[OK] Loading system architecture...

[OK] Warming agent guardrails...

[OK] Mounting portfolio interface...

🟢 Open to Consulting

GenAi meets DevOps

Vikas Rimmalapudi

GenAI Cloud engineer

I design fault-tolerant AI systems, agentic workflows, and scalable Kubernetes environments. Let's see if you can handle the infrastructure.

system.architecture()

> agents: autonomous & sandboxed

> retrieval: sub-second hybrid search

> deployment: event-driven & immutable

> orchestration: distributed microservices

status: open_to_consulting

Interactive Skills

Play the Architecture

Four snappy visual metaphors show what automation does in seconds: shield alerts, extract answers, stretch capacity, and reject risky code before production.

The 3 AM Shield

🎯 Mission: Drag the alert stream from the Manual Pager to the Autonomous Agent to see how I eliminated 3 AM wake-up calls.

on-call dashboardAlerts Piling Up

Alert queue

Human
Agent

Drag the stream endpoint between Manual Pager and Autonomous Agent to switch routing.

The Semantic Magnet

🎯 Mission: Tune the slider to 50% (Hybrid) to see how I fixed AI hallucinations and achieved exact enterprise search matches.

User query

Find exact policy detail.

Literal Match / Context Missed

Keyword Focus

literal match

Policy newsletter archive

Keyword hit: policy, but wrong business unit

literal match

Printer access policy

Literal match, irrelevant context

literal match

Legacy onboarding FAQ

Old wording, stale answer

High Relevance

Exact policy detail found

Hybrid Search: keyword precision + vector meaning + reranking.

The Autoscaler

🎯 Mission: Crank up the traffic to overload the system, then click [+] to see how I use horizontal scaling to save crashing pods.

Capacity Manager1 pod

Active Connections

0

Dropped Requests

0

The Event-Driven Gauntlet

🎯 Mission: Toggle the architecture switch to see how I decouple legacy bottlenecks into high-speed parallel processing lanes.

Toggle to scale the architecture and clear the queue.

Queued Events

0

Consumed Events

0

Events physically pile up in Monolith mode, then drain through 4 worker sensors in Event-Driven mode.

Flip the architecture switch to remove the choke point and let the queued events drain through parallel workers.

Offline Mode

Outside the Cluster

A small terminal window for the human behind the architecture diagrams.

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