HL7 FHIR DevDays International 2022
2022-06-06..2022-06-09
-- online --
as the organisers put it
Aftermovie DevDays 2022 HL7 FHIR DEVDAYS INTERNATIONAL June 6-9, 2022 Join us for the hybrid event of HL7 FHIR DevDays International, which will be held in the Global Center for Health Innovation in Cleveland, OH (USA), and/or through your screens! Do… Continue reading →
| title | author | length |
|---|---|---|
| Clinical guidelines with FHIR and CQL | Bryn Rhodes | 49m |
Describes how the FHIR Clinical Guidelines IG encodes WHO Antenatal Care and CDC Opioid Prescribing recommendations as L3 computable artifacts using CQL… | ||
| Bulk Data implementation on public cloud with secure sharing | Chetan Kumar Jain | 21m |
Implements HL7 FHIR Bulk Data $export on public cloud using presigned S3 URLs (AWS equivalent of signed URLs) to deliver HTTP-downloadable NDJSON files; server… | ||
| Using Lantern to shed light on FHIR API deployments | Jeff Brown | 25m |
Lantern is an ONC‑sponsored MITRE open‑source system that polls published service URLs, fetches metadata via the FHIR capabilities operation, and dashboards… | ||
| Closing session | Kramer, Manning, deBronkart, Grieve, Nguyen, Kaminker, Vreeman | 42m |
Community reconvenes in person and reports concrete progress: the HL7 patient requests for corrections implementation guide is balloted and moving to real use… | ||
| FHIR for scientific data: implementing the FAIR principles | Philip van Damme | 20m |
Shows FHIR can realize many FAIR requirements by converting six CSV tables from MIMIC-ED into a Postgres-backed FHIR facade using happy fire, writing profiles… | ||
| Protecting FHIR data | Himanshu Chavda | 18m |
A reference DLP architecture for FHIR detects PHI using three concrete steps: discover & classify, de-identify, and re-id risk analysis, running on structured… | ||
| International Patient Summary: examples, tooling and exchange | Matt Rahn | 26m |
International Patient Summary (IPS) is a FHIR R4 document built on the Composition resource and adopted by the G7/GDHP as a minimal cross‑border summary… | ||
| Using an identity broker to augmenting existing login solution | Joshua Varner | 23m |
An identity broker isolates SMART on FHIR authorization from an unchanged central login by deploying Keycloak with a custom extension that calls a lambda… | ||
| Better managing sets of resources | Grahame Grieve | 49m |
FHIR lacks a clear, reusable way to describe a coherent set of resources created by a clinical session, so current options are ad hoc: linking everything to an… | ||
| The consumer’s new digital front door | Ryan Howells | 22m |
CARIN publishes FHIR implementation guides including CARIN IG for Blue Button, real-time pharmacy benefit check, and a digital insurance card format, and… | ||
| Bridging large-scale FHIR to AI in production | Farhana Bandukwala | 33m |
Describes an "assembly line" for turning large-scale FHIR into production AI: canonical ML pipelines (example: Vertex Pipelines) that read FHIR/ DICOM, produce… | ||
| The CDISC lab semantics in FHIR Implementation Guide in action | Bruno R Neves | 23m |
Demo converts Excel exports from local labs into 11 FHIR resources using a graphical drag-and-drop mapper and MuleSoft tooling, then composes a single CDISC… | ||
| Unleashing the power of FHIR data with knowledge graphs | Ruchika Kharwar | 24m |
A project loads synthetic FHIR R4 JSON into Neo4j + APOC, creating about 1.8 million nodes and 10 million relationships to represent resources, codes and… | ||
| Mapping FHIR data to parquet for analytics and machine learning | Quan Wan | 31m |
Maps FHIR JSON to Parquet by defining an explicit Parquet schema, batching records into configurable row groups to trade memory for compression, and converting… | ||
| SMART on FHIR: what's new, what's next? | Josh Mandel | 45m |
