Cloud-Based Web Development Solutions

Frontend Devs, Stop Waiting on Backend Teams—Go Serverless 🚀 Remember when frontend devs had to wait on backend teams for every new endpoint? Those days are over. Serverless lets us build full-scale apps without managing servers. Here’s how my team leverages AWS to move fast and scale effortlessly: 1️⃣ API Gateway + Lambda = Frontend Freedom ✅ Cut API development time by 60% using this combo. ✅ TypeScript + Lambda = type safety across your stack. 💡 “Lambda’s auto-scaling saved us during a 10x traffic spike last Black Friday.” — E-commerce CTO 2️⃣ Amplify: The Frontend Developer’s Cheat Code ✅ Deploy React/Angular/Vue apps with CI/CD in minutes. ✅ Auth, Storage, APIs—minimal config, max speed. 💡 Our junior devs shipped features 3x faster after adopting Amplify. 3️⃣ DynamoDB: NoSQL That Actually Makes Sense ✅ Single-digit ms response times—even at scale. ✅ Pay-per-request pricing saved us 42% vs. traditional DBs. 💡 “Migrating from MongoDB to DynamoDB cut our DB costs in half.” — FinTech Lead 4️⃣ CloudFront + S3: The Performance Power Duo ⚡ ✅ 40% faster LCP after implementing this setup. ✅ Global CDN = happy users worldwide. 💡 Hosting our app on S3 costs less than $5/month for 100k visitors. 5️⃣ EventBridge: The Glue That Connects Everything ✅ Event-driven architectures without managing queues. ✅ Replaced 3 microservices with simple EventBridge rules. 💡 “EventBridge simplified our architecture dramatically.” — SaaS Founder The REAL Challenges No One Talks About: ❌ Cold starts can hurt → Fix: Provisioned Concurrency. ❌ Local development is clunky → Use AWS SAM + LocalStack. ❌ CloudFormation is a headache → Switch to CDK. 💡 Bottom Line: Serverless isn’t just for backend devs anymore. Frontend engineers who master these tools become full-stack force multipliers. What’s your biggest serverless challenge? Drop it below—we’ll solve it together! 👇 #Serverless #AWS #CloudComputing #FrontendDevelopment #WebDev #Scalability

After 20+ years in web development, working with giants like NBA.com, Adult Swim, and Goodr, I've spent the last half-decade immersed in groundbreaking technologies such as GraphQL, Progressive Web Apps, and AWS serverless products via Infrastructure As Code. Now, I'm excited to finally document and share these experiences! 🔗 Introducing [Rick's Associated with their Morties](https://lnkd.in/gA8pmQr4) - A NextJS PWA hosted on CloudFront via AWS Amplify. This project is underpinned by a GraphQL Apollo server on Lambda @ Edge, all within a [monorepo](https://lnkd.in/g3d9Hvnp). I also discuss my choices of package managers, transitioning from Bun to Yarn, reflecting our industry's ever-changing landscape. [In my latest blog post](https://lnkd.in/gnUbr2Ha), I discuss GraphQL, Apollo Server, AWS Amplify, Lambda @ Edge, monorepos, and PWAs. This isn't just a technical exposition; it's a culmination of years of hands-on experience, practical insights, and evolving methodologies that I hope others making their way through the industry can build upon. 🌐 Whether you're a seasoned developer or simply passionate about the latest in web technologies, this journey offers a unique perspective on long-term tech engagement. Excelsior! Drew #FullStackDevelopment #GraphQL #NextJS #AWSAmplify #WebDevelopment #Monorepo

I just automated the deployment of a highly available, secure, and scalable web application on AWS using Ansible and AWS services. This project showcases the power of automation and cloud technologies in modern application deployment. Here’s a detailed breakdown of what I achieved: Designed and built a custom VPC with 2 public subnets and 2 private subnets for high availability. Deployed a bastion host in the public subnet for secure access to resources in private subnets. Launched an Ansible server in the private subnet to manage configurations and deployments. Secured access: SSH to bastion host restricted to my IP and SSH to Ansible server allowed only from the bastion host. 📦 Automation with Ansible: Installed and configured Ansible on the Ansible server. Created an inventory file listing the private IPs of the web servers for easy management. Cloned the repository to both my local machine and the Ansible server for seamless updates. Developed an Ansible playbook to install Apache on the web servers and deploy the website’s index.html directly from the GitHub repository. Configured ansible.cfg for streamlined command execution, allowing simple commands like ansible all -m ping to test connectivity. Installed dependencies like Python-pip and Boto3 for AWS integration. Deployed and verified Apache across multiple web servers in the private subnet. Created an Application Load Balancer (ALB) and a target group, adding the web servers for load distribution. Secured the ALB with a TLS certificate to enable HTTPS. Configured Route 53 to map a custom domain to the load balancer using an alias. Redirected HTTP traffic to HTTPS at the load balancer level for a seamless user experience. ✨ Results: Successfully deployed a scalable, fault-tolerant web application on AWS. Leveraged Ansible automation to ensure consistent and efficient configuration management. Delivered a secure website accessible via HTTPS with Route 53 and a custom domain. Key Takeaways: This project highlighted the importance of automation and best practices in cloud infrastructure. By integrating tools like Ansible and AWS services, I was able to build a reliable and secure solution with minimal manual intervention. Amazing individuals who have inspired me and who I learn from and collaborate with: Neal K. Davis Eric Huerta Prasad Rao Azeez Salu Mike Hammond Teegan A. Bartos Kumail Rizvi Ali Sohail