5 Major Ways DevSecOps Makes Software Delivery Secure

DevSecOps is the next step forward from the conventional DevOps frameworks, a methodology constituent of three essential stages in a software delivery life cycle that works in a homogenous and collaborative way to ensure efficient, secure, and quick product delivery. There are numerous benefits of moving from the traditional DevOps towards DevSecOps, which highly regards security in every phase of the pipeline and external deployment. Read on further to explore more on how DevSecOps provides a secure and dependable approach to software delivery.

Discover 5 Major Ways #DevSecOps Makes #SoftwareDelivery #Secure

DevSecOps has an approach that highly prioritizes the security of data and software updates within a pipeline amongst different phases as well as in real deployment stages. What makes the DevSecOps framework so robust and efficient is the way it aims to identify and spot security threats of diverse natures and take swift action against them immediately. Traditionally the testing phase is saved for last and in case of any errors or grey areas the product might need to go into complete reconstruction and design from the very beginning. This thus wastes all efforts and time consumed on the development of the code.

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In case any anomalies are left undetected in deployed code, depending on the nature of the data the responsible agencies, organizations, or businesses may be at great risk. For example, the data for all credentials related to banking on online banking platforms is it risk of intrusion and misuse.

How DevSecOps Framework Handles Security Hazards?

The IT and related industries that utilize software products are all now subject to rapid changes, due to shifts in consumer patterns and globalized markets. To keep at par with customer demands and expectations, the development procedures and deployment tasks are a race against time, in order to roll out the next great application to the market security is in many cases forfeited.

The risks are now especially high as most enterprises have shifted towards cloud-based architecture which entails there is a great utilization of cloud and open-source applications which involves more public access which consequently calls for a thoroughly redesigned safety framework. Read more about the relationship between cloud and DevOps here.

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Not paying attention to security practices and releasing software with bugs and flaws can be met with a swarm of fines, lawsuits, and punitive damages in case of sensitive information is risked. An example can be taken from the recent Solarwinds Orion attack, in which malicious code was integrated into the system by intruders due to a security gap that has gone unidentified. The hackers used the log4j vulnerability to plunder their way into the system and remain in it for months. You may explore more about the log4j vulnerability here.

In case of data theft or viruses such as wormware, spyware, or malware being integrated into the software by intruders, companies can suffer huge losses that can result in a period of stagnancy and negatively impact their reputation.

In such cases, it is often impossible to make a comeback and regain the trust of your customers.

DevSecOps prioritizes data integrity and security with utmost attention paid to the supervision of all Software code that is being written or deployed, the objective is to elevate the standards of security degree and amplify the capabilities of the individuals involved all within a brief timeframe. Security in this environment becomes everyone’s liability.

Each security flaw is scrutinized and improved to have a better and more robust posture. Any grey areas in the system are monitored and analyzed for potential gaps, which is then iterated via feedback and improved upon.DevSecOps operates on keenly logging and auditing all data inlets and outlets to ensure no zero-day exploits occur.


Apart from improving the security standards themselves, the DevSecOps framework also pre-plans the rollbacks in case of such an occurrence. It allows to mindmap and plans out possible action plans for minimizing downtime and recovering from any malicious attacks, data losses, or intrusive acts jeopardizing and putting at risk millions of users.

Here Are The Five Primary Cornerstones In The DevSecOps Methodology:

  1. Collaboration: DevSecOps entails a mindset of shared responsibility within all the teams, whether they are developers or from the operations team. Security is made foundational and all domains are brought together to communicate and endorse a healthier and dedicated culture to produce the highest quality products. Developers are familiarised with automated testing in order to make it more frequent, as well as best practices for maximum security such as obscuring the code. They are also familiarised with threat handling and other basics of cyber security.
  2. Communication: This is the decremented gap between the developers and personnel in charge of testing the software. As the flaws are constantly examined and improved vulnerabilities significantly decrease.
  3. Automation is what makes DevSecOps achieve its full potential code assessments and automated tests such as smoke tests and stress tests allow builds to proceed through the CI/CD pipelines fasters and more efficiently. This feature is the most evaluative as it helps increase speed and efficiency back into the pipeline and developmental workflows. There are numerous other testing platforms available to assess your code and help you improve you may find more on this here.
  4. Architecture and security tools are made available for all environments, all configurations are ensured to be properly functioning. This also helps implement the least-privileged access to ensure no unnecessary access to DevSecOps tools is made. The security and compliance tools are integrated into the infrastructure which improves the regularity of security checks and scanning for any vulnerabilities.
  5. Testing includes Static Application Security Testing (SAST) which is designed to identify any security-related deficiencies in the code as well as thorough Software Composition Analysis (SCA)which provides intel on open-source dependencies. By running the canary builds through rigorous testing mechanisms and threat modeling exercises greater feedback can be collected and fed into the improvement of the product this ensures high quality and a reduction in more than 20-30% of latent weaknesses.

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In conclusion, the DevSecOps framework is one to provide you with a deeper and clearer insight of your security issues, as well as major or minor code smells, a system that is robust will prove to be able to significantly reduce the occurrence of high-security gridlocks and costly damages in case data theft or manipulation. DevSecOps brings together a collection of dedicated and committed individuals which directly reflects in the quality of the products they produce.