Covers what SMART App Launch 2.0 actually adds: PKCE required to stop intercepted codes, asymmetric client authentication via JWS public keys so apps can… | ||
| BSeR | Tia Pope, Myung Choi, Andy Stevens | 19m |
The BSeR Implementation Guide STU1 IG (Mar 2020) defines profiles for six use cases (obesity, arthritis, hypertension, early childhood nutrition, tobacco… | ||
| FHIR Data Ingestion Tool: convert, anonymize, and publish | Ibrahim Kivanc | 21m |
Open source C# tool converts Parquet/CSV into FHIR NDJSON using Parquet/CSV → FHIR NDJSON pipelines driven by Liquid templates mapping; converter emits bundled… | ||
| FHIR SQL Builder | Patrick Jamieson M.D. | 20m |
A tool that projects FHIR into SQL without copying data analyzes a selected FHIR repository (demo used 100% of records), shows resource and element counts, and… | ||
| Plenary session | Ewout Kramer, Subha Airan-Javia, Josh Herigon, John Manning MD | 52m |
Connecting the dots: Building an interoperable health tech platform from a clinician's perspective. Clinical care is complex, involves many moving parts and… | ||
| Future with data readiness & why is it important? | Mike Sutten | 19m |
Healthcare faces a self-identified "data readiness" crisis: a Morning Consult survey of ~70–80 C‑level execs finds 95% focused on digital transformation, 74%… | ||
| FHIR to reduce burden and solve prior authorization challenges | Viet Nguyen | 39m |
HL7 Da Vinci provides three live implementation guides — Coverage Requirements Discovery, Documentation Templates and Rules, and Prior Authorization Support —… | ||
| Chair yoga | Yoga for inner calm | Iekelien Buurman | 16m |
A 10–15 minute chair routine uses a simple breath-count test (count breaths at start and end) and tools: shoulder rolls, chest lifts with short breath-holds… | ||
| Effort to internationalize a FHIR implementation guide in Japan | Hisashi Osanai | 19m |
Fujitsu converts its EMR data to FHIR for National Cancer Center Hospital East, builds a conversion framework and orchestrator that separates resource… | ||
| Implementation of a clinical trial recruitment support system | Clemens Scherer | 20m |
A FHIR R4-based CTRS imports EHR data (labs, echo) as FHIR Observations mapped to SNOMED CT/LOINC/ATC, records trials with ResearchStudy and models OR logic by… | ||
| FHIR server scale and performance challenges | Nikolai Ryzhikov | 45m |
Claims that serving FHIR on terabytes at hundreds–thousands RPS is solvable by measurement, tuning and trade‑offs: use Prometheus/Grafana for metrics, run a 10… | ||
| The Smart4Health project | Morten Ernebjerg | 23m |
EU-funded prototype builds a citizen-controlled FHIR platform (CHDP) that stores only end-to-end encrypted records with keys kept on clients, so no standard… | ||
| DIY Testing with Inferno Framework | Rob Scanlon, Keith Carlson, Scott Bohon | 46m |
Shows a runnable HL7 FHIR test framework (Inferno) with a hosted instance at inferno.healthit.gov, Docker template repo and a Ruby DSL for writing tests… | ||
| Bridging research protocols in healthcare systems | Geoff Low | 41m |
Vulcan SoA maps protocol schedules into core FHIR resources and demonstrates a live pipeline: ResearchStudy.protocol → PlanDefinition→CarePlan flow spawns… | ||
| Patient experience application on FHIR | Lance Jones | 19m |
A patient-survey platform called SHAPE deploys scheduled and free-form questionnaires, supports multi-profile respondents, and connects to 1upHealth FHIR EHR… | ||
| FHIR Questionnaires and structured data capture | Brian Postlethwaite | 47m |
FHIR Questionnaires act as the definitional resource and SDC adds extensions for pre-population and extraction so answers can be pulled from EHRs and emitted… | ||
| Patient request for corrections | Virginia Lorenzi, Dave deBronkart | 38m |
