RAG Development Services - Scinforma
Retrieval-Augmented Generation solutions that combine your proprietary data with large language models for accurate, context-aware AI applications
We specialize in building Retrieval-Augmented Generation systems that enable large language models to access and reason over your organization’s proprietary data, documents, and knowledge bases with accuracy and relevance.
Whether you need an intelligent chatbot that answers questions using your documentation, a research assistant that synthesizes insights from your data, or an AI-powered customer support system, we build RAG solutions that ground AI responses in your actual data rather than relying solely on pre-trained knowledge. From data ingestion and vectorization to retrieval optimization and LLM integration, we deliver end-to-end RAG systems that transform how your organization leverages AI.
What We Do
- Custom RAG System Development
Build complete RAG pipelines from data ingestion through retrieval and generation, tailored to your specific use case and data sources. - Document Processing & Chunking
Process and intelligently chunk documents including PDFs, Word files, presentations, and web content for optimal retrieval performance. - Vector Database Implementation
Set up and optimize vector databases like Pinecone, Weaviate, Qdrant, or Chroma for efficient similarity search and retrieval. - Embedding Model Selection & Fine-Tuning
Choose optimal embedding models for your domain and fine-tune them on your data for improved retrieval accuracy. - Retrieval Optimization
Implement hybrid search, reranking, query expansion, and semantic caching to improve retrieval quality and response relevance. - LLM Integration & Prompt Engineering
Integrate with OpenAI, Anthropic Claude, Google Gemini, or open-source models with optimized prompts for your use case. - Knowledge Graph Integration
Combine RAG with knowledge graphs to leverage structured relationships and improve contextual understanding. - Multi-Modal RAG Systems
Build RAG systems that work with text, images, tables, and other data types for comprehensive information retrieval. - RAG Evaluation & Monitoring
Implement evaluation frameworks with metrics like faithfulness, relevance, and answer correctness, plus production monitoring. - Conversational RAG Applications
Develop chatbots and conversational AI that maintain context across multiple turns while retrieving relevant information.
Our Technology Stack
We leverage cutting-edge AI and retrieval technologies:
Large Language Models
- • OpenAI (GPT-4, GPT-4 Turbo)
- • Anthropic Claude
- • Google Gemini
- • Llama 2/3
- • Mistral AI
- • Cohere
Vector Databases
- • Pinecone
- • Weaviate
- • Qdrant
- • Chroma
- • Milvus
- • pgvector (PostgreSQL)
Embedding Models
- • OpenAI text-embedding-3
- • Cohere Embed
- • Sentence Transformers
- • BGE Models
- • E5 Models
- • Instructor Models
RAG Frameworks
- • LangChain
- • LlamaIndex
- • Haystack
- • Semantic Kernel
- • Vercel AI SDK
- • Custom Frameworks
Document Processing
- • Unstructured.io
- • PyPDF2 & PyMuPDF
- • Apache Tika
- • Docling
- • LlamaParse
- • OCR (Tesseract, AWS)
Search & Retrieval
- • Elasticsearch
- • OpenSearch
- • FAISS
- • Algolia
- • Typesense
- • Custom Rerankers
Our RAG Development Process
We follow a systematic approach to building production-ready RAG systems.
1. Use Case Definition & Requirements
Understand your use case, data sources, user needs, accuracy requirements, and success metrics to design the optimal RAG architecture.
2. Data Collection & Preparation
Collect, clean, and preprocess documents from various sources including databases, file systems, APIs, and web scraping.
3. Document Chunking Strategy
Implement intelligent chunking strategies that balance context preservation with retrieval granularity for optimal results.
4. Embedding & Indexing
Generate embeddings for document chunks and index them in vector databases with appropriate metadata for filtering.
5. Retrieval Pipeline Development
Build retrieval pipelines with query transformation, hybrid search, reranking, and relevance filtering for accurate results.
6. LLM Integration & Prompt Engineering
Integrate LLMs with carefully engineered prompts that guide the model to use retrieved context effectively and accurately.
7. Evaluation & Iteration
Evaluate RAG performance using metrics like precision, recall, faithfulness, and answer relevance, then iterate to improve.
8. User Interface Development
Build intuitive chat interfaces, search experiences, or API endpoints that expose RAG capabilities to end users.
9. Deployment & Monitoring
Deploy to production with monitoring, logging, feedback collection, and continuous improvement based on real usage.
RAG Application Use Cases
- Enterprise Knowledge Bases
Create AI assistants that answer employee questions using internal documentation, wikis, procedures, and company knowledge. - Customer Support Automation
Build intelligent chatbots that resolve customer inquiries using product documentation, FAQs, and support articles. - Document Q&A Systems
Enable users to ask natural language questions about contracts, reports, research papers, or any document collection. - Code Assistant & Documentation
Develop AI coding assistants that understand your codebase, API documentation, and technical specifications. - Legal & Compliance Research
Search and synthesize insights from legal documents, regulations, case law, and compliance materials. - Medical Information Systems
Retrieve relevant medical literature, patient data, or clinical guidelines to assist healthcare professionals. - Research & Analysis Tools
Build systems that synthesize insights from research papers, market reports, or academic literature. - Product Information Systems
Create AI shopping assistants that answer product questions using specifications, reviews, and manuals. - Financial Analysis & Reports
Query financial statements, earnings reports, market data, and economic research with natural language. - Educational Content Assistants
Develop tutoring systems that answer student questions using course materials, textbooks, and educational resources.
