Amazon Web Services (AWS) powers much of the internet with scalability, high availability, and pay-as-you-go cost model.

💰 Save up to 90% on EC2? Yes, with Spot Instances Not all workloads need guaranteed uptime. Sometimes, you just need compute power at the best possible price. That’s where AWS Spot Instances shine. 🔹 They run unused EC2 capacity 🔹 You pay much less (up to 90% off) 🔹 But they can be reclaimed by AWS with a 2-minute notice So… when should you use them? ✅ Perfect for: - CI/CD jobs - Data processing - Stateless containers - ML training or batch jobs - Load testing and distributed rendering ❌ Not ideal for: - Stateful apps - Databases - Any workload that can't tolerate interruption 💡 Pro tip: Use them with Auto Scaling Groups, Spot Fleets, or Kubernetes (EKS) to build cost-optimized and resilient architectures. Are you using Spot Instances in production? Curious to hear how you've implemented them 👇 #AWS #EC2 #CloudComputing #FinOps #DevOps #CloudCostOptimization #SpotInstances ##ec2 #cloudcomputing #protip #cloud #CloudArchitecture #compute #workload #awsec2 #autoscaling #spotinstances #spot #aws

Scaling on AWS works — until it doesn’t. At a certain point, adding more compute stops helping. Latency creeps up. Databases struggle. Auto Scaling reacts too late. In this blog post, we break down two patterns teams hit at scale: • Why horizontal scaling runs into database and storage I/O ceilings • Why Auto Scaling often reacts after users already feel the impact And more importantly — where these bottlenecks actually live (hint: not where most teams look). If you’re working on cloud architecture, databases, or performance, this will likely feel familiar. 👉 Read the full post: https://hubs.li/Q04b9dKg0 #AWS #CloudArchitecture #PerformanceEngineering #DevOps #CloudComputing

Navigating the AWS ecosystem can be challenging, especially when deciding which compute service best fits your architecture. As an IT Engineer, I often get asked about the differences between these core services. Here is a high-level breakdown of the AWS Compute family to help you make an informed decision: 🔹 EC2 (Elastic Compute Cloud): The foundation. It provides virtual servers (instances) where you have full control over the OS and stack. Ideal for applications requiring custom configurations. 🔹 Lambda: The king of Serverless. Run code without provisioning or managing servers. You only pay for the compute time you consume. Perfect for event-driven tasks. 🔹 ECS (Elastic Container Service) & EKS (Elastic Kubernetes Service): Your go-to for containerization. ECS is AWS’s native container orchestrator (highly integrated), while EKS is the managed Kubernetes service for those who need industry-standard orchestration. 🔹 Fargate: Serverless compute for containers. It works with both ECS and EKS, removing the need to manage the underlying EC2 instances. You focus on the containers; AWS handles the rest. 🔹 AWS Batch: Designed for batch computing. It efficiently plans, schedules, and executes your batch computing workloads across the full range of AWS compute services. Key Takeaway: There is no "one size fits all." The choice depends on your need for control versus your desire for operational simplicity. What is your "go-to" compute service for new projects? #AWS #CloudComputing #ITEngineering #DevOps #Serverless #TechCommunity #CloudArchitecture

Your AWS architecture isn’t documented. It’s remembered. By one engineer. Who knows: • which service talks to what • why that one config exists • what will break if you change it Until they’re unavailable. And suddenly, everything feels risky. Cloud doesn’t fail because of outages. It fails because no one knows how it works anymore. #AWS #DevOps #CloudComputing #StartupTech #Engineering

Your AWS architecture isn’t documented. It’s remembered. By one engineer. Who knows: • which service talks to what • why that one config exists • what will break if you change it Until they’re unavailable. And suddenly, everything feels risky. Cloud doesn’t fail because of outages. It fails because no one knows how it works anymore. #AWS #DevOps #CloudComputing #StartupTech #Engineering

The "Self-Healing" Fleet: AWS Auto Scaling | Day 11/100 YouTube: https://lnkd.in/dQWmums8 Documentation: https://lnkd.in/dws-GVRd In this "Cloud Story," we move beyond single servers to build a self-healing, high-availability architecture. I used Launch Templates as the DNA for our servers and Auto Scaling Groups (ASG) as the manager. The highlight? A "Chaos Test" where I manually terminated a running server, only to watch AWS automatically detect the failure and launch a perfectly configured replacement in seconds. No manual intervention, no downtime—just pure cloud automation. Watch Day 10: https://lnkd.in/d25tUNTt 🌟 ABOUT THE SERIES: I am building 100 AWS projects in 100 days to go from cloud beginner to AWS Architect. Join me on this journey as we build real-world engineering skills together! #AWS #100DaysOfAWS #AutoScaling #CloudAutomation #DevOps #EC2 #HighAvailability #SRE #CloudStories #PriyanshuMandani #CloudEngineering #AWSCloud