Extensive evidence shows record errors are common (JAMA survey of 30,000 patients: 20% found mistakes, 40% judged them serious; AHIMA found 84% of notes with… | ||
| Creating and managing Consent Directives on FHIR | Bob Lou | 23m |
Shows how a computable policy is encoded using the FHIR R4 Consent resource (provision.actor, purpose, environment, class, period, actions, status) and demos a… | ||
| FHIR R4 data ingestion pipelines driven by liquid templates | Deqiang Hu | 22m |
Northwell runs a production FHIR R4 repository ingesting messages since 2020, storing ~2–3 TB and covering ~6.5M patients with 0.5–2M FHIR bundles ingested per… | ||
| Using FHIR Workflows to deliver personalized health experiences | Kyle Thompson | 21m |
League models campaign graphs as FHIR PlanDefinition resources, uses the apply operation to generate paired Request/Task resources organized into RequestGroups… | ||
| Consent, social determinants of health | Ron Sweeney | 20m |
An event-driven statewide referral platform implements SDOH consent using the Gravity SDOH package from Simplifier, automated package installs via the FHIR… | ||
| Argonaut: USCDI and US Core | Brett Marquard | 47m |
Argonaut work becomes the baseline profiles for U.S. FHIR: US Core 5.0.0 is published to support USCDI v2, formalizing ~27 core profiles plus newer ones for… | ||
| Leveraging test-driven development with FHIR implementations | Richard Ettema | 47m |
Shows a concrete TDD workflow for FHIR: use Touchstone or Inferno to run executable TestScript resource definitions against a server, including peer‑to‑peer… | ||
| TypeScript FHIR library | Gino Canessa | 22m |
An open, community-driven TypeScript FHIR SDK is available on GitHub under MIT, currently publishing R4 core with code generation that covers DSTU2 through R5… | ||
| Standard FHIR clinical genomic operations for genetic data | Bret Heale | 19m |
Genomic FHIR operations normalize disparate representations (HGVS, genomic or coding fields, liftover) and return a consistent VCF-like response so apps need… | ||
| Managing an IoT landscape in healthcare with FHIR | Bob Pratt | 21m |
Proof of concept integrates Google Cloud Healthcare API + BigQuery + Cloud Functions with the hello2 camera (Celebrit) and a FHIR repo to map ADT admissions to… | ||
| PACER | Tia Pope, Myung Choi, Michael K Riley | 22m |
PACER is a FHIR‑based platform that automates electronic case reporting by taking ELR triggers, polling every two minutes to run SQL queries against an EHR… | ||
| Introduction to the Android FHIR SDK | Fred Hersch | 49m |
A set of Kotlin libraries on GitHub that aim to make offline‑capable FHIR Android apps simpler by providing a questionnaire UI, local FHIR store, sync and… | ||
| FHIR® Roadmap for TEFCA Exchange | Christopher Muir, David Pyke | 43m |
Three-year FHIR roadmap lays out Stage 1 using existing IHE profiles (XCPD/XCA/XCDR) with out‑of‑band FHIR, Stage 2 enabling leaf node point‑to‑point FHIR plus… | ||
| Publishing a FHIR specification | Ward Weistra | 31m |
Explains how to publish FHIR artifacts by creating npm-style FHIR packages (package.json + /package folder with JSON resources), hosting them to the public… | ||
| FHIR for delivery to quality registrations | Lilian Minne PhD | 27m |
Uses FHIR to deliver intensive care data to the Dutch NICE registry with a working prototype: central multi‑tenant FHIR server that receives hospital FHIR… | ||
| Dehydrated FHIR | Greg McKay | 20m |
Babylon builds a FHIR-specific templating engine called Hydrant that maps simple internal models (called dFHIR) into full FHIR resources (example: hydrate a… | ||
| Lesion tracking DICOM SR to FHIR mapping | Khaled Younis, Ph.D. | 25m |
Maps DICOM SR TID 1500 measurement reports into FHIR R4 using an Observation‑based model, converting Cancer Imaging Archive sample lesion measurements into… | ||
| Enforcing consent directives on FHIR | Bob Lou | 22m |
