Cloud Application & Serverless Microservices
From high-throughput serverless Node.js and Go microservices on AWS Lambda / Google Cloud Run to distributed caching and event-driven message architectures, AeroCodix engineers cloud applications that auto-scale instantly under viral demand.
Event-Driven Cloud Backends That Scale to Zero When Idle
We architect cloud-native applications utilizing AWS Lambda, Cloud Run, DynamoDB, and Redis, ensuring you only pay for actual compute used while maintaining sub-second global response times.
How We Deliver Cloud Application & Serverless Microservices
A disciplined, predictable 4-phase agile engineering roadmap with transparent weekly milestones and zero surprises.
API Contract & Cloud-Native Architecture Spec
Defining OpenAPI specifications, serverless service boundaries, asynchronous event channels, and database partitioning plans.
- OpenAPI 3.0 Contract Spec
- Serverless Topology Architecture Diagram
- Database Partitioning Plan
- Cold-Start Latency SLA
Microservices & Event-Driven Pipeline Build
Writing performant serverless functions, configuring RDS Proxy connection pooling, and connecting message queues.
- Containerized Lambda / Cloud Run Handlers
- EventBridge Queue Workers
- Automated Staging Preview Environments
- API Gateway Configuration
Concurrency Stress Testing & Latency Tuning
Executing high-concurrency k6 load tests to optimize connection pooling, memory sizing, and cold-start execution times.
- k6 High-Concurrency Benchmark Signoff
- P99 Latency Optimization Report
- Security Penetration Signoff
- UAT Signoff
Multi-AZ Production Cutover & Datadog Alerts
Deploying to Multi-AZ production cloud with automated Datadog distributed tracing, error tracking, and 24/7 SLA.
- Production Multi-AZ Deployment
- Datadog Distributed Tracing Live
- API Documentation Portal
- 24/7 Production SLA
The Challenges We Solve
Translating complex architectural hurdles into measurable bottom-line business advantage.
Serverless Cold Start Latency Spikes
Lightweight Go binaries and provisioned concurrency on critical user API endpoints.
Database Connection Exhaustion Under High Lambda Concurrency
AWS RDS Proxy connection pooling and read-replica distribution.
High Operational Costs for Always-On Idle Servers
Migrated fixed EC2 instances to serverless auto-scaling pay-per-request architecture.
Core Deliverables & Specifications
Modular engineering building blocks tailored for high throughput, security, and scalability.
Serverless Microservices API
Auto-scaling Go / Node.js APIs deployed on AWS Lambda & Google Cloud Run.
Event-Driven Message Queues
Asynchronous event handling with AWS EventBridge, SQS, and Google Pub/Sub.
Distributed Cloud Caching & DB
High-throughput DynamoDB, PostgreSQL Aurora Serverless, and Redis clusters.
API Security & OAuth Gateways
Rate-limiting, JWT authentication, and Web Application Firewall protection.
Serverless Microservices Cloud Console & Real-Time API Throughput
Our dedicated engineering pods build with strict architectural rigor. Every component is subjected to automated regression checks, load simulations, and zero-trust security audits to guarantee continuous operational excellence.
The Engineering Stack
We deploy industry-leading technologies vetted for speed, security, and long-term maintainability.
Compute & Serverless
Databases & Storage
Events & Messaging
IaC & CI/CD
Frequently Asked Questions
Have questions about engagement models, delivery timelines, or technical specifications?
What is the advantage of serverless over traditional virtual machines?
Serverless architectures scale up in milliseconds to handle sudden viral traffic spikes and scale down to zero when idle, saving up to 70% in monthly hosting costs with zero manual server patching.
How do you prevent database connection pool crashes in serverless functions?
We utilize AWS RDS Proxy or serverless database drivers (Prisma Accelerate / Neon) that pool and reuse connections across thousands of concurrent lambda executions.
Let's Build Something Extraordinary
Tell us about your project roadmap, timeline, or engineering needs. Our technical architects will respond with a tailored proposal within 24 hours.
Our Office
âš¡ Guaranteed Response SLA
Every inquiry is reviewed directly by Usman Ali and our Principal Solutions Architects. You will receive an initial technical feasibility response in under 24 business hours.