AI Development
AI Development

Gen AI

Generative AI development services — RAG pipelines, LLM-powered applications, AI writing assistants, and agentic automation built for production with enterprise-grade guardrails.

3–8 wks
Typical Delivery
GPT-4o/Claude
Latest Models
100%
Guardrails Enforced

Generative AI development is reshaping how businesses create content, automate workflows, serve customers, and write code. We build production-ready generative AI applications using the latest large language models — GPT-4o, Claude 3.5 Sonnet, Gemini 1.5 Pro, Llama 3, and Mistral — tuned to your specific use case, brand voice, and data sources.

Our generative AI services cover the full spectrum: Retrieval-Augmented Generation (RAG) knowledge bases that answer questions from your internal documents, AI writing assistants trained on your brand guidelines, code generation copilots integrated into developer workflows, structured data extraction from unstructured text, and multi-agent automation pipelines that complete multi-step business processes autonomously. We have delivered GenAI features across legal, real estate, healthcare, HR, e-commerce, and enterprise SaaS.

Every generative AI system we build includes production-grade guardrails: content moderation, hallucination detection, output schema validation, prompt injection protection, PII redaction, and comprehensive audit logging. We design for enterprise compliance requirements from the start — not as an afterthought. The result is a GenAI product your users trust and your legal and compliance teams can sign off on.

OpenAI GPT-4o Claude 3.5 LangChain Pinecone pgvector Weaviate Python FastAPI Redis PostgreSQL
  • RAG pipeline with vector database (Pinecone, Weaviate, pgvector) and semantic search
  • Custom system prompts engineered and tested for your brand voice and accuracy
  • Content moderation layer with hallucination detection and fallback responses
  • Multi-turn conversation management with context summarisation
  • Structured output generation with JSON schema enforcement and validation
  • Token cost dashboard with caching, batching, and budget alert controls

Why RapideKops?

  • RAG implementation is our core speciality — not a bolt-on capability
  • Model-agnostic approach: we select the best LLM for your budget, latency, and task
  • Prompts are versioned, A/B tested, and treated like production code
  • Guardrails built and red-team tested before any user touches the system
  • Data privacy and GDPR review included in every generative AI engagement
  • Your prompt templates, fine-tunes, and vector embeddings remain your intellectual property

Our Delivery Process

01

Use Case Definition

We translate your generative AI goal into concrete output formats, accuracy benchmarks, cost constraints, and compliance requirements before selecting any model.

02

Prototype & Evaluate

We build a rapid prototype, evaluate outputs against your quality criteria, and iterate on prompts, retrieval strategy, chunking, and temperature until benchmarks are met.

03

Production Build

We ship a hardened system with streaming responses, error recovery, guardrails, token cost controls, and observability dashboards.

04

Refine & Scale

Post-launch, we analyse real user interactions, identify failure modes, and continuously improve prompts, retrieval quality, and guardrail coverage.

Frequently Asked Questions

What is RAG and why does it matter for our GenAI product?
Retrieval-Augmented Generation (RAG) connects an LLM to your own documents and knowledge base. Instead of the model answering from training data (which can be outdated or wrong), it retrieves relevant information from your content first, then uses that to generate a response. This dramatically reduces hallucination on in-domain questions.
How do you prevent the AI from hallucinating?
We use several layers: RAG to ground answers in your actual content, output schema validation to catch structurally invalid responses, confidence scoring to flag low-certainty answers for human review, and explicit refusal instructions in system prompts so the model says "I don't know" rather than fabricating an answer.
Can we fine-tune a model on our own data?
Yes, when appropriate. Fine-tuning is valuable for teaching a model your brand voice, domain-specific terminology, or a consistent output format. However, fine-tuning is often unnecessary — a well-designed RAG system with strong prompt engineering achieves the same goal at lower cost and with better knowledge currency.
How do you handle GDPR compliance with generative AI?
We conduct a data flow audit before any user data enters an LLM API. Where required, we implement PII redaction before queries leave your system, configure enterprise API data processing agreements, and ensure conversation logs are encrypted at rest with configurable retention periods.
What does a multi-agent AI pipeline mean, and do we need one?
A multi-agent system uses multiple AI models working together — one to plan, one to execute, one to verify. It is powerful for complex automation where a single model cannot reliably complete a multi-step task. Most businesses start with a single well-prompted model and only move to multi-agent when the single model consistently fails on their use case.

Recent Work

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From proof-of-concept to production in weeks — a generative AI system your users trust and your compliance team can approve.