DevOps
Organizations that develop software tend to prioritize faster deployments and in-time product releases to stay ahead of the competition. DevOps is their go-to solution for this purpose, helping them integrate the efforts of development and operations teams. There are a number of cutting-edge DevOps tools that facilitate key aspects of the DevOps implementation lifecycle.
DevOps as a practice is aimed at reducing the production timelines and associated costs while ensuring that there is improved communication between the development and services team members. Read on, as we discuss the tools that help facilitate this practice by automating the component steps of the Software Development Life Cycle (SDLC) process chain.
DevOps tools are applications that facilitate effective resource sharing, development-operations collaboration and communication, enhance automation, and enable improved monitoring and process transparency.
These tools have been developed to satisfy some of the following needs of DevOps teams:
Let us talk about each DevOps services functionality and how the tools assigned for them fare in terms of improving these functionalities for DevOps teams. The following are the tools currently making waves, satisfying the needs of different operational domains:
1)Puppet:
Puppet is a system management tool that enables automation and centralization of the configuration management process. It uses the declarative Domain Specific Language (DSL) for representing configuration attributes as part of the infrastructure or development environment. It manages server nodes through separate configurations for every server host.
2)Docker:
The Docker tool was created with an emphasis on helping developers and system administrators to ensure the timely delivery of an application without worrying about the type and configuration of the development environment. It is an open-source tool that houses over 100,000 container images from software vendors, the Docker community, and various open-source projects.
3)Jenkins:
Jenkins is an open-source tool written in the Java programming language used for automating the building of an application, running tests on it, and then deploying the said application. Installing Jenkins is fairly simple as it can be done through native system packages, with a Java Runtime Environment (JRE), or even by leveraging Docker. There are several plugins available for automating along the process chain.
4)Terraform:
Terraform is an application that enables developers, testers, and administrators to leverage configuration files to manage, build, and version the development infrastructure. You can utilize its capabilities to deploy an arsenal of supporting resources such as network interfaces, and load balancers, and also host servers on platforms such as Azure, Google Cloud Platform (GCP), and Amazon Web Services (AWS).
5)Ansible:
While Ansible is an open-source DevOps tool that helps set up infrastructure and environment components, it also fits into an enterprise setting with ease. One of the best advantages of Ansible is that it bypasses the need to download any additional packages. All it needs is a control node which serves as the primary source of all required modules and is also highly extensible.
6) Chef:
In order to define and deploy infrastructure, including networks, virtual machines, load balancers, and connection topologies, Chef offers versioning with a descriptive approach. Every time it deploys, the same environment is generated. Using well-documented code in formats like JSON to represent intended environment conditions, reduces human configuration and upholds consistency.
7)Vagrant:
HashiCorp Vagrant is an open-source program for creating and managing virtual machine environments. It is used in conjunction with products like VirtualBox, Docker containers, VMware, and AWS that aim to make managing software configuration for virtualizations simpler.
8)Consul:
Through a single, defined interface, customer-facing engineers can use Consul to programmatically install infrastructure for new clients and update the infrastructure of existing customers. They can create a continuous deployment pipeline to test their applications and fully containerize them.
9)Etcd:
Etcd is a distributed key-value store that is open source and used to store and manage the vital data that distributed systems require to function. In particular, it looks after the metadata, status data, and configuration data for Kubernetes, the well-known container orchestration technology.
10)Vault:
Utilizing static and dynamic secrets from your HashiCorp Vault infrastructure, you may inject these secrets into your GitHub processes by using the Vault GitHub Action. It enables groups to safely store and strictly regulate user access to encryption keys, tokens, passwords, and certificates for securing devices and software.
11)Prometheus And Alert Manager:
An effective time series database, dimensional data model, flexible query language and contemporary alerting strategy are all features of this open-source monitoring system. The Prometheus server, among other client programs, sends alerts that are handled by the Alert Manager. Prometheus is a fantastic addition to your DevOps toolkit since it enables you to use event monitoring and alerting to improve your systems.
12)New Relic:
By organizing around team dashboards, orchestrating reactions, and assessing the effects of each change, you can define and fine-tune your DevOps processes with New Relic. All stakeholders in your digital organization may monitor your DevOps efforts and demonstrate success at every stage by sharing crucial performance indicators.
13)Splunk:
Splunk is a tool that is usually leveraged for CI/CD pipeline measurement and analysis. As part of successfully delivering software, it assists in measuring metrics at the application- and infrastructure levels. Teams can focus on performance issues that are caused by applications or infrastructure by doing this.
14)Graphite:
An enterprise-ready monitoring tool called Graphite can function just as well on low-cost hardware as it does on cloud infrastructure. Time-series data can now be stored, retrieved, shared, and visualized more easily than ever thanks to the advent of a new generation of monitoring technologies. It is well-liked for keeping an eye on production in e-commerce services and making growth plans.
15)Kobiton:
Continuous testing and mobile/IoT DevOps are made feasible by Kobiton. You can quickly deploy and start tests with seamless CI/CD integrations, eliminate defects before releasing to production, and perfect your mobile app or website with functional, performance, and visual test automation. You can also avoid bugs before sending code to testing.
Software development and delivery teams may create and deploy their products more successfully with the aid of DevOps testing technologies. These technologies can aid in streamlining and increasing the efficiency of the process by automating specific operations and offering a simple means of managing the process chain. If you are on the lookout for a DevOps expert who leverages the optimal combination of tools, you can book a free consultation with us today.
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