What is CloudOps?

There are a lot of benefits to preferring cloud computing over traditional on-premises computing. However, I have seen that learning the cloud domain's elements will be challenging for the inexperienced. 

Because cloud computing can influence every aspect of an IT environment, the topic will also be as complex as its function.

If you lack appropriate strategies to monitor and use the cloud tools and processes, you might not be able to harness the many benefits of the cloud. As a result,CloudOps is now a better choice for organizations when handling applications and workloads.

Know More on the Basics of CloudOps?

A series of duties known as cloud operations, or CloudOps, are responsible for managing cloud infrastructure and providing cloud services that satisfy a company's or its clients' needs. This includes 

1. network maintenance

2. server management 

3. service availability 

4. risk management

5. disaster recovery 

6. change management, and other tasks

In my opinion, this set of practices will enable organizations to run and manage their cloud-based infrastructure and services effectively. 

Cloud operations share concepts with DevOps and ITOps, which evolved from each other. However, moving to the cloud requires particular abilities, skills, and capabilities. Cloud computing offers enterprises particular advantages, making them more digital and location-independent. I feel that companies require a talented CloudOps team that can help in their cloud journey toward success.

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Four Pillars of CloudOps

Abstraction, provisioning, policy, and automation are the four pillars a cloud operations team may use to create strong IT operations processes and procedures. Let us explore more on these  four vital traits:

1. Abstraction

Cloud machine instances, storage instances, security, network, and governance can all be controlled from a single point of view because of the first pillar, abstraction. This first pillar can separate administration from the underlying infrastructure. An administrator can use a single tool, like Apigee, to administer cloud-based apps and services due to this centralized management method.

2. Provisioning

Learn that provisioning is the second CloudOps pillar. Self-provisioning or automated provisioning are the two main methods that an organization will often use to handle the provisioning of machine instances in the cloud. 

Self-provisioning allows cloud administrators to assign their computers and monitor their utilization. Automated provisioning is more effective as it enables the applications to automatically de-provision resources when not needed and request additional resources when necessary.

3. Policy

Adopting policies is the third pillar, and it is of great value. To do that, policies that restrict the activities of users and apps in the public cloud must be established and enforced. This prevents applications from using cloud resources when they fail to make a profit.

4. Automation

Automating tasks is the final pillar and an effective one. Examples of automated procedures include provisioning, application program interface management, security management, and user administration. Task automation is aided by machine learning and artificial intelligence.

Read More: What is Devops in Cloud

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Benefits of CloudOps

There are benefits of CloudOps for its users:

1. Lower cost overheads

Traditional on-premises solutions cost businesses a lot of money in disaster recovery and redundancy. Instead, cloud providers may use economies of scale to provide similar services at a significantly cheaper cost without sacrificing quality.

2. Enhanced scalability

Compared to traditional systems, CloudOps is more straightforward to scale. Also, it usually only takes a few clicks.

3. Reduced deployment/marketing time:

App deployment is made more accessible by CloudOps's ease of scaling. This is one of the famous and influential benefits of CloudOps.

4. Enhanced security

Businesses were initially concerned about cloud security since, in short, they were storing an application and data on someone else's hardware, frequently in addition to other things. The security investment made by cloud providers is complex and cannot match today's advancements. They spend time physically safeguarding their data centers and have the world's best cybersecurity experts to protect their systems.

5. Solid recovery and backup

Most cloud-based systems keep several copies of your data in different places to protect against physical disasters and cyberattacks. Because of their fault tolerance, these redundancies protect you from the high expenses associated with data loss and outages.

6. Availability and accessibility

Teams can use any device or place to access services or supervise cloud operations. In my experience, this is a tremendous advantage to have. Services can continue to function normally while the software is delivered or upgraded. As a result, organizations can attain the maximum level of availability and continuous operations.

7. Unmatched IT savings

Significant capital costs, service contract purchases, and the need to continuously upgrade data center technology to satisfy shifting customer demands are all avoided by pay-as-you-go cloud services. Furthermore, removing data center infrastructure reduces facility expenses for electricity, cooling, and even real estate.

These were some of the benefits of CloudOps, which is why many organizations are adopting CloudOps.

See More: 20 Use Cases & Real-Life DevOps Applications

Why is CloudOps Important?

CloudOps is essential for businesses that use cloud infrastructure. Its main goal is to manage and optimize cloud-based services and applications. Automating cloud administration processes like deployment, monitoring, and scaling is how CloudOps helps businesses achieve scalability and reliability. By placing security controls in place and keeping an eye on them constantly, security will be at its maximum. This protects against threats and ensures compliance.

Additionally, by automating resource management and identifying unused assets, CloudOps increases cost efficiency. This strategy improves agility and service availability by letting organizations react swiftly to changes. Disaster recovery is another area in which CloudOps is crucial, as backup and recovery procedures reduce downtime during failures.

What is the Use of CloudOps in Organizations?

An organization's cloud-based services can be effectively managed and maximized with CloudOps. A set of procedures must be followed to ensure that cloud infrastructure and services function correctly. Cloud operations aim to keep cloud infrastructure efficient, secure, and well-organized. 

