In the dynamically evolving landscape of the enterprise ecosystems, having siloed

security system is a gigantic setback. However, by configuring DevSecOps in every

stage of the DevOps process, IT security can be made stringent and flawless. How?

Let’s find out!

According to the 2018 Economic Impact of Cybercrime report, every year

cyberattacks cost approximately $600 billion or more. With the skyrocketing

figures of vulnerabilities and security breaches, enterprise architects are under

constant pressure to speed up the delivery and innovation of new, secure

capabilities. As an increasing number of organizations continue to shift towards

cloud infrastructures and other similar services, the threat of cyberattack is

monumental.

To delve into the perks of DevOps and safeguard organizational capacities,

organizations have decided to adopt DevSecOps. The customised DevSecOps

approach, adopted by OPSTREE for enabling customer success, is positioned as a

salve to security issues. For an impeccable DevSecOps infrastructure and Software

delivery pipeline, OPSTREE combines the best practices of DevOps and bakes in

the security protocols to eliminate the shoddy vulnerabilities forever.

What is DevSecOps?

DevSecOps is a combination of three terms:

Dev: Software Development

Sec: Security

Ops: IT operations

The practice of DevSecOps is an extension of DevOps and it increases an

enterprise’s ability to deliver services and applications at enhanced velocity,

securely. The fundamental objective of DevSecOps is to automate, oversee and

implement security during every phase of the software lifecycle to enable

continuous integration, reduce the cost of compliance and deliver software

security seamlessly. In every stage of software development, i.e plan, develop,

construct, test, launch, deliver, deploy, operate and oversee, DevSecOps is

responsible for security from the outset.

DevSecOps 101

Under the DevSecOps blueprint, teams and developers can work to create a more

agile, streamlined, and secure deployment framework. A typical DevSecOps

workflow is listed as follows:

● Recognizing the potential risks that might appear during the planning stage.

To identify the threat factors the developers check the code for possible

bugs and analyze the weak points in the software system.

● Integrating automated security checks into the CD/CI pipelines. Through

test automation, the application is tested to move to the production

environment.

● Further in the production environment, the application is monitored to

deploy the application within security configurations.

With a layered approach to safety, DevSecOps makes security a shared

responsibility. The result of DevSecOps is that now teams can monitor and

respond to the vulnerabilities at any stage, instead of waiting till the end of

software development.

Why do organizations need DevSecOps?

Organizations need DevSecOps to eliminate inherited and acquired

vulnerabilities. Through DevSecOps, bugs and vulnerabilities can be identified

sooner in the development cycle, which can substantially cut short the

development time. Apart from this, there are many tangible benefits of

DevSecOps. They are listed as follows:

● Holistic improvement in product security, and reduction in delivery time as

well as cost.

● Security-as-code approach for configuring a thorough integration of safety

into the product development pipeline.

● Proactive security fostered through DevSecOps translates to better

consumer trust and adaptability of systems translates to scalability for

enterprises.

● DevSecOps offers developers a comprehensive view of the network

infrastructure and the additional applications that run on it. This makes it

easy to diagnose the network infrastructure in minutes and developers can

spot areas that have room for improvement.

● DevSecOps facilitates the support for multi-cloud and multi-vendor

technologies.

● DevSecOps offers no-code or low-code capabilities that allow IT architects

to manage network elements more responsively.

DevSecOps Best practices

● Shift Left

This approach is about baking security into software at the very beginning. This

can help developers to identify potential vulnerabilities at the start instead of

waiting until the final stage of the delivery chain.

● Automation is the key

In the CD/CI environment, to match up with the pace of security, automation of

security is essential in DevSecOps. This is why developers use Static Application

Security Testing or SAST tools to check and identify potential issues.

● People, processes, and technology

The holy trinity of these three plays a decisive role in the success of the

DevSecOps framework. Security architects or developers get the code right. The

process gives directions to the people and framework for the technology to

strengthen the security at every stage of development, and technology equips

people to configure management.

The Bottom Line

As per DigiCert’s Inviting Security into DevOps Survey, about 49% of enterprises

have already switched to DevSecOps and an additional 49% of enterprises are in

the process of adding security to the DevOps workflow. The entrepreneurial, as

well as technical perks that enterprises can reap from implementing DevSecOps,

are extremely promising. However, owing to a variety of reasons, DevSecOps can

sometimes be an unsolicited culture shift for organizations.

Are you worried about the hiccups during DevSecOps implementation? Then hire

OPSTREE and say hello to value-driven DevSecOps engineering! The experts

establish parameters, policies and procedures to channelise security into your

DevOps pipeline as they deploy automation, audit and metrics for identifying and

eradicating security flaws. Get the expertise of DevSecOps pros from OPSTREE

and make your cloud infrastructure & Software delivery full-proof without any

security loopholes.