Benset Limited’s Post

Rest AP Cheatsheet: Client-Server Model and REST API Principles Understanding the core concepts of the client-server model and REST API principles is crucial for developers building robust and scalable web applications. The client-server model divides tasks between servers and clients, enhancing portability and scalability. By separating the user interface from data storage and processing, this model supports efficient communication over networks, crucial for scalability. REST (Representational State Transfer) architecture streamlines communication by following key principles like statelessness, layered systems, code-on-demand, cacheability, and a uniform interface. Best practices such as using HTTPS for security, versioning APIs, clear domain naming conventions, and intuitive endpoint paths ensure developers create secure and adaptable applications that effectively leverage the client-server model and REST architecture. Embracing these principles and practices allows developers to craft web applications that are not only scalable and secure but also optimized for efficient communication and interaction between web components. #RESTAPI #WebDevelopment #ClientServerModel

#TuesdayTips Writing clean, efficient code isn’t just a skill—it’s a necessity for building high-performance applications. For back-end developers, it’s all about delivering an exceptional user experience by ensuring your systems run smoothly under any load. Here’s how you can level up: 🔷 Optimize Your Database Queries Efficient queries reduce load time and resource usage, which means faster responses for users and less strain on your infrastructure. 🔷 Reduce Response Times The faster your server responds, the better the user experience will be. Profile your code, reduce unnecessary processing, and ensure that your server responds as quickly as possible—even under pressure. 🔷 Scale with Confidence As your user base grows, so do the demands on your server. Design your back-end architecture to handle growth—whether it's through load balancing, caching, or server scaling. This ensures your application doesn’t slow down, even as traffic spikes. 📈 What tips do you think would be useful to you?  #PerformanceOptimization #BackEndDevelopment #TechTips #CleanCode #JamorTech

From Clicks to Code: Mastering the Architecture Behind Web Applications Web application architecture is about more than simply organizing your files and code. The structure of your application includes the technology stack and underlying systems and affects things like the deployment lifecycle, how easy it is to maintain code and onboard people, security, and performance. #webapplications #webapps #webapplicationarchitecture #techstack #technologystack

My latest blog post in the "Back to Basics: Node.js Backend Development" series is live! 🌟 Delve into "Understanding Client-Server Architecture" and enhance your backend knowledge: https://lnkd.in/dsRdKQft Let's unravel the mysteries of client-server communication together! 💻 #NodeJS #BackendDevelopment #BackToBasics

It's time to start with best practices in the development of our systems. I think this information is interesting and useful if we maintain our system with localstorage.

#silentlesson 🚀 Optimizing Our Web Application Infrastructure 🚀 Hey LinkedIn community! 🌐 I’m excited to share a sneak peek into the architecture of our latest web application project. I've designed a robust and scalable system to ensure top performance and reliability. Here's a high-level overview of our infrastructure: 🔹 Developers: Our talented team collaborates using the best tools to write clean and efficient code. 🔹 CI/CD: Continuous Integration and Continuous Deployment pipelines guarantee smooth and rapid deployments. 🔹 Load Balancer: Distributes incoming traffic to ensure no single server is overwhelmed. 🔹 DNS and CDN: Enhance our app's speed and reliability on a global scale. 🔹 Web App and Backend Servers: Handle user requests and manage business logic seamlessly. 🔹 Database and Caching: Efficient data management and quick access to frequently used data. 🔹 Full Text Search: Provides fast and accurate search capabilities. 🔹 Worker Nodes: Execute background tasks to keep the user experience smooth. 🔹 Logging & Monitoring: Keep an eye on the health and performance of our application. 🔹 Alert Service: Immediate notifications for any issues that arise. Curious to know more about our infrastructure design and best practices? Let’s connect and discuss how we can drive innovation together! 🔗 #WebDevelopment #Infrastructure #Scalability #TechInnovation #DevOps #CloudComputing #SoftwareEngineering

Back-end development is the backbone of any scalable web application. It enables you to create systems that are efficient, reliable, and capable of growing with user demand. Learning back-end technologies like databases, server architecture, and API integrations will give you the tools to build applications that stand out in terms of performance. Enhance your web development capabilities by learning back-end development today. Build web apps that grow effortlessly and perform exceptionally! #ScalableWebApps #BackEndSkills #EfficientDevelopment #FullStackDev #LearnBackEnd

"Building Scalable Web Applications: Leveraging Microservices Architecture in Web Development" Explore how to design and implement scalable web applications using a microservices architecture. It can cover the benefits of breaking down monolithic applications into smaller, manageable services, discuss tools and technologies that facilitate microservices in web development (like Docker, Kubernetes, API gateways), and offer insights into best practices for ensuring seamless communication between services. This is highly relevant in today's landscape, where scalability and maintainability are key concerns for growing web applications.

Want to make your backend services 10x more scalable? A key strategy is to keep them stateless. The test? You should be able to spin up or tear down backend instances without affecting quality or functionality. (This is what enables horizontal scaling). While your services should remain stateless, your application’s state still needs to be stored — typically in a centralized database. The database holds your application's state, which is accessed and operated on by stateless services. Remember: services should either store state or operate on it, but not both. Stateless API + stateful DB = scalable and maintainable infrastructure. Follow me for more web development insights, tips, and tricks. #webdevelopment #softwaredevelopment #softwareengineering