Arria Answers
Conversational AI powered by factual data
Arria Answers combines the power of LLMs with the reliability of curated data. Arria Answers understands your queries and provides accurate responses you can trust, mitigating risks.
Advancements in large language models have paved the way for more intuitive and understanding chat systems. Arria Answers is different from chatting with an LLM alone, which is broad in scope. The answers provided by Arria are specific to your company’s approved data (internal or external). The experience is designed to let you chat with your data, while maintaining a natural, conversational approach.
How Arria Answers Works
Arria delivers enterprise-ready, reliable, and trusted solutions that enable clients to understand data through a conversational experience.
The user poses a question, receives a factual answer from a known data source, and then poses follow-up questions and receives answers from the same source. We provide users complete traceability, allowing the user to see what model was used, how your question was interpreted, and what filters were used for data analysis.
The Arria Answers Difference
Arria Answers is architected to leverage LLM innovation alongside rules-based data processing, which mimics the process your best analyst would use to craft a written answer. Next-generation Arria Answers safely leverages the latest innovative technology to understand your questions and deliver predictable answers based on your data.
Answers to your data questions are generated based on Arria’s core technology, Arria Studio, a tried-and-tested deterministic enterprise-approved approach. The narratives generated are data-driven, reliable, and traceable. Arria Answers combines the question-understanding capabilities of LLMs with Arria’s powerful facts-based deterministic model, ensuring accurate narrative outputs.
- Conversational Experience
- Answers from Your Data
- Available for BI or Stand-Alone
- Integrate into any tool or workflow
Watch the Full Demo
Arria Answers Architecture
Converging deterministic and probabilistic approaches to maximize accuracy.
