Breach Observation Analyzer

Enabling Analysis with Cloud-Based AI

MDClone is introducing Breach Observation Analyzer (BOA).  BOA streamlines health data extraction, aggregation and analysis using any cloud-based public resource (LLMs, Gen AI, etc) without jeopardizing organization security and patient privacy.

Does your organization have a plan to leverage the growing number of LLMs and generative AI technology without compromising on privacy and security?

The AI Revolution is Here

Each day, analytics and AI solutions are developing to become far more capable than ever before of producing insights that can transform the way we deliver healthcare. Simultaneously, healthcare organizations must grapple with growing challenges to protect both patient and organizational privacy.

How will your organization derive insights from the wealth of data collected, both structured and unstructured, using LLMs and generative AI technology?

How will your organization leverage the growing number of LLMs and generative AI technology without compromising on privacy and security?

How can your organization collect, aggregate and analyze data sourced from external healthcare institutions?

How can you partner with a healthcare organization to develop, test or implement your AI technology onpatient data?

Evolving Safely

BOA’s included internal Privacy Content Firewall enables exploration of health data, including PHI, using public SaaS platforms equipped with generative AI and ML technologies.  

The BOA product line addresses the rapidly expanding disparity between evolving AI technologies and the data requirements for retrospective medical research and healthcare data analysis. This discrepancy largely arises from patient privacy and general system security regulations governing patient data in contrast to the open, cloud-based architecture of emerging AI and machine learning technologies.

With BOA, healthcare organizations and data aggregators an end-to-end tool kit to streamline health data extraction, aggregation and analysis using any cloud-based public resource, including public LLMs and generative AI technology, without jeopardizing organization security and patient privacy.

Key Benefits

Access to rapidly growing number of cloud-based Generative-AI solutions, including cloud-based solutions

Access to external, web-based data sources to connect with patient and organization’s data

Low cost infrastructure and usage costs

Technology Components

The underlying technology for MDClone BOA products combines existing MDClone synthetic data and federated learning capabilities with a unique pre-trained LLM, BOA (Breach Observation Analyzer), that detects and removes any private or sensitive data before exposing it to cloud-based open-source or proprietary analytical SaaS solutions.

MDClone ADAMS Ask Module

MDClone’s ADAMS Platform is a big data platform that organizes patient-oriented data in a longitudinal-based model designed for clinicians and other medical or administrative staff to extract and analyze cohorts of interest. The platform includes solutions to harmonize semantics and ontologies and utilizes an internal NLP engine to extract structured data from unstructured documents.

MDClone Synthetic Data Engine (SDE) and Synthetic Data Lake (SDL)

SDE produces synthetic data on a cohort-by-cohort basis, built from data that can be extracted from a health system via the MDClone ADAMS Ask module (where previously installed) or from a pre-built tidy data set sourced from existing systems. SDL produces entire synthetic data lakes, and can include all features for entire populations of interest as a time series, including all medications administered, all labs recorded, etc.

Breach Observation Analyzer (BOA)

BOA utilizes open-source LLM (Based on Llama 3) trained on synthetic and real data to detect possible patient privacy breaches in both structured and unstructured data and produce non-PHI data that
preserves utility for research.

Ready to See Our Powerful Platform in Action?

Discover the power of dynamic data exploration at your fingertips and unlock the true potential of your healthcare data.