Inferensys

Service

Enterprise Semantic Search RAG Development

Build search systems that understand your business context. We develop domain-aware RAG with knowledge graphs to deliver precise, actionable answers from internal documentation, reducing support overhead and accelerating decision-making.
Knowledge manager reviewing enterprise knowledge management system on laptop, document library visible, casual office.
WHY TRADITIONAL SEARCH FAILS

The Problem with Generic Enterprise Search

Keyword-based systems cannot understand business context, leading to irrelevant results and wasted time.

Your teams are stuck with search tools that treat a query for "Q4 pipeline risk" the same as a web search. They return documents containing those words, not the nuanced analysis your sales leaders need. This creates critical knowledge gaps and slows decision-making.

Generic search lacks semantic understanding of your proprietary data, processes, and jargon.

The core failures include:

  • No domain awareness: Cannot distinguish between "Java" (coffee), "Java" (island), and "Java" (code).
  • Fragmented context: Treats each document as an island, missing connections across your CRM, wikis, and support tickets.
  • High recall, low precision: Floods users with hundreds of marginally relevant results, forcing manual filtering.
  • Static indexing: Cannot incorporate real-time data from streaming sources like Kafka or live dashboards.

This isn't just an IT problem—it's a productivity tax. Teams waste hours weekly searching, while critical insights remain buried in PDF archives and legacy SQL databases. For a deeper technical dive on building the underlying infrastructure, explore our guide on Retrieval-Augmented Generation (RAG) Infrastructure. To solve the specific challenge of unifying fragmented data, see our service for RAG for Legacy Data Silos Integration.

ENTERPRISE-GRADE RESULTS

Measurable Outcomes for Your Business

We deliver semantic search RAG systems that move beyond prototypes to production-grade infrastructure, providing clear, quantifiable improvements to your operations and bottom line.

01

80% Reduction in Search Time

Deploy semantic search that understands business context and jargon, cutting average query resolution time from minutes to seconds. Our systems deliver precise, actionable answers from internal wikis, documentation, and knowledge bases.

< 200ms
P95 Query Latency
> 95%
Answer Relevance
02

40% Lower Hallucination Rates

Implement advanced retrieval strategies with hybrid search and query routing grounded in your proprietary data. We engineer RAG pipelines that prioritize accuracy and source attribution, building user trust.

> 99%
Source Grounding
< 2%
Factual Error Rate
03

Production Deployment in 4-6 Weeks

Accelerate from concept to live system with our proven development framework. We handle vector database integration, pipeline orchestration, and API deployment, ensuring a scalable launch on your infrastructure.

4-6 weeks
Time to Production
99.9%
Uptime SLA
Transparent Project Roadmap

Typical Development Timeline & Deliverables

A clear breakdown of the phases, key outputs, and timeline for developing a production-ready Enterprise Semantic Search RAG system, from initial architecture to final deployment and optimization.

Phase & Key DeliverablesWeeks 1-4Weeks 5-8Weeks 9-12+

Discovery & Architecture Design

Data Pipeline & Semantic Chunking Engine

Vector Index & Hybrid Search Implementation

RAG Pipeline & LLM Integration

Performance Tuning & Security Hardening

Production Deployment & API Launch

Core Deliverables

Technical Design Document, POC

Indexed Knowledge Base, Search API

Production API, Integration Guides, SLA

Team Involvement

Solution Architect, PM

ML Engineer, Data Engineer

DevOps, Security Engineer, Your Team

Client Milestone

Architecture Sign-off

Search Accuracy Validation

Go-Live & Handoff

ENTERPRISE-GRADE RAG

Core Technical Capabilities We Deliver

We architect semantic search systems that deliver precise, actionable answers from your proprietary data. Our focus is on accuracy, security, and seamless integration with your existing tech stack.

01

Domain-Aware Semantic Search

We build search systems that understand your business jargon and context. Using knowledge graphs and entity recognition, we ensure queries return precise answers from internal wikis, documentation, and technical manuals.

40%+
Reduced Hallucination
Sub-100ms
Query Latency
02

Advanced Chunking & Embedding Strategy

We implement sophisticated semantic chunking and embedding pipelines using models like BGE or OpenAI's text-embedding-3. This ensures the most relevant context is retrieved, dramatically improving answer quality and reducing irrelevant results.

95%+
Retrieval Accuracy
Multi-Modal
Data Support
03

Production-Grade RAG Pipeline Engineering

We deliver robust, scalable RAG pipelines built with frameworks like LlamaIndex and LangChain. Our systems feature automated ingestion, real-time indexing, and rigorous monitoring for continuous accuracy and performance.

99.9%
Uptime SLA
2-4 Weeks
Deployment Time
Enterprise Semantic Search RAG

Frequently Asked Questions

Get specific answers about our development process, timelines, and outcomes for building domain-aware semantic search systems.

We follow a structured 4-phase methodology: 1) Discovery & Architecture (1-2 weeks) to map your domain-specific jargon, data sources, and performance requirements. 2) Prototype & Validation (2-3 weeks) where we build a proof-of-concept with a subset of your data to validate retrieval accuracy. 3) Production Development (3-6 weeks) for full-scale pipeline engineering, including knowledge graph integration and entity recognition. 4) Deployment & Handoff (1 week) with comprehensive documentation and training. This process is informed by our experience delivering 50+ enterprise RAG projects.

Prasad Kumkar

About the author

Prasad Kumkar

CEO & MD, Inference Systems

Prasad Kumkar is the CEO & MD of Inference Systems and writes about AI systems architecture, LLM infrastructure, model serving, evaluation, and production deployment. Over 5+ years, he has worked across computer vision models, L5 autonomous vehicle systems, and LLM research, with a focus on taking complex AI ideas into real-world engineering systems.

His work and writing cover AI systems, large language models, AI agents, multimodal systems, autonomous systems, inference optimization, RAG, evaluation, and production AI engineering.