Technology and science

Clinical intelligence deserves evidence.

Specialized models to understand and structure medical information and link it to its sources.

Clinical understanding technologies built for health systems: precise concepts, preserved context, semantic interoperability and controlled compute costs.

type 2 diabetes mellitus
Label
type 2 diabetes mellitus
System
SNOMED CT
Code
44054006
Hierarchy
Clinical finding

1 mention

#1 · page 1 · type 2 diabetes mellitus

0.377 · 0.101 · 0.153 · 0.013

Patient referencesCopy JSON
Capabilities

Understand clinical meaning, not just recognize words.

Confirmed, suspected, negated or family history: the same term carries different information.

Clinical extraction

Identify the medical concepts in supported documents.

Contextualization

Distinguish affirmed, negated and hypothetical mentions, and other situations covered by the models.

Terminologies

Map clinical wording to supported reference terminologies, including SNOMED CT.

Multilingual

Link medical expressions across validated languages and terminologies.

Social determinants

Documented social information, structured when the models cover it.

Traceability

Link results to the documents and passages that contributed to their extraction.

From mention to usable information

Clinical information keeps its context.

  1. 3

    Deliver

    Produce structured results, traceable to their source documents.

  2. 2

    Contextualize

    Understand their meaning and map them to shared reference terminologies.

  3. 1

    Identify

    Detect medical mentions and concepts in the analyzed content.

Architecture

Medical memory, built on your existing IT system.

The HL7 feeds already in place populate a FHIR server. CLARYS Medical Memory unlocks their value, for care and beyond.

Secure IT system · on-premises or cloud

Deliver · Care and data

Existing applications

  • Admissions
  • Radiology
  • Laboratory
  • X
  • Y
  • EHR
IdentityMovementActivity
Documents

Application data: logical target

Application data

Standardize · Secure

FHIR serverSovereign medical memory

Standardized data

Read · Connect · Unlock

CLARYS Medical Memory

Primary and secondary value

Contextual call to CLARYS Medical Memory

  • Secure external access
  • Mobile access
  • Community care link
  • Single point of access

Only ADT and document feeds, which everyone has mastered for years.

With your usual interoperability partners or your own teams, setup is simple: your existing feeds are all it takes.

Performance

Measured performance.

Scale, speed, coverage: CLARYS Intelligence is benchmarked on realistic volumes and against an open-source reference.

At the scale of a healthcare facility

10,000 patients, 100 documents per patient on average

120 ms
response time
< 2 min
for full ingestion*
÷ 100
60 GB of documents reduced to 600 MB after ingestion

Compared with MedCAT, the open-source reference

228 clinical reports, same SNOMED CT and ICD-10 scope

+33%
more distinct concepts identified (2,118 vs 1,590)
×8
more ICD-10 concepts recognized (319 vs 39)
94%
of concepts found by MedCAT also detected
1.5×
faster: 8.1 ms vs 12 ms per document

Internal ESPEIR measurements. Deterministic, reproducible extraction, with no generative model. Results specific to the stated corpora and scopes. * Ingestion excluding OCR, on documents already available as text.

Standards and interoperability

Structured data that works with existing systems.

An exchange format is not enough: clinical information must be identified, contextualized and properly represented.

FHIR R4

Standardized resources, depending on available profiles.

International Patient Summary

The patient’s key information, based on available data.

Clinical terminologies

Concepts mapped to the supported coding systems.

Traceability

The origin of every result, always traceable.

SNOMED CT
LOINC
WHO ICD-11
RxNorm
IPS
Governance and national frameworks

Prepare for data reuse without blurring purposes.

Providing care does not automatically authorize reuse: research and management follow their own governance and access rules.

The EHDS in Europe and comparable programs elsewhere are gradually strengthening these frameworks. ESPEIR builds capabilities that support these changes, but cannot by itself guarantee regulatory compliance.

EHDS

Comparable frameworks, country by country

EHDSEuropean Union

European Health Data Space

Patient summaries, interoperability and governed reuse of data, with obligations phased in from 2029.

ePAGermany

Elektronische Patientenakte

The ePA für alle has been rolling out since 2025. Hospitals upload discharge letters and laboratory and imaging results, among other documents.

SPRUnited Kingdom

Single Patient Record

The NHS 10 Year Health Plan sets out a single patient record, available in the NHS App from 2028.

RHTPUnited States

Rural Health Transformation Program

$50 billion over 2026-2030 to modernize rural care, including data-sharing platforms and clinical networks in which community health centers (CHCs) take part.

Let’s evaluate CLARYS Intelligence on your use case.

Let’s define the concepts you need, the test corpus and the quality criteria your project requires.