Unlocking the Universal Patient Record with GenAI.

PicnicAI can collect medical records from everywhere in the US and transform them into meaningful data for patients, providers, and researchers.

Rapid, Universal Patient Record Access
100% care site coverage and most records in <15 min
*with patient consent
One-of-a-Kind Training Data
Tuned on 350M+ clinician annotations from 100K+ patients, across 100K+ care sites
3X Better LLM Performance
Our LLM achieves superhuman accuracy, performing 3X better than GPT-4 on entity extraction tasks
Patient Always in Control
Patients get to choose how their data is being used and can withdraw consent at any time.

Patient records are generated at offices and hospitals, across the country

At every care site that patient visit, including doctor offices, hospitals, labs, and more.

PicnicAI identifies all sites where a patient has had care

Unifies medical records, claims, health networks, and patient generated information to map the patient’s journey.

We've seen patients with 50 years of visits spanning over 100 care sites.

PicnicAI collects records from each care site

Works across 100% of US care sites — 500+ EHR vendors, 400k+ sites, 2M+ physicians.

100% Coverage in the U.S.
500+ EMR coverage
400K+ care sites
2M+ providers
99% retrieval success rate
15 minutes for most records
95% of key records in <5 days

PicnicAI organizes the data with superhuman accuracy

Uses its world-leading medical LLM to structure records and extract key data.

Trained on 350M+ clinician annotations
3x higher accuracy than GPT-4 on entity extraction
2x higher accuracy than leading domain LLMs on record interpretation

PicnicAI unifies records to gain insight into patient care

Combines information across records to understand a patient's care journey.

100K+ patients empowered with comprehensive access to labs, imaging, and provider notes
Proactively identifies gaps in care to help patients receive the best possible treatment

PicnicAI's medical LLM outperforms top frontier and industry models

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Best-in-Class Performance

  • 3x accuracy vs GPT-4 on clinical named entity recognition
  • 2x accuracy vs leading industry model on record interpretation
  • Top MedMQA and PubMedQA performance across comparable LLMs
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Largest, Most Diverse Medical Record Training Dataset

  • 350M+ clinician abstractions in 40+ disease data models
  • 100K+ longitudinal patient journeys spanning 50 years of care
  • 30M+ notes from 750K+ providers across 100K+ care sites

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Leader in Responsible AI

  • Developed in partnership with consented patients, providers, advocates, and researchers
  • Provides immediate value back to contributing patients
  • Only trained on records collected with direct patient consent

Our Blog

Keep up with the latest on PicnicAI and our LLM.

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Publication
5
 min read
LLMD: A Large Language Model for Interpreting Longitudinal Medical Records
This preprint introduces LLMD, a large language model (LLM) that uses medical records to characterize patient health over time, and isdeployed today in applications that improve health outcomes andpower clinical research. Along with general medical knowledge,LLMD is trained on labeled longitudinal medical records, givingit unique advantages over LLMs trained on knowledge alone, onunlabeled records, or on records from a single health system. Weshow that LLMD learns to make nuanced connections in information covering years of patient care documented across facilities,and that these are critical to real-world accuracy
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Blog
3
 min read
Building a Personal Medical AI
An overview of structuring, abstraction and all the nuance that comes with building a personalized medical AI.
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Blog
4
 min read
What we mean by “Messy” Real-World Data
In our prior post, we introduced structuring and abstraction, two processes needed to get real-world medical records into a form that we can draw insights from. We also explained how those processes map to the latest AI techniques. In this post, we go deeper into what medical records look like in the wild and what happens when we try to apply AI techniques to them.