The document provides an overview of Amcom Software's healthcare communication products and services. It discusses Amcom's experience in the healthcare industry, the challenges hospitals face with communications, and Amcom's middleware and paging solutions that help address those challenges by integrating different systems and sending alerts to staff mobile devices. The document also includes examples of how Amcom's products have helped improve response times, patient safety, and staff satisfaction at some hospitals.
Real Time Location Systems (RTLS) use sensors and wireless technologies to track the location of assets, people, and equipment in real time. RTLS has several applications in healthcare, such as monitoring patients, tracking medical equipment and supplies, improving patient flow, and monitoring workflows. The document discusses how RTLS works using location sensors and middleware to transmit location data. It also outlines different precision levels for locating tags, from presence in a room to precise coordinates. RTLS data can optimize workflows by identifying delays, bottlenecks, and inefficiencies. Regulations around RTLS are still developing to ensure privacy protections are in place as these systems collect large amounts of personal data.
Amcom is a leading provider of unified healthcare communications solutions that aims to improve quality of care, patient satisfaction, and safety while reducing costs. It addresses challenges at the intersection of healthcare IT and communications. Amcom simplifies and integrates communication across different devices and systems used in hospitals. It uses various technologies like wireless telephony, web, and smartphones to communicate in a flexible way. For example, it can manage emergency response and escalation for a heart attack code using mobile messaging to staff on BlackBerry devices. This eliminates manual calling trees and messy escalations.
This document discusses mHealth solutions and the opportunities they present. It outlines several key points:
1) mHealth covers a range of mobile services for healthcare including data collection, teleassessment, remote monitoring, education and awareness, and personal emergency systems.
2) The mHealth ecosystem involves four layers - patients, device manufacturers, telecom companies, and software/healthcare industries. Telecom companies play an important role in providing access, security, hosting, and billing.
3) Orange provides several mHealth services including remote monitoring and data collection solutions in Mali and Egypt/Botswana, and teledermatology and health awareness SMS campaigns in Cameroon.
mHealth has the potential
Overview of Healthcare IT Security including research based statistics and leveraging best practices to ensure sustainability and compliance for providers
The document discusses HP's Digital Hospital solution framework which was implemented at St. Olav's Hospital in Norway. The framework utilizes a converged IP network to integrate clinical systems, devices, and applications. This allows for improved communication and information sharing. At St. Olav's, benefits included increased productivity, shorter patient stays, and better patient care through improved access to data. The Digital Hospital framework can help healthcare providers optimize resources and improve quality of care through IT and application integration.
The document discusses the vision of the "Digital Hospital 2.0", which aims to put the patient at the center of the hospital of the future. It notes that current hospital infrastructure is fragmented, with different isolated systems. The Digital Hospital framework envisions an integrated infrastructure with everything connected over IP, from medical devices and patient monitoring to communication tools. This integrated approach aims to improve quality of patient care while containing costs through automation, real-time information sharing, and optimized clinical workflows.
Blaze is helping people through Technologies like RFID solution for solar panel , Home automation and so on ..the main theme of this ppt is to concerntrating on Technical education for better future.
Real Time Location Systems (RTLS) use sensors and wireless technologies to track the location of assets, people, and equipment in real time. RTLS has several applications in healthcare, such as monitoring patients, tracking medical equipment and supplies, improving patient flow, and monitoring workflows. The document discusses how RTLS works using location sensors and middleware to transmit location data. It also outlines different precision levels for locating tags, from presence in a room to precise coordinates. RTLS data can optimize workflows by identifying delays, bottlenecks, and inefficiencies. Regulations around RTLS are still developing to ensure privacy protections are in place as these systems collect large amounts of personal data.
Amcom is a leading provider of unified healthcare communications solutions that aims to improve quality of care, patient satisfaction, and safety while reducing costs. It addresses challenges at the intersection of healthcare IT and communications. Amcom simplifies and integrates communication across different devices and systems used in hospitals. It uses various technologies like wireless telephony, web, and smartphones to communicate in a flexible way. For example, it can manage emergency response and escalation for a heart attack code using mobile messaging to staff on BlackBerry devices. This eliminates manual calling trees and messy escalations.
This document discusses mHealth solutions and the opportunities they present. It outlines several key points:
1) mHealth covers a range of mobile services for healthcare including data collection, teleassessment, remote monitoring, education and awareness, and personal emergency systems.
2) The mHealth ecosystem involves four layers - patients, device manufacturers, telecom companies, and software/healthcare industries. Telecom companies play an important role in providing access, security, hosting, and billing.
3) Orange provides several mHealth services including remote monitoring and data collection solutions in Mali and Egypt/Botswana, and teledermatology and health awareness SMS campaigns in Cameroon.
mHealth has the potential
Overview of Healthcare IT Security including research based statistics and leveraging best practices to ensure sustainability and compliance for providers
The document discusses HP's Digital Hospital solution framework which was implemented at St. Olav's Hospital in Norway. The framework utilizes a converged IP network to integrate clinical systems, devices, and applications. This allows for improved communication and information sharing. At St. Olav's, benefits included increased productivity, shorter patient stays, and better patient care through improved access to data. The Digital Hospital framework can help healthcare providers optimize resources and improve quality of care through IT and application integration.
The document discusses the vision of the "Digital Hospital 2.0", which aims to put the patient at the center of the hospital of the future. It notes that current hospital infrastructure is fragmented, with different isolated systems. The Digital Hospital framework envisions an integrated infrastructure with everything connected over IP, from medical devices and patient monitoring to communication tools. This integrated approach aims to improve quality of patient care while containing costs through automation, real-time information sharing, and optimized clinical workflows.
Blaze is helping people through Technologies like RFID solution for solar panel , Home automation and so on ..the main theme of this ppt is to concerntrating on Technical education for better future.
The document discusses the importance of dependability in embedded systems and systems of systems. It notes that modern society relies on interconnected critical systems like power grids, transportation, and healthcare. Ensuring the safety, reliability, and security of these complex, life-critical systems is paramount but also challenging given the scale and integration involved. The document advocates for model-based systems engineering approaches using high-fidelity modeling to facilitate requirements management, architecture design, and dependability analysis through techniques like fault tree analysis, security analysis diagrams, and automated reporting. This helps deliver functionality while addressing concerns of safety, performance, integration and certification early in the development process.
