At InterSystems, we deeply appreciate the rapid innovation enabled by open-source development. Our team acknowledges the significant impact of the community's dedication, which has been a driving force behind the evolution of software and data technology.
Application Name | Developer | Made with | Rating | Last updated | Views | Installs |
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LabResultsVerification-hl7HL7 App to update reference range and find critical results | Docker IPM | 5.0 (1) | 12 Nov, 2024 | 815 | 13 | |
iris-fhir-clientInterSystems FHIR Client Connect to any Open FHIR Server | Docker Python IPM | 5.0 (2) | 05 Nov, 2024 | 998 | 36 | |
InterSystems Ideas Waiting to be ImplementedRPMShare - Database solution for remote patient monitoring (RPM) datasets of high density vitalsWhy Currently, patient home monitoring is a megatrend, promising to reduce readmission, and emergency visits and globally add years of health. Owing to US 21st Century act and Reimbursement Schedule from Medicare (up to 54 USD per month per patient) US market is flooded with RPM companies (over 100 for sure) providing primary physicians and hospitals the possibility to collect data from patients' homes, including blood pressure, blood sugar, weight, heart rate, and others. Most companies collect and store the data in free formats, creating an "unholy mess" of data, which has a very limited chance to be ever reused. The hospital only gets insights from single patient results as a dashboard concentrating on cases showing vitals going out of normal range. While research by scientific groups and several advanced companies shows that even data of medium accuracy could predict adverse events like heart failure weeks before happening. A project which is able to provide a federated environment for these new types of data, allowing patients and hospitals truly own data, connecting it to classic EHR, and making data readily available for AI/ML, a project like this is poised to conquer the US maket, with other markets following the trend. Who RPM Companies collecting the data will love the solution which will transfer the data from devices using FHIR, provide full security and compliance, and will include a multitude of routine functions for data analysis, and even data representation. They will stop creating hundreds of repositories of similar software code and concentrate on patient success. Hospitals will be able to have their own structured and standardized silos of data, they will have a chance to change RPM providers, and have a history of patient vitals. They will have EHR data and RPM data connected. Dashboards could be integrated into existing EMRs much easier and finally, they will be precious sources of integrated data for research. Patients will be able to reuse their data, have it analyzed by leading health tech companies, and enrich their vitals with even more data from wearables and other devices. Researchers will be able to analyze the data in the same cloud as it is stored, and by anonymizing datasets, with integrated EMR and RPM data, they could potentially assemble unprecedented volumes of data. AI/ML-ready datasets will boost the predictive power of digital health in only a few years from the first implementations of data collection. How HealthShare is already able to store and receive data in FHIR format, minor additions for hl7 standards are to be implemented and accepted by the community. In a way, RPMshare is a mini-version of HealthShare, if designed using an interoperability framework it could even have universal connection standards for existing devices. A secret sauce could be made from the integration of InterSystems solutions in anonymization and the IntegratedML package with RPMshare. To create immediate value and populate cloud service a consortium or partnership with existing RPM companies could be developed, where they will receive benefits of instrumentation and standardization and InterSystems will populate hundreds of thousands of years of observations (assuming companies already have tens of thousands of clients). In simple words, it is an Uber for RPM data. D 6Votes0Comments | ||||||
