Application Security Approaches In Cybersecurity Training Ppt

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This slide highlights application security approaches. These are design review, automated tooling, code review, black-box security audit, and coordinated vulnerability platform.

Slide 3

This slide talks about design review as an application security approach. The application's architecture and design can be checked for security issues before writing the code.

Slide 4

This slide discusses Automated Tooling as an application security approach. Many security tools can be automated by incorporating them into the development or testing procedure.

Slide 5

This slide talks about Code Review or White-Box Security Review as an application security approach. A security engineer examines the application with a manual inspection of the source code and searching for security flaws.

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This slide discusses the Black-Box Security Audit as an application security approach. This test seeks to replicate a situation in which external attackers target and try to compromise your systems in the real world.

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This slide discusses talks about Coordinated Vulnerability Platform as an application security approach. Many websites and software providers offer hacker-powered application security solutions via which individuals can be recognized and compensated for reporting flaws or bugs.

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This slide lists application security risks. These are: Cross-Site Scripting (XSS), SQL injection, Denial-of-Service, memory corruption, cross-site request forgery, and buffer overflow.  

Slide 9

This slide discusses cross-site scripting as a risk of application security. In Cross-Site Scripting attacks, malicious scripts are injected into benign and trustworthy websites. XSS attacks take place when an attacker sends malicious code, usually as a browser-side script, to a separate end-user using an online application.

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This slide gives information about SQL Injection as a risk of application security. Hackers employ the SQL injection (SQLi) technique to exploit database vulnerabilities.

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This slide talks about Denial-of-Service (DoS) as a risk of application security. Remote attackers may use DoS and Distributed Denial-of-Service (DDoS) attacks to bombard a targeted server or the infrastructure that supports it with false, non-genuine traffic.

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This slide discusses memory corruption as a risk of application security. Memory corruption is a flaw that occurs in a computer system when its memory is modified without an explicit assignment.

Slide 13

This slide talks about cross-site request forgery as a risk of application security. Hackers use Cross-Site Request Forgery (CSRF) to impersonate authorized users after tricking them into submitting an authorization request.

Slide 14

This slide talks about buffer overflow as a risk of application security. A buffer overflow takes place when malicious code is introduced into the system's allocated memory region.

Slide 15

This slide gives information about Application Performance Management (APM). The APM data can help enhance software security by giving a complete picture of an application's architecture and components, assessing optimal performance with dynamic baselining, and alerting when differences or abnormalities are detected.