This document describes an equipment maintenance management solution that can provide healthcare providers with cost savings, cost containment, and a guaranteed annual maintenance budget. The solution offers comprehensive equipment coverage, control over service vendors and scheduling, and real-time maintenance reporting to help analyze equipment performance and repair quality. Customized programs are developed to reduce maintenance costs while enhancing equipment performance through specialized management tools and support.
Top 10 Emergency Notification Predictions for 2011asalters
1. The document provides information from a webinar on top 10 emergency notification predictions for 2011 presented by Rick Wimberly.
2. It summarizes key predictions such as IPAWS building momentum through increased testing and adoption of CAP, broadcasters and public safety collaborating more through new regulations and converged interests, and social media and independent guidance playing larger roles.
3. The document concludes by listing contact information for Rick Wimberly and Marc Ladin of Everbridge and noting resources on their website for webinars, white papers, and following their social media accounts.
GDCA is a digital marketing agency that provides eMarketing capabilities to pharmaceutical companies using their proprietary DIAGRAM software, which allows for interactive experiences and 1:1 conversations with customers through various digital channels and content. They utilize active learning theories and analytics to optimize user experiences and measure ROI of their digital programs targeting various healthcare professionals and patients. GDCA's goal is to solve brand challenges for clients through meaningful bi-directional conversations and generating results.
Team Peace of Mind is developing several healthcare products including:
1) A patient feedback and information system to increase patient control and provide medical staff insight.
2) A hospital readmission dashboard to help hospitals save penalties and predict finances.
3) A hospital performance dashboard for hospitals and insurance with data integration and predictive analytics.
4) A referral system for primary care doctors to improve outcomes through recommendations.
The products will be sold through direct sales and subscriptions with a focus on development, sales, and marketing. Customer testing of business models was found to be important.
This document discusses the history and capabilities of infusion pumps and the benefits of wireless infusion pump technology. It covers how wireless pumps have evolved from basic pumps to smart, networked pumps that can communicate with EMR systems. The document outlines five prerequisites for infusion pump integration, including wireless connectivity and electronic medication orders. It details the benefits of wireless pumps for patients, nurses, pharmacists, and executives, including increased safety and decreased errors. It also addresses considerations and challenges of implementing wireless pump technology.
This document discusses latest trends in automation, with a focus on RFID technology. It describes how automation tools are used for industrial automation, wireless sensor networks, RFID applications, and real-time location systems. An example of using real-time patient tracking with RFID tags is provided. Benefits of automation include increased efficiency, improved billing and record keeping, and enhanced customer satisfaction. Current limitations include lack of human-level pattern recognition, language skills, and ability to synthesize complex sensory data.
This document summarizes and promotes the VerifyEMR obstetrics software system. It describes features such as risk mitigation algorithms, evidence-based guidance, automated test ordering and results analysis, self-management tools for patients, and improved workflow. The system is presented as a way to minimize lawsuits, document care comprehensively and intuitively, and potentially reduce malpractice insurance costs. Testimonials from medical experts and users are provided, emphasizing the system's focus on patient safety, responsibility and satisfaction.
- Distributed software systems are increasingly important as organizations collaborate remotely. This requires appropriate distributed software architectures, development methods, and management techniques.
- Key architectures discussed include service-oriented, peer-to-peer, sensor networks, and cloud/grid computing. Middleware is important for supporting distributed applications across different platforms.
- Managing the total cost of ownership of complex distributed software systems is a growing concern, requiring techniques for provisioning, policy definition, load balancing, and more. Autonomic and self-managing techniques aim to increase system autonomy.
- Several examples are presented including telecom platforms, electronic healthcare systems, personal content sharing, and a demonstration e-health information platform. Policy-driven middleware and multi
- Distributed software systems are increasingly important as organizations collaborate over networks. This requires appropriate distributed software architectures, development methods, and management techniques.
- Key architectures discussed include service-oriented, peer-to-peer, sensor networks, and cloud/grid computing. Middleware is important for supporting distributed applications across different platforms.
- Managing the total cost of ownership of complex distributed software systems is a growing concern, requiring techniques for provisioning, policy definition, load balancing, and more. Autonomic and self-managing techniques aim to increase system autonomy.
- Several example distributed software platforms and applications are presented, including for telecom, healthcare, personal content sharing, and sensor networks. Security and policy-driven approaches
The document discusses an eMarketing company's capabilities for interactive digital experiences. It outlines the company's approach of focusing on superior user experience through 1:1 marketing and active learning. Examples of its work include programs targeted at OB/GYNs. The company has a large HCP database and proprietary DIAGRAM software. Its core philosophy is delivering superior user experiences through design, functionality, and active learning principles that build meaningful relationships.
The document describes several services and research programs related to ambient assisted living. It discusses lifestyle monitoring with wireless sensors, ambient audio analysis for audio surveillance, and the AAL project Care@Home. The Care@Home project aims to keep elderly connected to family and community through a community channel portal, uses inclusive design and a community screen, and integrates various sensors with a central platform. The overall goal is to help the elderly stay connected, healthy, independent and in their own residence for longer.
Salesforce provides a social enterprise platform for healthcare organizations. It offers tools like Chatter for collaboration and mobile apps for tasks like patient intake. Salesforce meets security requirements and enables organizations to innovate through open apps and integration with electronic medical records. Companies like Stanford and a large EMR vendor use Salesforce solutions. RehabCare built a fast patient prescreening mobile app on the Salesforce platform. eVariant's HealthConnect product connects healthcare data for reporting, accountability and better outcomes.
The document discusses how Polycom solutions can help address challenges in the healthcare industry through collaborative healthcare. The healthcare landscape is facing rising costs, an aging population, and increased chronic diseases. This is straining limited resources and requiring improved access to care. Collaborative healthcare using Polycom's voice and video communications can help by promoting greater interactions between providers and patients, giving patients better access to care wherever located, and making hospitals more efficient. Polycom's solutions support applications for healthcare administration, education, telemedicine, and improving patient care.
