Technology
Our production technology stack
We use proven, flexible technologies built for security and performance.
Frontend
TypeScript
Tailwind CSS
shadcn/ui
Radix UI
Backend
Node.js
Prisma ORM
Drizzle ORM
Zod
Database
PostgreSQL
MongoDB Atlas
Redis
Cloud
AWS
Microsoft Azure
Docker
Kubernetes
Terraform
GitHub Actions
Security
Sentry
Semgrep SAST
OWASP ZAP
Quality
Vitest
Playwright
Storybook
Our Engineering Lifecycle
Phase 1Week 1
Architecture Review & Threat Modeling
We conduct thorough systems auditing, threat modeling, dependency mapping, and data flow modeling to capture your business logic constraints in writing before building.
Phase 2Weeks 2-3
Proof of Concept (PoC)
Using React Server Components, Drizzle ORM relations, and PostgreSQL, we build a working proof-of-concept of your most complex data models to prove performance targets.
Phase 3Months 1-3
Incremental Strangler Fig Migration
We employ a Strangler Fig progressive migration path, introducing request routing rules via API gateways or edge middleware to extract legacy monolith routines with zero downtime.
Phase 4Ongoing
Global Edge Deployment
We host production applications on low-latency Edge runtimes, backing them with read-replica database pools and cache sync engines to maintain sub-50ms visual response times globally.
Engineering principles
Type safety
We enforce strict type-safety across the entire transaction boundary—from database constraints and Drizzle schema structures down to client-side component state. This eliminates runtime failures, acts as living documentation, and gives external auditors a machine-checked trail instead of a promise.
Clean architecture
By isolating the database models, clean business logic interactors, and UI presentations, we restrict technical debt propagation. Changes to database keys or external payment gateways are isolated, preventing cascade regressions.
Continuous security scanning
We secure our application boundaries using Arcjet threat protection, Semgrep SAST pipelines, and GitHub Actions-integrated OWASP ZAP penetration testing. Continuous dependency monitoring detects vulnerabilities pre-merge, not post-deployment.
80%+ test coverage enforced
A comprehensive suite of unit tests, integration validation schemas, and Playwright end-to-end user path simulation scripts is verified in CI. No code reaches staging without meeting an 80%+ coverage threshold.
Immutable audit trails
Administrative mutations are routed through secure, tamper-evident audit logs on read-only cloud enclaves. This gives internal and external compliance audits immediate verification of system access history.
Infrastructure as code
Every infrastructure element—from PostgreSQL clusters to private VPC enclaves and Cloudflare cache rules—is provisioned using Terraform. This enables version-controlled, reproducible, and disaster-recoverable environments.
Type-Safe Everything
// End-to-end type safety from DB to UI
export const getUsers = async () => {
const data = await db.select().from(users);
return data; // Inferred as User[]
};