Statistically, an estimated 94% of enterprises use cloud services. The public service cloud market is predicted to reach $623 billion globally by 2023. Undeniably, cloud technology is highly successful in attracting worldwide users. That being so, several terminologies have now been formed to address the variety of processes that are linked to the cloud or the IT world in general.
Two such terminologies, which have been evolving quickly over the years, include CloudOps and DevOps. Often, a lot of confusion creeps in terms of their differences and overlap, and understandably so. The connection between CloudOps and DevOps is confusing as the former involves services while the latter deals in processes.
That’s precisely why this blog article aims to provide a deeper understanding of CloudOps and DevOps. We will look at both in detail, analyze their similarities and differences, and refer to respective use cases. This blog will cover
- What is CloudOps?
- What is DevOps?
- How CloudOps Fits into DevOps – The Similarities
- Key Differences Between CloudOps and DevOps
- How Do CloudOps & DevOps Help Businesses?
What Is CloudOps?
Businesses are migrating their workloads to the cloud to enhance scalability and optimize capacity and performance. Irrespective of the platform used or the location of the infrastructure, CloudOps provides resource management to organizations. It uses the principles of DevOps with IT operations applicable to cloud-based architecture for speeding up business processes.
The purpose is to optimize IT service delivery and workloads running in the public cloud. This includes asset management and capacity planning to increase or decrease capacity when required without incurring substantial costs on storage or hardware. CloudOps depends on constant operations, following the DevOps approach.
What Is DevOps?
DevOps is an approach that incorporates development teams and IT operations to accelerate business processes. DevOps teams aim to support organizations with better communication between IT and development teams. This is essential to reduce the time taken to deploy software and updates.
DevOps is mainly concerned with optimizing and automating the application development lifecycle, which also includes post-launch updates and fixes. In that light, it commits to constant development, integration, cloud testing, and deployment. Notably, DevOps emphasizes IT operations related to the availability and performance of the application.
How CloudOps Fits into DevOps – The Similarities
When a business moves to the cloud, it is important to manage the data and applications. CloudOps incorporates different roles like software development, cloud architecture, security, compliance, and IT operations to manage diverse products or services. DevOps prepares businesses with optimization procedures and best practices for CloudOps teams to deliver better availability with consistent access to the company’s cloud-based services.
But there are clear similarities between the two, as DevOps is integral to CloudOps, and both seek consistent business innovation, seamless operations, and improvement. Together, they allow businesses to ensure services are readily available regardless of the platform used for access, optimize performance and maintain standards, put a disaster recovery plan in place, meet the service-level agreements (SLAs), secure cloud services, encourage ownership and teamwork, and more.
The Link Between CloudOps and DevOps
Before cloud computing existed, companies invested in servers. During that time, DevOps was primarily about operations and developing applications. However, as the cloud emerged, the role of DevOps shifted to automation, monitoring, and application management. Therefore, organizations had to think of linking both operations to make the most of their capabilities.
As it stands, both CloudOps and DevOps support each other to realize agile processes and attain accuracy, efficiency, and speed. Their combination successfully delivers a reliable, secure, scalable, rapid, and robust system.
Key Differences Between CloudOps and DevOps
CloudOps and DevOps also largely differ with regard to their functions and operations. While CloudOps leverages the powerful tools for cloud computing like Azure, GCP, and AWS, DevOps emphasizes automation. The latter expedites repeatable and agile processes to get the product up and running.
|ScalabilityAccessibilityAutomationBackup ManagementShared ResourcesAllocated CostsContinuous OperationDisaster Recovery
|AgilitySecurity AutomationChange ManagementRedundancy ExecutionContinuous ImprovementMachine LimitRisk ManagementNetwork Infrastructure Mapping
|MonitoringContinuous DeliveryCommunication & AssociationIntegration
|Budget OverrunsGovernanceSecurity Risks
|Change ResistantTool IntegrationAdopting New ToolsTransitioning to Microservices
How Do CloudOps & DevOps Help Businesses?
DevOps has traditionally focused on application development and management, affecting onsite physical servers. This has had serious scalability issues, is expensive as the business grows, and requires more systems to meet the business needs.
On the other hand, cloud computing is scalable and more cost-effective because the operations and development teams have a free hand with no concerns about physical asset management. CloudOps is just an addition to IT and DevOps.
The teams now highlight attaining speed and agility by creating the best procedures and practices to automate software delivery, provisioning, and application management and making things available directly on the cloud. And they can accomplish this easily without compromising security and quality.
This helps businesses big time, for it encourages leadership and teamwork, aligns operations with the business goals, refines processes, increases productivity, and prepares cloud operations to assist business needs and meet end-user requirements.
Altogether, both DevOps and CloudOps improve applications, processes, and infrastructure and support people to maintain services. Their combined efforts enable businesses to overcome security and availability issues, minimize the cost of infrastructure, get more efficient processes in place, and achieve better results.