Large Language Models (LLMs) like GPT-4 are primarily trained on vast amounts of textual data, which makes them excellent at processing and generating comprehensible text. However, this training approach has significant limitations when it comes to handling structured, tabular business data.
The fundamental issue lies in the nature of the data. LLMs are trained on sequences of words and sentences – text – that follow a natural order and context. In contrast, business data is often structured in tables, with rows and columns, that don't have an inherent sequential relationship.
General-purpose LLMs also lack specific training on business processes or domain-specific knowledge. Such context is crucial for interpreting and analyzing business data accurately. And while LLMs can handle numbers as text, they struggle with complex numerical operations and statistical analyses that are often required in business data processing.
The above limitations create a significant gap between the capabilities of general LLMs and the needs of business users dealing with structured data.
Typically, business data analysis is a time-intensive process that requires using specialized tools, preparing or “cleaning” data for analysis, and utilizing complex data analysis software and programming languages like SQL, Python or R. This process is further hindered by reliance on data experts, the data scientists and analysts needed to extract the insights and the create reports, who may not be readily available, creating additional bottlenecks and potentially undermining the value of the entire project.
Addressing the challenges in the market, Canvass AI built its specialized AI tool, MONET.
MONET is a new way to interact with data and designed to bridge the gap between complex business data and non-technical users. With MONET business users can quickly and simply ask, analyze and act on their data. Some key features include:
By leveraging a tool like MONET, businesses democratize data analysis, allowing users at all levels in the organization to extract value from their data and make more informed decisions. This approach not only improves efficiency but enhances the overall data-driven culture within an organization.
As the field of AI continues to evolve, we can expect more specialized solutions that bridge the gap between general-purpose AI models and the specific needs of business data analysis, ultimately leading to more efficient and effective use of data across all levels of an organization.