This 際際滷 deck talk about how FHIR is being used in Ayushman Bharat Digital Mission (ABDM). It introduces the readers to ABDM and also to FHIR Documents paradigm.
This is part of FHIR India community Basics learning initiative.
This receipt acknowledges the payment of rent for a property. It states that a sum of money was received towards rent at a monthly rate, for a specific period of time, for a particular house number. The receipt is signed and includes fields for the date, payer's name, and payer's address.
1. The Privacy on FHIR pilot aims to test using FHIR and associated privacy and security standards like OAuth 2.0 and UMA to enable patients to control access to and exchange of their health information across applications and providers.
2. It will demonstrate this at the HIMSS conference and produce reference models for future implementation.
3. The pilot is a collaboration between ONC, VA, HL7 and other stakeholders to show how emerging standards can support patient-mediated sharing and consent for health information exchange in a standards-based way.
We are publishing a draft of the technical standards of the Personal Health Records (PHR) component of the National Health Stack (NHS)!
As a refresher, these standards govern the consented sharing of health information between Health Information Providers (HIPs) - like hospitals, pathology labs, and clinics - and Health Information Users (HIUs) like pharmacies, medical consultants, doctors, and so on. The users consent to share their health data is issued via a new entity called a Health Data Consent Manager (HDCM).
The problem today is that the electronic health records listed in one app or ecosystem are not easily portable to other systems. There is no common standard that can be used to discover, share, and authenticate data between different networks or ecosystems. This means that the electronic medical records generated by users end up being confined to many different isolated silos, which can result in frustrating and complex experiences for patients wishing to manage data lying across different providers.
With the PHR system, a user is able to generate a longitudinal view of their health data across providers. The interoperability and security of the PHR architecture allows users to securely discover, share, and manage their health data in a safe, convenient, and universally acceptable manner. For instance, a user could use a HDCM to discover their account at one hospital or diagnostic lab, and then select certain electronic reports to share with a doctor from another hospital or clinic. The flow of data would be safe, and the user would have granular control over who can access their data and for how long. Here is a small demo of the PHR system in action.
The standards in the draft released today offers a high-level description of the architecture and flows that make this possible.
Agenda
Discuss how to handle patient communications
Explain the issues involved with using Social Media
Discuss how Social Media can work under HIPAA
Identify guidance from HHS on patient communications
Show whats needed in a Social Media Policy
Show the process that must be used in the event of breach
Preparing for enforcement and auditing
Learn how to approach compliance
This document provides an overview of FHIR (Fast Healthcare Interoperability Resources) and how it enables interoperability. It describes FHIR resources, terminology, data types, profiling, implementation guides, and other components that allow clinical data to be shared between systems. FHIR uses common internet standards like REST, JSON, and OAuth to enable real-time data exchange through published APIs. Implementation guides further define how FHIR is used for specific use cases or domains.
7 PROVEN REASONS THAT SHOWS YOU WHY FHIR IS BETTERThiyagu2
油
The document outlines 7 reasons why FHIR (Fast Healthcare Interoperability Resources) is better than other standards for healthcare data exchange. FHIR allows for improved care coordination and easy data sharing between medical professionals and organizations. It has specifications that are freely available, is mobile-friendly using common web standards, supports RESTful architecture for easy data manipulation, and offers fast and cost-effective implementation compared to other complex standards. The document was produced by CapMinds to promote their FHIR implementation and support services.
Fast Healthcare Interoperability Resources is a draft standard descr.pdfanuradhaartjwellery
油
Fast Healthcare Interoperability Resources is a draft standard describing data formats and
elements (known as \"resources\") and an Application Programming Interface (API) for
exchanging Electronic health records. The standard was created by the Health Level Seven
International (HL7) health-care standards organization.
FHIR builds on previous data format standards from HL7, like HL7 version 2.x and HL7 version
3.x. But it is easier to implement because it uses a modern web-based suite of API technology,
including a HTTP-based RESTful protocol, HTML and Cascading Style Sheets for user interface
integration, a choice of JSON or XML for data representation, OAuthfor authorization and Atom
for results.One of its goals is to facilitate interoperation between legacy health care systems, to
make it easy to provide health care information to health care providers and individuals on a
wide variety of devices from computers and electronic gadgets and to allow third-party
application developers to provide medical applications which can be easily integrated into
existing systems.