The Association of Public Health Laboratories (APHL) aims to promote public health laboratories through quality laboratory practices. APHL conducted surveys of public health laboratories' Laboratory Information Management Systems (LIMS) which found that most states have multiple LIMS, are seeking to replace aging systems, and exchange data through various methods with limited compatibility. APHL is working with partners to develop interoperable electronic laboratory data exchange networks.
How intelligent infrastructure reduces operating costs and improves patient c...Estellesc
Graeme Robertson, Healthcare Solutions Business Development Director, presented on behalf of Schneider Electric at the recent 1st Saudi Forum for the Design and Planning of Hospitals in Riyadh, held March 3-5, 2013. Download his presentation, "How an Intelligent Infrastructure Reduces Hospital Operating Costs and Improve Patient Care."
Note: You must save or download the presentation to view the embedded videos on slides 5,6,7,8,9, and 12.
This document discusses chronic diseases as a major problem in New York state and Governor Cuomo's efforts to address it. It outlines New York's Medicaid Redesign Team plan, which focuses on patient-centered medical homes and health homes to improve population health and lower costs. It also discusses the role of integrated care management, telehealth, and technology companies in coordinating care delivery.
The document discusses the three components of digital health: applications, devices, and infrastructure. It describes how digital health has the potential to improve clinical care, patient safety, information dissemination, and chronic condition management. The document then focuses on physician use of social media communities and mobile applications. It provides examples of popular physician social networks and describes how physicians use smartphones and apps to access medical references, education, and patient information at the point of care. The document also discusses emerging trends in online care delivery through digital diagnosis and communication with patients.
The document discusses the components and potential of digital health, including applications, devices, and infrastructure. It describes how digital health can improve clinical care, patient safety, information dissemination, and chronic condition management. The document also discusses physician communities on social media, mobile apps for physicians and consumers, online care using telehealth, and envisions the future of digital health becoming integrated into everyday healthcare.
Quality Health Informatics strives to build an organization that looks beyond simple financial returns from electronic health record (EHR) implementation and ensures security, quality, and education for healthcare workers and patients. The organization's primary goal is to cover everyone under the same umbrella of protection, high standards, and training when coupling healthcare and information technology.
MYAPPDEV provides custom healthcare technology solutions like web and cloud application development to help organizations adapt to changes in the industry. Their services address issues like rising costs and improving patient satisfaction. They have expertise in various technologies and aim to deliver innovative solutions tailored to each client's needs and goals.
More Related Content
Similar to Succor's "Amcom" Unified Communications
The document discusses the importance of dependability in embedded systems and systems of systems. It notes that modern society relies on interconnected critical systems like power grids, transportation, and healthcare. Ensuring the safety, reliability, and security of these complex, life-critical systems is paramount but also challenging given the scale and integration involved. The document advocates for model-based systems engineering approaches using high-fidelity modeling to facilitate requirements management, architecture design, and dependability analysis through techniques like fault tree analysis, security analysis diagrams, and automated reporting. This helps deliver functionality while addressing concerns of safety, performance, integration and certification early in the development process.
This document describes an equipment maintenance management solution that can provide healthcare providers with cost savings, cost containment, and a guaranteed annual maintenance budget. The solution offers comprehensive equipment coverage, control over service vendors and scheduling, and real-time maintenance reporting to help analyze equipment performance and repair quality. Customized programs are developed to reduce maintenance costs while enhancing equipment performance through specialized management tools and support.
Top 10 Emergency Notification Predictions for 2011asalters
1. The document provides information from a webinar on top 10 emergency notification predictions for 2011 presented by Rick Wimberly.
2. It summarizes key predictions such as IPAWS building momentum through increased testing and adoption of CAP, broadcasters and public safety collaborating more through new regulations and converged interests, and social media and independent guidance playing larger roles.
3. The document concludes by listing contact information for Rick Wimberly and Marc Ladin of Everbridge and noting resources on their website for webinars, white papers, and following their social media accounts.
GDCA is a digital marketing agency that provides eMarketing capabilities to pharmaceutical companies using their proprietary DIAGRAM software, which allows for interactive experiences and 1:1 conversations with customers through various digital channels and content. They utilize active learning theories and analytics to optimize user experiences and measure ROI of their digital programs targeting various healthcare professionals and patients. GDCA's goal is to solve brand challenges for clients through meaningful bi-directional conversations and generating results.
Team Peace of Mind is developing several healthcare products including:
1) A patient feedback and information system to increase patient control and provide medical staff insight.
2) A hospital readmission dashboard to help hospitals save penalties and predict finances.
3) A hospital performance dashboard for hospitals and insurance with data integration and predictive analytics.
4) A referral system for primary care doctors to improve outcomes through recommendations.
The products will be sold through direct sales and subscriptions with a focus on development, sales, and marketing. Customer testing of business models was found to be important.
This document discusses the history and capabilities of infusion pumps and the benefits of wireless infusion pump technology. It covers how wireless pumps have evolved from basic pumps to smart, networked pumps that can communicate with EMR systems. The document outlines five prerequisites for infusion pump integration, including wireless connectivity and electronic medication orders. It details the benefits of wireless pumps for patients, nurses, pharmacists, and executives, including increased safety and decreased errors. It also addresses considerations and challenges of implementing wireless pump technology.
This document discusses latest trends in automation, with a focus on RFID technology. It describes how automation tools are used for industrial automation, wireless sensor networks, RFID applications, and real-time location systems. An example of using real-time patient tracking with RFID tags is provided. Benefits of automation include increased efficiency, improved billing and record keeping, and enhanced customer satisfaction. Current limitations include lack of human-level pattern recognition, language skills, and ability to synthesize complex sensory data.
This document summarizes and promotes the VerifyEMR obstetrics software system. It describes features such as risk mitigation algorithms, evidence-based guidance, automated test ordering and results analysis, self-management tools for patients, and improved workflow. The system is presented as a way to minimize lawsuits, document care comprehensively and intuitively, and potentially reduce malpractice insurance costs. Testimonials from medical experts and users are provided, emphasizing the system's focus on patient safety, responsibility and satisfaction.
