What Multi-Agent AI solutions can do for the enterprise
The Hercules Platform has been developed to ensure high-quality, enterprise-grade AI solutions based on data extraction, transformation, and verification, along with integration with enterprise systems and tools for maintenance and monitoring
Complex workflows cost billions a year for the enterprise
Today’s enterprise workflows require multiple hand-off steps across departments and disconnected legacy systems. Data is manually collected, reviewed, and validated throughout the end-to-end process
This is what complex workflows in many enterprises may look like
Our Multi-Agent AI solutions are virtual workers that fix these complex workflows
Hercules reduces this manual effort by automating the hand-off steps and data validation processes. This maximizes ROI for the enterprise.
Every workflow begins with extracting information. Whether this data is structured or unstructured, the Hercules’ family of LLMs effectively extracts from both forms.
Once extracted, data is transformed into business logic, rules, or another type of data. Our unique 7B model “Rosetta Stone LLM” allows for complex business reasoning and data transformation.
The end-to-end workflow is completed once the transformed data is reconciled and validated. The Hercules’ family of LLMs provides scalability and flexibility for data comparison and verification.
See how one of our solutions automates invoice compliance
With Hercules, enterprises can eliminate manual enforcement of invoice compliance resulting in more accurate invoicing and significant revenue recapture.
Hercules enables the rapid and automated assembly of workflows
The enterprise leverages our generative AI technology, tailor-made to streamline their business workflows. Our solutions are efficient, scalable, and cost-effective. Most importantly, they operate seamlessly within client’s security perimeter.
01
DISCOVER
An Automated Context Integration Framework
02
BUILD
Model Assembly and Enhancement Automation
03
RUN
Automated Deployment and Optimization