FHIR provides an alternative to document-centric approaches by directly exposing discrete data
elements as services. For example, basic elements of healthcare like patients, admissions,
diagnostic reports and medications can each be retrieved and manipulated via their own resource
URLs. FHIR was supported at an American Medical Informatics Association meeting by
companies like Cerner which value its open and extensible nature.
Application of FHIR -
Implementations
A number of high-profile players in the health care informatics field are showing interest in and
experimenting with FHIR, including CommonWell Health Alliance and SMArt (Substitutable
Medical Applications, reusable technologies). In 2014, the U.S. Health IT Policy and the Health
IT Standards committees endorsed recommendations for more public (open) APIs. The JASON
task force report on \"A Robust Health Data Infrastructure\" says that FHIR is currently the best
candidate API approach, and that such APIs should be part of stage 3 of the \"meaningful use\"
criteria of the U.S. Health Information Technology for Economic and Clinical Health Act.
Open source implementations of FHIR data structures, servers, clients and tools include
reference implementations from HL7 in a variety of languages, SMART on FHIR and HAPI-
FHIR in Java.
In 2016, a variety of applications were demonstrated at the FHIR Applications Roundtable in
July 2016 The Sync for Science profile builds on FHIR to help medical research studies ask for
(and if approved by the patient, receive) patient-level electronic health record data.
Implications for Healthcare Informatics
Because FHIR is implemented on top of HL7 and the HTTPS (HTTP Secure) protocol, messages
can be parsed by wire data analytics platforms for real-time data gathering. In this concept,
healthcare organizations would be able to gather real-time data from specified segments in FHIR
messages a.
The National Digital Health Mission (NDHM) in India aims to bring interoperability to digital health data. NDHM will manage core digital building blocks like Health IDs, doctor directories, and facility registries that all healthcare providers must adopt. Healthcare providers who digitally create records like reports, summaries, and prescriptions should participate by upgrading their software to integrate with NDHM. This will allow them to securely share records with patients and access records from other providers with consent. The NDHM also provides guidelines for different entities like health information providers, users, and repositories to securely and standardly exchange health information with user consent.
SMART on FHIR is an open standards initiative that allows third-party applications to access patient medical records through a common API and using the FHIR standard. It establishes a security context through OAuth2 and launches applications by supplying a FHIR server endpoint. Apps can then obtain a security token to access specific FHIR resources like Patient or Observation data based on an authorized scope of use. The goal is to enable substitutable medical apps to plug-and-play across varied health record systems using common data formats, terminology, authentication, and appropriate access controls.
Building an Integrated Healthcare Platform with FHIR速WSO2
油
Healthcare records are increasingly becoming digitized. As patients move around the healthcare ecosystem, their electronic health records must be available, discoverable, and understandable. Further, to support automated clinical decisions and other machine-based processing, the data must also be structured and standardized. This is becoming a matter of interest for institutes such as government agencies and regional bodies, and we are already seeing rules and regulations come into action. For example, the Centers for Medicare and Medicaid Services (CMS), which is a part of the Department of Health and Human Services (HHS) of the United States, has published the Interoperability and Patient Access final rule (CMS-9115-F). This aims to put patients first by giving them access to their health information when they need it most and in a way they can best use it.
Fast Healthcare Interoperability Resources (FHIR速) is a next-generation standard framework created by HL7 combining the best features of previous HL7 standards. FHIR速 leverages the latest web standards and focuses on ease of implementability.
The slides showcase the primary components of FHIR, discover the architectural principles behind its design, and understand implementation considerations.
This document provides an overview of FHIR (Fast Healthcare Interoperability Resources) and its potential uses in New Zealand. It discusses drivers for adopting FHIR like increasing data sharing needs, the limitations of current standards, and how FHIR addresses these through resources, APIs, terminology support and other features. The document outlines FHIR concepts like resources, paradigms for exchange, and use of terminology systems. It proposes several potential early uses of FHIR in New Zealand like patient portals, primary care integration, mobile apps and a record locator service. The presentation aims to show attendees where FHIR fits in New Zealand and encourage further learning and planning pilots.