- Distributed software systems are increasingly important as organizations collaborate remotely. This requires appropriate distributed software architectures, development methods, and management techniques.
- Key architectures discussed include service-oriented, peer-to-peer, sensor networks, and cloud/grid computing. Middleware is important for supporting distributed applications across different platforms.
- Managing the total cost of ownership of complex distributed software systems is a growing concern, requiring techniques for provisioning, policy definition, load balancing, and more. Autonomic and self-managing techniques aim to increase system autonomy.
- Several examples are presented including telecom platforms, electronic healthcare systems, personal content sharing, and a demonstration e-health information platform. Policy-driven middleware and multi
- Distributed software systems are increasingly important as organizations collaborate over networks. This requires appropriate distributed software architectures, development methods, and management techniques.
- Key architectures discussed include service-oriented, peer-to-peer, sensor networks, and cloud/grid computing. Middleware is important for supporting distributed applications across different platforms.
- Managing the total cost of ownership of complex distributed software systems is a growing concern, requiring techniques for provisioning, policy definition, load balancing, and more. Autonomic and self-managing techniques aim to increase system autonomy.
- Several example distributed software platforms and applications are presented, including for telecom, healthcare, personal content sharing, and sensor networks. Security and policy-driven approaches
The document discusses an eMarketing company's capabilities for interactive digital experiences. It outlines the company's approach of focusing on superior user experience through 1:1 marketing and active learning. Examples of its work include programs targeted at OB/GYNs. The company has a large HCP database and proprietary DIAGRAM software. Its core philosophy is delivering superior user experiences through design, functionality, and active learning principles that build meaningful relationships.
The document describes several services and research programs related to ambient assisted living. It discusses lifestyle monitoring with wireless sensors, ambient audio analysis for audio surveillance, and the AAL project Care@Home. The Care@Home project aims to keep elderly connected to family and community through a community channel portal, uses inclusive design and a community screen, and integrates various sensors with a central platform. The overall goal is to help the elderly stay connected, healthy, independent and in their own residence for longer.
Salesforce provides a social enterprise platform for healthcare organizations. It offers tools like Chatter for collaboration and mobile apps for tasks like patient intake. Salesforce meets security requirements and enables organizations to innovate through open apps and integration with electronic medical records. Companies like Stanford and a large EMR vendor use Salesforce solutions. RehabCare built a fast patient prescreening mobile app on the Salesforce platform. eVariant's HealthConnect product connects healthcare data for reporting, accountability and better outcomes.
The document discusses how Polycom solutions can help address challenges in the healthcare industry through collaborative healthcare. The healthcare landscape is facing rising costs, an aging population, and increased chronic diseases. This is straining limited resources and requiring improved access to care. Collaborative healthcare using Polycom's voice and video communications can help by promoting greater interactions between providers and patients, giving patients better access to care wherever located, and making hospitals more efficient. Polycom's solutions support applications for healthcare administration, education, telemedicine, and improving patient care.
The Association of Public Health Laboratories (APHL) aims to promote public health laboratories through quality laboratory practices. APHL conducted surveys of public health laboratories' Laboratory Information Management Systems (LIMS) which found that most states have multiple LIMS, are seeking to replace aging systems, and exchange data through various methods with limited compatibility. APHL is working with partners to develop interoperable electronic laboratory data exchange networks.
How intelligent infrastructure reduces operating costs and improves patient c...Estellesc
Graeme Robertson, Healthcare Solutions Business Development Director, presented on behalf of Schneider Electric at the recent 1st Saudi Forum for the Design and Planning of Hospitals in Riyadh, held March 3-5, 2013. Download his presentation, "How an Intelligent Infrastructure Reduces Hospital Operating Costs and Improve Patient Care."
Note: You must save or download the presentation to view the embedded videos on slides 5,6,7,8,9, and 12.
This document discusses chronic diseases as a major problem in New York state and Governor Cuomo's efforts to address it. It outlines New York's Medicaid Redesign Team plan, which focuses on patient-centered medical homes and health homes to improve population health and lower costs. It also discusses the role of integrated care management, telehealth, and technology companies in coordinating care delivery.
The document discusses the three components of digital health: applications, devices, and infrastructure. It describes how digital health has the potential to improve clinical care, patient safety, information dissemination, and chronic condition management. The document then focuses on physician use of social media communities and mobile applications. It provides examples of popular physician social networks and describes how physicians use smartphones and apps to access medical references, education, and patient information at the point of care. The document also discusses emerging trends in online care delivery through digital diagnosis and communication with patients.
The document discusses the components and potential of digital health, including applications, devices, and infrastructure. It describes how digital health can improve clinical care, patient safety, information dissemination, and chronic condition management. The document also discusses physician communities on social media, mobile apps for physicians and consumers, online care using telehealth, and envisions the future of digital health becoming integrated into everyday healthcare.
Similar to Succor's "Amcom" Unified Communications (20)
Quality Health Informatics strives to build an organization that looks beyond simple financial returns from electronic health record (EHR) implementation and ensures security, quality, and education for healthcare workers and patients. The organization's primary goal is to cover everyone under the same umbrella of protection, high standards, and training when coupling healthcare and information technology.
MYAPPDEV provides custom healthcare technology solutions like web and cloud application development to help organizations adapt to changes in the industry. Their services address issues like rising costs and improving patient satisfaction. They have expertise in various technologies and aim to deliver innovative solutions tailored to each client's needs and goals.
This document provides an overview of the Medicare and Medicaid EHR Incentive Programs, including:
- Eligible professionals can receive incentive payments for adopting and meaningfully using certified EHR technology.
- Incentive payment amounts and schedules differ between the two programs, with Medicaid generally offering higher incentives.
- Professionals must meet certain eligibility criteria including patient volume thresholds and choose whether to participate in Medicare or Medicaid.
This document discusses electronic health records (EHRs) and the importance of ensuring continuous availability of clinical systems that store and manage patient health information electronically. Key points include:
1) EHRs improve patient care by providing immediate access to accurate patient information, but their implementation also increases dependence on underlying systems, so downtime can negatively impact care.