Automation is one crucial advantage. Backups, security upgrades, and server maintenance are among the operations that CloudOps automates. Time will be saved, and teams can concentrate on strategic tasks rather than routine maintenance. Improved availability is an additional advantage. Because CloudOps keeps services operational, it's easier for staff members and clients to access resources and data from any location.

Moreover, CloudOps improves cost effectiveness. Keeping an eye on and optimizing resources helps businesses avoid paying too much for services they don't use. Furthermore, it improves security by updating systems and identifying threats. 

Simply put, CloudOps helps businesses maximize their cloud investments.

Related Article: Top 7 DevOps Best Practices

Difference between CloudOps and DevOps

CloudOps intersects where DevOps and cloud computing meet. It heavily incorporates ideas from the DevOps technique. While both CloudOps and DevOps are necessary components for all organizations embracing digital transformation, they approach the process differently.

CloudOps and DevOps are agile development approaches emphasizing automation, and CloudOps is a continuation of DevOps. The best practices and procedures for cloud-based operational processes are methodized by CloudOps, much like DevOps does for software development and delivery processes.

DevOps aims to significantly reduce operations and development cycle distractions by bringing together two historically distinct teams: developers and operations. CloudOps, one of the DevOps enablers, uses some of these DevOps concepts by pushing operations to the cloud. CloudOps and DevOps are your success ingredients if you need to provide software goods and services more frequently.  Using them can reduce costs and maintain a scalable, adaptable, and secure cloud environment.

CloudOps Examples &Use Cases

There should be some CloudOps examples where organizations used it for their advancement, and here are some for you.

1. Red Hat

Red Hat uses a lot of CloudOps in its solutions. Their Ansible Automation Platform is the core of managing and automating processes in hybrid and multi-cloud systems. By combining several on-premises and cloud applications, this platform makes managing complex cloud ecosystems easier.

For example, Red Hat intensely focuses on automation throughout the CloudOps process. Organizations may increase productivity and decrease manual errors by automating repetitive processes with Ansible. Red Hat's solutions integrate management interfaces to solve the visibility issues associated with cloud flexibility. Configuration management, provisioning, and application deployments are simplified with this method.

In addition, Red Hat works with reliable technology partners to provide access to Ansible Content Collections and grow its ecosystem. It helps businesses incorporate automation into their cloud architecture, security compliance, and scalability.  Learning CloudOps examples like that followed by Red Hat can teach you about CloudOps functioning.

2. HCLTech 

CloudOps and ElasticOps are frameworks that HCLTech uses to provide cloud operations services. Their offerings are intended to improve and monitor cloud and IT infrastructures for businesses. Across many cloud platforms, including AWS, Azure, and Google Cloud, these services offer a broad range of solutions, including cloud management, monitoring, automation, and optimization.

Cloud operations management and end-to-end automation are included in the flexible and adaptable ElasticOps framework from HCLTech. For example, to improve overall visibility and efficiency, HCLTech uses unified reporting and predictive analytics to manage cloud costs through FinOps. Their ElasticOps for AWS solution is a noteworthy example. This solution benefits customers by integrating business processes with cloud environments and efficiently managing AWS cloud operations.

Its Cloud Bridge Suite supports digital transformation activities through seamless conversion and upgrading of old systems. The package combines cybersecurity, automation, and data insight to give organizations a complete cloud approach. HCLTech has partnered with several multinational corporations to provide these solutions to improve business agility and optimize their digital operations.

These real-world examples from Red Hat and HCLTech show how automation and strategic management may improve operational security and efficiency.

Conclusion

It is crystal clear that Clouds can let the IT team handle cloud-related services smoothly by giving them the required tools and automation. Additionally, there is a rise in hybrid and multi-cloud environments. As a result, cloud experts are in demand in the industry today. If you are just starting, I suggest that you learn CloudOps as an extension of DevOps that uses cloud computing tools to manage cloud-based services. So, get started with a DevOps course to advance in the tech world. Connect with StarAgile for this upgrading requirement.

FAQs

1. What is the salary of a CloudOps engineer?

An average CloudOps engineer in the US makes USD 126,600 a year. On average, salaries in India are around INR 800,000, while in the UK they are around GBP 60,000. Experience and geography can have an impact on pay in these nations. The remote working option is also there, so you can use it today.

2. Which is better, DevOps or CloudOps?

DevOps and CloudOps can be selected based on your interests and career goals. To provide software more quickly, DevOps integrates development and operations.

In contrast, CloudOps places an enormous value on cloud infrastructure management. Consider a career in DevOps if you prefer a more coding-focused profession. If you're excited about cloud administration, CloudOps might be your calling.

3. What does a CloudOps engineer do?

An organization's cloud infrastructure is primarily managed by a CloudOps engineer. Application deployment, system performance monitoring, security assurance, and cost optimization are all included in this. Additionally, they work directly with IT and development teams to maximize cloud operations and ensure everything functions properly. In essence, they provide reliability and effectiveness by acting as a link between cloud services and development.