RAG & Knowledge Base Development

Connect AI directly to your private data.

We build Retrieval-Augmented Generation (RAG) systems that allow large language models to securely search, synthesize, and answer questions based solely on your internal documents.

Intelligent Infrastructure

Monitor knowledge operations

RAG isn't just about sending text to an API. Our solutions come with comprehensive dashboards to monitor index freshness, retrieval precision, and answer latency.

RAG Knowledge Operations
Documents Indexed1.2M
Retrieval Precision94.5%
Avg Answer Latency1.2s
Permission Checks100%
Source Health & Index Freshness
Notion Wiki SyncSynced (2m ago)
Google Drive ReposSynced (5m ago)
Zendesk TicketsSyncing... (45%)
Query Analytics & No-Answer Gaps

Queries that yield no relevant documents are logged to help identify missing documentation in your knowledge base.

Top Gap: "Q3 Bonus Structure"14 Searches

The RAG Architecture Pipeline

RAG isn't just about sending text to an API. It requires a robust pipeline of chunking, vectorization, semantic search, and prompt injection to prevent hallucinations and ensure accurate citations.

Data SourcesPDFs, ERPs, Notion
EmbeddingsChunking & Vector DB
RetrievalSemantic Search Logic
Prompt LayerLLM Context Injection
GuardrailsFormat & Policy Check

Knowledge base capabilities

Document Ingestion Pipelines

Automated pipelines to securely upload, parse, and chunk PDFs, Word docs, CSVs, and web pages.

Vector Search Implementation

High-performance semantic search using Pinecone, pgvector, or Milvus to find the exact relevant paragraphs.

Accurate Citations

Responses that explicitly link back to the source document and page number for verification.

Role-Based Access Control

RAG systems that respect user permissions — an employee only gets answers from documents they are allowed to see.

Hybrid Search (Keyword + Vector)

Combining traditional keyword search with semantic AI search for the highest retrieval accuracy.

Data Freshness Sync

Mechanisms to automatically update the vector database when the underlying source documents change.

Our RAG implementation process

01

Data Audit

Analyze your existing document formats, quality, and access control requirements.

02

Ingestion & Chunking

Build the pipeline to extract text, clean it, split it into chunks, and generate vector embeddings.

03

Vector Database Setup

Deploy and configure a vector database (like Pinecone) for sub-millisecond semantic search.

04

Retrieval Optimization

Implement hybrid search and re-ranking to ensure the AI always retrieves the most relevant context.

05

Generation & Citations

Connect the retrieved context to an LLM to generate accurate answers with verifiable source links.

06

Deployment & Sync

Launch the system and set up automated jobs to keep the vector database in sync with your live documents.

AI Governance Built-in

Deploying AI in an enterprise setting requires strict guardrails. We do not build black-box systems. Our architectures are designed with explicit boundaries to prevent hallucination damage, secure private data, and maintain operational control.

PII Masking

Personally Identifiable Information is stripped before data is sent to external APIs.

Human Review Queues

Any automated decision below a strict confidence threshold is routed to human operators.

Prompt Versioning

Prompts are treated as code, version-controlled, and tested against regression datasets.

Audit Logging

Every LLM interaction is logged for compliance, debugging, and quality assurance.

Vector search & LLM stack

Vector DB
Pineconepgvector
Data Framework
LlamaIndexLangChain
Embedding Model
OpenAI Embeddings
Backend
Python / Node.js

RAG & Knowledge base — frequently asked questions

RAG & Knowledge Base Development

Stop searching manually. Ask your data directly.

From internal policy wikis to customer-facing documentation chatbots, we make your unstructured data accessible.