ServerlessArchitecture
Design and implement serverless architectures using AWS Lambda, Azure Functions, and GCP Cloud Functions. Build event-driven applications that scale automatically and you only pay for what you use. With event-driven patterns, automatic scaling, and pay-per-use pricing, we build serverless solutions that eliminate infrastructure overhead.
Event-Driven Architecture
Auto-scaling infrastructure
Serverless Patterns We Implement
Event-driven architectures for every use case
API Backend
RESTful and GraphQL APIs with automatic scaling
Web & Mobile BackendsEvent Processing
Real-time stream processing and ETL
Data PipelinesOrchestration
Complex workflows with Step Functions
Business ProcessesScheduled Tasks
Cron jobs and automated tasks
Batch ProcessingWebhooks
Third-party integrations and callbacks
IntegrationsComplete Serverless Solutions
From architecture design to production deployment and optimization
Architecture Design
Design scalable, event-driven serverless architectures tailored to your workloads
Function Development
Build optimized functions with best practices for performance and maintainability
API Gateway
Implement secure, scalable API layers with authentication and rate limiting
Workflow Orchestration
Build complex business workflows with Step Functions and Durable Functions
Security Hardening
Implement serverless security best practices and compliance controls
Observability
Full visibility into your serverless applications with distributed tracing
The Serverless Advantage
Real cost and operational benefits of going serverless
| Metric | Traditional | Serverless | Savings |
|---|---|---|---|
| Infrastructure Cost | $10,000/mo | $2,000/mo | 80% |
| Ops Overhead | 40 hrs/week | 5 hrs/week | 87% |
| Scaling Effort | Manual | Automatic | 100% |
| Idle Cost | 24/7 running | $0 | 100% |
Multi-Cloud Serverless Expertise
Deep experience across AWS, Azure, and GCP serverless platforms
Implementation Timeline
From assessment to production-ready serverless in 6 weeks
Assessment
Week 1Evaluate your workloads and identify serverless opportunities
Architecture Design
Week 2Design event-driven serverless architecture with security
Implementation
Weeks 3-5Build functions, APIs, and event integrations
Optimization
Week 6Performance tuning, cost optimization, and team training
Why Choose PlatOps for Serverless?
See the difference professional serverless implementation makes
| Capability | DIY / In-House | With PlatOps |
|---|---|---|
| Zero server management | ||
| Event-driven architecture | ||
| Cold start optimization | ||
| Security hardening | ||
| Cost optimization | ||
| Observability integration |
"Moving to serverless cut our infrastructure costs by 75% and we stopped worrying about scaling. PlatOps handled the entire migration seamlessly."
Frequently Asked Questions
Common questions about serverless architecture
Is serverless right for our application?
Serverless works best for event-driven workloads, APIs, and variable traffic patterns. It may not be ideal for long-running processes or applications with consistent high throughput. We'll assess your specific use case during discovery.
How do you handle cold starts?
We implement multiple strategies: provisioned concurrency for critical functions, optimal memory allocation, keeping functions lightweight, and using container image functions where appropriate. Most functions achieve <100ms cold starts.
Can you migrate our existing application to serverless?
Yes. We've migrated monolithic apps, containerized services, and traditional server-based applications to serverless. The process involves assessing your architecture, refactoring where needed, and implementing event-driven patterns.
Related Cloud Services
Combine serverless with these services for maximum impact
Build Scalable, Cost-Effective Applications
Get a free serverless assessment and see how we can help you eliminate infrastructure overhead while improving scalability.