Low-CodeOps Can Be a Game-Changer for DevOps

The COVID-19 pandemic has played an essential role in the rapid adoption of the low-code software development approach in industries to achieve faster digital transformation.

How?

Low-code development allows developers to build more intuitive application features, reduce product’s time-to-market, and create new opportunities for businesses or individuals to innovate their current business operations. Low-code is also known as accelerating software development, yet it is in its initial stages of the digital-first approach.

The faster development demands a full-proof software operation strategy for single or multiple cloud deployments. Low-code development also needs extra attention when there is a requirement to append automation and abstraction principles into DevOps platforms as an extension with product maintenance.

With Low-code development, it is easy to automate the software update pipeline with continuous testing and QA. It, however, requires a platform or an environment to automate the software development lifecycle. That is where the Low-code operation transforms itself into the Low-CodeOps.

Faster operations and deployments are the primary benefits of Low-CodeOps, but actual advantages are more than that.

Integrates With the Benefits of Cloud Platform:

Cloud platforms help businesses to speed up their ability to establish something new through specific tools and operations. Cloud engineers and DevOps practitioners are extremely dedicated to finding out the root of application bugs whenever they arise, and enterprises should also understand their importance. However, today’s shortage of such skilled cloud and DevOps engineers have increased the demand for low-code development platforms — in short, Low-CodeOps is the only solution to reduce the cross-functional operational team burdens.

Low-CodeOps Features:

With low-code operations, any organization can shift their mission-critical business applications into the cloud environment without any frictions because Low-CodeOps utilizes the following key principles:

Application Performance Monitoring:

Low-Code is a modern DevOps process that continuously monitors and logs the application performance on infrastructure to ensure that the complex cross-functions are running smoothly. It creates an opportunity for developers to work on their upgrades by provisioning an automated dashboard monitoring process rather than spending their time performing repetitive observing tasks manually.

Compliance Management:

Every organization must follow the government compliance and regulatory requirements in each product they are producing. Hence, DevOps teams and software platforms need to keep track of each update and ensure that it satisfies the regulatory requirements before deploying it to the public environment. Every industry sector has different compliance and regulatory standards to follow, where there is a huge list of compliance and regulatory standards for different industries, such as:

• Banking and Finance sector — ISO/IEC 27001 certification,
• Healthcare Industry — HIPAA compliance
• Defense Organization — FedRAMP certification — is a subject to privacy international border law suites

What if organizations check the industry-standard manually after all updates developers make in the application. Exactly it does sound tiresome process. Fortunately, businesses have an effortless way to escape such tedious tasks, which is a low-code operation that helps them automate application changes checking work and reduce time consumed in SOC monitoring.

Privacy:

With increasing business productivity and innovation, cyber threats are also growing in this digitally connected world.

In this scenario, business resilience is the key to protecting businesses across growing security threats. Organizations can integrate the powerful continuous security monitoring system, which can pause the continuous software deployment whenever it suspects suspicious activity.

Also, organizations should leverage disaster recovery systems or plans in their landscape to overcome cyberattacks. If the security system fails and loses crucial data, then at least they could have a hope to bring back services online quickly and take further actions against attack.

Business Resilience:

Low-CodeOps can automate continuous infrastructure metrics to compare its performance with other sources to improve bug discovery and fixing time. Enhanced auditing and debugging tools collaboration with continuous monitoring dashboard can facilitate an advanced level of business resilience.

In a nutshell:

Low-CodeOps Platform enables organizations with certain powers to automate the process of SDLC efficiently than DevOps. This radical abstraction and process automation help organizations lower the burden of infrastructure management from the shoulders of DevOps engineers.

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