Marry the power of AI with the facts you own, for responses that are relevant, accurate, and grounded.

Let your AI speak facts, not just patterns

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  • 80+
    In-house
    Experts
  • 5+
    Team’s Average
    Years of Experience
  • 93%
    Employee
    Retention Rate
  • 100%
    Project Completion
    Ratio
Our process

We follow a structured, yet informal 4-step consultation format

Knowledge source mapping

We identify where your most valuable content lives, PDFs, Confluence, Google Drive, Notion, Zendesk, SQL DBs, SharePoint, and define retrieval logic.

Indexing & chunking

Your documents are broken into logical “chunks” (semantic units) and embedded using vector databases like FAISS, Pinecone, or Weaviate, so the system can understand meaning, not just keywords.

Model + retriever integration

We connect a retriever module (like Elasticsearch or vector DBs) with a language model like GPT, Claude, or open-source LLMs, forming the RAG loop.

Contextual output tuning

We add formatting rules, citation references, response filters, and escalation paths, so answers are not just smart, but business-ready.

RAG model development

Smarter AI through retrieval and generation

  • Tech Stack Language

    Powerful coding foundations that drive scalable solutions.

    javascript-logo-svgrepo-com

    JavaScript

    Python

    Python

    TypeScript

    TypeScript

  • Framework Extensions

    Enhanced tools and add-ons to accelerate development.

    LangChain

    LangChain

    Haystack

    Haystack

  • Cloud Services

    Secure, flexible, and future-ready infrastructure in the cloud.

    SageMaker

    AWS Sagemaker

    AWS

    AWS (Amazon Web Services)

    Google Cloud

    Google Cloud Platform (GCP)

  • LLMs & GenAI

    LLMs & GenAI

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    OpenAI

    Anthropic

    Anthropic

    google-gemini

    Google Gemini

    llama

    Meta LLaMA

    mistral

    Mistral

Tech talk

Developer tips & insights

RAG model development

Smarter AI through retrieval and generation

Our RAG Model Development services combine retrieval-based systems with generative AI models to provide accurate, context-aware, and dynamic outputs. By leveraging knowledge retrieval, vector databases, and language models, we build solutions that answer complex queries, summarize documents, and generate insightful responses. Ideal for enterprise search, knowledge management, and AI-powered assistants, RAG models enhance AI capabilities by grounding generative outputs in real-world data.

Use RAG when your knowledge changes frequently, you have lots of long‑tail content, or you must keep answers tightly grounded in source documents (policies, catalog data, support docs) without retraining every time something updates. Fine‑tuning alone is better for style/behavior, not for up‑to‑the‑minute facts or per‑tenant content.​
High‑impact RAG use cases in 2026 include AI support copilots that answer from help docs/tickets, sales assistants that query product/price/stock data, compliance assistants that reason over policies/contracts, and internal analyst bots that summarize reports or SQL query results. These sit directly in tools like CRMs, helpdesks, BI, and back‑office portals, shortening workflows instead of being a separate “search page.”
Keep the KB fresh by building incremental ingestion pipelines: watch sources (webhooks, API change feeds, modified timestamps) and on change, re‑chunk only affected docs and upsert embeddings into the vector store. For SQL data, run scheduled or CDC‑based jobs to refresh embeddings for changed rows, and maintain per‑source sync status dashboards.​
Reduce hallucinations by enforcing “retrieve‑then‑answer” prompts that require the model to answer only from supplied chunks, returning “I don’t know” if context is weak. Include citation IDs in the prompt and format instructions so the model must quote or link chunks; optionally post‑filter answers with regex/validators and confidence thresholds.
For access control, store ACL metadata (user/role/tenant, tags) with each document or chunk, and filter at retrieval time so the vector/keyword search only runs over allowed subsets. In multi‑tenant setups, hard‑partition indexes or use namespace/collection per tenant, and never trust the LLM to enforce security—do it in the retriever/query layer.
Main bottlenecks are embedding lookups (vector search latency), LLM inference time, and chatty multi‑hop pipelines. Scale by sharding and indexing properly, caching frequent queries/answers, using smaller or distilled models where possible, batching requests, and deploying retrieval close to data; also add rate limiting and async jobs for heavy tasks like long document summaries.

Marry AI power with truth and trace

Deliver search and retrieval systems that link content, workflows, and cloud data, ensuring every AI output is trustworthy, accurate, and grounded.