RAG Architecture Patterns
We implement various RAG architectures optimized for different scenarios:
Basic RAG
Simple retrieve-then-generate pattern for straightforward Q&A over documents
Conversational RAG
Maintains conversation history and context across multiple turns for natural dialogue
Agentic RAG
LLM agents that decide when and how to retrieve information based on the query
Multi-Document RAG
Retrieves and synthesizes information from multiple documents simultaneously
Hierarchical RAG
Two-stage retrieval with document-level then chunk-level for improved accuracy
Hypothetical RAG
Generates hypothetical answers first, then retrieves to verify and refine
Graph RAG
Combines vector search with knowledge graph traversal for relationship-aware retrieval
Self-RAG
Model self-reflects on retrieved content and generated answers for improved quality
RAG Optimization Techniques
We implement advanced techniques to improve RAG performance:
Hybrid Search
Combine semantic vector search with keyword-based BM25 search for comprehensive retrieval that handles both conceptual and exact matches.
Reranking
Use cross-encoder models to rerank retrieved chunks based on relevance to the specific query for improved precision.
Query Transformation
Rewrite, expand, or decompose queries into multiple sub-queries for better retrieval coverage and accuracy.
Contextual Compression
Compress retrieved context to include only query-relevant information, reducing noise and improving LLM focus.
Semantic Caching
Cache responses for semantically similar queries to reduce latency and API costs while maintaining quality.
Fine-Tuned Embeddings
Fine-tune embedding models on your domain-specific data for better semantic understanding and retrieval accuracy.
Essential RAG System Features
Our RAG solutions include these critical capabilities:
✓ Source Attribution
Cite sources with page numbers and links so users can verify information
✓ Metadata Filtering
Filter retrieval by document type, date, author, department, or custom metadata
✓ Streaming Responses
Stream LLM responses in real-time for better user experience and perceived performance
✓ Conversation Memory
Maintain context across multiple turns for natural conversational interactions
✓ Answer Confidence Scores
Provide confidence metrics to indicate answer reliability and quality
✓ Incremental Updates
Add or update documents without full reindexing for efficient knowledge base maintenance
Why Choose Our RAG Development Services?
- Deep RAG Expertise
Extensive experience building production RAG systems across industries with proven patterns and best practices for optimal results. - LLM-Agnostic Architecture
Build systems that work with multiple LLM providers, allowing flexibility to switch models based on cost, performance, or features. - Accuracy-Focused Approach
Implement rigorous evaluation frameworks and continuous optimization to ensure high accuracy and minimize hallucinations. - Scalable Infrastructure
Design RAG systems that scale from thousands to millions of documents with consistent performance and reasonable costs. - Advanced Retrieval Techniques
Leverage hybrid search, reranking, query transformation, and other advanced methods to improve retrieval quality beyond basic vector search. - Security & Privacy
Implement proper access controls, data encryption, and privacy-preserving techniques for enterprise-grade security. - End-to-End Solution
Handle everything from data preparation through deployment and monitoring for complete RAG system delivery. - Cost Optimization
Balance quality with cost through techniques like semantic caching, prompt optimization, and efficient retrieval strategies.
Data Sources We Process
We can build RAG systems that work with diverse data sources:
✓ Documents
PDFs, Word docs, PowerPoint, spreadsheets, text files
✓ Web Content
Websites, wikis, blogs, help centers, knowledge bases
✓ Code Repositories
GitHub, GitLab, Bitbucket codebases and documentation
✓ Databases
SQL databases, NoSQL stores, data warehouses
✓ Communication Platforms
Slack, Microsoft Teams, email archives, support tickets
✓ Enterprise Systems
SharePoint, Confluence, Notion, Google Drive, Dropbox
RAG Evaluation & Monitoring
We measure and monitor RAG system performance with comprehensive metrics:
- Retrieval Metrics
Precision, recall, MRR (Mean Reciprocal Rank), and NDCG to measure how well the system retrieves relevant documents. - Generation Metrics
Faithfulness to sources, answer relevance, completeness, and factual accuracy of generated responses. - User Satisfaction
Thumbs up/down feedback, conversation ratings, and user engagement metrics to measure real-world effectiveness. - Performance Monitoring
Track latency, throughput, error rates, and system health in production environments. - Cost Tracking
Monitor LLM API costs, embedding costs, and infrastructure costs to optimize spending. - A/B Testing
Compare different retrieval strategies, prompts, or models to continuously improve system performance.
Industries We Serve
We build RAG solutions for organizations across diverse industries:
Our Philosophy
We believe RAG represents the future of practical AI applications by grounding large language models in factual, verifiable information rather than relying solely on training data.
The power of RAG lies in its ability to make AI useful for real business problems by connecting models to your proprietary knowledge. However, building effective RAG systems requires more than just connecting an LLM to a vector database. It demands careful attention to document processing, chunking strategies, retrieval optimization, prompt engineering, and continuous evaluation. We approach every RAG project with a focus on accuracy, scalability, and maintainability, ensuring your AI assistant becomes a trusted tool that employees and customers rely on rather than an unreliable novelty.
Ready to Build Your RAG Application?
Let’s discuss your use case and design a RAG solution that unlocks the power of AI over your proprietary data.