#Microservice

Comment "MICRO" for the links. You Will Never Struggle With Microservices or System Design Again 📌 Watch these beginner-friendly, high-value videos: 1️⃣ Mastering Chaos – A Netflix Guide to Microservices 2️⃣ Microservice Architecture & System Design with Python & Kubernetes – Full Course 3️⃣ What Are Microservices? – IBM Technology Stop getting overwhelmed by complicated architecture diagrams and buzzwords. These resources break down microservices, distributed systems, and cloud-native design in a way that actually makes sense — from service boundaries to API communication to scaling production systems. Whether you're preparing for system design interviews, learning how real companies like Netflix architect their services, or trying to build scalable backend projects, these videos will help you understand microservices the way engineers actually use them. Save this, share it, and start building systems with confidence — one service at a time.

✅ Microservice Roadmap ! . Don't forget to save this post for later and follow @learnwithrockybhatia for more such information. . #fullstackdeveloper #microservices #systemdesign #softwareengineering

System Design Interview: Google Maps Navigation microservice. Small sample of what a system design for a navigation service might look like. If you aren’t familiar with A*, check it out, really cool algorithm that for some reason they didn’t tech me in my algos / dsa class. #csmajors #systemdesign #coding #programming

Day 82 & 83 😎 Reading about microservices while my code sticks to the classic monolith style! 😅 Microservices vs. Monoliths - every developer’s dilemma 😔 Understanding Microservices and Monoliths: • 🔗 Microservices: Imagine having a complex project divided into smaller, independent units. Each unit handles a specific function or service and communicates via a well-defined interface with lightweight mechanisms, typically an HTTP-based API. This modular approach allows for easier updates, better scalability, and can leverage various programming languages and data storage technologies. It’s like having a team where each member specializes in one skill—efficient and flexible! • 🛡️Monoliths: Here, all components of the software are united and operate as a single cohesive unit. This can make initial development simpler and deployment easier because there’s just one large piece of software to manage. However, as the application grows, scaling specific functions of the app or implementing new technologies can become challenging. Think of it as a one-man band, managing everything from drums to vocals, simple at first but harder to expand. ❓When to use what?: • Microservices shine in large, complex applications especially where different parts of the app require rapid scaling or frequent updates. They’re also great when you want to use different technologies within the same application. • Monoliths are often more suitable for smaller applications or projects where simplicity and straightforward development are priorities. They can be easier to test and debug due to their interconnected nature. 🧐 Curious to know: Are you working in a microservice-driven environment, or does a monolithic architecture govern your projects? Ever wondered how shifting from one to the other might impact your work? Let’s chat in the comments about how architecture influences your coding and project management! 🚀 • #100daysofcode #microservice #software #programming #coding

Interview Question: Idempotent in Spring JPA! Idempotency is an important concept in API design where the same operation can be performed multiple times without changing the result beyond the initial application. In Spring, we often use idempotency in REST APIs, especially for HTTP methods like PUT, GET, and DELETE, as they are supposed to be idempotent. #coder #springboot #microservice #architecture #java #javamicroservices Have u ever made Post call idempotent?

💥 Fault Tolerance Essentials for Distributed Systems! 💻 Discover how combining queues, redundancy, and circuit breakers helps create resilient systems that handle high traffic, prevent failures, and deliver a seamless user experience. 🔹 Queues: Ever wondered how systems manage sudden traffic spikes or temporary downtime? Queues act as buffers, holding requests until services are ready to process them, keeping things moving smoothly. 🔹 Redundancy: No single point of failure! With multiple instances or backups, redundancy ensures your service keeps running even if one part goes down. Essential for high availability. 🔹 Circuit Breakers: When a service struggles, the circuit breaker steps in, “opening” to block requests temporarily and avoid overloading the system. After a cooldown, it tests the service’s recovery before letting traffic back in. Together, these strategies create fault-tolerant, reliable systems that keep apps up and running, no matter the challenge. Want more system design insights? Follow along! 🚀 #systemdesign #microservice #faulttolerance #distributedsystems #docker #kubernetes #devops

What is the difference between monolith and microservice architecture? And are all monoliths legacy code by default? #petergriffin #brainrot #learntocode #learnprogramming #systemdesign #programming #backend #webdev

Comment “Microservice” If you’re preparing for Microservices interviews, this question is a game-changer. Most top tech companies ask this to assess your real-world problem-solving skills. Question: How do you handle inter-service communication failures in a Microservices architecture? Learn how to use Circuit Breaker (Resilience4j/Hystrix), Retry Mechanism, Timeout Handling, and Event-Driven Architecture to design fault-tolerant, scalable, and resilient Microservices. Interview Tip: Don’t just mention theory—explain how you’ve implemented these solutions in real projects. Save this reel & practice it before your next interview. #microservice #interviewquestion #interviewprep #apigateway

In the simples way 👇🏻 1️⃣ One Single Entry Point 👉 Clients don’t call 20 different services directly. They hit just one main URL. Example: Like entering a mall from one main gate instead of 20 side doors. 2️⃣ Smart Routing & Load Balancing 👉 The gateway decides where each request should go. Example: Like a receptionist sending you to billing, support or HR. 3️⃣ Authentication in One Place 👉 Login and token validation happen once at the gateway. Example: Like showing your ID at the building entrance, not at every room. 4️⃣ Rate Limiting 👉 Prevents too many requests from crashing the system. Example: Like security controlling the crowd at the entrance. 5️⃣ Caching 👉 Frequently requested data is stored temporarily to reduce backend load. Example: Like keeping common answers ready at the front desk. 6️⃣ Request/Response Transformation 👉 Converts requests into the format different services understand. Example: Like translating your question before sending you to the right department. 7️⃣ Logging & Monitoring 👉 Tracks errors, traffic spikes, and performance in one place. Example: Like CCTV at the main gate recording everything. 💡 In short: An API Gateway = Control + Security + Simplicity for microservices. #systemdesign #microservice #java #viral #backenddeveloper #softwareengineer #interview #technology #learning #fyp

Curso de 3 mil reais? 🤯 #microservice #curso #programação

Tech tips Thursday's Packing cubes changed the game for me while travelling. Just like microservices, each cube serves a specific function . . . . . . . . #monolithic #monolith #microservices #microservicesarchitecture #microservice #softwarearchitecture #softwarearchitect #softwareengineering #systemdesign #technicalprojectmanager #techcareers #techleadership #technicalprogrammanager #techstack #techstartup #womenofcolorintech #womeninprojectmanagement #womenintech #systemthinking #productmanager #digitalprojectmanager #software

Модульные монолиты повсюду #microservice #микросервисы #программирование #coding #spring #software #it