The continuous transition and innovation in the application development and delivery system set up a new paradigm. Businesses these days are transforming their major functioning from offline to online, application-based facilities. The optimum usage of mobiles and smart devices pressurizes the IT operations and developers to develop robustly, 24*7 working applications. By looking at this agile development and faster delivery rate, the IT world sees new progress in DevOps in this fast-changing world.
What is DevOps?
DevOps comes into existence when Development and Operation team works together to make a sustainable product. In simpler terms, when the software development team collaborates with the IT operations for seamless software development, it is called DevOps. The DevOps fosters the focus of both development, and IT teams to work together towards the common objective. The principal aim of DevOps is to develop a high-quality application delivered to the user after testing for malware. So basically, DevOps is a philosophy practice by both development and IT operations teams for integrating the tools and technology into a continuous and standard process. DevOps Foundation can be described as the first-level DevOps Training. Those certified in DevOps can apply the principles and best practices of DevOps.
Why is DevOps inefficient?
DevOps emerges from a compound term of Development and Operations. When the team of developers and operations unite to perform tasks (of developing software) with the common objective, DevOps comes into existence. However, the lack of proper integration and several restrictions proves its inefficiency. DevOps and Kubernetes work with the combined perspective of breaking down the silos of the development and operations teams. However, a gap is still being observed in the field of automation.
DevOps has various reasons to lose its reliability in terms of functionality and integration. Some of them are discussed below:
- Overburdened Teams – DevOps helped bring agility and scalability in the application delivery; however, the operations team was overburdened due to the multiple small-scale tasks.
- Operation Teams lacked focus – The IT Ops teams are generally responsible for every task. Thus, the development team constantly bugged them for every trivial issue raised during the development process. This left them to lack focus and feel stuck in unnecessary scenarios.
- Discrepancies Between the Teams – Often, the development team doesn’t know the deployment process. The IT ops don’t know the application methods, leading to confusion and silos.
- Communication Gaps – The lack of the proper communication channel is another crucial point that makes DevOps an inefficient model. The development team often misses out on the essential aspects and discrepancies that arose during deployment processes, which are passed to them via auxiliary channels. This gap becomes a reason for unnecessary pressure over the DevOps at app release.
- Increased Dependence on DevOps – Being an auxiliary module, DevOps brings harmony between the teams. However, the increased dependency is another reason it is called an inefficient framework. The developers find themselves bound on limited knowledge about the deployment process and have to depend on DevOps to pass on the information. This brings ineffectiveness and lowers the productivity of the team.
- Increased Complexity – DevOps is based on culture, people, and the process and doesn’t give much importance to tools and automation. Most of the time, the development team fails to understand the tools created by DevOps because they do not have the requisite domain knowledge. The complexities of these tools delay the application release process and lead to bottlenecks in processes.
Kubernetes allows the developers to enjoy greater controls and automation; nevertheless, some crucial aspects of automation are still lacking, which requires DevOps to intervene in the system manually. They often lack complete information related to configuration, and the regular need for manual interventions makes the DevOps perform errors. This causes tripping and unnecessary delays in identifying the problem from the root.
Kubernetes allows automation and ease of performance; however, it is also a complex terminology for the application teams. The team may feel pressure to handle the system and understand the complexities caused by this, which creates bottlenecks in the performances.
An introduction to AppOps
An AppOps model revolutionizes the approach to building the application layers. AppOps gives better control to the DevOps without interfering with the developers’ working. The developers get the freedom to deploy changes and manage the applications on any control plane which supports their pipeline, like Kubernetes or VMS, etc. Basically, AppOps is a part of DevOps Cloud Computing. However, it gives better control and agility to the business operations. It helps sustain the infrastructural complexities by deploying the right tools at the right places.
Benefits of AppOps
AppOps has proven itself a futuristic app delivery system in the company infrastructure. The developers are at greater ease on working on the AppOps model. Multiple benefits were observed on deploying this framework in a team. They are discussed below:
- Lessened Down the Dependency – The transition from DevOps to AppOps eased down the dependency of developers on the IT team in a way that they get better controls because of multiple layers provided by AppOps. They can now pull back the application and debug the errors if it fails to work as expected.
