The previous security methods are frequently perceived as roadblocks to producing high-quality and faster applications. Information security, is significantly important, particularly in highly regulated organizations, and even more so in the place where the threat landscape is mounting each day.
Organizations in 2018 no longer have a choice. They need to safeguard their software properties and releases while ongoing to try and accomplish the accelerated levels of quality and speed of delivery of their user’s demand. Enter DevSecOps, the method of accelerating security left in the application delivery pipeline, minimizing susceptibilities, and carrying security closer to IT and business goals.
Are you new to the DevSecOps approach? Here are some of the important terms, tools, and methods you have to know.
Suggested Read: Leveraging AI and automation for successful DevSecOps
DevSecOps — An practice to growing software security in which security methods that have traditionally happened only at or near the end of the application delivery lifecycle are integrated into each part of the pipeline, from code, commit to implementation monitoring.
Software security testing — Evaluates taken throughout the pipeline to avert fears to an application without troublesome how the code is written, built, tested, or deployed. These actions contain static code reviews, dynamic code reviews, automated scanning, patching, and weakness analysis.
Chain of custody — The hierarchy of roles and responsibilities in the software lifecycle that make sure control over and visibility into every software component of the delivery pipeline.
Tools for code analysis — Tools for acting automated scan coding to validate code for compliance with rules declared by the company and industry best practices. These tools support in quality code building and conformance to structural standards.
Security testing for dynamic application — Tools to identify situations indicative of a security susceptibility within an application in its working state.
Notify and access management — Tools to control specific identities – their verification, validation, roles, and privileges – within or across enterprise and system boundaries.
Log management — An automated recording of all actions that occur within the application delivery lifecycle and in the Production atmosphere. The logs order and process potential security actions to notify, alert and deteriorate those that have to be reviewed.
Security of running application—Built into the application runtime atmosphere to identify and prevent real-time attacks. These applications fill the gap between network perimeter controls and application security testing.
Security as code — A principle of DevOps where security approaches are coded and automated and imposed as a part of the delivery pipeline. This method provides security practices, such as test and policies, to be stored in code origins and applied throughout the pipeline.
Software configuration management (SCM) — Tools for tracking and controlling changes in the software lifecycle, including configuration identification, build management, identification of items and baselines, and reporting changes for remediation. SCM tools are tremendously useful for recognizing unauthorized modifications that can tend to unauthorized or nefarious events.
Static application security testing (SAST) — A set of technologies that analyze source code and binaries for coding that is indicative of security vulnerabilities.
Test automation — The implanting of security and controls throughout the application delivery pipeline to develop standard and repeatable procedures for making sure security standards.
Read also: How to implement DevOps testing
Threat modeling — Practice of identifying, communicating, and understanding threats and mitigations within the context of protecting something of value. A threat model describes the elements that make software work, identifies possible risks, and regulates courses of action. “Security by Design” is another term used for threat modeling.
Web application firewalls — A firewall for HTTP applications.