Building Serverless Application

🎯 Modernizing with Serverless-First Approach

🎯 Architecture Patterns for building Serverless-App.

Benefits of Serverless Computing (Lambda) ⚡

No infrastructure provisioning, no management
Automatic scaling
Pay-for-use
Highly available and secure

Pattern 1. Serverless Web Applications - Serverless Backend

Use-case 1: Performance Dashboard Solution

Figure 2: Serverless Backend

Amazon API-Gateway
- A managed API platform that is compatible with OpenAPI
- From edge to private APIs (Edge, regional, access to VPC and private APIs) + From API to any endpoint (inside or outside of AWS Cloud).
- Monitored & traced via CloudWatch and X-Ray.
- Super easy Lambda Integration.
- A wide range of features - models, cache, and usage plans

Figure 2. API Gateway - Serving Dynamic Content

Pattern 2. Serverless Web Applications - GraphQL Serverless Backend

Use-case 2: SmartChat WhatsApp-like Real-Time & Offline Messaging Web-App

Figure 3. GraphQL Serverless Backend

Managing Costs for Serverless Workloads

[x] Lambda Power Tuning: Utilize Lambda Power Tuning to decide how much memory to allocate to lambda functions to achieve the right performance and cost balance.
[x] Compute Optimizer is a passive approach that uses machine learning algorithms to analyze the function executions and recommend changes to enhance performance and reduce costs.
[ ] Lambda - Provisioned concurrency
[ ] Lambda - Log tuning
[ ] Lambda – AVX2

[Performance Dashboard] Path to Modernization

[x] Step 1. Strategy
- [ ] Re-platform
- [ ] Refactor
- [x] Build New
[x] Step 2. Pilot
- [ ] Move to manage
- [x] Build new with serverless
[x] Step 3. Define
- [x] Development practices
- [x] Operational expertise
- [x] Deployment best practices
- [x] Cost management & governance
[ ] Step 4. Optimize
- [x] Decrease build & deployment time
- [ ] Increase TCO
- [ ] Increase time to market
[ ] Step 5. Scale
- [ ] Organization wide
- [ ] Critical workloads
- [x] Global reach
✍️ Accelerate your organization-wide adoption (Define | Optimize | Scale):
- [ ] Enable Cloud Center of Excellence (CCOE) for Cloud Native apps
- [ ] Establish a Shared Services Platform (SSP)
- [ ] Build a community

⛅ Architecture Patterns for building Serverless Applications ⚡

Comments

⛅️ AWS Cloud

💡 Scaling up to your first 1 Million Users 🚦

More from this blog

ADLC Framework: Enterprise AI Agent Governance for Multi-Cloud DevSecOps

Local Testing Strategy for AWS Infrastructure

AI-Powered AWS Network Architecture Discovery Automation & Cost Optimization

Agile SDLC Workflow for HITL + AI Agents

Expose Kubernetes Microservices hosted on Private Subnets and On-Premises Networks

Benefits of Serverless Computing (Lambda) ⚡

Pattern 1. Serverless Web Applications - Serverless Backend

Pattern 2. Serverless Web Applications - GraphQL Serverless Backend

Managing Costs for Serverless Workloads

[Performance Dashboard] Path to Modernization

Building an End-to-End Serverless Web Application

1. Business Case: [TODO]

2. Frontend: React.js: [TODO]

3. Backend: Node.js [TODO]

4. IaC: CDK [TODO]

5. Open-Source [TODO]: https://github.com/OceanSoftIO/Serverless

Command Palette

Comments

⛅️ AWS Cloud

💡 Scaling up to your first 1 Million Users 🚦

More from this blog

Benefits of Serverless Computing (Lambda) ⚡

Pattern 1. Serverless Web Applications - Serverless Backend

Pattern 2. Serverless Web Applications - GraphQL Serverless Backend

Managing Costs for Serverless Workloads

[Performance Dashboard] Path to Modernization

Building an End-to-End Serverless Web Application

1. Business Case: [TODO]

2. Frontend: React.js: [TODO]

3. Backend: Node.js [TODO]

4. IaC: CDK [TODO]

5. Open-Source [TODO]: https://github.com/OceanSoftIO/Serverless