The document discusses IHE profiles that use FHIR and DICOMweb standards to address interoperability use cases. IHE develops integration profiles that define actors, transactions, and options to enable seamless health information exchange. Several IHE domains are working with FHIR and DICOMweb, including Radiology, IT Infrastructure, and Patient Care Coordination. Numerous profiles are described that specify how FHIR resources and DICOMweb transactions support workflows like image sharing, alert communication, clinical mapping, and care planning. IHE brings together healthcare stakeholders to test and promote standardized implementation of profiles through connectathons.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
HIPAA is the Health Insurance Portability and Accountability Act passed in 1996 to reduce healthcare fraud and abuse, mandate industry standards for electronic billing and processes, and require protected health information be kept private and secure. The presentation discusses HIPAA requirements for healthcare providers to develop privacy procedures ensuring confidentiality of PHI in all forms. Key things to remember include only accessing records as needed for work, minimizing others overhearing patient information, securing records, closing computer programs with PHI, and updating anti-virus software.
The document discusses the HL7 FHIR Foundation, which promotes global adoption and implementation of the FHIR standard. The Foundation provides educational materials, tools, websites and project support to help the FHIR community collaborate and expand interoperability. It also discusses the FHIR community, which publishes implementation guides to support FHIR. Some guides are published by HL7, while others are published directly by the community. The Foundation provides ongoing infrastructure services to support the FHIR community.
health insurance portability and accountability act.pptxamartya2087
油
This document discusses new requirements for clinical studies under HIPAA. It provides an overview of HIPAA, including its goals of ensuring portability of health insurance and protecting privacy and security of patient health information. Key points include that HIPAA establishes standards for privacy of health information, electronic data interchange, and security of electronic protected health information. It also outlines requirements for clinical studies regarding informed consent, authorization of use or disclosure of protected health information, and institutional or privacy board review and waivers.
Dr. Akash Prabhune presented on the use of information technology in healthcare. Some key points included:
1) Computer applications and cloud services can help organize health data and enable telemedicine, improving access to services.
2) IT can help address human resource gaps, improve patient safety, enhance monitoring and decision making, and boost training efforts.
3) Common areas for IT intervention include electronic health records, supply chain management, online services, planning and monitoring.
4) Challenges include adopting standards, integrating siloed systems, ensuring data security and privacy, and building user capacity.
This document provides an overview of interoperability challenges in healthcare and standards used to address those challenges, with a focus on HL7 standards and FHIR. It discusses the need for standardized data exchange to ensure clinical data is available where and when needed. It summarizes key HL7 standards like V2, CDA, C-CDA and introduces FHIR as the latest standard, combining features of previous standards. The document compares features of different standards and provides examples of FHIR resources and operations. It concludes with a demo of FHIR capabilities.
This document discusses developing a FHIR-based API for OpenMRS to improve interoperability. It covers the need for interoperability in healthcare and limitations of current standards like HL7 V2. FHIR is presented as a promising new standard that addresses many issues. The document outlines plans to build basic FHIR import/export capabilities in OpenMRS to allow resource exchange and integration with platforms like SMART. The goal is to explore how far a FHIR-based approach can go in supporting interoperability and establishing FHIR as a core OpenMRS standard.
The Health Insurance Portability and Accountability Act油Kartheek Kein
油
HIPAA is the acronym of the Health Insurance Portability and Accountability Act of 1996. The main purpose of this federal statute was to help consumers maintain their insurance coverage, but it also includes a separate set of provisions called Administrative Simplification.
This lecture discusses system security procedures and standards for health IT systems, as required by HIPAA. It covers protected health information (PHI) and the administrative, physical, and technical safeguards required to protect ePHI, including access policies, training, and device security. PHI must be strictly regulated and protected using a layered approach with numerous safeguards. Training is also needed to ensure user awareness of security policies and procedures.
Pavel Smirnov, Health Samurai - FHIR business opportunitiesHealthDev
油
Pavel analyzes and explains business opportunities created by the FHIR standard such as Patient Access to Data, Extending existing health records solutions, Development of new FHIR-first solutions, Data Analytics, and FHIR tooling.
He also makes an introduction to the FHIR meetups in the Bay Area.
Fhir basics session 5 on fhir implementation considerationsKumar Satyam
油
This presentation was used for the Final session on FHIR Basics education series which deliberated on FHIR implementation considerations and next steps
SMART on FHIR is an open standards initiative that allows third-party applications to access patient medical records through a common API and using the FHIR standard. It establishes a security context through OAuth2 and launches applications by supplying a FHIR server endpoint. Apps can then obtain a security token to access specific FHIR resources like Patient or Observation data based on an authorized scope of use. The goal is to enable substitutable medical apps to plug-and-play across varied health record systems using common data formats, terminology, authentication, and appropriate access controls.