2) Unplanned computer downtime was once seen as a nuisance, but is now a risk event as clinical automation grows. Continuous availability of clinical systems like CPOEs is required to avoid compromising patient care.
3) Tape-based backups are no longer sufficient for healthcare IT systems that have replaced paper records, as restoring from tape can take
This document discusses the benefits of archiving electronic content like email for medical establishments. It notes that archiving is necessary to comply with regulations like HIPAA that require preserving patient records for long periods of time. Archiving supports legal requirements to retain content that may be needed for litigation and allows placing holds on content when requested. It also helps manage storage and reduces costs. Overall archiving is important for regulatory compliance, legal needs, and cost savings.
The document provides an overview of various cloud-based solutions offered by Succor Consulting Group including business class email, file sharing and storage, online backup, web hosting, and Microsoft SharePoint. It also includes definitions of key terms related to these solutions and highlights benefits for customers such as security, flexibility, reduced costs, and increased productivity. The document appears to be marketing material aimed at promoting Succor Consulting Group's cloud computing services portfolio.
The document provides descriptions of various products and services offered by Succor Consulting Group, Inc. including: 1) Application development, testing, and quality assurance services to develop efficient applications. 2) Appointment scheduling and reminder services to reduce no-shows and increase efficiency. 3) Backup and disaster recovery solutions to securely backup data and ensure compliance.
The document provides descriptions of various products and services offered by Succor Consulting Group, Inc. including: 1) Application development, testing, and quality assurance services to develop efficient applications. 2) Appointment scheduling and reminder services to reduce no-shows and increase efficiency. 3) Backup and disaster recovery solutions to securely backup data and ensure compliance.
Introduction of Cybersecurity with OSS at Code Europe 2024Hiroshi SHIBATA
I develop the Ruby programming language, RubyGems, and Bundler, which are package managers for Ruby. Today, I will introduce how to enhance the security of your application using open-source software (OSS) examples from Ruby and RubyGems.
The first topic is CVE (Common Vulnerabilities and Exposures). I have published CVEs many times. But what exactly is a CVE? I'll provide a basic understanding of CVEs and explain how to detect and handle vulnerabilities in OSS.
Next, let's discuss package managers. Package managers play a critical role in the OSS ecosystem. I'll explain how to manage library dependencies in your application.
I'll share insights into how the Ruby and RubyGems core team works to keep our ecosystem safe. By the end of this talk, you'll have a better understanding of how to safeguard your code.
5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
It is with great pleasure that we extend to you an invitation to the 5th Power Grid Model Meet-up, scheduled for 6th June 2024. This event will adopt a hybrid format, allowing participants to join us either through an online Mircosoft Teams session or in person at TU/e located at Den Dolech 2, Eindhoven, Netherlands. The meet-up will be hosted by Eindhoven University of Technology (TU/e), a research university specializing in engineering science & technology.
Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
Power Grid Model is an open source project from Linux Foundation Energy and provides a calculation engine that is increasingly essential for DSOs. It offers a standards-based foundation enabling real-time power systems analysis, simulations of electrical power grids, and sophisticated what-if analysis. In addition, it enables in-depth studies and analysis of the electrical power grid’s behavior and performance. This comprehensive model incorporates essential factors such as power generation capacity, electrical losses, voltage levels, power flows, and system stability.
Power Grid Model is currently being applied in a wide variety of use cases, including grid planning, expansion, reliability, and congestion studies. It can also help in analyzing the impact of renewable energy integration, assessing the effects of disturbances or faults, and developing strategies for grid control and optimization.
What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
-Insightful presentations covering two practical applications of the Power Grid Model.
-An update on the latest advancements in Power Grid -Model technology during the first and second quarters of 2024.
-An interactive brainstorming session to discuss and propose new feature requests.
-An opportunity to connect with fellow Power Grid Model enthusiasts and users.
HCL Notes und Domino Lizenzkostenreduzierung in der Welt von DLAUpanagenda
Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-und-domino-lizenzkostenreduzierung-in-der-welt-von-dlau/
DLAU und die Lizenzen nach dem CCB- und CCX-Modell sind für viele in der HCL-Community seit letztem Jahr ein heißes Thema. Als Notes- oder Domino-Kunde haben Sie vielleicht mit unerwartet hohen Benutzerzahlen und Lizenzgebühren zu kämpfen. Sie fragen sich vielleicht, wie diese neue Art der Lizenzierung funktioniert und welchen Nutzen sie Ihnen bringt. Vor allem wollen Sie sicherlich Ihr Budget einhalten und Kosten sparen, wo immer möglich. Das verstehen wir und wir möchten Ihnen dabei helfen!
Wir erklären Ihnen, wie Sie häufige Konfigurationsprobleme lösen können, die dazu führen können, dass mehr Benutzer gezählt werden als nötig, und wie Sie überflüssige oder ungenutzte Konten identifizieren und entfernen können, um Geld zu sparen. Es gibt auch einige Ansätze, die zu unnötigen Ausgaben führen können, z. B. wenn ein Personendokument anstelle eines Mail-Ins für geteilte Mailboxen verwendet wird. Wir zeigen Ihnen solche Fälle und deren Lösungen. Und natürlich erklären wir Ihnen das neue Lizenzmodell.
Nehmen Sie an diesem Webinar teil, bei dem HCL-Ambassador Marc Thomas und Gastredner Franz Walder Ihnen diese neue Welt näherbringen. Es vermittelt Ihnen die Tools und das Know-how, um den Überblick zu bewahren. Sie werden in der Lage sein, Ihre Kosten durch eine optimierte Domino-Konfiguration zu reduzieren und auch in Zukunft gering zu halten.
Diese Themen werden behandelt
- Reduzierung der Lizenzkosten durch Auffinden und Beheben von Fehlkonfigurationen und überflüssigen Konten
- Wie funktionieren CCB- und CCX-Lizenzen wirklich?
- Verstehen des DLAU-Tools und wie man es am besten nutzt
- Tipps für häufige Problembereiche, wie z. B. Team-Postfächer, Funktions-/Testbenutzer usw.
- Praxisbeispiele und Best Practices zum sofortigen Umsetzen
Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
Lambda, Elastic Beanstalk, Lightsail, Amplify, S3 (and more!) can each host websites + APIs. But which one should we choose?
Which one is cheapest? Which one is fastest? Which one will scale to meet our needs?
Join me in this session as we dive into each AWS hosting service to determine which one is best for your scenario and explain why!
Dandelion Hashtable: beyond billion requests per second on a commodity serverAntonios Katsarakis
This slide deck presents DLHT, a concurrent in-memory hashtable. Despite efforts to optimize hashtables, that go as far as sacrificing core functionality, state-of-the-art designs still incur multiple memory accesses per request and block request processing in three cases. First, most hashtables block while waiting for data to be retrieved from memory. Second, open-addressing designs, which represent the current state-of-the-art, either cannot free index slots on deletes or must block all requests to do so. Third, index resizes block every request until all objects are copied to the new index. Defying folklore wisdom, DLHT forgoes open-addressing and adopts a fully-featured and memory-aware closed-addressing design based on bounded cache-line-chaining. This design offers lock-free index operations and deletes that free slots instantly, (2) completes most requests with a single memory access, (3) utilizes software prefetching to hide memory latencies, and (4) employs a novel non-blocking and parallel resizing. In a commodity server and a memory-resident workload, DLHT surpasses 1.6B requests per second and provides 3.5x (12x) the throughput of the state-of-the-art closed-addressing (open-addressing) resizable hashtable on Gets (Deletes).
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2. Agenda
• Introduction to Amcom Software
• Healthcare Challenges
• Middleware Product Line
• Pager, Paging, and Wireless Telephony
Overview
• Product Demo
• Resources and Next Steps
• Questions
3. Why Amcom Software?
The Leader in Healthcare Communications
• 25+ years’ experience managing
healthcare communications
• Trusted by top names in
healthcare
– 750+ hospitals
– Vast majority of top U.S. hospitals
• Full suite of healthcare-proven
mission-critical communications
• Financially viable, growing
company
– $50 million in profitable revenue
3
7. Sources of Data Are Exploding
Infusion Pump
System
ADT System
Pulse
Oximeter
System
Nurse Call
Patient
Monitoring
System
EMR
Ventilator
Systems
Security
System Critical Lab
Results
Fire Alarm
Bed
Management
Infant
Protection
7
8. Ways to Communicate Are Exploding
Infusion Pump Desk Phone
System Smartphones
ADT System
Wireless
Pulse Telephony
Oximeter Nurse Call
System Speech
Patient Recognition
Monitoring
System
EMR
Web
Ventilator
Systems
Security
System
Tablet
Critical Lab
Results Voice Cell Phones
Badges
Fire Alarm Bed
Management Wide-Area
Onsite Paging
Paging
Infant
Protection
8
9. Supporting Your Communication Needs
Infusion Pump Speech
System Recognition
Pulse
Oximeter Critical Lab BlackBerry Android
System Results
Patient iPhone
Monitoring ADT System Tablet
System
Desk
Nurse Phone
Call
Ventilator Web
Systems
Bed Wide-Area Voice
Management Infant Paging Badges
Protection
Onsite Cell Phones
Security Paging
System EMR
Wireless
Fire Alarm Telephony
9
10. Hospitals Need Solutions to Improve
Quality of Care and Patient Safety
• Inadequate communication is the Critical Issues
in Hospitals
main cause of sentinel events in Communications
hospitals(1) Patient Assessment
• Why is there is a need for rapid, Leadership
more automated communications? Procedural Compliance
Competency / Credentialing
– Lack of coordinated response to patients Environmental
in distress Safety / Security
Orientation / Training
– Difficulty reaching the appropriate
Availability of Information
clinician
Care Planning
– Inaccurate on-call schedules contribute to
Organization Culture
improper contacts
Staffing
– Slow caregiver response to aid requests Continuum of Care
0% 20% 40% 60% 80%
(1) Improving America’s Hospitals: The Joint Commission’s Annual Report on Quality and Safety 2007
% of Deaths and Serious Injuries
10
12. Scalable Middleware Options
Amcom Messenger Fusion Series
• Hub for consolidating enterprise-wide • Point-to-point applications that address
alarms and events specific integration requirements
– Includes advanced integration options • Staff receive notifications on mobile devices
with an option for call-back
• Staff receive notifications on mobile devices
with an option for call-back • Audit trail/reporting
• Audit trail/reporting
• Prioritization and escalation
• Advanced workflow optimization capability
12
13. Integrating With Today’s Technology
Nurse Call Nurse Call Point-of-Care, Onsite Wireless Devices
Acute Care Assisted Living Patient Safety Devices & Carriers
Building
Automation
14. Amcom Messenger Middleware
Helping Staff Respond Quickly
Software that sends alerts from input
sources like patient monitoring and
nurse call to staff’s mobile devices
14
15. Amcom Messenger
What Middleware Can Do for Staff
• Faster communications improve
efficiency – do more in less time
• Right message, right person, right
time, right device
• Less walking - more time at the
bedside
• Improve patient satisfaction scores
• Strengthen Joint Commission
audits with traceable notifications
16. Amcom Messenger
What Middleware Can Do for Patients
• Faster staff response to
dangerous changes in
patients’ vital status
• Reduce overhead paging to
promote quiet healing
• Handle patient requests more
quickly and easily
• Reduce accidents and falls
• Higher satisfaction
16
17. Amcom Messenger
Key Features
• Alarm filtering by priority/staffing
• Escalation
• Easy caregiver room assignment
• Full audit trail – date/time stamps
• Works with the systems and devices
you already use
• Has received FDA 510(k) clearance as
a class II medical device
17
18. Amcom Messenger: Solving Today’s Challenges
Staffing Complexities
Nursing Shortage Retention/Turnover
How Amcom Messenger Middleware Helps
• Improved workflows and efficiency with better communication tools
means nurses can do more in less time
• Higher staff satisfaction with reduced walk times and better patient
communications
18