- Helps in the Creation of Internal Feedback Loop – As there is a lesser dependency on the external team, the development team feels empowered. It proactively creates positive changes in their built-up apps. The developers can create a feedback loop, takes responsibility for their work, and test the application in production.
- Increased Data-based Efficiency – AppOps ensures reliability and better efficiency in reducing data errors. The errors like data duplication or missing data are no more felt on deploying the result-oriented AppOps model to the infrastructure. AppOps provide better control, adeptness, effectiveness, flexibility, and a sense of reliability amongst the teams.
- Reduce Silos and inadequate Backups – The ineffective silos and unnecessary abundance of backups make an inefficient team. The team feels pressured, which leads to making severe errors. AppOps empowers the app creators to drive improvement and handle the changes within the defined processes. This helps reduce silos to a greater level and eliminates non-important backups.
- Helps in Proper Planning – AppOps is a next-generation model that allows the teams to proactively handle problem areas and reduce silos. The implication of AppOps in the system ensures better planning by optimizing the indispensable processes and eliminating the bottlenecks.
- Increased Automation – AppOps is a revolutionary model that eliminates the requirements of non-essential processes. On implementing AppOps, most of the methods go automated, which means now the developers need not waste time debugging the errors manually. The automation also ensures simpler processes that encourage anyone to use it at ease.
So, How Does AppOps is the Next Generation of DevOps?
DevOps works on the ideology of bringing the culture, along with people and processes. The tools in the DevOps don’t get their due importance. The reason behind it is during the era of technical evolution when DevOps was proffered; there was no proposition of matured tools that could make the developers competent to take independent decisions. DevOps built the required set of tools. However, those tools’ technical complexity made the developers work under pressure.
They also struggled on learning the Kubernetes to remain competitive with the newer technologies or rely mainly on the DevOps because of the lack of sufficient domain expertise, which ultimately increased the continuous interference of developers in the working of the DevOps team. The DevOps team also had to bang their heads on debugging the errors made by Developers teams because of misunderstandings and lack of sufficient know-how.
Here comes the need for apps. So, on what basis does AppOps considered as the next-gen of DevOps? Let us see the points below:
- Ease of Use – AppOps offers immense facilities to the developers. The traditional design of DevOps was made in a way that was usable only by the expert developers who knew the processes of complex coding.
- Low-code Tools – AppOps uses low-code tools for low-code applications, which makes the processes of building applications simpler and quicker.
- Universal Operating System – AppOps creates a universal operating system for the developers and IT operations team, which means the developers and operation team will go in the same direction without any disorientation.
- Eliminates the Bottlenecks – AppOps helps eliminate the bottlenecks by providing the opportunity to the IT operations team to develop guardrails. Under the guardrails, the development team can perform freely with a sense of ownership of their applications.
- Increased Productivity – AppOps help improve the team’s productivity by reducing the silos and bottlenecks. The newer automated process under AppOps can perform within the timeline and save excess costing.
- Reduced Complexities – The reduced complexity of the processes on deploying AppOps ensures better results from the staff. The more the automation is implemented through AppOps, the more reduction in errors is observed, which causes due to manual interventions.
AppOps also helps streamline the management of applications and enables the developers to work with a sense of ownership. With the ease of work and lessened complexity, the developers are no more dependent on DevOps, which allows the DevOps team to work without unnecessary interventions. They can concentrate on larger objectives like cloud deployment, costs, cloud infrastructure management, etc.
Conclusion
By looking at the complexities and shortcomings of DevOps, it is necessary to upgrade the system with advanced apps. The AppOps helps the teams to become self-sufficient, efficient, and more productive. The revolutionary AppOps brings required flexibility to the traditional and compromised systems of DevOps. With the proper implementation of AppOps, the ease of performance for both developers and operations is observed. Therefore, looking at an array of benefits, it is an undoubted debate that AppOps is the next generation of DevOps.