Building an Integrated Healthcare Platform with FHIR速WSO2
油
Healthcare records are increasingly becoming digitized. As patients move around the healthcare ecosystem, their electronic health records must be available, discoverable, and understandable. Further, to support automated clinical decisions and other machine-based processing, the data must also be structured and standardized. This is becoming a matter of interest for institutes such as government agencies and regional bodies, and we are already seeing rules and regulations come into action. For example, the Centers for Medicare and Medicaid Services (CMS), which is a part of the Department of Health and Human Services (HHS) of the United States, has published the Interoperability and Patient Access final rule (CMS-9115-F). This aims to put patients first by giving them access to their health information when they need it most and in a way they can best use it.
Fast Healthcare Interoperability Resources (FHIR速) is a next-generation standard framework created by HL7 combining the best features of previous HL7 standards. FHIR速 leverages the latest web standards and focuses on ease of implementability.
The slides showcase the primary components of FHIR, discover the architectural principles behind its design, and understand implementation considerations.
This document provides an overview of FHIR (Fast Healthcare Interoperability Resources) and its potential uses in New Zealand. It discusses drivers for adopting FHIR like increasing data sharing needs, the limitations of current standards, and how FHIR addresses these through resources, APIs, terminology support and other features. The document outlines FHIR concepts like resources, paradigms for exchange, and use of terminology systems. It proposes several potential early uses of FHIR in New Zealand like patient portals, primary care integration, mobile apps and a record locator service. The presentation aims to show attendees where FHIR fits in New Zealand and encourage further learning and planning pilots.
The document discusses IHE profiles that use FHIR and DICOMweb standards to address interoperability use cases. IHE develops integration profiles that define actors, transactions, and options to enable seamless health information exchange. Several IHE domains are working with FHIR and DICOMweb, including Radiology, IT Infrastructure, and Patient Care Coordination. Numerous profiles are described that specify how FHIR resources and DICOMweb transactions support workflows like image sharing, alert communication, clinical mapping, and care planning. IHE brings together healthcare stakeholders to test and promote standardized implementation of profiles through connectathons.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
The document discusses SMART on FHIR, a specification for creating medical applications that can run across different electronic health record systems. It was created to facilitate sharing of clinical knowledge through interactive apps. The specification addresses challenges like defining a data model, security protocols using OAuth2 and OpenID Connect, and user interface integration. It also describes using FHIR resources and profiles to define the data contracts apps need to exchange data. The goal is to allow developers to create substitutable apps that improve care without being restricted to a single EHR vendor.
HIPAA is the Health Insurance Portability and Accountability Act passed in 1996 to reduce healthcare fraud and abuse, mandate industry standards for electronic billing and processes, and require protected health information be kept private and secure. The presentation discusses HIPAA requirements for healthcare providers to develop privacy procedures ensuring confidentiality of PHI in all forms. Key things to remember include only accessing records as needed for work, minimizing others overhearing patient information, securing records, closing computer programs with PHI, and updating anti-virus software.
The document discusses the HL7 FHIR Foundation, which promotes global adoption and implementation of the FHIR standard. The Foundation provides educational materials, tools, websites and project support to help the FHIR community collaborate and expand interoperability. It also discusses the FHIR community, which publishes implementation guides to support FHIR. Some guides are published by HL7, while others are published directly by the community. The Foundation provides ongoing infrastructure services to support the FHIR community.
health insurance portability and accountability act.pptxamartya2087
油
This document discusses new requirements for clinical studies under HIPAA. It provides an overview of HIPAA, including its goals of ensuring portability of health insurance and protecting privacy and security of patient health information. Key points include that HIPAA establishes standards for privacy of health information, electronic data interchange, and security of electronic protected health information. It also outlines requirements for clinical studies regarding informed consent, authorization of use or disclosure of protected health information, and institutional or privacy board review and waivers.
Dr. Akash Prabhune presented on the use of information technology in healthcare. Some key points included:
1) Computer applications and cloud services can help organize health data and enable telemedicine, improving access to services.
2) IT can help address human resource gaps, improve patient safety, enhance monitoring and decision making, and boost training efforts.
3) Common areas for IT intervention include electronic health records, supply chain management, online services, planning and monitoring.
4) Challenges include adopting standards, integrating siloed systems, ensuring data security and privacy, and building user capacity.
