DevSecOps, or development, security, and operations revolves around integrating security practices into the entirety of the software development lifecycle (SDLC). According to DevSecOps: a Multivocal Literature Review, “The need for security in DevOps is met by DevSecOps. This concept is an attempt at creating and including modern security practices that can be incorporated in the fast and agile world of DevOps. It promotes an extension to DevOps’ goal of promoting collaboration between developers and operators by involving security experts from the start as well.” The idea of DevSecOps builds upon traditional DevOps, which treats security as a separate phase occurring at the end of the development process, by ensuring security is prioritized throughout the creation of software.
DevSecOps automates compliance checks with the CI/CD (continuous development and delivery) pipeline. It involves implementing tools that continuously audit code changes against compliance standards and generating audit trails that document efforts to maintain compliance.
For medical devices connected to networks, it conducts threat modeling to identify vulnerabilities specific to medical software. This assists in addressing security risks early on and allows organizations to mitigate cyberattacks on medical devices.
In developing telemedicine platforms, DevSecOps uses automated vulnerability testing integrated into the development process. It can identify security flaws before they take place. Continuous threat monitoring improves the security posture of telemedicine applications by allowing for the real-time detection of potential attacks.
Healthcare organizations that do not develop software but wish to leverage the benefits of DevSecOps can adopt strategies for its simple application into operational practices.
These include:
Continuous integration and continuous delivery/deployment pipeline is an automated framework used in software development that streamlines building, testing, and deploying applications.
The methods of identifying security weaknesses in applications and systems include:
Methods of exploiting vulnerabilities in medical devices include: