Custom RAG Development Services for Enterprise AI

Off-the-shelf LLMs do not know your contracts, processes, or customers. Kanerika builds RAG systems that ground every answer in your own data, so your AI gives accurate responses. Our RAG development services and solutions retrieve from SharePoint, file shares, PDFs, and scanned documents with citations and permissions intact.

Efficiency gain from AI

75 %

Faster time-to-market

50 %

AI projects delivered

534 +

Get Started with RAG Development Solutions

Custom RAG Solutions Built on Your Data

We design the retrieval, ranking, and grounding systems that turn a base model into an enterprise application.

RAG Implementation Services: From Data to Production

We build RAG-powered AI systems that connect business knowledge with scalable retrieval and response workflows. Our RAG AI development services score every version on retrieval quality and answer accuracy against a test set of real questions before go-live.

Data Preparation

Retrieval Engineering

AI Integration

Systems We Connect RAG To

We connect retrieval to the systems your teams already use, keeping every permission intact.

Documents and Knowledge

SharePoint, file shares, PDFs, and scanned documents are retrieved with citations and your source permissions intact.

Illustration of documents, PDFs and a folder flowing through search into a RAG retrieval index
CRM, Service, and ERP

Salesforce, ServiceNow, and SAP connect through APIs, so answers draw on customer, ticket, and order data.

Illustration of CRM, service desk and ERP applications connected to a central RAG retrieval node
Data Platforms and Apps

Fabric, Synapse, and SQL Server feed retrieval, while answers surface in Microsoft Teams and internal applications.

Illustration of databases and a cloud data platform feeding an AI assistant chat window on a laptop

How a RAG Engagement Runs

A phased path from pilot to production, modeled on how Kanerika runs KlarityIQ and Karl today. RAG development consulting starts with a 4 to 6 week advisory phase that produces a production blueprint and effort estimate before the build.

Pilot

Production Build

Run and Improve

RAG Development Case Studies

See how RAG helps organizations operationalize AI with trusted data.

43% Faster Document Retrieval for an Investment Bank

Impact:
  • 43% Faster information retrieval
  • 100% Role-based compliance achieved
  • 35% Higher workforce efficiency

60% Faster Brand Approvals with Conversational AI

Impact:
  • 35% Higher Brand Compliance Rate
  • 60% Lower Approval Turnaround Time
  • 70% Less Manual Effort Per Brand Query 

80% Ticket Auto-Resolution with LLM-Driven AI

Impact:
  • 80% Auto-response of tickets
  • 70% Reduced cost of staffing
  • 50% Decrease in ticket resolution time

Tools and Technologies

Built using modern AI, vector search, cloud, and enterprise data technologies. RAG development sits within our wider generative AI services and LLM development services.

INNOVATE

RAG Solutions by Industry

Why Choose Kanerika for RAG Development Services?

Kanerika builds production-ready RAG systems grounded in your enterprise data, secured for regulated industries

Production-Tested RAG

Kanerika has built and deployed enterprise RAG-powered AI, including KlarityIQ (formerly DokGPT) and Karl, both running in production today.

Flexible engagement models
Data Engineering for RAG

Kanerika’s RAG builds connect to your existing enterprise data sources, including Fabric, Synapse, and SQL platforms.

Trusted teams and quality assurance
Governance Built In

Role-based access, audit trails, and data masking are part of the data architecture from day one, not retrofitted later.

Automation-first hypercare
Empowering Alliances

Our Strategic Partnerships

The pivotal partnerships with technology leaders that amplify our capabilities, ensuring you benefit from the most advanced and reliable solutions.

Frequently Asked Questions (FAQs)

What is RAG and how is it different from standard LLM implementation?

Standard LLM integration uses the model’s baked-in training knowledge — static, potentially outdated, with no access to your internal data. RAG retrieves relevant content from your documents or databases at query time and feeds it to the model as context. The model generates a response grounded in what your organization actually knows, with citations traceable to specific source documents. See how the two compare in our RAG vs LLM guide.

Use RAG when your data changes frequently, when compliance requires source traceability, or when document volume is large. Use fine-tuning when you need the model to adopt a specific tone or domain vocabulary and the underlying data is relatively static. Many enterprise production systems combine both. Our RAG vs fine-tuning guide compares the two in detail.

A focused use case — single document type, defined query scope — typically takes 8 to 12 weeks from architecture through production deployment. Multi-source, cross-system, or regulated-industry deployments run 3 to 6 months. Kanerika’s advisory phase (4 to 6 weeks) produces a production blueprint and effort estimate before the build starts.

Role-based access controls are built into the retrieval layer — users only retrieve what they’re authorized to see. Every retrieval event is logged for audit. PII detection and redaction happens before document ingestion via Susan, our AI agent for PII redaction. Azure deployments run within your existing Microsoft security perimeter with private endpoint configuration.

Yes. KlarityIQ deploys via Microsoft Teams and WhatsApp. Custom RAG systems expose retrieval capabilities as APIs consumable by Salesforce, ServiceNow, SAP, SharePoint, or any API-connected enterprise application.

Incremental indexing pipelines update the vector index as source documents change — no full re-indexing required for most updates. We also implement retrieval freshness scoring and configure document expiry rules for time-sensitive content. Post-deployment monitoring tracks retrieval drift and triggers alerts when accuracy degrades.

Cost depends on the number of data sources, how messy the documents are, permission requirements, and the accuracy bar for go-live. A pilot on one use case is the cheapest way to get a reliable estimate before committing to the full build and its ongoing maintenance.

Before building, we agree on a test set of real questions with known answers. Every version is scored on retrieval quality and answer accuracy against that set before anything reaches users, and every answer cites its source document so reviewers can check it quickly.

We integrate open-source and commercial foundation models and configure vector databases for enterprise scale. Model choice depends on accuracy, latency, cost, and data residency, and we validate it against your own test questions before the system goes live, so the final stack fits your security requirements.

Yes. We build the system and then run it with you. After the production build, our Run and Improve phase keeps the index fresh as documents change, tracks answer quality and tunes retrieval as usage grows. You can deploy in your own cloud tenant or an on-premise environment. We run RAG in production today, including KlarityIQ and Karl.

A production RAG system wraps the language model in five working layers: data ingestion and chunking, embeddings in a vector database, hybrid retrieval with reranking, an orchestration layer that assembles the prompt, and evaluation with guardrails. Deployment and monitoring keep it reliable after launch. Our guide to RAG architecture shows how the layers fit together, and our RAG development services cover each one.

We choose the embedding model by testing it on your own documents and test questions. The deciding factors are retrieval accuracy on your content, language and domain coverage, latency and cost. The embedding stage of our RAG pipeline guide explains the trade-offs in more detail.

Yes. Hybrid search combines keyword and vector matching, so exact terms such as part numbers or clause IDs still match while meaning-based search finds paraphrases. Reranking then re-scores the top results before they reach the model. We tune both to your real queries as part of retrieval engineering. Our guide to advanced RAG techniques covers hybrid search and reranking.

We chunk for retrieval, not for storage. Documents are split so each passage makes sense on its own, then we test chunk size against your real questions and adjust until the right passage comes back. Scans and tables take more preparation than clean text. The chunking stage of our stage-by-stage RAG pipeline guide goes deeper.

Common enterprise uses include knowledge search across manuals and policies, customer and ticket support grounded in your own data, regulatory and compliance Q&A, and document retrieval for analysts. We have built RAG for document retrieval at an investment bank and for LLM-driven ticket response. Our guide to RAG applications covers the main types.

Agentic RAG lets an AI agent decide what to retrieve, when to retrieve it and which tools to use, instead of running one fixed search per question. It builds on a solid RAG foundation, so grounded retrieval, citations and evaluation come first. We extend production RAG systems with agent workflows through our agentic AI development services. Our guide to agentic RAG explains the patterns.

Deploy Context-Aware AI with RAG

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