Demo shows a working Google Cloud Healthcare FHIR implementation that reads Consent resource in FHIR R4 and updates an access-control model via an… | ||
| React to Events of Data Changes on FHIR Service | Teng Li | 34m |
Azure Health Data Service captures FHIR change data, persists it, then a long‑running agent converts those changes into events and publishes to Event Grid… | ||
| Consent management in medical research with FHIR | Stefan Lang, Martin Bialke | 22m |
Germany’s FHIR consent work defines reusable artifacts and a runnable flow: a versioned template frame assembles modules into a questionnaire… | ||
| International Patient Access | Isaac Vetter | 24m |
The International Patient Access (IPA) project defines a minimal base set of FHIR profiles and RESTful API patterns, surveys national patient-access profiles… | ||
| Using clinFHIR to learn and develop FHIR solutions | David Hay MD | 46m |
clinFHIR is a free web app (not open source) with modules that actually build and validate FHIR content: Graph Builder creates patient-linked resource graphs… | ||
| Vulcan – boldly going? | Hugh Glover | 44m |
Two years of the Vulcan Accelerator document five active projects with concrete outputs: schedule of activities models visit grids as FHIR ActivityDefinition… | ||
| Collaborative specification processes in the enterprise | Joost Reuzel | 37m |
Philips builds an internal ILS that profiles FHIR, IHE and DICOM into reusable interaction patterns and publishes them from GitHub as versioned npm packages… | ||
| You put what, where? What FHIR should be doing about AI/ML | Vivian Neilley | 25m |
Proposes a concrete draft: a white paper and an Algorithmics-on-FHIR implementation guide that define new resources to capture ML outputs, notably an… | ||
| Role of a FHIR ambassador | Mikael Rinnetmäki | 21m |
A new FHIR ambassador role set up by HL7 Finland in 2020 runs as a contracted, flexible mandate paid from member and project fees, with a €10,000 base + €5,000… | ||
| Exchange of analytics data using FHIR resources | Chetan Kumar Jain | 20m |
Uses FHIR's Measure and MeasureReport (clinical reasoning) plus the $evaluate-measure operation to export precomputed analytics from an aggregated layer back… | ||
| All you need to know about FHIR validation | Vadim Peretokin | 21m |
Survey of FHIR validation tools with concrete tradeoffs: SUSHI applies ~60 validation rules but skips slice membership and terminology checks, the IG Publisher… | ||
| Understanding the ArtifactAssessment Resource | Brian Alper | 30m |
R5 adds the ArtifactAssessment Resource to attach comments, classifiers, ratings, questions and responses to an existing resource while keeping separate… | ||
| Chair yoga | Yoga to get you energized | Iekelien Buurman | 19m |
Quick 15‑minute chair routine claims to melt away midday fatigue without leaving your seat by combining specific moves: palming your eyes to relax ocular… | ||
| Storing data using FHIR - a good idea? | Grahame Grieve | 47m |
Recommendation is pragmatic: FHIR is designed as an exchange schema not a persistence format, so choose based on requirements. Options include store resources… | ||
| FHIR Innovations at InterSystems | Patrick Jamieson M.D. | 37m |
Cloud service packages claim to give a full FHIR dev stack including a FHIR API portal, SMART on FHIR OAuth2 launch, package loading, metrics and backup plus a… | ||
| Argonaut: overview of projects + new projects for 2022 | Brett Marquard | 43m |
Argonaut claims to have turned early FHIR experiments into production-ready artifacts: published the Data Query guide and helped form US Core, added granular… | ||
| Plenary session | Kramer, Knight, Vreeman, Nguyen, M.D., Kaminker, Neilley | 41m |
Research shows a single patient login exposes 4 million records across one clinical-data ecosystem by abusing FHIR endpoints; testing uses Postman, Burp Suite… | ||
