About Me
I build AI systems
that ship to production.
I'm Lucky Patel, an AI Systems Engineer with 4+ years of full-stack development experience. I design and build production AI applications: RAG pipelines, LLM-powered products, and intelligent systems that solve real problems at scale.
As the co-founder of Mystiq Technologies, I've shipped AI integrations, chat systems, and data platforms end-to-end, from architecture to deployment. I work across the full stack: Node.js, Next.js, React, GraphQL, MongoDB, and the entire modern AI toolchain.
// current stack
$ echo $CORE_STACK
RAG · AI Agents · LLMs · Next.js · Python
$ echo $APPROACH
"Retrieval before generation."
"Ship fast, observe, iterate."
"Production-first architecture."
$
AI Agents
Multi-agent systems & workflows
Agentic AI
CrewAI, LangGraph, tool use
RAG Systems
Retrieval & embedding pipelines
Shipping
End-to-end AI products
Services
What I do.
LLM Application Development
Production RAG systems, AI agents, and LLM-powered products. From retrieval pipelines to streaming chat interfaces.
Full-Stack Product Engineering
End-to-end product development with modern frameworks. Real-time systems, APIs, and scalable architecture.
AI Integration & Pipelines
Embed AI into existing products. Transcription, analysis, content generation, and intelligent automation pipelines.
Production AI Infrastructure
Ship AI systems that handle real traffic. Vector databases, embedding pipelines, and optimized inference at scale.
Real-Time Systems
WebSocket-based platforms, live dashboards, and event-driven architectures for applications that demand instant data.
AI Product Strategy
Technical consulting on where AI fits in your product. Architecture decisions, MVP scoping, and build-vs-buy analysis.
Skills
Engineering toolkit.
AI & LLM Systems
GPT-4, Claude, Llama, Gemini
Vector search, embeddings, retrieval pipelines
Autonomous agents, tool use, multi-step planning
Chains, agents, memory, tools
Stateful agent graphs, conditional routing
Role-based agent teams, collaborative workflows
Few-shot, CoT, system design
Streaming, tool calling, AI routes
LoRA, PEFT, dataset curation
Function calling, API orchestration, MCP
Chat, Assistants, Function calling, Vision
Frontend
Hooks, context, server components
App router, SSR, ISR, middleware
Generics, utility types, strict mode
ES2024, async patterns, Web APIs
Custom themes, animations, responsive
3D rendering, WebGL, animations
Backend
Express, Fastify, streams
FastAPI, async, data pipelines
Apollo, resolvers, subscriptions
Design, auth, rate limiting
Real-time bidirectional communication
Live data, event-driven architecture
Data & Infra
Aggregation, Atlas, Mongoose
Prisma, Drizzle, migrations
Pinecone, Weaviate, ChromaDB
Caching, pub/sub, queues
Auth, realtime, edge functions
Firestore, auth, cloud functions
OpenAI, Cohere, sentence-transformers
DevOps
Lambda, S3, EC2, Bedrock
Compose, multi-stage builds
Edge functions, analytics, deployments
GitHub Actions, automated pipelines
Branching strategies, CI workflows
Shell scripting, systemd, networking
Projects
Systems I've built.
+ many more
System Design
RAG Pipeline Architecture.
How I build production retrieval-augmented generation systems. Click any node to explore the implementation details, or watch the data flow automatically.
User
Query Input
API Gateway
Request Orchestration
Embedding Model
Semantic Encoding
Vector Database
Similarity Search
Retriever
Context Assembly
LLM
Generation Engine
Streaming Response
Real-Time Output
Latency
< 200ms
P95 retrieval + generation with streaming first-token delivery
Throughput
10K+ RPM
Horizontal scaling with async pipelines and connection pooling
Accuracy
95%+
Grounded responses with hybrid search, reranking, and citation validation
Streaming Response — token-by-token
Design Principles.
Modularity
Each pipeline stage is independently deployable and testable. Swap embedding models or vector DBs without rewriting the system.
Observability
Every retrieval and generation step is traced. Latency, relevance scores, and token usage are logged for continuous improvement.
Graceful Degradation
If the retriever returns low-confidence results, the system falls back to the LLM's parametric knowledge with clear attribution.
Evaluation-Driven
Automated evals with RAGAS metrics (faithfulness, answer relevancy, context precision) run on every pipeline change.
Contact
Let's build something real.
Building an AI product, need a technical co-builder, or want to integrate LLMs into your stack? I ship production AI systems. Let's talk.