The Certified Ethical Hacker (CEH) provides an in-depth understanding of ethical hacking phases, various attack vectors, and preventative countermeasures. It will teach you how hackers think and act so you will be better positioned to set up your security infrastructure and defend against attacks. By providing an understanding of system weaknesses and vulnerabilities, the CEH course helps students learn to protect their organizations and strengthen their security controls in order to minimize the risk of a malicious attack.
CEH was built to incorporate a hands-on environment and systematic process across each ethical hacking domain and methodology, giving you the opportunity to work toward proving the required knowledge and skills needed to achieve the CEH credential and perform the job of an ethical hacker.
Now in its 12th version, CEH continues to evolve with the latest operating systems, tools, tactics, exploits, and technologies.
Course Duration: 3 months
Course Fee: 14999
Ethical Hacking has turned into one of the prospective jobs recently all over India and Worldwide. Employers expect an ethical Hacker to possess good knowledge on subjects like Linux, Cryptography, Database Management systems (DBMS), and Social Engineering in order to protect their valuable data.
The fiber_manual_recordLIVE One-To-One Ethical Hacking program of Scaninfoga Class is ideal for students to learn about various security options. Here, the Certified and Experienced instructors will personally guide a learner on how to provide security to the Govt. and Private data & information by using modern technological methodologies, the security breaching procedure and the solutions. The key benefit of learning from experienced teachers on a 1:1 basis is the instructors can provide you with complete knowledge through a customised learning module and guidance.
The Cyber Security Online Course at SCANINFOGA Academy empowers learners with powerful technologies for security solutions and responsible practice. It covers essential topics like the CIA triad, cryptography, operating systems, risk analysis, cloud security, networking, information security, incident response, identity management, digital forensics, threat intelligence, ethical hacking, defense techniques, disaster recovery, endpoint security, etc. This program is from SCANINFOGA Academy, a Cyber Security Online Course program, to allow learners a complete understanding of enterprise infrastructure and information security.
Hacking is the process by which a person or group of people gains unauthorized access to data in a network, system, or computer. It’s also a major area of concern in cybersecurity. There are different types of hackers, often referred to as various colored “hats” within the industry. These include black hat, white hat, red hat, gray hat, green hat, and blue hat hackers.
Black hat hackers take advantage of vulnerabilities in computer systems to disable an individual’s or organization’s operations. They create malicious software (“malware”) programs that help them gain access to computer networks. Once they have access to a system, black hat hackers can spy on victims’ online activities and steal sensitive information to ransom for a price.
White hat hackers also infiltrate computer systems, but they do so without malicious intent. Instead, their goal is to help organizations uncover and fix system vulnerabilities that could be exploited by black hat hackers if left unchecked. By thinking like cybercriminals and anticipating malicious actions, ethical hackers can strengthen a company’s security infrastructure.
Hacking can cause serious financial and reputational damage. As a result, modern businesses must rely on strong defensive and offensive security measures to ensure sensitive information isn't accessed, manipulated, or stolen. Ethical hackers provide an added layer of security for companies that are prioritizing the safety of their assets and workforce from cybercriminals.
Cybersecurity professionals work on the digital front lines to protect organizations from malicious actors every day. If computer systems and cybersecurity excite you, ethical hacking could be a great career fit for you.
Ethical hacking is a form of cybersecurity. It relies on skilled information security developers and engineers to locate vulnerabilities in computer systems and networks and fix them before cybercriminals can exploit them for harmful purposes.
Python is one of the most popular programming languages for hackers as it’s considered user-friendly, versatile, and relatively simple to learn. C/C++, Bash, and SQL are other programming languages many hackers use and find easy to navigate.
While ethical hacking is often considered an essential cybersecurity initiative, ethical hacking and cybersecurity are not the same. Ethical hacking is an offensive measure that requires a security professional to hack into a system or network to find its weak spots. Cybersecurity works more broadly as an overall defensive plan that takes into account all the ways to protect an organization’s computer systems and data.
Essential skills involved in cybersecurity include IT fundamentals, risk management, and network and security foundations and applications. These also form the basis of ethical hacking. Some cybersecurity programs offer specific hacking classes, covering fundamentals like penetration testing and hacking techniques and countermeasures.
Many ethical hacking and cybersecurity positions aren’t math intensive, but a working knowledge of binary number theory, Boolean algebra, complex numbers, and cryptography is helpful with coding and programming processes. If you’re interested in becoming a more advanced hacker or higher-level cybersecurity engineer, you’ll likely need more sophisticated math skills.
Unfortunately, no computer system or network is completely foolproof. However, organizations that are proactive about cybersecurity can significantly decrease their chances of being hacked. Common-sense measures like not opening suspicious attachments and implementing strong and unique passwords can go a long way toward keeping a business safe. And organizations that employ ethical hackers to stay one step ahead of cybercriminals have the best chance at remaining protected against attacks.
