Distributed System
A distributed system is a network of independent computers that work together to achieve a common goal. These systems share resources, process tasks in parallel and ensure fault tolerance. Used in cloud computing, databases and large-scale applications. They improve scalability, reliability and performance by distributing workloads across multiple nodes efficiently.
Top Distributed System Articles
System Design Interview – BIGGEST Mistakes to Avoid
Learn the biggest mistakes to avoid in a system design interview, from unclear requirements to poor trade-off analysis. Includes real-world cases, advanced insights and examples to help you ace your next system design interview.
Top Distributed System Blogs
System Design Basics: High Level Design (HLD) vs Low Level Design (LLD)
System design explained in plain words, what HLD and LLD actually mean, with a real project story, a URL shortener example and working Java code
Functional vs Non-Functional Requirements (With Real Examples)
Functional vs non-functional requirements explained with a real incident, ISO/IEC 25010 types, examples, templates and a 5-minute audit checklist.
Availability in System Design: A Beginner-to-Advanced Guide
Learn availability in system design, including high availability, CAP, SLA, SLO, SLI, nines, redundancy, failover, observability, trade-offs and FAQs.
CAP Theorem in System Design: Consistency, Availability and Partition Tolerance Explained
Learn CAP Theorem with real-world examples, CP vs AP systems, quorum, PACELC, consensus algorithms, GitHub outage and interview questions for system design.
How to Create a gRPC Microservice in C# : A Complete Practical Guide
Learn how to build a production-ready gRPC microservice in C# with .NET 8, Protocol Buffers, client-server communication, streaming, and best practices.
Load Balancer in System Design: Complete Beginner to Advanced Guide
Learn load balancers in system design with types, algorithms, Layer 4 vs Layer 7, health checks, SSL termination, scalability and real-world examples.
DevOps Interview Questions and Answers for Intermediate-Level Engineers
Prepare for intermediate DevOps interviews with practical questions on Docker, Kubernetes, Jenkins, Git, CI/CD, AWS, Terraform, Linux and deployment strategies.
DevOps Interview Questions for Freshers: Top 35 Questions & Answers
Prepare for DevOps interviews with 35+ beginner-friendly questions and answers covering CI/CD, Git, Docker, Kubernetes, AWS, Jenkins, Terraform and more.
High-Level Design (HLD): A Complete Beginner to Advanced Guide
Learn High-Level Design (HLD) in system design with architecture, components, scalability, load balancing, databases, real-world examples and best practices.
Latency vs Throughput in System Design
Compare latency vs throughput in system design. Learn key differences, trade-offs, Little's Law, real-world examples and optimization techniques.
Popular Topics
Application DesignInterview QuestionsSystem DesignLanguage-ConceptsMethodSystem Design InterviewCoding InterviewInterview PreparationInterviewInterview Experience
Application design is the process of planning and structuring an application’s architecture, user interface, data flow and functionality to meet user and business requirements. It involves decisions on technology stack, design patterns, scalability and security. Good application design ensures performance, maintainability and a seamless user experience across platforms and devices.
Interview Questions are structured queries asked by employers to evaluate a candidate’s technical skills, problem-solving ability, experience, communication skills and cultural fit. These questions can include HR, behavioral, technical, coding and situational topics to assess whether the candidate is suitable for the job role and organization.
System design is the process of defining the architecture, components, modules, interfaces and data flow of a system to meet specific requirements. It focuses on creating scalable, efficient and maintainable solutions, covering both high-level design (HLD) and low-level design (LLD). Essential for building reliable, high-performance software systems.
This tag is used to understand a basic part of the language.
A method is a block of code that performs a task.
System Design Interview is a technical interview round where candidates design scalable, reliable and efficient software systems. It evaluates understanding of architecture, databases, APIs, scalability, load balancing, caching and real-world problem-solving to assess the ability to build large-scale applications.
Coding Interview is a technical evaluation where candidates solve programming problems to demonstrate their problem-solving skills, data structure and algorithm knowledge and coding proficiency. It typically includes writing optimized code, explaining logic and analyzing time and space complexity to assess real-world programming ability.
Interview Preparation is the process of getting ready to perform confidently and effectively in a job interview. It includes researching the company, understanding the job role, practicing common interview questions, improving communication skills and reviewing technical or domain knowledge. Proper interview preparation increases confidence, reduces anxiety, and improves your chances of securing the job.
A structured conversation where one participant asks questions and the other provides answers of those questions.
An interview experience is a detailed account of the interview process for a specific role, covering rounds, questions asked, difficulty level, preparation tips and personal insights to help future candidates understand what to expect and how to prepare effectively.
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Static Class vs Singleton in C#: A Complete Deep Dive
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how to install docker on amazon ec2 instance. docker installation command on linux machine, docker commands, Commonly Used Docker Commands on EC2
Mastering the Template Design Pattern in C#, Template Design Pattern in Depth: Structure, Use Cases and Best Practices
You are given two integer arrays arr1 and arr2, sorted in accending order, and two integers m and n, representing the number of elements in arr1 and arr2 respectively. Merge arr1 and arr2 into a single array sorted in accending order.
Maximum Product Subarray, Find Maximum Product Subarray in an Array, Given an integer array arr, find a subarray that has the largest product,
Learn how to create a primary key in SQL using syntax and examples. Ensure unique records, improve query performance and build table relationships.
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subarray with the largest sum and return its sum | The Efficient Way to Find Maximum Subarray Sum
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