AI Agent Development &
Custom LLM Solutions
An AI agent is an autonomous system that reasons through multi-step tasks, calls tools and databases, and self-corrects. MobAppAI builds these as secure, sandboxed pipelines for enterprise workflows, alongside RAG, semantic search, and custom model fine-tuning.
Cognitive AI Agents
We develop self-correcting cognitive agents that use structured reasoning loops to evaluate complex tasks, query databases, invoke tool integrations, and synthesize outputs.
Semantic Vector Search
Replace obsolete search structures. We train high-performance vector embedding indexes that query massive databases and identify semantic context with sub-second retrieval speeds.
Autonomous Background Workflows
We deploy background processes that run continuously on cron networks to scrape market trends, run periodic analysis, automate compliance audits, and route critical events.
Custom Model Engineering
Maximize performance and minimize token expenses. We specialize in fine-tuning lighter, specialized models (e.g. Llama-3, Qwen) for narrow, high-frequency corporate tasks.
Explore Our AI Services
Deep dives into the core capabilities we deliver — each built secure, evaluated, and handed over in full.
Related guides: What is RAG?, RAG vs fine-tuning, AI agent vs chatbot.
AI Solutions FAQ
- What is RAG (retrieval-augmented generation)?
- RAG is a technique where an AI model retrieves relevant information from your own databases or documents before generating an answer, so responses are grounded in your data rather than the model's training alone. It's the foundation of accurate enterprise AI assistants and search.
- Should a business fine-tune an LLM or use RAG?
- Use RAG when answers must reflect current, changing data. Fine-tune when you need a model to adopt a specific format, tone, or narrow task at lower cost per call. Many enterprise systems combine both.
- What is semantic (vector) search?
- Semantic search uses vector embeddings to find results by meaning rather than exact keywords, so a query returns relevant content even when the wording differs. It improves search across large, mixed-format databases.