Crazy Unicorns

RAG Development & Implementation

We build retrieval-augmented generation systems that connect LLMs to your data with precision, evaluation, and production-grade reliability.

Vector searchChunkingEvaluationHybrid retrievalEnterprise data
Overview

Production-ready RAG systems

We specialize in designing and building robust Retrieval-Augmented Generation (RAG) systems that connect your proprietary data to the power of Large Language Models.

Our focus is on creating reliable, scalable, and secure solutions that move beyond simple demos to deliver measurable business value in production environments.

rag developmentretrieval-augmented generationllm data connectionenterprise rag
Use Cases

Common RAG use cases

Internal Knowledge Base Search

Enable employees to ask natural language questions and get precise answers from internal documentation, wikis, and databases.

Customer Support Automation

Power chatbots and agent-assist tools with access to your full knowledge base, providing accurate, context-aware answers.

Compliance & Document Analysis

Automate the process of querying and verifying information across large volumes of regulatory documents, contracts, and reports.

Product & Feature Discovery

Help users find relevant products or features by understanding their needs expressed in natural language.

Data-driven Decision Support

Create interfaces where analysts can query complex structured and unstructured datasets to get synthesized insights.

Process

Our RAG implementation process

1

Data Source & Pipeline Analysis

We map your data ecosystem and build robust pipelines for ingesting and pre-processing structured and unstructured data.

2

Chunking & Embedding Strategy

We design and test optimal content chunking and embedding models to ensure relevant context is captured for the retriever.

3

Retrieval Model Implementation

We implement and tune retrieval systems (e.g., vector search, hybrid search) to fetch the most relevant information with high precision.

4

Generation & Prompt Engineering

We engineer effective prompts that guide the LLM in synthesizing accurate, coherent answers based on the retrieved context.

5

Evaluation & Deployment

We establish rigorous evaluation frameworks to measure performance and deploy the system into a scalable, monitored production environment.

Architecture

RAG Architecture & Technology

Our RAG architectures are built for performance and reliability. We utilize best-in-class vector databases, retrieval algorithms, and orchestration frameworks.

We design for scalability, security, and observability, ensuring your RAG system can handle enterprise demands and is easy to maintain and improve over time.

rag architecturevector databaseretrieval pipelinellm evaluation
Why Us

Why partner with us for RAG

Focus on Retrieval Quality
End-to-End System Ownership
Expertise in Evaluation Metrics
Scalable & Secure by Design
Pragmatic, Engineering-First Approach

We build RAG systems that work in the real world.

Build your production RAG system

Let's discuss how a well-architected RAG solution can unlock the value of your data. We offer clear technical guidance and a path to production.

FAQ

Frequently asked questions

What is RAG?
Retrieval-Augmented Generation (RAG) is a technique that connects a Large Language Model (LLM) to an external knowledge source, allowing it to generate answers based on up-to-date, proprietary information.
How is RAG different from fine-tuning?
RAG provides data to the LLM at inference time, which is ideal for knowledge-intensive tasks and avoids the need for retraining. Fine-tuning adapts the model itself, which is better for teaching it new skills or styles.
What data sources can you connect?
We can connect to a wide range of sources, including databases (SQL, NoSQL), document stores (PDFs, Word), knowledge bases (Confluence, SharePoint), and real-time APIs.
How do you measure retrieval quality?
We use a combination of automated metrics (e.g., hit rate, MRR) and human-in-the-loop evaluation to ensure the retriever is fetching accurate and relevant context for the generator.
What is the typical project timeline?
A production-ready RAG MVP can often be developed in 6-10 weeks, depending on the complexity of the data sources and integration requirements.

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