This document provides an overview of interoperability challenges in healthcare and standards used to address those challenges, with a focus on HL7 standards and FHIR. It discusses the need for standardized data exchange to ensure clinical data is available where and when needed. It summarizes key HL7 standards like V2, CDA, C-CDA and introduces FHIR as the latest standard, combining features of previous standards. The document compares features of different standards and provides examples of FHIR resources and operations. It concludes with a demo of FHIR capabilities.
This document discusses developing a FHIR-based API for OpenMRS to improve interoperability. It covers the need for interoperability in healthcare and limitations of current standards like HL7 V2. FHIR is presented as a promising new standard that addresses many issues. The document outlines plans to build basic FHIR import/export capabilities in OpenMRS to allow resource exchange and integration with platforms like SMART. The goal is to explore how far a FHIR-based approach can go in supporting interoperability and establishing FHIR as a core OpenMRS standard.
The Health Insurance Portability and Accountability Act油Kartheek Kein
油
HIPAA is the acronym of the Health Insurance Portability and Accountability Act of 1996. The main purpose of this federal statute was to help consumers maintain their insurance coverage, but it also includes a separate set of provisions called Administrative Simplification.
This lecture discusses system security procedures and standards for health IT systems, as required by HIPAA. It covers protected health information (PHI) and the administrative, physical, and technical safeguards required to protect ePHI, including access policies, training, and device security. PHI must be strictly regulated and protected using a layered approach with numerous safeguards. Training is also needed to ensure user awareness of security policies and procedures.
Pavel Smirnov, Health Samurai - FHIR business opportunitiesHealthDev
油
Pavel analyzes and explains business opportunities created by the FHIR standard such as Patient Access to Data, Extending existing health records solutions, Development of new FHIR-first solutions, Data Analytics, and FHIR tooling.
He also makes an introduction to the FHIR meetups in the Bay Area.
Fhir basics session 5 on fhir implementation considerationsKumar Satyam
油
This presentation was used for the Final session on FHIR Basics education series which deliberated on FHIR implementation considerations and next steps
Understanding Resources in FHIR - Session 3 of FHIR basics training seriesKumar Satyam
油
1) The document discusses a presentation on understanding FHIR resources. It provides an agenda that covers recapping previous sessions, introducing FHIR resources, exercises, and pre-work for the next session.
2) FHIR resources are the basic building blocks of FHIR and include resources like Patient, Practitioner, Organization, Location, etc. Resources are defined in the FHIR specification.
3) The presentation demonstrates examining a resource like Patient from the FHIR specification and reading the defined fields, data types, and references between resources.
Covid19 and need for datasharing webinar - 04/march/2020Kumar Satyam
油
Presentation on stressing the need for data sharing during the times on Covid19. How standard like HL7 FHIR should be used instead of proprietary constructs.
Webinar hosted by HL7 India on 04-March-2020
Fhir education in India through the pandemicKumar Satyam
油
Presentation made during HL7 Workgroup meeting May 2021 on topic : FHIR Education Around the World. This slide talks about FHIR Training scenario before Covid and post Covid.
Presentation on Healthcare Interoperability at AEA, delhi chapter meeting 27t...Kumar Satyam
油
This document summarizes an upcoming meeting of the Association of Enterprise Architects Delhi Chapter. The meeting agenda includes updates on the chapter and EA field, a presentation by Mr. Kumar Satyam from Philips on healthcare interoperability, feedback/Q&A, and future plans. The chapter aims to advance EA excellence in Delhi/NCR. The healthcare interoperability talk will discuss challenges like standards, data sharing, and regulations, and opportunities like APIs and initiatives like NDHM and IHE profiles.
Fhir basics session 1 Introduction to Interoperabilty & Principles of FHIRKumar Satyam
油
This document provides a summary of a presentation on an introduction to HL7 FHIR basics. The presentation covers the following key points:
- It introduces HL7 FHIR standards and their use for healthcare interoperability.
- Resources are the basic building blocks of FHIR and support various interoperability paradigms like RESTful APIs, messaging, and documents.
- FHIR adoption is growing as major organizations mandate its use and more EHR vendors support FHIR APIs.
- The presentation then discusses FHIR resources, implementations, and the principles that guide FHIR including a focus on implementers and using common web technologies.
This document contains a presentation on FHIR RESTful APIs by Kumar Satyam. It discusses the genesis of FHIR and REST principles. It provides examples of common FHIR operations like GET, POST, PUT, and SEARCH using RESTful URLs and explains concepts like references, transactions, batches, capability statements and search parameters. The presentation aims to help attendees understand the FHIR RESTful paradigm for building healthcare APIs and interacting with FHIR resources.
