2022: 6 Cloud-Native App Development Trends to Transform Your Business
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The document outlines six key trends in cloud-native app development for 2022, which include multicloud and distributed cloud, low code and no code, serverless computing, devsecops, infrastructure as code, and gitops. Each trend is characterized by innovations aimed at improving efficiency, scalability, and security within software development. The insights aim to guide businesses in leveraging these trends to enhance their app development processes and meet market demands effectively.
2022: 6 Cloud-Native App Development Trends to Transform Your Business
- 1. 2022: 6 Cloud-Native App Development Trends to Transform Your Business
- 2. Introduction: The cloud-native approach has made it seamless for developers to release products faster and deploy updates without disrupting the mobile apps function. As a growing field, cloud-native app trends help visualize a future that eliminates the bottleneck of the current cloud- native stack. So, here’s a list curated by Toobler on the top 6 cloud- native app trends to not miss out, for your business!
- 3. Cloud-Native App Trends ● Multicloud and distributed cloud ● Low code and no code ● Serverless computing ● DevSecOps ● Infrastructure as a code (IaC) ● GitOps
- 5. Multi Cloud and Distributed Cloud Public and private cloud servers have struck the right chord with enterprises of this era, but as more and more businesses process larger datasets, what could be the next move? According to Gartner, edge computing is the next growing priority. Around 75% of business generated data is predicted to be processed away from traditional cloud centres by 2025. Better described as the cloud of cloud services, multicloud essentially is a model that makes use of multiple cloud services from different providers into a single architecture. As one of the cloud-native trends popular in 2022, multi cloud enables the requested data to be provided by the data centre closest to the user. This concept eliminates the worry of vendor lock-in as organisations can choose platforms, service providers and features.
- 6. 2. Low Code and No Code
- 7. Low Code and No Code Low code and no code is an approach that extends beyond programmers and reaches out to novice developers or to people who lack the training to build software. Low code and no code help rely on a platform that helps facilitate software development, making it easier for developers who want to save time and for inexperienced developers to get started on their software development journey. The fundamental characteristics of this platform include ● Visual models- this feature replaces the code to auto-generate data models and workflows ● Validation and security checks- in the case of code generation by the no-code platform, it is scrutinized for quality to prevent any errors ● Avoiding shadow IT- these platforms encourage centralised management of resources and collaborative development ● Reusability- these platforms offer reusable modules with third-party tool integrations
- 9. Serverless Computing Containerisation and serverless computing go hand in hand when it comes to simplifying an app's lifecycle in a cloud-native environment. Computing resources are available on-demand, with companies having the option to pay as per their requirements from cloud vendors. The need of the hour is high scalability, flexibility, cost-effective and lesser deployment time, and among cloud native trends, serverless computing provides all these features. Serverless computing offers a range of advantages over traditional cloud-based infrastructure such as, ● The vendor provides backend services and the developers do not have to deal with the servers ● No constraint of server capacity ● It has a 'pay as you use' plan for server space used by developers ● Applications built with serverless infrastructure scale automatically as the user base increases ● Releasing an application is made faster, along with bug fixing, updates or the addition of new features Serverless architecture can work best for smaller enterprises than larger enterprises as migration and adaptation may be an issue. From a cost and system architecture perspective, serverless computing may just be the best choice for your business.
- 10. DevSecOps 4.
- 11. DevSecOps Deemed a preventive approach, DevSecOps merges security aspects with a preventive approach. It integrates security teams in the software development cycle. Speed and quality are a guarantee with DevOps but making fixes post-production can be a hefty process. To bridge this security gap, cloud native trends such as DevSecOps incorporate testing and risk management earlier in the CI/CD workflow marginally reducing errors. With real-time feedback and insights, DevSecOps spans the entire software development life cycle. By delivering apps that are secure and quick, DevSecOps promotes faster and safer development and deployment. This can be employed by organizations across sectors of healthcare, financial, retail, eCommerce and IoT ecosystem. DevSecOps forms a cost-effective collaboration between deployment and security.
- 12. Infrastructure as a code (IaC) 5.
- 13. Infrastructure as a code (IaC) Infrastructure as a code is designed to reduce the developer workload and eliminates physical hardware configuration. The era of physical servers and configuration and their hefty cost is what IaC aims to solve by using configuration files to manage IT infrastructure. Not only does it lower the cost of infrastructure management, but it also reduces the costs. Automation strategies such as Infrastructure as a code aim to reduce the slow, error-prone tasks of management of IT infrastructure. Integration of cloud native trends such as IaC into DevOps reduces the window time for development and deployment. There are two ways of approaching IaC, namely Imperative and Declarative. Infrastructure provisioning is made reliable and consistent by IaC, giving developers more time on their hands to focus on application development. IaC also eliminates multiple roles of managing storage and provides an automated advantage for infrastructure management.
- 14. GitOps 6.
- 15. GitOps GitOps is a method of implementing Continuous deployment for cloud-native apps. Deemed as what DevOps is to cloud, GitOps is to cloud-native, the latter focuses on a repository for automated updates of the application. With GitOps, deployment and error recovery is faster, with easier credential management. GitOps forms a fast and secure method for developers and cluster operators to manage and maintain their Kubernetes applications better. GitOps is a collaborative technology that forms a common operating model for teams. GitOps is not limited to Kubernetes and hence the tools, processes and guardrails can be used to manage and deploy code through continuous deployment. GitOps uses a version control system to house all information, documentation and code for Kubernetes deployment. The latter then automatically deploy changes to the cluster. In 2022, among other cloud-native trends, the Git-based workflow is to evolve to support multi cluster deployments making it easy to manage thousands of Kubernetes clusters running at the edge or in hybrid environments. Source: toobler
- 16. Why Choose WeCode? Cloud-native development is capable of offering unrestricted computing prowess always available on- demand. Through such a delivery model, we help business ideas reach the market faster by meeting customer demands as soon as possible. Cloud-native applications operate on a serverless architecture that enhances the app development time for the businesses. Our developers rise to the occasion and develop agile, resilient, and portable apps providing benefits: Visit our website @ WeCode
- 17. Cloud-Native App Development Mobile Application Development Cloud Computing Services Quality Assurance Digital Marketing Visit: www.wecode-inc.com Email: sales@wecode-inc.com