What We Build
Event-Driven Applications
Architectures that respond to events—API requests, file uploads, database changes, schedules.
API Backends
REST and GraphQL APIs built on Lambda, Cloud Functions, or Azure Functions.
Data Processing Pipelines
ETL workflows, file processing, and data transformation triggered by events.
Workflow Orchestration
Step Functions, Cloud Workflows—coordinating complex multi-step processes.
Real-Time Processing
Stream processing with Kinesis, Pub/Sub, and serverless compute.
Scheduled Jobs
Cron-like workloads without maintaining servers—reporting, cleanup, integrations.
Serverless Platforms
AWS Lambda
Event-driven compute integrated with the full AWS ecosystem.
Google Cloud Functions
Lightweight functions with strong GCP integration, especially for data workloads.
Azure Functions
Microsoft's serverless compute with deep enterprise integration.
Edge Functions
Cloudflare Workers, Lambda@Edge—compute at the CDN layer for global low-latency.
How We Work
Fit Assessment
Determining if serverless is right for your workload—it's not always the answer.
Architecture
Designing event flows, function boundaries, and state management patterns.
Implementation
Building functions, infrastructure as code, and deployment automation.
Observability
Distributed tracing, metrics, and logging for serverless-specific challenges.
Cost Optimization
Memory tuning, concurrency configuration, and architecture choices that minimize cost.
Documentation
Runbooks and architecture docs for your team to own the system.
When to Call Us
You want to build something new without managing servers
We'll design a serverless architecture that scales automatically and costs nothing when idle.
You have variable or unpredictable workloads
Serverless excels when demand is bursty. We'll help you handle spikes without over-provisioning.
You're building event-driven integrations
Connecting systems, processing webhooks, and responding to events is a natural serverless fit.
You want to reduce operational burden
No patching, no scaling decisions, no capacity planning. We'll help you shift that burden to managed services.
Frequently Asked Questions
What about cold starts?
+Cold starts are real but often overstated. For most workloads, sub-second latency is fine. When it’s not, we use provisioned concurrency, keep-warm patterns, or hybrid architectures that avoid the issue.
Is serverless really cheaper?
+For variable workloads, usually yes. For consistent high-volume traffic, traditional compute might be cheaper. We’ll model the costs for your actual usage patterns and be honest about the tradeoffs.
How do you handle state in serverless?
+Serverless functions are stateless by design. We use DynamoDB, Redis, S3, or your database for persistence—designing data access patterns that work with ephemeral compute.
Can serverless handle complex business logic?
+Yes, with the right architecture. Step Functions and similar orchestrators handle multi-step workflows. We design function boundaries that keep individual functions simple while supporting complex processes.