
쉽게 배우는 C# 알고리즘 프로그래밍
유용한IT학습
C# 프로그래밍 언어를 사용하여 알고리즘에 대한 기초적인 이해를 돕는 강의입니다. 또한 현업에서 필수로 쓰이는 12가지 알고리즘을 코드로 만들어보는 전체 과정을 진행합니다.
초급
C#
You can effectively study the contents of the Information Security Engineer practical exam questions and obtain the Information Security Engineer practical qualification.
Application Security
Information Security Engineer Practical Exam Questions
The Information Security Engineer (IS) certification is a national qualification exam administered by the Ministry of Science and ICT (MSIT) and the Korea Communications Commission (KCCA). Based on theoretical and practical knowledge of IT and information and communications technology, candidates are required to develop information security systems and solutions; operate and manage major operating systems, network equipment, and information security devices; formulate and manage organizational information security policies and countermeasures; and apply information protection-related laws and regulations . This qualification exam verifies expertise in digital asset protection through risk assessment, threat detection, and mitigation strategies.
This course delves deeply into the theory and practical problems of the Information Security Engineer practical exam, focusing on questions with a high hit rate on the actual exam. The course facilitates understanding through practical examples and emphasizes security techniques that students can apply in real-world settings. Furthermore, to enhance learner understanding, each topic is presented with detailed explanations and a hands-on approach.
Application Security (199-210): Understanding Email Security Protocols and Applying Them to Real-World Scenarios
Application Security (199-210): Understanding application security concepts and protocols such as RSA, AES, SPF, DKIM, DMARC, FTP, and TFTP.
Application Security (Nos. 199-210): Understanding HTTP request methods, HTTP response splitting attacks, Apache server vulnerabilities, and secure data transmission via SSL/TLS protocols.
Application Security (Nos. 199-210): Learn about SSL and TLS protocols, identifying OpenSSL vulnerabilities, and secure communication protocols using DTLS.
Application Security (199-210): Understanding ITSEC components, IPsec purpose, and the differences between IPsec tunnel mode and transport mode.
Application Security (Nos. 199-210): Understanding application security concepts and protocols related to ESP tunnel mode, VPN, and IPsec.
Application Security (Nos. 199-210): Understanding VPN, VLAN, DNS, and DNS Security Concepts
Application Security (Questions 199-210): Understand DNS security, DNS server configuration, cache poisoning, and how to prevent SQL injection attacks.
Application Security (199-210): Understanding SQL injection, prepared statements, web server security, and XML query vulnerabilities
Application Security (Questions 199-210): Identify and describe common vulnerabilities in web applications, understand digital content protection principles, and learn about OWASP's role in web security standards.
After completing this course, you will gain comprehensive knowledge of application security protocols and vulnerabilities. You will enhance your ability to apply security protocols and identify and address vulnerabilities in real-world scenarios. You will also learn the latest standards and methods for securing web applications, further enhancing your expertise in information security.
Who is this course right for?
Those who have passed the written exam for the Information Security Engineer and are preparing for the practical exam
A non-major but interested in information security
Those who wish to obtain the Information Security Engineer qualification
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11 lectures ∙ (4hr 52min)
Course Materials:
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$15.40
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