Google tech stack7/30/2023 With their help, it is possible to track the health of databases, servers, and other internal systems. Among those frequently used are Zapier, Segment, Google Apigee, and Tealium.Īnother layer of the tech stack comprises performance monitoring and analysis tools, which collect critical data on the technical performance of the software. For example, some of the API services used are ready-to-use APIs or API gateways that support traffic management when there is a need to send and receive large amounts of information from different systems. ![]() The backend tech stack includes programming languages, servers, operating systems, web frameworks, and databases.Īlso crucial in technology stacks are appfdslications that support the process of connecting to the tools that build the extended technology stack. The backend is the entire technical background, ensuring that all functions responding to end-user requests work correctly. Front-end technologies include JavaScript, CSS, HTML, user interface libraries, and frameworks like VueJS, React or Angular.Ī backend is what you don’t see when you access the website or launch the app on a smartphone. Furthermore, analyzing this data allows you to constantly monitor the functionality and make improvements ideally suited to the needs of end users.Īmong the popular components of this tech stack layer are MySQL, Azure SQL Synapse, Redshift, PostgresSQL, Splunk, and Talend.įront-end is the user-side interface that enables interaction with the app or website while ensuring a positive audience experience. Thanks to them, it is known whether an application or service works correctly and how users behave while using it. ![]() They are vital because they allow you to execute and store queries on various data types in real-time. This layer of the tech stack includes relational and non-relational databases, as well as data warehouses. This category of tech stack includes Google Cloud, Azure, Apache, AWS, Nginx, and Cloudflare, among others. This category of tech stack components allows applications or web services to send and receive requests and ensures smooth operation and scaling according to current needs. The operating systems and programming languages often chosen for technology stacks are iOS, Android, Linux, Swift, Python, Java, Ruby, and Javascript. You can successfully choose several operating systems or programming languages for your tech stack to end up with, depending on how you plan to build the backend, what devices you are developing the product for, and what final user experience you want to achieve. The choice of these types of components in your technology stack is individual and should be based on the environment you are programming in, the personnel resources you have, and the kind of software or applications you specialize in. Operating systems and programming languages The technology stack should consist of the following: When deciding on a particular technology stack, developers must consider first the goals, requirements, and needs of their project as presented in the requirements from the client and then match this with the optimal set of tools. So why can’t you use any of them and start creating new software, web apps, or mobile apps? The answer to this question is relatively simple. The number of programming languages and other technology tools available on the market that is useful in a developer’s work is enormous. ![]() With the right set of tools and technologies, software houses can release a product much faster, with fewer revisions, and with a better estimate of how much time and budget a project can consume. Technology stacks are created to increase efficiency, productivity, and security in developing new software, mobile apps, website, or application. The right selection of the various elements of the tech stack is important because it provides the team with the tools needed to create and maintain the product and supports customer acquisition. The tech stack consists of various types of programming languages, frameworks and libraries, databases, front-end, and back-end tools, or applications connected through APIs. A technology stack can be defined as a set of technologies used when working on a software project or application.
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