Computer aided software engineering (CASE)
Computer aided software engineering (CASE)
Computer aided software engineering (CASE) definition
Computer-Aided Software Engineering (CASE) can be defined as the use of computer-based software and various tools that assist the software development life cycle throughout different development phases. The core aim of these tools is to enhance quality productivity and adequately manage time in the development process. For example, CASE assists with task automatization, documentation support, and project management. Moreover, CASE tools are crucial in streamlining and automating cybersecurity tasks, which leads to an organization’s security improvement.
See also: software interrupt
Common CASE tools examples in cybersecurity:
- Vulnerability scanning and assessment tools: CASE principles can be utilized with vulnerability assessment tools to automate the identification of security vulnerabilities in systems, various software, and networks. These tools favor the security specialists to discover weaknesses and potential threats in the infrastructure.
- Security policy and compliance management software: CASE tools can automate managing security policies and compliance standards throughout an organization’s IT environment. Usually, they assist in tracking compliance with industry regulations and various international organizational guidelines.
- Security information and event management (SIEM): CASE principles are compatible with SIEM systems and can provide opportunities to automate the collection, correlation, and analysis of various security event data from multiple sources. Cybersecurity teams can detect and respond to security incidents by providing real-time actions and gathering insights into potential malicious activities.