The term CloudOps has gained momentum as more organizations develop and manage applications and infrastructure within the cloud. IT management personnel were also responsible for managing, maintaining, and upgrading servers, networks, and other IT resources. However, third-party cloud providers such as GCP, AWS, and Azure are revolutionized the way Operations teams continue to manage their services. The DevOps revolution arrived first-but now more organizations are also focused on CloudOps. Therefore, we planned to describe the two concepts and break down the similarities and differences between DevOps and CloudOps. Although there is a lot of overlap between the CloudOps and DevOps methodologies, when communicating with others, it is important to consider the difference between the two.
Firstly, let’s describe CloudOps, and sort out how it relates to both IT teams and software developers everywhere.
What is CloudOps?
CloudOps is the “framework of professional policies and practices that empower web-based platforms, and application data that run there, to operate properly over a longer period.” CloudOps is basically a combination of DevOps and conventional IT functions applied to an infrastructure based in the cloud. Before cloud computing and storage most organizations will operate a network operations center (NOC). The NOC was a specific place where IT experts were capable of controlling and monitor the performance of the network and servers.
Today, several teams are developing systems where the servers running their software are unlikely to be reached. But, this does not reduce the use of operations – it merely implies alerting and the need for cloud-optimized monitoring. IT operations, software developers, and security teams also need to work closely together when delivering the latest technology or responding to production incidents.
CloudOps also isn’t limited to DevOps activities. Now let’s go over some of DevOps’ key elements, describe the framework, and see whether DevOps and CloudOps are able to work together.
What is DevOps?
DevOps is a framework intended to create an agile working relationship between innovation and IT operations. DevOps is all about constantly developing ideas, procedures, and tools to improve productivity and teamwork around the enterprise. Effective coordination allows for greater communication across the whole development cycle of software delivery. Then you have better insight into the lifecycle and greater clarity in the SDLC.
Since you can imagine DevOps provides an operational improvement cascading effect. You bring reliable resources to the market more rapidly by incremental changes to people, systems, and software across the overall product creation and deployment lifecycle. Whether cloud-based or on-premise, you would always find opportunities to boost your services. Implementing DevOps will also be person-oriented – it’s all about finding opportunities to make your people’s lives simpler.
Now that we’ve described DevOps and CloudOps, let’s focus on how both overlap and what benefit CloudOps will bring to DevOps teams.
Implementing DevOps will also be person-oriented – this is all about exploring opportunities to make your people’s lives simpler.
CloudOps vs DevOps
DevOps is a technique that combines teams in IT operations and development to streamline systems and processes involved with program upgrades, software development, and performance problem-solving. Improving coordination between engineering and IT teams provides greater opportunities for cooperation, with the goal of reducing the time taken to deliver software or updates while also decreasing interruptions such as downtime or outage. The integration of creation and analysis with support and operations into one unified DevOps unit makes for a more holistic view of a system or application’s capabilities and weaknesses.
Increased operational and agility improvement are two of the main aims of a DevOps philosophy, which will promote those aims through a digital transition that incorporates cloud infrastructure. CloudOps is short for cloud computing systems which is the method of determining and defining the correct operating processes for managing cloud-based IT services. This is the culmination of the traditional IT operations and DevOps applied to architectures based on the cloud.
Successful cloud transformation requires a thorough view of cloud services’ current capabilities, rather than seeking to modify traditional operating strategies to match in with the cloud environment. CloudOps thus involves a wide-ranging corporate shift in thought. Deviating from normal procedures can be a difficult transition but the rewards are worth the temporary discomfort:
Scalability: Cloud infrastructure helps you to raise or decrease capability at any time, without any extra space or hardware expense. Planning capability and management of assets must become virtualized.
Shared resources: Cloud computing enables the coexistence of programs that access similar infrastructure without interconnection.
Accessibility: The absence of resources on-site helps teams to handle networks and processes from practically everywhere.
Automation: Cloud services automate multiple processes across the SDLC, leading to self-healing structures and reducing device or user disturbances.
Backup management: Since data is not physically stored or centrally located on-site, processes of disaster recovery through cloud infrastructure are automatically in operation.
Continuous operations: Cloud-based services enable continuous operations as programs can be upgraded and deployed to service without delay when the correct processes are in place.
Costs measured: Cloud services control consumption and make it easy to assign expenses accordingly.
What does CloudOps provide DevOps teams?
Contrary to NOC-based org structures and traditional IT infrastructure, DevOps provides an agile framework for the fast delivery of quality services. This doesn’t reduce the need for IT professionals and developers of software – it just gets them together. And with containers, complex serverless, and microservices functions becoming commonplace, professionals also need to find the opportunity to move quickly without sacrificing security and stability. That is where cloud computing and CloudOps will give the DevOps team’s security, speed, and operational performance. Getting AWS and Azure training helps a lot to figure clouds out.
Constant progress is a must
Through a technological lense, CloudOps will deliver a lot of benefits. But when combined with DevOps, you not just to improve the underlying technologies of your systems and applications, but also improve processes and maintain services for people. Continuous improvement and monitoring is a necessity for any team who seeks to provide consistent customer satisfaction – whether the platform is cloud-based or not
The integration of DevOps principles and CloudOps technical improvements will result in a smoother CI / CD pipeline that is more in tune and consumer demands. Don’t care about the problem like CloudOps vs. DevOps – think about how the two definitions will come together.