Backstage Software Templates for Java DevelopersMarkus Eisele
油
As a Java developer you might have a hard time accepting the limitations that you feel being introduced into your development cycles. Let's look at the positives and learn everything important to know to turn Backstag's software templates into a helpful tool you can use to elevate the platform experience for all developers.
Technology use over time and its impact on consumers and businesses.pptxkaylagaze
油
In this presentation, I explore how technology has changed consumer behaviour and its impact on consumers and businesses. I will focus on internet access, digital devices, how customers search for information and what they buy online, video consumption, and lastly consumer trends.
DealBook of Ukraine: 2025 edition | AVentures CapitalYevgen Sysoyev
油
The DealBook is our annual overview of the Ukrainian tech investment industry. This edition comprehensively covers the full year 2024 and the first deals of 2025.
UiPath Automation Developer Associate Training Series 2025 - Session 1DianaGray10
油
Welcome to UiPath Automation Developer Associate Training Series 2025 - Session 1.
In this session, we will cover the following topics:
Introduction to RPA & UiPath Studio
Overview of RPA and its applications
Introduction to UiPath Studio
Variables & Data Types
Control Flows
You are requested to finish the following self-paced training for this session:
Variables, Constants and Arguments in Studio 2 modules - 1h 30m - https://academy.uipath.com/courses/variables-constants-and-arguments-in-studio
Control Flow in Studio 2 modules - 2h 15m - https:/academy.uipath.com/courses/control-flow-in-studio
鏝 For any questions you may have, please use the dedicated Forum thread. You can tag the hosts and mentors directly and they will reply as soon as possible.
Field Device Management Market Report 2030 - TechSci ResearchVipin Mishra
油
The Global Field Device Management (FDM) Market is expected to experience significant growth in the forecast period from 2026 to 2030, driven by the integration of advanced technologies aimed at improving industrial operations.
According to TechSci Research, the Global Field Device Management Market was valued at USD 1,506.34 million in 2023 and is anticipated to grow at a CAGR of 6.72% through 2030. FDM plays a vital role in the centralized oversight and optimization of industrial field devices, including sensors, actuators, and controllers.
Key tasks managed under FDM include:
Configuration
Monitoring
Diagnostics
Maintenance
Performance optimization
FDM solutions offer a comprehensive platform for real-time data collection, analysis, and decision-making, enabling:
Proactive maintenance
Predictive analytics
Remote monitoring
By streamlining operations and ensuring compliance, FDM enhances operational efficiency, reduces downtime, and improves asset reliability, ultimately leading to greater performance in industrial processes. FDMs emphasis on predictive maintenance is particularly important in ensuring the long-term sustainability and success of industrial operations.
For more information, explore the full report: https://shorturl.at/EJnzR
Major companies operating in Global油Field Device Management Market are:
General Electric Co
Siemens AG
ABB Ltd
Emerson Electric Co
Aveva Group Ltd
Schneider Electric SE
STMicroelectronics Inc
Techno Systems Inc
Semiconductor Components Industries LLC
International Business Machines Corporation (IBM)
#FieldDeviceManagement #IndustrialAutomation #PredictiveMaintenance #TechInnovation #IndustrialEfficiency #RemoteMonitoring #TechAdvancements #MarketGrowth #OperationalExcellence #SensorsAndActuators
Many MSPs overlook endpoint backup, missing out on additional profit and leaving a gap that puts client data at risk.
Join our webinar as we break down the top challenges of endpoint backupand how to overcome them.
https://ncracked.com/7961-2/
Note: >> Please copy the link and paste it into Google New Tab now Download link
Brave is a free Chromium browser developed for Win Downloads, macOS and Linux systems that allows users to browse the internet in a safer, faster and more secure way than its competition. Designed with security in mind, Brave automatically blocks ads and trackers which also makes it faster,
As Brave naturally blocks unwanted content from appearing in your browser, it prevents these trackers and pop-ups from slowing Download your user experience. It's also designed in a way that strips Downloaden which data is being loaded each time you use it. Without these components
A Framework for Model-Driven Digital Twin EngineeringDaniel Lehner
油
際際滷s from my PhD Defense at Johannes Kepler University, held on Janurary 10, 2025.
The full thesis is available here: https://epub.jku.at/urn/urn:nbn:at:at-ubl:1-83896
[Webinar] Scaling Made Simple: Getting Started with No-Code Web AppsSafe Software
油
Ready to simplify workflow sharing across your organization without diving into complex coding? With FME Flow Apps, you can build no-code web apps that make your data work harder for you fast.