🚀 AWS Scalable Architecture Project Deployed a highly available and secure architecture using core AWS services: 🔹 Flow: Internet → ALB → Target Group → ASG → EC2 🔹 ALB in Public Subnet for traffic distribution 🔹 EC2 in Private Subnets for security 🔹 Auto Scaling Group for dynamic scaling 🔹 Multi-AZ for high availability 🔹 Health Checks for reliability 💡 Built with focus on scalability, security, and fault tolerance #AWS #DevOps #Cloud #EC2 #AutoScaling #LoadBalancer #CloudArchitecture

#Season2 #Day98 Day 98/365: The biggest trap in cloud engineering is becoming religious about your provider. I spent today deep in the GCP Architecture docs, specifically focusing on the framework for migrating workloads from Amazon Web Services (AWS) to Google Cloud. I expected it to be a dry, step-by-step manual. Instead, it was an incredibly fun architectural puzzle. Translating the primitives mapping AWS EC2 to Compute Engine, S3 to Cloud Storage, and untangling the massive differences between AWS IAM policies and GCP's Resource Hierarchy forces you to understand the absolute fundamentals of cloud computing, not just the marketing terms. Studying this triggered a massive shift in how I view my future role: To be a true Cloud Architect, you have to prioritize empathy over technology. Customers don't care about cloud wars. They care about their burning FinOps bills, their database latency, and their operational toil. Sticking blindly to one cloud limits your ability to solve those problems. You have to embrace the customer's specific requirements, even if it means ripping a workload out of the environment you are most comfortable with and rebuilding it somewhere else. This deep dive has officially motivated me to hunt for real-world migration opportunities. I don't just want to build from scratch anymore; I want to untangle the legacy and re-platform it. Status: Provider agnostic. Hunting for migrations. #Day98of365 #DevOps #CloudMigration #AWS #GCP #CloudArchitecture #SystemDesign #FinOps #Founders #TechJourney #ItsOurOps

Someone once showed me an AWS bill with a $12,000 surprise. No hack. No traffic spike. Just EC2 instances provisioned for peak load… 8 months ago — and never reviewed again. Running at 17% utilization. Every. Single. Day. That’s the reality of cloud costs: They don’t explode overnight. They drift quietly — one forgotten resource at a time. Here’s what actually fixed it 👇 🔹 Right-sizing first Using CloudWatch metrics, most instances were underutilized. A quick resize = instant cost reduction in under 30 minutes. 🔹 Reserved Instances for predictable workloads If it runs 24/7, why pay On-Demand? Locking in a 1-year plan significantly cuts costs. 🔹 Spot Instances for stateless workloads CI/CD runners, batch jobs, event-driven workloads — If interruption is acceptable, On-Demand is unnecessary. 🔹 S3 lifecycle policies (the silent saver) Data sitting idle in Standard storage for months? Automate transitions to Glacier and save continuously without effort. 💡 The real lesson wasn’t technical. Cost optimization isn’t a one-time task. It’s a discipline. Tag your resources. Review usage monthly. Challenge every default. Because the most expensive AWS decisions are the ones nobody revisits. 👉 What’s quietly draining your cloud budget right now? #AWS #CloudComputing #CloudArchitecture #AWSCostOptimization #FinOps #CloudFinOps #DevOps #SRE #EC2 #AmazonS3 #CloudWatch #AWSCloud #TechCareers #OpenToWork #CloudEngineer #SolutionsArchitect #Infrastructure #CostOptimization #Engineering #ITJobs #CloudJobs #AWSCommunity #TechHiring

A meaningful and practical update from AWS that will make life easier for cloud and platform engineers. For years, one of the common pain points with Amazon S3 was global bucket name uniqueness. Every bucket name had to be unique across all AWS accounts and regions, which often forced teams to use long, less intuitive names just to avoid collisions. AWS has now introduced Account Regional Namespaces for Amazon S3 general purpose buckets. This is a big improvement for teams managing multi-account AWS environments at scale. You can now create buckets in your own account’s reserved regional namespace using a predictable format such as: "mybucket-123456789012-us-east-1-an" This means: - cleaner and more predictable bucket naming - easier Infrastructure as Code standardization - better multi-account governance - simplified automation across regions and environments For enterprise teams working with Terraform, CloudFormation, and automated provisioning pipelines, this reduces naming complexity significantly. A small feature on the surface, but a meaningful operational improvement in real-world cloud environments. Official AWS blog: https://lnkd.in/gHa6Hfuz #AWS #AmazonS3 #CloudInfrastructure #DevOps #PlatformEngineering #Terraform #CloudArchitecture #AWSCloud