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Health Telematics Strategy of the German Bundeswehr

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Presentation on theme: "Health Telematics Strategy of the German Bundeswehr"— Presentation transcript:

1 Health Telematics Strategy of the German Bundeswehr
HL7 Working Group Meeting 1-6 May 2005, Noordwijkerhout, The Netherlands Health Telematics Strategy of the German Bundeswehr Bernd Blobel Chair HL7 Germany, Co-Chair Security TC Reinhard Bauske German Military Medical Service

2 Basic Principles for the Military Health Telematics Strategy
The German military health telematics strategy follows completely the corresponding strategies in the civil sector Introduction of health professional cards by 2006 Introduction of electronic health cards by 2006 Introduction of electronic health records by 2008 (to be finished by 2011)

3 Civil legislation and policies will be adequately applied to the military services
The military service EHR will be centralised contrary to rather regionalised or even local EHR in the civil sector

4 eHealth Standardization Focus Group

5 eHealth Europe Strategic Objectives Critical Applications
Improving access to clinical records Enabling patient mobility as well as cross boundary access to health services Reducing clinical errors as well as improving patient safety Improving access to high quality information for both patients and health professionals Improving efficiency of health services EHR/EPR incl. EHR architecture Electronic exchange of health data incl. electronic transfer of prescriptions (ePrescriptions) ePrescribing with decision support Digital imaging and related services requests and result reporting Core Data Sets e.g. for health surveillances

6 Infrastructures to underpin applications
management of any principal’s identification, in the patient’s context including: EU Health Insurance Card (enhanced by carrying medical data and providing cross-border access control facilities); A common approach to patient identifiers; Access control and authentication; protecting personal information (based on PKI and data cards (tokens) for professionals and citizens/patients); terminological systems for clinical records and medicines; EU Health Data Cards.

7 Architectural Paradigms for Future-Proof Health Information Systems
Distribution Component-orientation (flexibility, scalability) Separation of platform-independent and platform-specific modelling  Separation of logical and technological views (portability) Specification of reference and domain models at meta-level Interoperability at service level (concepts, contexts, knowledge) Enterprise view driven design (user acceptance) Multi-tier architecture (user acceptance, performance, etc.) Appropriate multi-media GUI (illiteracy) Common terminology and ontology (semantic interoperability) Appropriate security and privacy services

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9 The German Health Telematics Platform – bIT4Health architectural framenwork and security infrastructure

10 bIT4health - Project Objectives
Flexible extensible framework architecture for telematics applications in the healthcare sector with special emphasis to security and privacy Emphasis on introduction of mandatory applications plus prioritised voluntary applications until 2006 © Copyright bIT4health 2003

11 Transformation of Architectural Framework to Solution
New Services and Programs Requirements Architecture Legislation Architectural Framework Solution Architecture Transformation Actual Standards Requirements Partners IT-System Generic Component Specific Component Generic Component Specific Component Generic Component Specific Component Generic Component Specific Component © Copyright bIT4health 2003

12 bIT4Health Component Model
© Copyright bIT4health 2003

13 bIT4Health ePrescription Data Model © Copyright bIT4health 2003

14 bIT4Health Component Model
© Copyright bIT4health 2003

15 bIT4Health Component Diagram
© Copyright bIT4health 2003

16 Electronic Health Card
Courtesy: Bruno Struif (Fraunhofer-SIT Darmstadt) Dr. Christoph Goetz (Kassenärztliche Vereinigung Bayerns) Dr. Stephan H. Schug (EHTEL Association)

17 Standardized background
Compulsory Elements of the eHC Owner picture Card designation Standardized background design Card owner Braille card ID Insurance logo

18 Room for Signature and further national elements
Pflichtelemente seitens der EHIC Room for Signature and further national elements

19 Unterschriftenfeld EU Decision (2003/753/EG)

20 HP Data (Passport Data)
Endorsement Passport Card to Card HP Data (Passport Data) Key Pair (Login) PIN 1 Key Pair (Encryption) Key Pair (Electronic Signature) PIN 2 Attribute Certificates TTT (2003)

21 Institutional Data (Passport Data)
Endorsement Passport Card to Card Institutional Data (Passport Data) Key Pair (Login) PIN Key Pair (Transport) Form-Factor ID 000 (PlugIn) Key Pair (Electronic Signature) Attribute Certificates TTT (2003)

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23 German Healthcard Compulsory Optional Insurance data ePrescription
EU Insurance Card Optional Medication file Doctor‘s report Receipt Emergency data Electronic Patient Record TTT (2003)

24 EN 13606 “EHR Communication”
This new standard has five parts: Part 1: Reference Model Part 2: Archetype Interchange Specification Part 3: Reference Archetypes and Term Lists Part 4: Security Features Part 5: Exchange Models

25 EHR References HL7 V3 / CDA EN EHR communication GEHR/openEHR

26 Contact: Chair: Office:
Bernd Blobel Ph.D. Associate Professor Head of the Health Telematics Group Fraunhofer Institut Integrierte Schaltungen Am Wolfsmantel 33 91058 Erlangen Tel.: Fax (Department Office): Office: Institut für Medizinische Statistik, Informatik und Epidemiologie (IMSIE) Universität zu Köln Joseph-Stelzmann-Str. 9 50931 Köln Telefon (0700) Fax (0700) Internet


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