In this webinar, well show you how to:
Build and deploy Workspace Apps to create an intuitive user interface for self-serve data processing and validation.
Automate processes using Automation Apps. Learn to create a no-code web app to kick off workflows tailored to your needs, trigger multiple workspaces and external actions, and use conditional filtering within automations to control your workflows.
Create a centralized portal with Gallery Apps to share a collection of no-code web apps across your organization.
Through real-world examples and practical demos, youll learn how to transform your workflows into intuitive, self-serve solutions that empower your team and save you time. We cant wait to show you whats possible!
The Future of Repair: Transparent and Incremental by Botond DenesScyllaDB
油
Regularly run repairs are essential to keep clusters healthy, yet having a good repair schedule is more challenging than it should be. Repairs often take a long time, preventing running them often. This has an impact on data consistency and also limits the usefulness of the new repair based tombstone garbage collection. We want to address these challenges by making repairs incremental and allowing for automatic repair scheduling, without relying on external tools.
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咋諮駒告駒諮 ю介稲巨諮腫告腫基油 is proud to be a part of the 艶駒巨 駒艶 瑞介 $介腫瑞 () success story! By delivering seamless, secure, and high-speed connectivity, OSWAN has revolutionized e-腫介瑞諮諮稲 駒 艶駒巨, enabling efficient communication between government departments and enhancing citizen services.
Through our innovative solutions, 咋諮駒告駒諮 ю介稲巨諮腫告腫基 has contributed to making governance smarter, faster, and more transparent. This milestone reflects our commitment to driving digital transformation and empowering communities.
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Replacing RocksDB with ScyllaDB in Kafka Streams by Almog GavraScyllaDB
油
Learn how Responsive replaced embedded RocksDB with ScyllaDB in Kafka Streams, simplifying the architecture and unlocking massive availability and scale. The talk covers unbundling stream processors, key ScyllaDB features tested, and lessons learned from the transition.
World Information Architecture Day 2025 - UX at a CrossroadsJoshua Randall
油
User Experience stands at a crossroads: will we live up to our potential to design a better world? or will we be co-opted by product management or another business buzzword?
Looking backwards, this talk will show how UX has repeatedly failed to create a better world, drawing on industry data from Nielsen Norman Group, Baymard, MeasuringU, WebAIM, and others.
Looking forwards, this talk will argue that UX must resist hype, say no more often and collaborate less often (you read that right), and become a true profession in order to be able to design a better world.
UiPath Agentic Automation Capabilities and OpportunitiesDianaGray10
油
Learn what UiPath Agentic Automation capabilities are and how you can empower your agents with dynamic decision making. In this session we will cover these topics:
What do we mean by Agents
Components of Agents
Agentic Automation capabilities
What Agentic automation delivers and AI Tools
Identifying Agent opportunities
If you have any questions or feedback, please refer to the "Women in Automation 2025" dedicated Forum thread. You can find there extra details and updates.
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Unlock AI Creativity: Image Generation with DALL揃EExpeed Software
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Introduction to use of FHIR Documents in ABDM
1. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM & FHIR
Kumar Satyam
02nd May 2024
1
2. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
House Keeping
Be on mute while the session is in progress
Use your full name in zoom participant's profile.
Ask questions on zoom chat .
Follow up & discussions on zulip.
Ensure that you are on zulip*.
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Join FHIRIndia
3. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Session Expectation
Introduction to ABDM
ABDM Health Information Exchange
FHIR Documents
ABDM FHIR Profiles
Questions & Answers and discussions.
3
4. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
FHIR India Community
Open community of HL7 FHIR & Interoperability enthusiasts.
#fhirIndia
https://fhirindia.zulipchat.com/
https://www.linkedin.com/groups/13932672/
https://www.linkedin.com/pulse/fhir-india-community-kumar-satyam-7t1ac/
4
Join the LinkedIn Group
5. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Vision
5
6. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Objectives
6
7. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Key Components
7
8. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM common terms
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ABHA Address, ABHA Number, ABHA App
Health Facility Registry (HFR)
Health Professional Registry (HPR)
Federated Health Records (FHR)
HL7 FHIR
Health Record linking
HIU & HIP
DSC
Consent Manager
9. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Hospital/Lab registers itself on
Health Facility registry
1 3
The Hospital/lab instantly gets
accurate info about the patient
including Name, Age, Gender,
Mobile
Facility sends a consent request
to the patient requesting access
to their medical history
4 1
Patient chooses what data to
share with the hospital/lab &
for how long the facility can
have access
5
Consulting doctor/lab has
medical history of patient
available when they walk into
chamber
6 7 1
1 Notification
Post treatment & before leaving the
premises, patient gets a notification
that their medical reports are ready
Medical Report
The doctors treatment plan
and prescription show up on
any PHR app & medical history
is never lost
8
Patient walks up to a facility.
