Fri Mar 14 /
Customer | An Agentic AI assistant automating customer support for technical products |
---|---|
Industry | Customer Experience |
Primary Adopter | CTO, Software Engineering |
Case Study: Enhancing iSonic Chatbot’s LLM Accuracy and Reliability with AIMon
iSonic AI, a provider of specialized conversational AI solutions for social media influencers, aimed to significantly improve the accuracy and reliability of outputs from their Large Language Models (LLMs). The primary objectives were reducing hallucinations—instances where the model generates incorrect or irrelevant information—and ensuring consistent adherence to intended guidelines.
As iSonic AI expanded, their conversational AI systems began handling increasingly complex queries. The accuracy and dependability of responses became critically important. However, they frequently encountered challenges with LLM hallucinations, and retrieval relevance issues, which could negatively impact user trust and operational effectiveness.
iSonic AI integrated AIMon’s advanced Hallucination and Retrieval Relevance models into their technology stack. AIMon’s Hallucination model systematically detects and flags potentially incorrect or misleading LLM outputs, allowing rapid intervention and continuous model refinement. Concurrently, AIMon’s Adherence model evaluates generated content against established guidelines, ensuring that the output consistently matches iSonic AI’s intended standards and compliance requirements.
Since implementing AIMon’s solutions, iSonic AI observed remarkable improvements:
These improvements empowered iSonic AI to confidently scale their influencer AI solutions across a variety of use cases, greatly increasing customer satisfaction and organizational credibility.
AIMon helps you build more deterministic Generative AI Apps. It offers specialized tools for monitoring and improving the quality of outputs from large language models (LLMs). Leveraging proprietary technology, AIMon identifies and helps mitigate issues like hallucinations, instruction deviation, and RAG retrieval problems. These tools are accessible through APIs and SDKs, enabling offline analysis real-time monitoring of LLM quality issues.