| FHIR Bulk Data API and what's new in v2 | Dan Gottlieb | 49m |
FHIR Bulk Data v2 adds concrete, production-ready features: kickoff can use GET or POST, exports stream as NDJSON format files split by resource type… | ||
| Implementer division | Daniel Vreeman, Viet Nguyen, M.D., Diego Kaminker | 22m |
HL7 splits work into a standards development division and an implementation division and claims tighter feedback loops with five focused programs: program… | ||
| Shop & cook & serve your public health data with NHSNLink | Rick Geimer | 27m |
NHSNLink is an open‑source reference app that uses FHIR APIs plus CQL quality measures to query EHRs, evaluate measures with a cqf-ruler fork, and produce… | ||
| Lit: Another domain model library for FHIR | Hugh Simpson | 21m |
Lit is an open source, Scala and Java library that implements a FHIR domain model plus FHIRPath, with a code generator for HL7 and US Core profiles and ongoing… | ||
| Learn to FSH: a friendly introduction to FHIR Shorthand | Mark Kramer | 45m |
FSH starts as a text DSL begun in 2019 with a first release in early 2020 and now powers 200+ IG projects with ~100,000 Sushi downloads. It uses the Sushi… | ||
| Azure Health Data Services | Doug Seven | 30m |
Azure Health Data Services is a managed, HIPAA‑BAA eligible cloud suite that combines a FHIR service, DICOM service and MedTech ingestion to unify clinical… | ||
| The role of HL7® FHIR® in patient cost transparency | Viet Nguyen, M.D. | 41m |
Da Vinci builds a FHIR implementation guide that turns a provider’s good faith estimate bundle into a payer-side pre-adjudicated claim and returns an advanced… | ||
| Leveraging US specifications for the world | Lloyd McKenzie | 45m |
HL7 registries list about 165 implementation guides of which roughly 80 are labeled U.S. realm, 61 are global and ~22 are other countries, and… | ||
| FHIR-FLI (‘firefly’) - Connecting Flutter to FHIR | Grey Faulkenberry | 24m |
A suite called FHIR‑FLI publishes seven packages on pub.dev that serialize DSTU2/STU3/R4/R5, make HL7 REST calls, do SMART on FHIR launches, and offer… | ||
| Terminology mapping and translation – ConceptMap updates in FHIR R5 | Rob Hausam | 50m |
FHIR R5 changes make ConceptMap usable rather than just descriptive: the relationship codes are simplified and now explicitly indicate mapping direction… | ||
| Topic-based subscriptions | Gino Canessa | 48m |
R4B adds subscription-topic and subscription-status in R4B (with the backport IG pending publication) and moves from query-based to topic-based delivery… | ||
| Custom forms in ReactJS using FHIR questionnaire and extensions | Karl Purkhardt | 25m |
A custom React renderer turns FHIR Questionnaire and QuestionnaireResponse into a production form system backed by Google Cloud Healthcare API, Material UI and… | ||
| SMART on FHIR: Introduction | Josh Mandel | 45m |
Introduction to SMART on FHIR explains the concrete pieces: an OAuth-based SMART App Launch (standalone and EHR-launch flows), scope strings like… | ||
| How to solve scaling pains with FHIR and data streaming? | Alex Morley | 45m |
A central FHIR server becomes a bottleneck so the engineering team shifts to event-driven design: services publish compact dFHIR templates (dehydrated FHIR) to… | ||
| Global Implementations with the International Patient Access | Mikael Rinnetmäki | 43m |
An implementation guide that mandates SMART mandatory for app auth and supplies a minimal set of core FHIR profiles, IPA changes the DocRef operation so… | ||
| Prior Authorization using CDS Hooks and SMART on FHIR | Dharmesh Patel | 15m |
A reference implementation that automates prior authorization using CDS Hooks and SMART on FHIR plus HL7 DaVinci guides, with three components: a Prior… | ||