They scan their Health ID at
the registration desk
2
Illustrative ABDM Enabled Workflow
10. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Federated Health Record Exchange
10
11. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Milestones
11
Health Information
Provider (HIP) which can
link and share digital
records on ABDM network
to Health information users
and to the citizens via any
Personal Health Records
(PHR) certified app.
Health Information User (HIU)
which can request and provide
view of patients medical history
to authorized healthcare
workers with citizen consent.
M1
Request &
Display
Link and Share
ABHA
ABHA number
creation and capture &
verification for
seamless patient
registration and
issuance of token
number.
M3
M2
https://sandbox.abdm.gov.in/abdm-docs/ABDMCompliant
12. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Integration journey
12
13. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
FHIR
13
Standard from HL7.
Web standards.
Free and Open.
Resources are the basic building
blocks
Interoperability paradigms
supported by FHIR
Restful API,
Messaging,
Documents
Services
Specification:-
https://www.hl7.org/fhir
F-Fast
H-Healthcare
I-Interoperability
R-Resources
14. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
FHIR Resources
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Small logically discrete units of
exchange
Defined behavior and meaning
Known identity / location
Smallest unit of transaction
of interest to healthcare
15. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
FHIR Documents
15
A document is a set of resources with a fixed presentation
that is authored and/or attested by humans, organizations
and devices.
FHIR resources can be used to build documents that
represent a composition: a coherent set of information
that is a statement of healthcare information, including
clinical observations and services.
Persistence
Stewardship
Potential for authentication
Context
Wholeness
Human readability
Document use
Persistence
Order & presentation of information is
important
Signature & validity
Data spans across multiple resources
16. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
FHIR Document Structure
16
A Bundle of resources of type "document" that has a Composition resource as the first
resource in the bundle, followed by a series of other resources, referenced from the
Composition resource, that provide the supporting details for the document.
The bundle gathers all the content of the document into a single XML or JSON document
which may be signed and managed as required.
The resources include both human readable and computer processable portions.
In addition, the bundle may include CSS stylesheets icon, Provenance statements and a
signature.
17. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM FHIR Documents
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FHIR Version : R4
Document definition
maintained at
nrces.in/ndhm
Additional encryption
requirement for end to
end security
18. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
ABDM Data posting guidelines
18
The encrypted data must be pushed to the HIU by the HRP within a short time frame. Current
timeout is set to 20 minutes.
If the data is very large, for example: running into 100s of MBs for CT scans, MRIs etc, the data
can be pushed in parts.
It is also encouraged for large files to use a streaming approach instead of pushing data to
HIU.
Once the data push is complete, the HRP must notify the HIE-CM that it has transferred the
data (health-information/notify).
DataPush URL - can be any URL specified by the HIU. The HRP system must ensure that its
firewall rules are setup in such a way that the outbound HTTPs requests can be to any URL
19. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Unstructured to Structured Data
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Currently Indian HIMS / LIMS players have very limited adoption of digital health standards like LOINC, SNOMED CT, ICD 11, etc.
Currently Integrators can attach
existing formats as PDFs as part
of the ABDM report formats
ABDM will provide a limited time
certification for such solutions
Patients can get access to
existing reports and share it with
health facilities
Integrators need to share
reports in structured data
formats e.g., Diagnostic line
items coded with LOINC
codes
This will enable better use of
data especially for trends,
aggregated data reporting,
research, etc.
Trend
Analysis
Aggregated
Data Sets
ND
HM
Diagnostic
Report
Profile
ND
HM
Diagnostic
Report
Profile
<>
<..>
20. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Resources
ABDM Sandbox
https://sandbox.abdm.gov.in/
NRCES FHIR IG
https://nrces.in/ndhm/fhir/r4/index.html
Devforum
https://devforum.abdm.gov.in/
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21. Supported by HL7 India
HL7 FHIR Basics Learning - FHIR India Community Initiative
Thank You
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