#Mes System Implementation Tips

Comment “microservice” and I’ll send it. If you’re building systems that need to scale and evolve independently, monoliths won’t take you far. This guide breaks down what actually matters in microservice architecture, and how to start applying it properly.

3️⃣Key lessons I’ve observed from successful project managers — and what I learned firsthand managing projects as a marketing leader at Microsoft. The people who really earn trust (and get promoted) aren’t just good at checking off tasks. They’re great at: → Getting clear on the real problem — I learned the hard way that if you skip this, everything else falls apart. → Supporting the people, not controlling them — The best projects I led were the ones where the team felt seen and supported, not micromanaged. → Keeping the process simple — I used to think fancy trackers made me look smart... but clarity and simplicity earned way more respect. These shifts made a bigger difference than I ever expected — and they can for you too. Sharing everything I learned + a free project management template at the end of the video 🤝 💬 Comment “PM” and I’ll send you the tracker template! 📩 Send this to your team — they’ll thank you later. #projectmanagement #projectmanagementtips #careeradvice #careertips #leadership #leadershipskills #leadershipdevelopment #productivity

Companies are Quitting microservices. They’re fixing what broke. For years, microservices were sold as the ultimate architecture. Move fast. Scale independently. Deploy anytime. And it worked… until it didn’t. What actually happened in many companies: 100+ services for a simple product Network calls everywhere Debugging turned into tracing nightmares Infra cost exploded Local development became painful Teams spent more time managing services than building features So companies didn’t go back to monoliths. They went modular. Modular architecture = Clear domain boundaries Fewer, larger services Strong internal modules instead of network hops Independent ownership without distributed chaos Faster dev, easier testing, lower cost Big tech today prefers: ➡️ Well-structured modular monoliths ➡️ Selective microservices (only where scale truly demands it) Because architecture is not about trends. It’s about trade-offs. Microservices are powerful — but only when you actually need them. Build simple first. Scale deliberately. Distribute only when forced. That’s how real systems survive. 🚀 #softwarearchitecture #microservices #modulararchitecture #systemdesign #backendengineering scalablearchitecture techinsights engineeringlessons distributedSystems backenddev softwareengineering architecturedecisions

Maven is a build tool that manages all your dependency in your project 🚀🚀 #java #systemdesign #learning__engineer

✅Answer : ⚡ Optimizing a Slow Microservice (Due to External API Calls) ⚡ Use a combination of caching, async processing, and resilience patterns: 🗄️ 1. Caching Responses • Cache frequent API responses using Redis or in-memory cache • Set proper TTL ⏳ to avoid stale data ⚡ 2. Asynchronous / Parallel Calls • Call external APIs in parallel instead of sequential • Use message queues (Kafka / RabbitMQ) for non-critical async calls 🛡️ 3. Retry & Circuit Breaker Pattern • Implement circuit breakers (Resilience4j / Hystrix) to prevent cascading failures • Use retry with exponential backoff for temporary API issues 🔄 4. Fallbacks & Graceful Degradation • Provide cached / fallback data if the API is slow or down • Return partial responses to keep the system responsive 🧱 5. Bulkhead & Timeout • Set timeouts for all external API calls ⏱️ • Use bulkheads to isolate slow APIs from impacting other services 📦 6. Data Replication / Pre-Fetching • Pre-fetch or replicate frequent data in your own DB for faster access ✅ Smart combo of caching + async + resilience can bring 2x–10x performance improvement in real-world microservices 🚀

How to set Custom Modules @ Integrated Systems #neetpg #neetpgpreparation #inicet#neetpg2025 #marrow

How to Modernize a Legacy System? In this video we look at two different options of doing that. #backenddeveloper #backend #systemdesign #webdevelopment #fullstackdeveloper

🏗️ How do you convert a Monolith into Microservices (without breaking everything)? 🚫 Don’t Rewrite from Scratch Big-bang rewrite = high risk. Refactor gradually. 🧩 Identify Clear Boundaries Break system by business domains (Payments, Orders, Users). 📦 Extract One Service at a Time Start with a low-risk module → move it out as an independent service. 🔌 Use API Layer First Expose internal modules via APIs before separating them physically. 🗄️ Database Separation (Carefully) Move towards database-per-service → avoid shared DB coupling. 🔁 Strangler Fig Pattern Route specific requests to new service → gradually replace monolith. 📨 Introduce Async Communication Use events (Kafka/RabbitMQ) to reduce tight coupling. 🛡️ Add Observability & Monitoring Microservices increase complexity → visibility is critical. 🧪 Test in Small Batches Deploy incrementally → verify before extracting next service. ⚖️ Be Ready for Operational Complexity Service discovery, scaling, logging, CI/CD must mature. In short: Evolve, don’t explode. Extract services gradually while keeping the monolith stable. 💾 Save this if you’re preparing for system design, 💬 comment “STRANGLER” if you want a deep dive example, and 🔁 share it with a friend building scalable systems. #softwareengineering #coding #computerscience #systemdesign

Managing projects doesn’t always need complicated tools. Sometimes, Excel is more than enough if you know how to use it properly. I’ve created multiple Excel sheet templates for project management to help you track tasks, timelines, and progress in a simple way. Interested explore more? Comment on this post! Don’t forget to follow, save, and share this post with someone who needs better project management! 🚀 #ProjectManagement #ExcelTips #DataAnalytics #DataVisualization

PM vs Developer development assumptions.. Never the same.. #tech #projectmanagment #product #engineering #developers #backend #frontend 📺 : @tldv.io

MySQL is not a joke. 3 things it does better than Postgres.���mysql vs postgres | postgresql vs mysql | database comparison | write amplification | uber mysql | pgbouncer | connection pooling |� |backend engineering basics for beginners | software engineer tips | developer jargon explained | tech career growth | enough to ship |��#softwareengineering #backenddeveloper #systemdesign #techcareer

Comment "SYSTEM" to get links! 🚀 Want to learn system design in a way that actually sticks? This quick roadmap takes you from beginner concepts to real world architecture thinking for interviews and building scalable apps. 🎓 Microservices K8s Start here if you want the big picture of modern backend architecture. You will learn what microservices are, how services communicate, and how Kubernetes fits into deployment and scaling. Great for understanding real production patterns like service discovery, config, observability, and reliability basics. 📘 8 SysDesign Concepts Now build your fundamentals fast. This one helps you understand the core system design ideas companies expect you to know, like scalability, latency, throughput, caching, databases, consistency, queues, and load balancing. Perfect for forming a strong mental model before diving into case studies. 💻 SysDesign Beginner Time to connect everything with beginner friendly explanations. You will learn how to approach system design problems, how to think in components, and how to reason about tradeoffs like SQL vs NoSQL, cache vs database, sync vs async, and monolith vs microservices. 💡 With these system design resources you will: Learn how to break down any system design interview question Understand microservices, APIs, caching, queues, and scaling strategies Build real architecture intuition to design reliable backend systems If you are serious about backend engineering, software architecture, or system design interviews, this roadmap will save you months. 📌 Save this post so you do not lose the roadmap. 💬 Comment "SYSTEM" and I will send you all the links. 👉 Follow for more content on system design, microservices, and backend engineering.