19. Amcom Messenger: Solving Today’s Challenges
Patient Safety
Meet Safety Goals Joint Commission Compliance
Falls, Accidents (and costs) Patient Satisfaction Scores
How Amcom Messenger Middleware Helps
• Reduce accidents and falls (and unreimbursed costs of associated
care) by speeding response to requests for assistance
• Handle patient concerns and requests quickly with less overhead
paging – promotes quiet healing and high patient satisfaction scores
• Escalate requests automatically to keep response times down
19
20. Amcom Messenger: Solving Today’s Challenges
Nurse-Physician Relations
Staff Communications Continuity of Care
Escalations to Alternate/On-Call Staff
How Amcom Messenger Middleware Helps
• Right person, message, time, device improves efficiency and
reduces frustration
• Complete audit trail of communications logs who received
notifications and how they responded – resolve disputes
20
21. Amcom Messenger
Case Study: Maple Grove Hospital
• New hospital: engineered efficient
work patterns and chose technology Voice
Badges
accordingly Pagers
Wi-Fi Phones
• Created culture of instant
communication Nurse Call
Email
• Filter requests – not all to nurses
– Supplies: technician Patient
Monitoring
– Bathroom assistance: orderly Reporting
– Pain/concern: nurse
• Top 5% in the U.S. for patient scores
on ‘willingness to recommend’
Maple Grove Vision: "Deliver healthcare as it ought to be"
21
22. Amcom Messenger at Maple Grove
Sending Alerts to the Appropriate Staff
22
23. Amcom Messenger
Case Study: Coffs Harbour Hospital
• Centralized alerts from five
Nurse Call
systems go to mobile staff
Duress Wi-Fi Phones • Reduced trips around the
unit for nurses
Fire
• Improved response times for
alarms and alerts
Reporting
• Scaled easily from 150 to 400
Building
Management
Wi-Fi phones
Security
“Amcom Messenger is an integral part of the way we do business
and helps us in our mission to continually strengthen patient care
and safety.” Ken Meale - Coffs Harbour Hospital
23
25. The Fusion Series: Snapshot
• EMM (Event Management Module): Provides the ‘hub’ of the Fusion
Series. Supports multiple protocols, including SMS. Takes information from
virtually any 3rd-party application, processes it, and sends it out.
• IAM (Integrated Alarm Management Module): Supports multiple
protocols, including SMS. Designed to integrate with nurse call systems to
process/send events. Provides call-back functionality and staff assignment.
• ADM (Alarm Dispatch Module) provides 16 alarm inputs that can take data
from various sources (e.g., legacy nurse call systems and fire alarm panels)
• CMM (Cellular Messaging Module): Send short messages (SMS) to cellular
telephones and other SMS-compliant devices.
• TIM (Telephone Interface Module): Provides voice-prompted wireless
messaging from a standard business phone.
• INTELPage IP: A state-of-the-art, IP-based POCSAG paging encoder /
transmitter.
25
26. Rack-Mount Version
• Rugged industrial design
• High-power option features
dual cooling fans
• Standard 19” 1U rack
mountable housings*
– *25, 50, 100 & 200 Watt
INTELPage IP s are 19” 2U
26
27. An In-Depth Look at Nurse Call
Integration
Rauland-Borg SimplexGrinnell
Executone Sedco
GE Dukane Austco
Hill Rom TekTone
Intego West-Com
Jeron Zettler
28. Nurse Call Integration Highlights
• Universal staff allocation client
standardizes user experience
• Routing of alarms based upon location,
priority, sensitivity, staff availability and
scheduling to a myriad of devices
• Support for “role-based” allocation,
dynamic allocation, and pre-defined staff
schedules
• Voice communications between the
patient handset and the wireless phone
• Centralized reporting of nurse call
systems throughout the hospital or across
multiple sites
28
30. Patient Monitoring
• Help meet Joint Commission national patient safety goals for
“effectiveness of clinical alarm systems” by significantly improving
patient response time and satisfaction
• Creates a quieter, more healing environment by reducing noise
• Increased accountability by documenting nurse activity
• Filtering of nuisance alarms
• Can encompass many devices/measurements
– Pulse oximeter
– EKG
– Blood pressure
– Temperature
• Alarms: (depends on features of monitor)
– Heart rate to High / Low – Temperature High / Low
– ECG High / Low – SPO2 Levels Low
– Blood Pressure High / Low – Cords Out
31. Infusion Pumps
• Infusion pumps administer fluids (medication, blood, or
nutrients) intravenously
• Integration of infusion pump alerts can significantly reduce
noise and nurse fatigue
• Reporting of alarms
– Low medication (bag out)
– Flow rate is too fast / slow
– Patient side / bottle side occlusions
– Air in line
– Pump requires service
– Battery low
32. Pulse Oximeters
• Checks for the percentage of oxygen in blood and heart rate
• The combination of patient-controlled analgesia and lower
staff-to-patient ratios make it less likely that a clinician will be
there to observe an avoidable adverse event
• Alarm escalation rules ensure every alert is attended to
• High Levels of false alarms, lead to alarm desensitization
• Alarms:
–SPO2 low
–Pulse rate high / low
32
33. Ventilators
• Ventilators “breathe” for the patient when he/she cannot by
moving air into and out of the lungs
• Alarms:
– Patient stopped breathing
– High vent = too much air pressure in the tube
– Low vent = not enough air pressure in the tube
– Flow rate
33
34. Lab Information Systems
• Results of test (critical values) can indicate the treatment of a
patient should change immediately
– < 5% of critical value telephone calls were abandoned
– 71.4% of 623 institutions had no policy on handling repeat critical calls
• Enable “push” notification of results to
physicians vs. guesswork with periodic
“pull” of information
• Stat lab results may be reported virtually
instantaneously
34
35. Facility Alarm Management
Fire Alarm / HVAC Systems
Building Management Systems
Security Systems
Pneumatic Tube Systems
Location Services
Infant Abduction
Bed Management Systems
36. Fire Alarm Integration
• Notify staff automatically when the fire detection system signals an
alarm and may identify the specific detector and its location
• Fire panel and sensor faults may be routed directly to maintenance
staff, whereas actual alerts can perform mass notification via a
myriad of devices
• Assist in weekly testing procedures
