Serverless computing with AWS Lambda and Azure Functions

At the dawn of 2025, the adoption of serverless architectures is disrupting traditional software development models. Serverless computing is revolutionizing the design and deployment of applications by eliminating the need for developers to manage the underlying hardware infrastructure. Among the most prominent platforms, AWS Lambda and Azure Functions stand out as essential choices for implementing … Read more

Web Components: create reusable HTML elements

In the landscape of modern web development, the quest for increased modularity and better maintainability inevitably leads developers toward innovative methods. Web Components embody a native and standardized response to this need, offering the ability to create custom HTML elements and reusable elements that integrate easily into any web environment. Thanks to them, the code … Read more

Service Workers: optimizing the offline user experience

In 2025, accessibility and fluidity of web applications became standard expectations for users. However, the major challenge remains in providing a satisfactory experience in offline mode or in environments with limited connectivity. Service Workers emerge as a key technology to address this issue by allowing web applications to function without interruption, regardless of network quality. … Read more

WebRTC: integrate real-time communication into your applications

The current digital revolution continues to demand increasingly interactive and dynamic solutions. In this context, WebRTC technology stands out as a major catalyst, offering developers the ability to integrate real-time communication directly into web applications. It is now possible to implement audio, video, and data exchanges between users without the need for plugins or additional … Read more

Jamstack: modern architecture for fast and secure websites

In an era where browsing speed has become a decisive criterion for user experience and SEO, the Jamstack architecture stands out as an essential solution for designing websites that are both performant and secure. This revolutionary approach, based on the decomposition of sites into pre-generated static elements, a dynamic front-end in JavaScript, and third-party APIs, … Read more

GraphQL vs REST: choosing the right API for your project

translated_content Choosing between GraphQL and REST for developing an API is a decisive step in the design of a modern software project. These two architectures for communication between applications are now essential in web development. While REST relies on a classic approach based on resources accessible via HTTP verbs, GraphQL innovates by offering a more … Read more

WebAssembly: revolutionizing web performance

WebAssembly is today establishing itself as an essential web technology, capable of radically transforming the way web applications are designed and executed. With its promises of high web performance, this technology offers a new dimension to the compilation and rapid execution of native code directly in the browser. The rise of WebAssembly profoundly changes the … Read more

Progressive Web Apps (PWA): the future of web applications

The digital landscape is evolving rapidly, and with it, user expectations for mobile and web experiences. Progressive Web Apps (PWAs) are revolutionizing the way web applications are designed and consumed. These applications, hybrids between websites and native apps, offer remarkable ease of use, notably due to their ability to function offline, their responsiveness, and their … Read more

Microservices architecture : designing scalable applications

The rise of microservices architecture is profoundly transforming modern software design. By relying on a multitude of small autonomous services, this architecture effectively addresses the complex challenges of scalability and rapid evolution of applications. Valued for its flexibility, it revolutionizes the way scalable applications are developed, deployed, and maintained. However, this transition requires a deep … Read more

Introduction to the fundamental concepts of computer science

Introduction aux concepts fondamentaux de l'informatique

IN BRIEF Computer Science: study of computer systems. Hardware: physical components of a system. Software: programs and applications necessary for operation. Algorithm: set of instructions to solve a problem. Language: means of communication between humans and machines. Cybersecurity: protection of data and systems against cyberattacks. Information: processed data that is meaningful to the user. Models: … Read more