| High performance system-to-system synchronization | Robin Arnold | 42m |
IBM FHIR Server adds a sort parameter so whole‑system history can be returned in sort param (ascending|descending) order and supports Prefer: return=minimal to… | ||
| Publishing FHIR-based products through Graphite Marketplace | Preston Lee | 19m |
Vendor-neutral marketplace and runtime that packages FHIR profiles, an SDK and certification so apps can be published to multiple health systems without… | ||
| CDS Hooks | Bryn Rhodes | 42m |
CDS Hooks defines a hook-based HTTP API that invokes remote decision services, passes FHIR context or prefetch FHIR queries, and returns rendered JSON “cards”… | ||
| A novel way to manage and represent unstructured clinical data | Ruchika Kharwar | 37m |
An automated pipeline extracts text from PDFs with Document AI, runs the Google Healthcare NLP API to pull entities, relationships, temporality and a… | ||
| Switzerland on FHIR: learning and success | Michaela Ziegler | 15m |
Switzerland defines CH Core profiles and has produced multiple country-specific FHIR IGs—most have passed two ballots—covering medication, vaccinations… | ||
| Opening session | Ewout Kramer, Tal Golesworthy, Viet Nguyen, M.D. | 52m |
Opening session
8:30-8:40 | Opening by Ewout Kramer, Firely and Viet Nguyen, HL7 International
8:40-9:20 | Keynote Patient data: enabling personalised surgery… | ||
| Post-Acute Care Interoperability work group - outcomes | Dave Hill, Nancy Lush | 46m |
The PACIO Project demonstrates a multi‑scene post‑acute care exchange at the May 2022 Connectathon, integrating 9 FHIR IGs (Functional, Cognitive, SPLASH… | ||
| OMOP to FHIR Bulk Data API used for MENDS | Bob Zambarano | 21m |
ESP-based surveillance is provisioning ESP data marts from OMOP by running an OMOP to FHIR NDJSON transform via Google Cloud Dataflow and a Whistle transform… | ||
| quicker care for remote communities using FHIR & IHE mACM | Revathy Sreenath | 23m |
A FHIR R4 + IHE mACM implementation builds a mobile alerting pipeline that uses FHIR R4 Communication/CommunicationRequest to send push or SMS alerts from… | ||
| Turning data into better healthcare: data for hemophilia | Marcel Hofman | 19m |
Sets up FHIR connectivity for the HumanNet hemophilia registry, modeling lab results with LOINC, linking tests to patients, and hosting a standardized FHIR… | ||
| Connecting the dots: FHIR, DICOM and IHE AIR | Anand Jahagirdar | 14m |
IHE AIR (AI Results) describes how to reliably store, retrieve, and display results generated by AI algorithms. DICOM SR encoded in TID 1500 SR template is… | ||
| FHIR to empower patient-centered CPM | Armson, Rhodes, Marcial | 18m |
CDS4CPM is a SMART on FHIR two‑app system (MyPain patient app + PainManager provider app) that pilots AHRQ’s shared decision‑making workflow by posting… | ||
| Building a FHIR app with Java | James Agnew | 41m |
Shows how to build a Java FHIR app by using the HAPI FHIR model parser client to map a CSV of CDC lab results into FHIR Patients and Observations, spin up an… | ||
| Building a FHIR app with .NET | Mirjam Baltus, Alexander Zautke | 42m |
Uses the Firely .NET SDK and NuGet R4 packages to read a CSV, map rows to FHIR Patient and Observation models, and print results in a console app; mapping… | ||
| Chair Yoga | Yoga for cranky backs, neck and shoulders | Iekelien Buurman | 17m |
Practical sequence of chair yoga that claims to reduce stiffness and increase circulation in neck, shoulders and lower back using only a chair and breath: sit… | ||
| MIMIC-IV-on-FHIR | Alex Bennett | 36m |
Converts the 300,000‑patient MIMIC‑IV Postgres EHR into FHIR using PostgreSQL, Python and HAPI FHIR, outputs validated NDJSON bundles and publishes a demo… | ||
| Find your virtual way around DevDays | Ward Weistra | 23m |