• Utilization of broadcasting technology with
onsite paging and priority management
enables notification of all pagers in less than
two seconds
• Connectivity may be via a high-level serial or IP
interface , with low-level “contact closure” for
legacy fire alarm panels
36
37. Building Management Integration
• Building management systems consist of the integration to a
number of sub systems, typically as follows:
– Lighting control
– Consumption measurements of water, electricity and cooling (heating)
– Access control
– Intruder alarm system
– Video monitoring system
– Fire alarm system
• Improve staff response times
• Centralized tracking of alarms
37
38. Security Systems Integration
• Security systems monitor a variety of alarm systems within an
acute care hospital, some of the security alerts include:
– Intrusion alerts
– Panic requests
– Access control
– Control CCTV
38
39. Location Services
• RTLS Tracking Systems (either using Wi-Fi, RFID or infrared) have
several uses:
– Assists biomedical in locating equipment, either for service or utilization
– Patient tracking
– Nurse presence
• Alerts
– When an asset leaves a nominated area
– Patients leaving a floor (e.g., Alzheimer's suffers)
– Duress functionality with location
• Amcom Messenger integrates into
popular tracking systems:
– Ekahau – Versus
– Innerwireless – Radianse
39
40. Bed Management Systems
• In 2005, the Joint Commission directed hospital leaders to
implement plans for improving patient flow to prevent
overcrowding, which reduces patient safety and quality of care
• The AHA reports that due to hospital closings and consolidations,
available beds have been reduced by more than 175,000 since the
early 1980’s
• 62% of hospitals reported their EDs were at or over capacity
• Bed management systems
– Licensed beds
– Occupied
– Out of service
– Available assigned
– Available not assigned
40
41. Hugs Infant Abduction
• Since the Joint Commission began tracking sentinel events in 1996, there
have been eight case of infant abductions (police reports indicate a total of
126 cases of non-family infant abductions from 1993 2006)
• Infants wear a tag with a unique identifier on the ankle
• All exit points are electronically monitored
• Enables staff and family to move freely around within the protected zone
but no one can remove an infant from the unit
• Alerts are initiated if:
– Someone attempts to exit via a monitored door or elevator with a protected infant
– The strap has been cut or tampered with
– The tag’s signal has not been detected for a
specified time period
41
42. Pneumatic Tube Systems
• Pneumatic tube systems are used to transport blood products,
lab specimens and pharmaceuticals within a hospital
• Notifications of user-related situations may be dispatched
– Arrival alarm and early notification of inbound packages
– Should a transport error be detected, then an alert may be sent to the
person who initiated the transaction
– Security notification for unauthorized access attempts
• Maintenance and equipment failures
– Notification if the package doesn’t reach its destination
– Notification of blockages
42
44. 7950 Pager: Highlights
• Easy-to-use pager
• Two or four line alphanumeric display
(with bold font feature)
• Up to 80 days of battery life
• Specially designed durable plastic
enclosure
• Programmable by hand or USB software
• Up to eight cap codes
• Priority override – override silent/vibrate
mode for code calls or critical alarms
44
45. INTELPage IP 5-250 Watt Transmitters
• Paging transmitter to send messages directly to onsite pagers
• Available in a range of output power (5 Watt 250 Watt)
• Optional IP Interface with inbuilt paging encoder
• Support for common paging protocols (TAP, Scope, Tekk)
• Synthesized transmitter to adjust frequency
• Web-based configuration
• Inbuilt diagnostics
• Port configuration:
– Ethernet port (100mb)
– 1 x RS232 input port
– 1 x POCSAG input port
46. Distributor of Polycom (SpectraLink/KIRK)
Wireless Telephony Systems
Link WTS
Delivers rich PBX functionality over a
dedicated 900 MHz wireless network
NetLink Wireless Telephones
The 2.4 GHz Wi-Fi solution for legacy PBX
systems and enterprise IP networks
Dect System
Cost-effective 1.9 GHz wireless telephony
solution for small and medium businesses
using analog or T1 interfaces
46
48. Introducing Amcom Mobile Connect
Secure receipt of messages on
smartphones and tablets
Message to anyone in your
organization’s directory with traceable
communications
Improve efficiency and workflows via
better information sharing at critical
points
48
50. New Message on Device: Cisco
Nurse Brenda just received a
message that she’s needed in room
301 for a patient experiencing
heart palpitations.
50
51. Reply Using Template or Free-Form Text
She immediately responds that
she’s 10 minutes from this
patient’s room, so the person
who sent the message knows
how soon to expect her.
51
52. Track the Progression of the Message Online
Queued/Accepted: Message received by Amcom Mobile Connect server
En route: Message has been sent over wireless network
Delivered: Message received by device running Amcom Mobile Connect
Acknowledged: Message has been read and okayed by recipient
52
53. Amcom Mobile Connect
Supporting Today’s Technology Leaders
Operating System
RIM OS 4.5+ iOS 4+ Android 1.6+ Cius /7925&7926(1.4.1)
Where to Download
Web Link or BES AppHQ or Call
App Store Android Market
Install Manager
53
54. The Amcom Solution Suite Summary
Where We Can Assist You and Your Customers
Smartphone & Staff Presence
Tablet
Messaging Call
Recording
Onsite Paging
Speech Emergency
Wireless Operator Web Recognition Notification/
Telephony Console Directory Mgmt E911
On Call Call
Accounting
Alarms
Integration Nurse Call
e.g., fire Integration
54
55. Buzz Words
• Sentinel Events • Middleware
• Workflow • Event Notification
• Alarm Desensitization • In-House Wireless Telephones
• Standardization • Enterprise Solution
• Connecting Islands of • Network Appliance
Information
• Paging System Replacement
• Communication (Zetron Replacement)
Enhancement
• Tool Belt Problem
• Patient Safety
• Encrypted Smartphone
• Patient Satisfaction Messaging
56. Discovery Questions
• Current Manufacturers?
• Current Communication Workflow?
• Types of Alarms?
• Integrates to Device Type?
• Business Case Analysis – Why?