OUR PLATFORM
Explore Hercules' multi-agent AI systems where AI-workers specialize in cognitive tasks, working to solve complex workflows for the enterprise.
AI-workers perform cognitive tasks such as data extraction, transformation, and verification
EXTRACTION
Our AI-worker reads and extracts meaningful data points from large data sets from structured and unstructured files.
TRANSFORMATION
Data is transformed into business logic, rules, or another type of data. This creates a consistent, uniform structure.
VERIFICATION
Data is compared, reconciled, and verified. This mirrors how humans address complex tasks with accuracy and consistency.
The quality of AI platform is the sum of its components' qualities
ARTICLES
This framework extracts and verifies contextual information from various data sources across enterprises, then passes the data to a symbolic multi-layer decision-making engine. The engine leverages insigjhts from both objective data, such as policies and contracts, and subjective data, like historical and usage data.
The compliance verification framework is composed of three components: 1) Knowledge acquisitions, 2) verification Language Model (VER-LLM), and 3) Continuous Improvement. Experimental results indicate that our framework out preforms the traditional LLM approach in accuracy, adaptability, and scalability, offering enterprises a sophisticated tool for compliance enforcement.
Our ETV framework enhances data quality, handles unstructured data, is efficient and scalable, and improves compliance. As AI continues to transform business operations, ETV will be instrumental in delivering high-quality data necessary for advanced systems to function effectively.
Core technology values
Enhanced data security
AI applications are deployed within the secure perimeter of the client's Virtual Private Cloud or on-premise
Superior AI output quality
Our enterprise-grade solutions produce accurate, reliable results and ensure no hallucinations
Cost-effective ownership
Cost effectivity is achieved by smartly blending both Small and Large Language Models for optimal computational resource usage