® 7 more practical and suitable for a wider range of project management scenarios.

5. Continuous Improvement and Alignment with Modern Practices

PRINCE2® 7 also places a greater emphasis on continuous improvement, which is increasingly important in today’s fast-paced business environment. This version of the methodology incorporates modern best practices and aligns more closely with contemporary project management trends, such as agile practices, digital transformation, and the integration of technology into project management processes.

In addition, PRINCE2® 7 provides enhanced guidance on stakeholder engagement, which is crucial for the success of any project. With more complex and diverse stakeholder groups, project managers must be able to manage expectations, communication, and collaboration effectively. The new edition of PRINCE2® provides tools and techniques for stakeholder management, ensuring that all parties are aligned and that the project remains on track.

6. Introduction of the PRINCE2® Digital Manual

PRINCE2® 7 also introduces a digital version of the official manual, making it easier for project managers to access the content they need on the go. The digital manual is accessible across multiple devices, including tablets and smartphones, allowing users to reference the material at any time, anywhere. This change reflects the growing trend of digitalization in project management and enhances the accessibility of PRINCE2® 7 for professionals in a variety of industries.

The digital version of the manual also comes with interactive features, such as hyperlinks, search functions, and multimedia content, further enhancing the learning experience for users. This is an important update, as it allows project managers to engage with the material in a more dynamic and flexible way.

How to Take the CEH v10

While CEH v10 is not yet officially released, ExamSnap is already preparing to incorporate the updated curriculum into its accelerated courses. These courses are designed to give you the skills and knowledge necessary to pass the CEH v10 exam and excel in the field of ethical hacking. Once the official release date is announced, you can begin preparing for the exam and practical exam through a series of online and in-person training programs that ensure you stay ahead of the latest cybersecurity trends.

The CEH v10 certification marks a pivotal advancement in ethical hacking and cybersecurity. With the continuous evolution of cyber threats, CEH v10 offers a cutting-edge curriculum that prepares professionals to address modern vulnerabilities and stay ahead of malicious actors. The incorporation of emerging technologies such as IoT, cloud computing, AI, and machine learning makes this version especially relevant for today’s cybersecurity landscape. By training ethical hackers to effectively handle these emerging threats, CEH v10 equips professionals with the skills to combat increasingly sophisticated attack methods.

Final words

One of the standout features of CEH v10 is the introduction of the CEH Practical exam, which takes the certification beyond theoretical knowledge and provides candidates with the opportunity to apply their skills in real-world scenarios. This hands-on exam challenges professionals to work within a simulated corporate environment, where they will need to identify vulnerabilities, perform penetration testing, and deploy defensive measures. This practical experience is crucial for anyone entering or advancing in the field of ethical hacking, as it ensures that professionals are ready to tackle the complexities of modern cyber threats.

The IoT security module in CEH v10 is another timely addition. With the rapid proliferation of Internet of Things devices across industries, securing these devices has become a major priority. This module provides cybersecurity professionals with the essential tools and techniques needed to secure IoT devices, safeguarding personal and organizational data. The ability to secure IoT devices will be an invaluable skill for any ethical hacker, particularly as these devices become more integrated into everyday life and critical infrastructure. With CEH v10, professionals are well-equipped to meet the growing challenges of IoT security.

Additionally, CEH v10’s enhanced vulnerability assessment content ensures that professionals are prepared to deal with a wide range of vulnerabilities across applications, networks, systems, and cloud environments. As attackers become more sophisticated, having a solid understanding of vulnerability assessment tools and techniques is critical for identifying weaknesses before they can be exploited. CEH v10 provides professionals with the skills and knowledge needed to assess vulnerabilities accurately and efficiently, ensuring that they can defend against even the most advanced cyberattacks.

Looking toward the future of cybersecurity, CEH v10 also addresses the integration of AI and machine learning into both offensive and defensive strategies. Ethical hackers must now be prepared to defend against AI-driven cyberattacks, which can be more efficient and adaptive than traditional methods. CEH v10’s focus on these technologies ensures that cybersecurity professionals are well-equipped to leverage AI and machine learning to enhance their defensive measures and stay one step ahead of attackers.

In the realm of project management, PRINCE2® 7 offers a fresh approach to managing projects in today’s fast-paced business environment. The key updates between PRINCE2® 6th and 7th editions reflect the evolving needs of modern project managers. The updated manual features a more user-friendly layout and introduces practical, scenario-based exam questions that better simulate real-world project challenges. These changes make PRINCE2® 7 more accessible, especially for those new to project management, while enhancing its relevance for experienced professionals looking to improve their skills.

Furthermore, PRINCE2® 7 places a stronger emphasis on tailoring the methodology to fit different project environments. This flexibility is vital for managing a diverse range of projects, from large-scale, complex initiatives to smaller, more agile efforts. The focus on continuous improvement and alignment with modern practices ensures that PRINCE2® 7 remains adaptable to the changing demands of businesses and industries worldwide. With these updates, project managers are empowered to better navigate the complexities of their projects, delivering successful outcomes regardless of the challenges they face.