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API Gateways are essential components in modern system architectures, especially in microservices environments. They act as intermediaries between clients and backend services, providing a single entry point for API interactions. In this article, we will explore what an API Gateway is, how it works, and how it differs from a load balancer. What is an …
Load balancers are essential in modern system design for distributing traffic efficiently across multiple servers or resources. However, they come with their own set of challenges that can affect performance, availability, and cost management. In this article, we’ll break down the most common challenges and explore how to overcome them. Challenges of Load Balancers Imagine …
Load balancing is an essential concept in system design, ensuring that incoming traffic is efficiently distributed across multiple servers or resources. One critical aspect of load balancing is deciding whether to use stateless or stateful methods. In this article, we will break down the differences between these two types and understand their applications. Stateless vs. …
Load balancing is a fundamental concept in system design, ensuring that network traffic is efficiently distributed among multiple servers or resources. This not only enhances performance but also ensures high availability and reliability. In this article, let’s explore the different types of load balancers, their unique characteristics, and real-world applications. Why Do We Need Different …
Uses of Load Balancing (Part 3 of System Design for TPM Series) Why Load Balancing is Essential in System Design Imagine you’re managing a busy restaurant during peak hours. If only one waiter handles all the tables, customers will experience delays and poor service. Instead, you distribute the workload among several waiters, ensuring that every …
Why Do We Need Load Balancing Algorithms? Imagine running a food delivery service with multiple drivers. If you randomly assign orders, some drivers might get overwhelmed while others remain idle. You need a smart way to distribute the orders fairly, based on each driver’s availability and workload. This is essentially what load balancing algorithms do …
Why Load Balancing Matters in System Design Imagine you’re hosting a big party, and guests keep arriving at your door. If only one person is responsible for welcoming and serving everyone, they’ll quickly get overwhelmed! But if you have a team of hosts dividing the responsibilities, everyone gets served efficiently without any delays or frustration. …
In the digital realm, two mighty buzzwords often flutter around: Containers and Profiling. Let’s navigate through the jungle of these tech notions, heading towards a tool that’s been gaining traction: eBPF. Imagine our technological operations as a bustling city. Containers are like individual apartments where specific software lives, and profiling is our method to check …
DEMYSTIFYING CONTAINER PROFILING WITH EBPF: A BEGINNER’S GUIDE Read More »
In the realm of operating systems, a Kernel Panic stands as a monument to critical system distress, acting as a final line of defense against system compromise and data loss 🛡️. In this article, we’ll navigate through the intricate tapestry of Kernel Panic, exploring its reasons, manifestations, and possible configurations for system reboot. 🧠 Understanding …
🚀 DEMYSTIFYING KERNEL PANIC: A DEEP DIVE INTO A CRITICAL SYSTEM STATE 🚀 Read More »
Greetings, Kernel Enthusiasts! 🌟 Today, let’s unravel the mysteries of the dump_stack() function, a powerful debugging tool in the world of Linux Kernel Development. This function plays a pivotal role in the diagnostic process of kernel modules, allowing developers to navigate through the intricate layers of function calls and pinpoint inaccuracies or unexpected behaviors. 🕵️♂️ …
Diving Deep into dump_stack() in Linux Kernel Development! 🧠 Read More »
