Service Track · SVC/05 · 4–8 week modernization
Cloud Modernization & High-Throughput Telemetry
Scale multi-tenant cloud workloads with strict tenant isolation and real-time operational telemetry.
We modernize legacy monoliths using Kubernetes, PostgreSQL Row-Level Security (RLS), high-throughput event streams, and spatiotemporal forecasting models.
Ideal Buyer Profile
FinTech, SaaS & Infrastructure Teams
Typical Delivery Window
4–8 week modernization
Why teams bring us in
Growing SaaS platforms hit database contention during peak loads, struggle to prove cryptographic and row-level tenant isolation to enterprise buyers, or receive sensor/risk telemetry too late to trigger automated action.
How we solve it in production
We re-architect data layers with PostgreSQL Row-Level Security (RLS), partition high-volume telemetry streams, and deploy containerized services on AWS and Kubernetes with automated observability and cost controls.
- AWS
- Kubernetes
- Docker
- PostgreSQL RLS
- Python
- Node.js
- Linux
What You Receive at Handover
Concrete engineering deliverables
- Multi-Tenant Database RLS
- High-Throughput Telemetry
- Spatiotemporal Forecasting
- Kubernetes & AWS Automation
Business & Technical Impact
Verifiable operational outcomes
- Provable database-level tenant isolation for enterprise security reviews
- Predictable latency and autoscaling during high-concurrency traffic spikes
- Real-time operational and geospatial risk alerts from streaming telemetry
Buyer FAQ · SVC/05
Common questions before kicking off
Can you modernize our database and cloud architecture without downtime?
Yes. We use phased schema migrations, dual-write validation, and blue/green container deployments so production traffic continues uninterrupted during modernization.
How do you enforce multi-tenant data isolation?
Beyond application-layer checks, we implement PostgreSQL Row-Level Security (RLS) policies tied to verified session contexts so a query can never accidentally read another tenant's rows.