Penetration testing is a series of processes and techniques that simulate a real cyberattack. The ultimate goal is to identify security vulnerabilities in an organization’s databases, networks, and devices. Penetration tests are carried out by people known as ethical hackers, who understand how real hackers think and what they’re after. These ethical hackers may work on staff at a company or as external consultants.
To fully understand what a penetration tester does, it’s helpful to know the three types of penetration testing. They are:
White box testing: the hacker has complete visibility into the network they’re attempting to hack.
Black box testing: the hacker doesn’t have any information ahead of time.
Gray box testing: the hacker has some but not all information.
In addition, penetration testing involves six steps: reconnaissance and planning, scanning, access retrieval, access maintenance, analysis, cleanup and remediation.
To better understand the point of penetration testing, consider this example: An organization deploys a new human resources software that lets remote workers track their work schedule and request time off from home. The organization may hire a penetration tester to ensure this new service doesn’t create any unexpected entry points for cyber attackers. This process ultimately helps the organization keep company and customer data secure.
Security testing involves scanning for vulnerabilities, testing the security of an organization’s APIs and web applications, configuration scanning, and penetration testing. However, security testers don’t actually exploit any security vulnerabilities they identify. Penetration testing is a specific type of security testing that involves exploiting vulnerabilities to advise an organization on next steps.
There are three major types of penetration testing: white box testing, black box testing, and gray box testing. In white box testing, the hacker has complete visibility into the network they’re attempting to hack. In black box testing, the hacker doesn’t have any information ahead of time. In gray box testing, the hacker has some but not all information.
Penetration testers simulate real cyberattacks to identify security vulnerabilities in an organization’s databases, networks, and devices. After identifying vulnerabilities, they may also advise their organization on how to address them.
Penetration testing is one skill out of many used by cybersecurity professionals. These roles will vary depending on the organization and position, and some may have educational requirements. Earning a bachelor’s degree or master’s degree in fields such as computer science, information technology, cybersecurity, and computer engineering can provide additional qualifications for jobs that conduct penetration testing.
Penetration testing involves plenty of general computing and programming knowledge which can require math.
Being a penetration tester requires a significant amount of technical knowledge. In addition, new security trends are always emerging to combat new kinds of cyberattacks. Penetration testers must pay diligent attention to the state of their industry to stay competitive.
Python is a dynamically-typed, object-oriented, high-level programming language. Its built-in data structures make it useful for data analysis tasks. Python is considered readable and easy to learn, because its syntax mimics plain English.
Python is popular among programmers. In Stack Overflow’s 2022 Developer Survey, almost half of all respondents used it extensively in the last year. According to the same survey, Python is also the language most people are interested in learning and working with more in the future.
Its popularity and ease of application means that Python has a large community of users, ready to supplement resources and provide advice. Altogether, this makes Python coding a powerful tool in today’s software development world.
Whether you're a software development beginner or an experienced programmer looking to pivot to web development, data science, or software engineering, Python is a useful language to learn.
The official Python Package Index, PyPI, hosts millions of Python projects for download, such as pandas, a library that allows for data analysis and working with SQL databases; Django, a framework that allows for rapid development of web applications using Python; and more. This massive library of packages makes Python useful across academia and industry.
Python’s general-purpose and object-oriented nature make it widely applicable. One common use is for data analysis, with built-in packages such as pandas and NumPy. Libraries help programmers format, process and clean large datasets. Data visualization packages in Python make it possible to create charts that showcase trends and insights.
Advanced model building is also possible in Python tutorials. For example, Keras is a deep learning API in Python that includes documentation to help programmers build recurrent neural networks, build training loops from scratch and put a model through transfer learning.
Starting to code in Python does not take long; Ben Welsh’s First Python Notebook is an example of an introductory Python tutorial that has users programming within a few steps.Footnote7 However, gaining a robust understanding of data structures, data types and syntax will take consistent time and practice.
From there, coders who want to create complex object-oriented programs, build algorithms and perform data analysis will have to invest more time in learning the language. While Python is considered easy to learn, users can always continue building on their knowledge.
Although some services continue to use Python 2, Python 3 is the most up-to-date version and offers more powerful features across a wide range of domains. For example, the values of variables never change in Python 3, whereas in Python 2 they can change inside a loop, and strings are stored as UNICODE instead of ASCII.
Additionally, features of Python 2 are not forward-compatible, meaning it does not support future versions of itself. Most online Python courses will teach you Python 3.
Python and JavaScript are dynamically typed programming languages, but serve different purposes. JavaScript is known as the scripting language for the web. It is responsible for many of the web-based applications on the client side and determines how a web page looks and behaves.Footnote8
Python focuses on back-end development and can help drive how the webpage operates. Python can be used to add models to a website or build web applications. Ultimately, the decision between JavaScript or Python will depend on an individual’s programming goals and interests.
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