Covers the concrete navigation plan: use Hoova web app and mobile app to build an agenda, add sessions to Google/Apple calendars, and find Zoom links; post… | ||
| Introduction to the FHIR API | Nikolai Schwertner | 52m |
Covers the FHIR REST API with live demos using Insomnia REST client, public test servers (Health Intersections, Firely, Happy FHIR, Logical Health), and the… | ||
| Introduction to profiling | Lilian Minne PhD | 47m |
Profiling produces concrete StructureDefinition constraints and a packaged ImplementationGuide with canonical URLs that implementers consume; examples include… | ||
| A whirlwind tour of FHIR resources | Virginia Lorenzi | 51m |
A focused tour of how FHIR models healthcare: explains Resource/DomainResource inheritance (meta, id, language, text, extensions), shows the structure view… | ||
| Spanish introduction to FHIR | Diego Kaminker | 38m |
An introductory overview of the HL7 FHIR specification presented in Spanish, covering FHIR resources and the interoperability paradigms FHIR supports. The… | ||
| German Introduction to FHIR | Simone Heckmann | 45m |
An instructor-led German tutorial introduces the HL7 FHIR specification, explaining core concepts such as FHIR resources and interoperability paradigms. The… | ||
| English introduction to FHIR | Mirjam Baltus | 43m |
FHIR is an HL7 standard started around 2011 that models clinical data as small resources with English field names, each given a resource identity is a URL and… | ||
| Google Cloud FHIR APIs | Dharmesh Patel, Bob Lou | 43m |
Google Cloud offers a fully managed Cloud FHIR server that supports R2 R3 and R4 and implements R4 and US Core 4.1 profile validation by loading… | ||
| Introduction to FHIR search | Gino Canessa | 46m |
A practical primer on FHIR search that shows how to run REST searches with both GET and _search POST endpoints, how results return as a Bundle (searchset) with… | ||
| Introduction to terminology | Daniel Vreeman | 47m |
Explains how FHIR ties terminologies to data by using CodeSystem, ValueSet, ConceptMap resources and operations that return real answers: $lookup shows a… | ||
| X12 gets lit: X12 to FHIR (and back again) | Garrett Rhodes | 21m |
Redox showcases an X12↔FHIR translation product that converts legacy transactions (270/271 eligibility, 278/275 prior auth, 276/277 claim status, 837/835… | ||
| FHIR meets corporate security | Lukasz Nosol | 21m |
CDS Hooks integration breaks when enterprise gateways strip or front TLS and prevent verifying client JWTs, forcing workarounds like use access token to fetch… | ||
| The future of FHIR: R4B and R5? | Lloyd McKenzie | 19m |
R4B is a technical correction to R4 that fixes invariants, schematics and infrastructure; it includes a potentially breaking MedicationDefinition breaking… | ||
| Join us at HL7® FHIR® DevDays 2022 🔥 | 01m | |
HL7® FHIR® DevDays 2022 runs as a hybrid event with in-person in Cleveland and a Berlin satellite meeting plus worldwide virtual access; tutorials stream live… | ||
| Why attend DevDays | 02m | |
DevDays international convenes the global FHIR community June 6–9, 2022 and runs a hybrid in-person + streaming program in Cleveland with multi-day tracks for… | ||
| Welcome to HL7 FHIR DevDays from InterSystems | dean andrews | 01m |
InterSystems delivers a brief welcome and sponsorship note, states sponsor of DevDays since 2018, highlights a developer community that contributes to products… | ||
| Aftermovie | DevDays 2022 | 05m | |
Fast-paced highlight reel of HL7 FHIR DevDays International, June 6–9, 2022 in Cleveland OH, showing keynote clips, panel snippets, and hallway conversations… | ||
| Learn what makes DevDays special! | 02m | |
Hybrid event June 6–9, 2022 in Cleveland with live streaming and vendor contact info, focused on practical FHIR implementation experiences, project feedback… | ||
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