character-slice-indexIndexing text by characters | Docker IPM | 5.0 (1) | 27 Oct, 2024 | 136 | ||
WebSocketIRIS.jsusing IRIS Native API for Node.js | Docker | 5.0 (1) | 24 Oct, 2024 | 274 | ||
iris-globals-contestapp to use globals to count financial transactions | O | Docker Python IPM | 5.0 (1) | 20 Oct, 2024 | 321 | 22 |
Light-weight-EXCEL-downloadLight weight Excel export over CSP | Docker IPM | 5.0 (1) | 15 Oct, 2024 | 453 | 28 | |
objectscript-package-exampleObjectScript Package example with simplified folder structure | Docker IPM | 5.0 (1) | 12 Aug, 2024 | 502 | 45 | |
Game Of Throne AnalyticsGame of Throne deaths analytics | Docker IPM | 4.3 (2) | 19 Jul, 2024 | 474 | 7 | |
iris-medicopilotMediCopilot uses AI to assist healthcare professionals | Docker Python IPM AI | 4.5 (1) | 17 May, 2024 | 369 | 6 | |
iris-VectorLabThe application demonstrates the functionality of Vector Search. | Docker Python IPM AI | 5.0 (1) | 15 May, 2024 | 204 | 19 | |
iris-health-coachLLM Health Coach using InterSystems Vector DB | Z | IPM AI ML ML | 4.5 (1) | 13 May, 2024 | 241 | 7 |
geo-vector-searchmathematical use of vector search | Docker IPM | 5.0 (3) | 26 Apr, 2024 | 246 | ||
workshop-workflowExample of workflow management an UI | Docker | 5.0 (1) | 26 Apr, 2024 | 174 | ||
deployed-code-templateAn example of how to deploy ObjectScript without source via IPM | Docker IPM | 5.0 (2) | 22 Apr, 2024 | 116 | 8 | |
iris-openaiLibrary for use Open AI | Docker IPM AI | 5.0 (5) | 18 Apr, 2024 | 805 | 38 | |
foreign-tablesexample for using Foreign Tables with CSV | Docker IPM | 5.0 (1) | 09 Apr, 2024 | 95 | ||
mini-dockerBasic template for InterSystems IRIS development environment with Docker, VSCode and ZPM | Docker | 5.0 (1) | 31 Mar, 2024 | 220 | ||
iris-fhirsqlbuilder-dbt-integratedmlDemonstration of building predictive models trained on FHIR data | Docker Python AI ML ML | 0.0 (0) | 29 Mar, 2024 | 128 | ||
iris-xml-sampleIRIS sample for interoperate XML files | Docker | 5.0 (1) | 27 Mar, 2024 | 109 | ||
ObjectScript-Over-ODBCAllow running ObjectScript and especially Global copy over ODBC | Docker IPM | 4.5 (1) | 25 Mar, 2024 | 341 | 18 | |
sql-rest-apiSimple REST API web app which accepts SQL and returns the result in JSON | Docker IPM | 5.0 (1) | 25 Mar, 2024 | 529 | 34 | |
try_embedded_pythonAn early attempt to use embedded Python in IRIS 2020.3 | Docker Python IPM | 4.8 (2) | 25 Mar, 2024 | 450 | 30 | |
Wsock-EmbeddedPySimple WebSocket Client with Embedded Python in IRIS | Docker Python IPM | 4.5 (1) | 25 Mar, 2024 | 459 | 19 | |
Sync-Data-with-DSTIMESynchronizing your data to some external DB | Docker IPM | 5.0 (1) | 25 Mar, 2024 | 287 | 22 | |
ZPrettyWrap JSON to multi lines / Test ISJSON | Docker IPM | 4.8 (2) | 25 Mar, 2024 | 352 | 87 | |
fast-JSON-formatting-Cachefast JSON formating for Caché / Ensemble | Docker IPM | 5.0 (1) | 25 Mar, 2024 | 294 | 39 | |
snapshot-to-JSONUse %JSON.Adaptor for object snapshot | Docker IPM | 4.0 (1) | 25 Mar, 2024 | 295 | 23 | |
SQL-for-ERRORS-GlobalMap ^ERRORS Global and have a custom query for full content | Docker IPM | 5.0 (1) | 25 Mar, 2024 | 338 | 69 | |
IRIS EchoServer for WebSocketsWebSocket Echo Server for IRIS as known from Caché / Ensemble | Docker IPM | 5.0 (1) | 25 Mar, 2024 | 247 | 25 | |
WebSocketClient CSP basedExtended CSP page consuming WebService as Client | Docker IPM | 3.0 (1) | 25 Mar, 2024 | 212 | 4 |