CURRENT · MAR 2026–PRESENT
AI Engineer
Synoverge Technologies
DEVENDRA PARIHAR · AI ENGINEER
I turn complex AI into useful products. From autonomous agents to scalable ML pipelines, I build systems that work beyond the demo.

CURRENT · MAR 2026–PRESENT
Synoverge Technologies
PREVIOUS · SEP 2024–MAR 2026
Helios Solutions / Sol BI
PREVIOUS · NOV 2022–SEP 2024
KainSkep
01 / SELECTED WORK
A selection of experiments, open-source tools, and applied AI projects.
Search & RAG
A semantic image search engine built with Streamlit and Ultralytics, powered by OpenAI's CLIP and Meta's FAISS for intelligent visual content discovery.
Search & RAG
Comprehensive benchmark suite comparing ChromaDB and PGVector performance across insertion, query, memory usage, and CPU utilization scenarios.
Agents & LLMs
AI-powered calling agent system with advanced voice processing and worklog automation capabilities using Twilio integration.
Search & RAG
A production-ready document Q&A system using cooperating AI agents, Gemini AI, LangGraph orchestration, and Typesense hybrid search with persistent memory and intelligent context engineering.
Developer tools
Comprehensive Python-based MCP server for Atlassian Jira enabling AI assistants like Claude to interact with Jira seamlessly with enterprise-grade features.
Agents & LLMs
Advanced long-term memory system for LLM agents with sophisticated memory architecture and retrieval mechanisms.
Developer tools
VS Code extension that automatically generates detailed worklogs from code changes using AI, available on VS Code Marketplace.
Developer tools
Interactive simulation of a vacuum cleaner with pathfinding algorithms and real-time visualization of cleaning patterns.
Search & RAG
A chatbot that combines retrieval-augmented generation with chain-of-thought reasoning using FAISS vector search and Flan-T5-Base for explainable answers.
Agents & LLMs
Interactive Streamlit application with two-way voice communication, leveraging GPT-4 for intelligent responses and edge-tts for text-to-speech capabilities.
Agents & LLMs
Streamlit applications leveraging Google's Gemini AI model for powerful text and image generation with configurable parameters and interactive interface.
02 / REAL-WORLD IMPACT
A closer look at the problems, the decisions, and what changed.
faster user search
Reported project outcomeCASE STUDY / 01
The client application was experiencing slow and inconsistent user search performance.
The slowdown was caused by complex MongoDB queries on a large dataset (20K+ users), especially regex-based searches.
I replaced the existing search logic with Elasticsearch and built a real-time user sync process that updates Elasticsearch on every create or update operation.
Search performance improved significantly, with response times dropping to under 200 ms; about 90% faster than before.
View benchmark evidence ↗faster insert operations
Reported project outcomeCASE STUDY / 02
The existing RAG application used ChromaDB for vector search and document processing, but ingestion was slow, queries became unpredictable, and ChromaDB often got stuck due to system and memory limits.
ChromaDB required additional system resources, and its ingestion pipeline was heavy. Since the system was already using PostgreSQL, maintaining a separate vector DB increased overhead and contributed to performance bottlenecks.
I performed a full benchmark comparing ChromaDB with PGVector to determine the best option for production. Since PostgreSQL was already part of the core architecture, PGVector was the first candidate. The benchmark revealed that PGVector was significantly faster at insertion (5s vs 19.22s), far lighter on memory (32MB vs 66MB), and consumed much less CPU (~4% vs ~18%). Although ChromaDB had faster query performance (0.47s vs 2.77s), PGVector offered better overall efficiency and tunability(this complete experiment was on 10k data rows). Based on these findings, I replaced ChromaDB with PGVector to simplify the architecture and improve system performance.
The migration made the RAG pipeline more stable and scalable. Insert operations became ~74% faster, memory usage dropped by ~50%, and CPU load decreased by ~76%. Infrastructure overhead reduced because vector search and primary data storage now operate within a single PostgreSQL system. Query speed remained strong and is tunable with indexing strategies like ivfflat. Overall, the system became faster, lighter, more reliable, and better suited for production workloads.
View benchmark evidence ↗03 / THE TOOLKIT
From the first data pipeline to the final deployment, I work across the AI stack.
Have a challenge in mind? ↗Generative AI · LLMs · NLP · Computer vision
PyTorch · TensorFlow · Scikit-learn
LangChain · LlamaIndex · LangGraph
FAISS · PostgreSQL · Typesense · MCP
Python · SQL · R · PySpark
Pandas · NumPy · Git
Microsoft Azure · Amazon Web Services
Docker · ML pipelines
04 / PROFESSIONAL EXPERIENCE
4+ years across AI engineering, data science, and early internships. Every role, company, and milestone below.
EDUCATION / 2020–2024
Govt. Engineering College Bikaner
March 2026 - Present
Building AI-driven products and production-ready intelligent systems for real-world business workflows.
September 2024 - March 2026
Architected the "Actionable Business Insights" platform using state-of-the-art LLMs and predictive analytics.
November 2022 - September 2024
Led GenAI initiatives: Custom Object Detection on Azure, Airflow-based ETL ("PlugData"), and large-scale Databricks pipelines.
July 2022 - September 2022
Developed core ML models for predictive maintenance and automated classification systems.
May 2022 - June 2022
Developed AI chatbots and predictive models using ML techniques. contributed to Python backend development.
March 2022 - April 2022
Led a team of 20 interns to develop a comprehensive Python course. built automation tools for document processing.
05 / RESEARCH
Exploring satellite imagery analysis through Vision Transformers. Published in IEEE InGARSS 2024.
06 / NOTES FROM THE WORKBENCH
07 / LET’S CONNECT
A challenging problem, an interesting idea, or just a conversation about AI. I’d love to hear it.
devendraparihar340@gmail.com ↗