AdvisorLens is a innovative implementation of neuro-symbolic AI platform that operates in two phases: Semantic information retrieval and neural content generation.
In the semantic search phase theorem solvers actively search for and retrieve relevant information based on the user’s prompt by traversing a knowledge graph. This retrieved information is the basis for generating coherent and contextually relevant responses according with new LLM models and algorithms.
AdvisorLens works both in open and close domain enterprise settings, a more restricted set of trusted sources is typically used to enhance the security and reliability of internal knowledge. For example, AdvisorLens system can look for:
In the content generation phase:
After retrieving the relevant information, a generative language model, such as a transformer-based model, takes over. It uses the retrieved context to generate natural language responses. The generated text can be further conditioned or fine-tuned based on the retrieved content to ensure that it aligns with the context and is contextually accurate. The system includes references to the sources it consulted for transparency and verification purposes.
database "Proprietary data" as data
actor "User Question" as questions
node "AdvisorLens Model" as model
database "Knowledge graph db" as kb #line.dashed
file "Semantic Context" as prompt #line.dashed
data --> model
questions --> model
model -> kb : Store
model -> kb : Search
questions --> prompt
kb --> prompt : relevant data
prompt -> LLM
LLM -> answers
The image shows how AdvisorLens works: the AdvisorLens model parses proprietary data, detect semantics and store it in a knowledge graph. Then the model receives the user question and search it in the semantic knowledge base. It retrieves the top relevant documents and prompt the original question and information to LLM which leads LLM to generate an accurate answer.
AdvisorLens use two systems to obtain external data: