Peter van Vooren (business developer at Remedus) and Bert Verbruggen (Project manager Verhaert) talk about the smartBEAT project. Verhaert innovation day 2015
Earlyvangelists and the Metrics that Matter in HealthcareOrthogonal
Earlyvangelists are a special breed of customer that are a combination of early adopter and internal evangelist. They are critical to a startup success because they first buy the vision and then the product, and spread the news of the product. They are even more important in healthcare, a complex and risk averse sector of the economy where change and innovation can be very challenging.
Learn how to identify and find earlyvangelists and how to engage with them, what metrics they care about and how they can help you get the metrics that you need for the rest of the market.
Is it self-tracking? We are only beginning to understand the power of self-tracking be it due to the quantified self movement or because of the increasing number of connected medical devices. A real opportunity is in understanding how mobile devices will play a key role in the future of our personal health. Medical Devices, sensors, big data, cloud computing are and will continue to enable continuous monitoring of people and patients.
This document discusses enhancing the user experience of connected medical devices. It provides an overview of connected medical devices and FDA regulations. Examples of connected devices like an autoinjector app and insulin pump are described. Considerations for the design and evaluation of connected devices through usability testing are discussed. Human factors and risk analysis are important to consider for safety. The document concludes that connected devices require examining how information is exchanged and ensuring usability, reliability, safety and security through the design process.
MeDStrategist provides strategy development, design consulting, and implementation services for the medical device industry. With over 39 years of experience in various roles, MeDStrategist specializes in marketing strategy, product design and development, manufacturing setup, technology transfers, regulatory compliance, and training. Services include creating marketing strategies, designing 8 medical devices that won international awards, establishing 3 manufacturing units, and training on products, regulations, and processes. MeDStrategist is led by S L Sriram and works with companies to develop and commercialize new medical technologies.
Wireless Brain Sensors Market Growth, Trends and Value Chain 2017-2027 by FMIpradnyavirkar
Future Market Insights has announced the addition of the “Wireless Brain Sensors Market: Global Industry Analysis and Opportunity Assessment 2017-2027" report to their offering.
Britemed -Celebrate Humanity With Technology, Best Medical Solution/Devices P...BriteMed
Let's Celebrate Humanity With Technology & celebrate BriteMED 10th Anniversary! We will keep develop reliable and technology-driven solutions that make people’s lives better-whether they are doctors, nurses or patients.
This document provides an overview of AT&T's healthcare strategy and solutions. It discusses key healthcare trends driving digital transformation, AT&T's connectivity capabilities and security offerings. Specific solutions highlighted include connected care for hospitals, patients and caregivers utilizing 5G, IoT, mobile devices and applications. The document also outlines AT&T's innovation program and healthcare use cases they have implemented for clients involving areas like imaging, connected wheelchairs and home health.
Earlyvangelists and the Metrics that Matter in HealthcareOrthogonal
Earlyvangelists are a special breed of customer that are a combination of early adopter and internal evangelist. They are critical to a startup success because they first buy the vision and then the product, and spread the news of the product. They are even more important in healthcare, a complex and risk averse sector of the economy where change and innovation can be very challenging.
Learn how to identify and find earlyvangelists and how to engage with them, what metrics they care about and how they can help you get the metrics that you need for the rest of the market.
Is it self-tracking? We are only beginning to understand the power of self-tracking be it due to the quantified self movement or because of the increasing number of connected medical devices. A real opportunity is in understanding how mobile devices will play a key role in the future of our personal health. Medical Devices, sensors, big data, cloud computing are and will continue to enable continuous monitoring of people and patients.
This document discusses enhancing the user experience of connected medical devices. It provides an overview of connected medical devices and FDA regulations. Examples of connected devices like an autoinjector app and insulin pump are described. Considerations for the design and evaluation of connected devices through usability testing are discussed. Human factors and risk analysis are important to consider for safety. The document concludes that connected devices require examining how information is exchanged and ensuring usability, reliability, safety and security through the design process.
MeDStrategist provides strategy development, design consulting, and implementation services for the medical device industry. With over 39 years of experience in various roles, MeDStrategist specializes in marketing strategy, product design and development, manufacturing setup, technology transfers, regulatory compliance, and training. Services include creating marketing strategies, designing 8 medical devices that won international awards, establishing 3 manufacturing units, and training on products, regulations, and processes. MeDStrategist is led by S L Sriram and works with companies to develop and commercialize new medical technologies.
Wireless Brain Sensors Market Growth, Trends and Value Chain 2017-2027 by FMIpradnyavirkar
Future Market Insights has announced the addition of the “Wireless Brain Sensors Market: Global Industry Analysis and Opportunity Assessment 2017-2027" report to their offering.
Britemed -Celebrate Humanity With Technology, Best Medical Solution/Devices P...BriteMed
Let's Celebrate Humanity With Technology & celebrate BriteMED 10th Anniversary! We will keep develop reliable and technology-driven solutions that make people’s lives better-whether they are doctors, nurses or patients.
This document provides an overview of AT&T's healthcare strategy and solutions. It discusses key healthcare trends driving digital transformation, AT&T's connectivity capabilities and security offerings. Specific solutions highlighted include connected care for hospitals, patients and caregivers utilizing 5G, IoT, mobile devices and applications. The document also outlines AT&T's innovation program and healthcare use cases they have implemented for clients involving areas like imaging, connected wheelchairs and home health.
REPORT: Competitive Intelligence Analysis on “Noninvasive Diabetes Monitoring...Caroline Charumathy
This Competitive Intelligence Report by DexPatent gives you a thorough and comprehensive analysis of all patents published, granted or expired by companies, start-ups, inventors or universities across the world during 01 - 15 December 2018. This Exclusive report provides you patent and technology insights which help you to take direct decisions relating to R&D alignment, licensing or acquisition and saves a lot of time of your in-house IP and R&D team
To get in-depth analysis of innovations and opportunities relating to Non-invasive Diabetes Monitoring, Please contact us at mano@dexpatent.com.
The report helps you to understand the gist of each important patent just by a glance.
This document discusses emerging technologies in the pharmacy sector. It begins with an overview of the evolution of pharmacy and a discussion of disruptive technologies. It then examines specific emerging capabilities like online healthcare access in Switzerland, remote patient monitoring in Spain, and ingestible sensors. Exciting retail trends are also explored, such as using customer data to predict behaviors, billboards responding to airplane flights, and the potential of Li-Fi wireless networks. The document suggests several technologies may disrupt pharmacies or remain niche capabilities. Overall, it analyzes new digital innovations and how they could impact pharmacy services and the customer experience.
Massimo Dutto has over 20 years of experience in biomedical clinical engineering and management. He is currently a biomedical clinical engineer at The Royal Brompton and Harefield Hospital NHS Trust in London, where he manages medical devices and researches, designs, and develops new medical products. Previously, he held roles as a biomedical senior clinical engineer at Azienda Ospedliera S.Croce e Carle hospital in Italy and as a senior manager of steam power generators at Michelin in Italy. He has an MSc in Biomedical Engineering from City University London and qualifications in electrical engineering, electronics, and programming.
Medtech start-ups from inception to exit: what are the key milestones and what are the ACTUAL timelines and costs?
A data-driven approach to figuring out the new reality of medical device venture capital investing.
FDA's 510(k) Modernization: What if Anything has Changed? Is Changing? Will C...Greenlight Guru
FDA caused quite a stir when it announced transformative changes to modernize its 510(k) program to improve the safety and effectiveness of medical devices.
But as we all know, the more things change, the more they stay the same. If you dive deep into FDA’s statement, you’ll realize that there’s probably not a lot that’s different.
In this session, Michael Drues, Ph.D., President of Vascular Sciences, will share what FDA's 510(k) Modernization means, any evidence that changes are happening, and what medical device manufactures need to know about 510k modernization.
This presentation originally aired during the 2021 State of Medical Device Virtual Summit.
Best practices in using wearable biometric sensors to prove medical use casesValencell, Inc
The use of wearable devices in health and medical use cases is growing rapidly along with the number and capabilities of wearable devices. The sensor technology embedded in wearables today rivals the capabilities of regulatory-approved medical devices, and in many cases enables new and different use cases than we’ve seen possible before. This session will highlight the best practices we’ve seen emerging recently from real-world projects proving the efficacy of wearable devices in health and medical use cases in the areas of cardiovascular conditions, neurological disease, pain management, and other areas of interest. We’ll also explore the potential pitfalls to avoid and key things to consider when using wearables in proving out your medical use case.
These slides use concepts from my (Jeff Funk) course entitled Biz Models for Hi-Tech Products to analyze the business model for Google’s Smart Lens. Its smart lens monitors a diabetic’s sugar levels with a contact lens that measures the glucose in tears. This provides users with faster feedback on their glucose levels than with other meters and thus can help diabetics better manage their life styles. The smart lens contains circuitry that is fabricated on a polymer substrate. We recommend that Google market its lens through a medical equipment supplier such as Medtronic and focus on the collection and sale of the user data to health care companies.
Going digital to Enable Fast Track Growth by GopalKrishna of BPL Medical Tech...INDUSCommunity
BPL Medical Technologies is an Indian medical devices company that has been operating for over 50 years. It produces a wide range of products across five key categories: cardiology, critical care & surgery, women & child care, imaging, and home care. BPL has received several awards for innovation and holds the number one market share position in ECG monitors in India. The company aims to provide affordable healthcare solutions to improve people's health worldwide. It has over 120 dealers and 11 service franchises across India to support customers.
Digital health in diabetes: a global perspectiveYoon Sup Choi
The document discusses digital healthcare in diabetes from a global perspective. It begins with an introduction by Professor Yoon Sup Choi from Sungkyunkwan University who is the director of the Digital Healthcare Institute. It then discusses various topics related to digital healthcare for diabetes including continuous glucose monitoring (CGM) systems, wearable devices, mobile health applications, use of artificial intelligence, and integration of data sources like CGM data, smartphones, and electronic health records (EHRs). Examples of several digital health companies and technologies are provided.
How to Make Postmarket Surveillance More Cost EffectiveApril Bright
When it comes to postmarket surveillance (PMS), it’s common for the costs to outweigh the value. But, by working with the right team, you’ll be able to execute a study that maximizes return on investment and minimizes the financial impact of conducting further observational research. Postmarket study challenges that must be addressed include enrollment delays, patient attrition, long-term follow-up, resourcing demands and global payor requirements. This session will provide a case study of one orthopaedic company’s seamless transition between postmarket approval and post-approval studies.
The document summarizes Team Diffusion, which is working on prevention and mitigation of head and neck injuries from falls through wearable sensor technology. The team consists of 5 members with biomedical engineering and medical backgrounds. They have conducted 48 interviews to date from various stakeholders including patients, nurses, doctors, and construction safety managers. Their business model canvas outlines key partners, activities, and revenue streams around developing sensor technology to detect falls in elderly patients both in nursing homes and at home to improve response times and prevent injuries. Their minimum viable product focuses on nursing homes, using adhesive skin sensors to monitor patient activity and detect impending falls to alert staff in real time. Their market size analysis estimates a potential $1.9 billion market in the
ContextVision is a leading provider of medical imaging software. They have over 30 years of experience enhancing medical images through technologies like ultrasound, MRI, X-ray, and CT. Their software is used in over 150,000 installations worldwide and helps improve diagnosis by providing higher quality images to medical professionals. ContextVision works closely with original equipment manufacturers and has a global customer base. They continue advancing their technology platform through research and developing new products.
Over the course of 9 weeks, the team went through multiple pivots to find product-market fit:
1. They started with facial recognition for smart door locks but learned their solution did not fully address parent concerns.
2. Their second pivot was to enterprise access control but customers said tailgating was a bigger problem.
3. Recognizing tailgating risks required surveillance, they pivoted again to surveillance software.
4. After failing to find problem-team fit, they did a complete restart and developed an AI assistant for streamlining similar work tasks. Customer feedback was positive and they identified a potential market of 500k ML professionals.
This document summarizes findings from a field trip to Silicon Valley regarding options for Finnish healthtech startups to enter the US market. It outlines trends in health technology, interesting new startups, and the innovation ecosystem in Silicon Valley. It then discusses US gateway options such as accelerators, partners, and venture capital firms investing in health. Finally, it provides recommendations on understanding the market stage and category to determine the best entry approach.
REPORT: Competitive Intelligence Analysis on “Noninvasive Diabetes Monitoring...Caroline Charumathy
This Competitive Intelligence Report by DexPatent gives you a thorough and comprehensive analysis of all patents published, granted or expired by companies, start-ups, inventors or universities across the world during 01 - 15 Jan 2019. This Exclusive report provides you patent and technology insights which help you to take direct decisions relating to R&D alignment, licensing or acquisition and saves a lot of time of your in-house IP and R&D team
To get in-depth analysis of innovations and opportunities relating to Fingerprint detection in portable devices, Please contact us at caro@dexpatent.info
The report helps you to understand the gist of each important patent just by a glance.
This document discusses how new sensor and intelligent device technologies have the potential to transform healthcare delivery by bringing care closer to patients' homes. It describes how these non-intrusive technologies could enable patients to recover more quickly after surgery and benefit from virtual reality applications. The document also examines how wearable devices and sensors that can monitor vital signs could support more integrated, patient-centered care models by reducing dependence on providers and facilitating remote care, monitoring and early detection of health issues. Machine learning and big data analytics are discussed as ways to generate insights from the large and growing volumes of patient data that these new digital devices and sensors are capturing.
Tata Elxsi is an ISO-13485 certified product design house. Our quality management system, tailored to the medical device industry meets the requirements of ISO 13485, ISO 14971, ISO 9001, IEC 62304, IEC-60601, 21 CFR Part 820, CE & EU directives and other equivalent requirements.
World’s first one wrist ecg band and other revolutionary products from Europe’s fastest growing biotech company in $142b market investment opportunity with 28x return in 3 years
The document describes an off-grid tech solution called Eye-Dentify that aims to make patient tracking and data collection more accurate and efficient during medical outreach campaigns to optimize patient care. It consists of (1) a $5-12 patient bracelet that identifies and tracks patients, storing and transferring their data between stations and (2) a digitized patient record accessed on a portable device. The solution aims to address inefficiencies in paper-based systems like lost records and time spent re-collecting data. It seeks funding and partnerships to pilot the solution and further test its value proposition and business model.
The document discusses using mobile health (mHealth) technologies to improve maternal and child health outcomes. It describes the Text4Baby program, launched in 2010, which sends free text messages with health information to new mothers. The program aims to reach underserved groups and develop evidence on changing health behaviors. It also outlines a national evaluation framework for Text4Baby across several domains including reach, engagement, education, and sustainability.
Explore innovation and what fuels the fire for innovations. mHealth development, status and market opportunities for app developers. Learn why Innovating in mHealth will be an important market
REPORT: Competitive Intelligence Analysis on “Noninvasive Diabetes Monitoring...Caroline Charumathy
This Competitive Intelligence Report by DexPatent gives you a thorough and comprehensive analysis of all patents published, granted or expired by companies, start-ups, inventors or universities across the world during 01 - 15 December 2018. This Exclusive report provides you patent and technology insights which help you to take direct decisions relating to R&D alignment, licensing or acquisition and saves a lot of time of your in-house IP and R&D team
To get in-depth analysis of innovations and opportunities relating to Non-invasive Diabetes Monitoring, Please contact us at mano@dexpatent.com.
The report helps you to understand the gist of each important patent just by a glance.
This document discusses emerging technologies in the pharmacy sector. It begins with an overview of the evolution of pharmacy and a discussion of disruptive technologies. It then examines specific emerging capabilities like online healthcare access in Switzerland, remote patient monitoring in Spain, and ingestible sensors. Exciting retail trends are also explored, such as using customer data to predict behaviors, billboards responding to airplane flights, and the potential of Li-Fi wireless networks. The document suggests several technologies may disrupt pharmacies or remain niche capabilities. Overall, it analyzes new digital innovations and how they could impact pharmacy services and the customer experience.
Massimo Dutto has over 20 years of experience in biomedical clinical engineering and management. He is currently a biomedical clinical engineer at The Royal Brompton and Harefield Hospital NHS Trust in London, where he manages medical devices and researches, designs, and develops new medical products. Previously, he held roles as a biomedical senior clinical engineer at Azienda Ospedliera S.Croce e Carle hospital in Italy and as a senior manager of steam power generators at Michelin in Italy. He has an MSc in Biomedical Engineering from City University London and qualifications in electrical engineering, electronics, and programming.
Medtech start-ups from inception to exit: what are the key milestones and what are the ACTUAL timelines and costs?
A data-driven approach to figuring out the new reality of medical device venture capital investing.
FDA's 510(k) Modernization: What if Anything has Changed? Is Changing? Will C...Greenlight Guru
FDA caused quite a stir when it announced transformative changes to modernize its 510(k) program to improve the safety and effectiveness of medical devices.
But as we all know, the more things change, the more they stay the same. If you dive deep into FDA’s statement, you’ll realize that there’s probably not a lot that’s different.
In this session, Michael Drues, Ph.D., President of Vascular Sciences, will share what FDA's 510(k) Modernization means, any evidence that changes are happening, and what medical device manufactures need to know about 510k modernization.
This presentation originally aired during the 2021 State of Medical Device Virtual Summit.
Best practices in using wearable biometric sensors to prove medical use casesValencell, Inc
The use of wearable devices in health and medical use cases is growing rapidly along with the number and capabilities of wearable devices. The sensor technology embedded in wearables today rivals the capabilities of regulatory-approved medical devices, and in many cases enables new and different use cases than we’ve seen possible before. This session will highlight the best practices we’ve seen emerging recently from real-world projects proving the efficacy of wearable devices in health and medical use cases in the areas of cardiovascular conditions, neurological disease, pain management, and other areas of interest. We’ll also explore the potential pitfalls to avoid and key things to consider when using wearables in proving out your medical use case.
These slides use concepts from my (Jeff Funk) course entitled Biz Models for Hi-Tech Products to analyze the business model for Google’s Smart Lens. Its smart lens monitors a diabetic’s sugar levels with a contact lens that measures the glucose in tears. This provides users with faster feedback on their glucose levels than with other meters and thus can help diabetics better manage their life styles. The smart lens contains circuitry that is fabricated on a polymer substrate. We recommend that Google market its lens through a medical equipment supplier such as Medtronic and focus on the collection and sale of the user data to health care companies.
Going digital to Enable Fast Track Growth by GopalKrishna of BPL Medical Tech...INDUSCommunity
BPL Medical Technologies is an Indian medical devices company that has been operating for over 50 years. It produces a wide range of products across five key categories: cardiology, critical care & surgery, women & child care, imaging, and home care. BPL has received several awards for innovation and holds the number one market share position in ECG monitors in India. The company aims to provide affordable healthcare solutions to improve people's health worldwide. It has over 120 dealers and 11 service franchises across India to support customers.
Digital health in diabetes: a global perspectiveYoon Sup Choi
The document discusses digital healthcare in diabetes from a global perspective. It begins with an introduction by Professor Yoon Sup Choi from Sungkyunkwan University who is the director of the Digital Healthcare Institute. It then discusses various topics related to digital healthcare for diabetes including continuous glucose monitoring (CGM) systems, wearable devices, mobile health applications, use of artificial intelligence, and integration of data sources like CGM data, smartphones, and electronic health records (EHRs). Examples of several digital health companies and technologies are provided.
How to Make Postmarket Surveillance More Cost EffectiveApril Bright
When it comes to postmarket surveillance (PMS), it’s common for the costs to outweigh the value. But, by working with the right team, you’ll be able to execute a study that maximizes return on investment and minimizes the financial impact of conducting further observational research. Postmarket study challenges that must be addressed include enrollment delays, patient attrition, long-term follow-up, resourcing demands and global payor requirements. This session will provide a case study of one orthopaedic company’s seamless transition between postmarket approval and post-approval studies.
The document summarizes Team Diffusion, which is working on prevention and mitigation of head and neck injuries from falls through wearable sensor technology. The team consists of 5 members with biomedical engineering and medical backgrounds. They have conducted 48 interviews to date from various stakeholders including patients, nurses, doctors, and construction safety managers. Their business model canvas outlines key partners, activities, and revenue streams around developing sensor technology to detect falls in elderly patients both in nursing homes and at home to improve response times and prevent injuries. Their minimum viable product focuses on nursing homes, using adhesive skin sensors to monitor patient activity and detect impending falls to alert staff in real time. Their market size analysis estimates a potential $1.9 billion market in the
ContextVision is a leading provider of medical imaging software. They have over 30 years of experience enhancing medical images through technologies like ultrasound, MRI, X-ray, and CT. Their software is used in over 150,000 installations worldwide and helps improve diagnosis by providing higher quality images to medical professionals. ContextVision works closely with original equipment manufacturers and has a global customer base. They continue advancing their technology platform through research and developing new products.
Over the course of 9 weeks, the team went through multiple pivots to find product-market fit:
1. They started with facial recognition for smart door locks but learned their solution did not fully address parent concerns.
2. Their second pivot was to enterprise access control but customers said tailgating was a bigger problem.
3. Recognizing tailgating risks required surveillance, they pivoted again to surveillance software.
4. After failing to find problem-team fit, they did a complete restart and developed an AI assistant for streamlining similar work tasks. Customer feedback was positive and they identified a potential market of 500k ML professionals.
This document summarizes findings from a field trip to Silicon Valley regarding options for Finnish healthtech startups to enter the US market. It outlines trends in health technology, interesting new startups, and the innovation ecosystem in Silicon Valley. It then discusses US gateway options such as accelerators, partners, and venture capital firms investing in health. Finally, it provides recommendations on understanding the market stage and category to determine the best entry approach.
REPORT: Competitive Intelligence Analysis on “Noninvasive Diabetes Monitoring...Caroline Charumathy
This Competitive Intelligence Report by DexPatent gives you a thorough and comprehensive analysis of all patents published, granted or expired by companies, start-ups, inventors or universities across the world during 01 - 15 Jan 2019. This Exclusive report provides you patent and technology insights which help you to take direct decisions relating to R&D alignment, licensing or acquisition and saves a lot of time of your in-house IP and R&D team
To get in-depth analysis of innovations and opportunities relating to Fingerprint detection in portable devices, Please contact us at caro@dexpatent.info
The report helps you to understand the gist of each important patent just by a glance.
This document discusses how new sensor and intelligent device technologies have the potential to transform healthcare delivery by bringing care closer to patients' homes. It describes how these non-intrusive technologies could enable patients to recover more quickly after surgery and benefit from virtual reality applications. The document also examines how wearable devices and sensors that can monitor vital signs could support more integrated, patient-centered care models by reducing dependence on providers and facilitating remote care, monitoring and early detection of health issues. Machine learning and big data analytics are discussed as ways to generate insights from the large and growing volumes of patient data that these new digital devices and sensors are capturing.
Tata Elxsi is an ISO-13485 certified product design house. Our quality management system, tailored to the medical device industry meets the requirements of ISO 13485, ISO 14971, ISO 9001, IEC 62304, IEC-60601, 21 CFR Part 820, CE & EU directives and other equivalent requirements.
World’s first one wrist ecg band and other revolutionary products from Europe’s fastest growing biotech company in $142b market investment opportunity with 28x return in 3 years
The document describes an off-grid tech solution called Eye-Dentify that aims to make patient tracking and data collection more accurate and efficient during medical outreach campaigns to optimize patient care. It consists of (1) a $5-12 patient bracelet that identifies and tracks patients, storing and transferring their data between stations and (2) a digitized patient record accessed on a portable device. The solution aims to address inefficiencies in paper-based systems like lost records and time spent re-collecting data. It seeks funding and partnerships to pilot the solution and further test its value proposition and business model.
The document discusses using mobile health (mHealth) technologies to improve maternal and child health outcomes. It describes the Text4Baby program, launched in 2010, which sends free text messages with health information to new mothers. The program aims to reach underserved groups and develop evidence on changing health behaviors. It also outlines a national evaluation framework for Text4Baby across several domains including reach, engagement, education, and sustainability.
Explore innovation and what fuels the fire for innovations. mHealth development, status and market opportunities for app developers. Learn why Innovating in mHealth will be an important market
Brought to you by the Mobile Collective, with the support of the ICT KTN, the CI KTN, and the Mobile Applications Centre at Imperial College.
Featuring: Patients Know Best, Wellnote, Epicollect, & MoDiSe
HealthCursor Consulting Group India- Distribution and Marketing- Mobile network operators in Africa have identified the growing demand for financial services and micro insurance . Airtel Africa has partnered with MicroEnsure for Mobile Micro Insurance. The range of Airtel-branded insurance products includes life, accident, health, agriculture, and other forms of cover.
Connecting intermediaries, customers and surveyors- ICICI Lombard India's mobile initiative started simply enough, with a set of basic applications that gave customers a consolidated view of all their policies, a reminder service to renew a policy, and a way to track the status of a claim. But as they matured with the mobile platform, they re-visited the paradigm and devised new ways to provide customers with more value-added and user-friendly features. This is however restricted to Auto insurance only.
Encryption, Transactions and handling customer grievance- Public sector general insurance company United India Insurance launched a mobile-based real-time fund transfer facility for payment of premium. M-Power enables customers to renew their policies and also remit the premium for approved proposals. To use this facility, one has to get an MMID (an identification number called - mobile money identifier) from his/her bank and enable one’s mobile with the application given by the bank. However, there are only 10 banks on board with this platform. This initiative follows the launch of its Internet-based sales, customer grievance portal and information-cum-sales kiosks.
Sales, awareness and providing access- Bima, a young Swedish microinsurance company, is using mobile phones to sell as many as three billion new insurance policies to the global poor. Bima, that has begun to access this untapped market, is now one of the largest mobile insurance platforms in the world. In just three years, Bima has acquired 4 million clients in Africa and Asia and is adding 400,000 new subscribers per month. Bima has been tackling many of the obstacles—education, pricing, premium collection—that prevent poor people from obtaining such benefits. For instance, Bima products such as life, accident and health insurance cost "as little as $0.20 to $6.00 a month. Last month, Leapfrog invested $4.25 million in Bima, which will allow the company to expand even further within Africa and Asia as well as reach into new markets in Latin America.
Digital Mobilities: The Innovation of mHealthdukesikac
The document discusses the innovation of mobile health (mHealth) technologies. It describes how mHealth, using mobile phones and other devices, can help make quality healthcare more accessible and affordable by enabling remote monitoring, prevention, and more efficient treatment. The document outlines benefits of mHealth for both patients and healthcare providers, such as automatic health monitoring, earlier interventions, and reduced costs. It provides examples of mHealth apps and the growing market for wearable fitness devices to track health metrics.
The mHealth Alliance seeks to leverage mobile networks and devices to improve health outcomes in underserved communities. It works to co-develop and deploy innovative, interoperable mHealth solutions that adhere to open standards and architectures. The Alliance aims to address issues like evidence gaps, fragmentation across stakeholders, and developing sustainable business models. It focuses on the maternal-newborn continuum of care through initiatives like the Maternal-Newborn Mobile Initiative. The goal is to transform health systems and drive innovation in a way that plans for scale and long-term processes from the start.
The document discusses the global mobile health (mHealth) industry, focusing on monitoring devices, service-based mobile apps, and emerging markets. It states that the mHealth market is projected to reach $50-60 billion by 2020, driven by increased mobile phone penetration in healthcare. Monitoring devices include sensors that track health metrics remotely, while service-based apps provide virtual healthcare access. Emerging markets like Africa, Latin America, and South Asia present opportunities for mHealth to expand access where transportation and facility infrastructure is limited.
MHealth or Mobile Health is an emerging and an innovative of medication in India, by doctors can communicate and treat their patients very conveniently even from far distances.
Analysis of the Innovation Outputs in mHealth for Patient MonitoringOresti Banos
In the last decade, mobile health (mHealth) has developed as a natural consequence of the advances in mobile technologies, the growing spread of mobile devices, and their application in the provision of novel health services. mHealth has demonstrated the potential to make the health care sector more efficient and sustainable and to increase the healthcare quality. Considering the boost to the healthcare area which will be provided by mHealth, many organizations and governments have engaged in innovating in this area. In this context, this work investigated the role of innovation in the area of mHealth for patient monitoring in order to determine the trends and the performance of the innovation activities in this domain. Proxy indicators, like intellectual property statistics and scientific publication statistics, were utilized to measure the outputs of innovation during the period of time from 2006 to 2015 in Europe. Two studies were performed to provide quantitative measures for the indicators measuring innovation outputs in the domain of mHealth for patient monitoring and three main conclusions were observed. First, even if there was a lot of research in Europe in mHealth for patient monitoring, the vast majority of the enterprises did not protect their inventions. Second, a strong research collaboration in the area of mHealth for patient monitoring took place between researchers affiliated to institu- tions of different European countries and even with researchers working in Asian or American institutions. Finally, an increasing trend on the number of published articles about mHealth for patient monitoring was identified. Therefore, the findings of the studies demonstrated the great interest that has arisen the field of mHealth and the huge involvement in innovation activities in the area of mHealth for patient monitoring.
Non Invasive Health Monitoring with mHealthBart Collet
mHealth Trends and examples of non invasive mobile health devices, organisations and services.
Made as preparation for MoMoAMS #14 about mHealth, Jan 25th 2010, Amsterdam
Self tracking, Sensors, and mHealth: Trends and Opportunitiesctorgan
Mobile health (mHealth) offers the perfect platform to merge self-tracking communities and sensor technologies. Toss in the power of social networking capabilities, and you've put the trifecta of instantaneous 'track, share, and compare' at people's fingertips.
Longenesis provides digital solutions to modernize medical data by making it easier to collect, analyze, and utilize data for better patient care and medical research. Their two pillar approach includes a data discovery tool called Curator that allows finding anonymized patient data for studies while keeping data localized, and an engagement tool called Engage that improves patient management and generates real world data through surveys and consent management. Longenesis is seeking an A-round of funding to further develop their products, expand operations internationally, and achieve continued strong revenue growth.
Monitoring as a_servihttp://www.slideshare.net/upload#ce_4_healthcareprovidersmobi fly
Health monitoring as a service allows patients to easily track vital signs using mobile phones. It offers healthcare providers new revenue streams and enhances patient relationships. The solution involves a mobile monitoring platform that collects biometric data from wireless sensors and shares it with users and providers through mobile apps and web dashboards. This allows real-time monitoring that improves health oversight and care quality while increasing provider productivity.
Telehealth Remote Monitoring and Diagnostics proposes a telehealth solution to connect patients with a network of physicians using mobile technologies. This provides easier access to care for patients while increasing productivity and reducing costs. The solution involves patients sending health data like photos and descriptions to telehealth providers. Physicians can then diagnose patients and send prescriptions without requiring in-person visits. Aggregated patient data also allows for improved resource allocation and outbreak detection. The business aims to benefit patients, physicians and the healthcare system through more efficient care, personalized solutions and reduced costs.
Telehealth and mHealth programs in India and South Asia are growing due to several factors:
1) Increasing rates of lifestyle diseases like cardiovascular disease and cancer due to more sedentary jobs and higher spending.
2) Demand for healthcare is increasing due to growing consumerism, insurance coverage, quality expectations, and awareness of clinical decisions.
3) mHealth solutions like BPL Medical's Lifephone Plus allow for remote monitoring of patients' ECGs and activity to provide timely medical advice and management of chronic conditions. The small, easy-to-use device connects to a smartphone app for specialists to remotely analyze readings.
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Description Clinical Biometrics is an organization dedicated to enabling predictive healthcare and disease prevention with the IoT. We are working on the IoT (Internet of Things) wireless, biomedical patient monitoring and vendor agnostic integration, pioneering programmable biosensors, integration products and services to monitor secure clinical data in real-time and over time, for inpatient and outpatient environments. Our model enables predictive and preventative healthcare delivery. We are developing vendor agnostic middleware that will allow the integration of the various vendor's sensors and protocols into a common platform with rich data analytics capabilities. This technology will impact our healthcare paradigms and usher us into the future of healthcare delivery including real-time predictive healthcare and disease prevention.
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HXR 2016: The Health IoT: Remote Care and Mobile Solutions -Andrew Hooge, Val...HxRefactored
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Digital health is a rapidly growing market due to factors like increased data availability, changing consumer behaviors, and new technologies. This presents both opportunities and challenges for existing healthcare players to develop new digital offerings and business models. Successful digital health solutions will need to provide clear value to customers through better access, usability, and data-driven insights.
M-health for cost savings and care managementAndy Arends
This document summarizes a presentation about using mobile health (m-health) technologies for cost savings and care management. It discusses what m-health refers to, common goals in using m-health like reducing readmissions and engaging members, barriers to m-health usage like cost and technology integration, and a case study on a telemonitoring program for congestive heart failure patients that led to reduced hospitalizations. The presentation concludes by discussing next steps in areas like remote monitoring, care coordination and wellness programs.
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Due to improvements in the security, timeliness, and convenience of healthcare data administration, mobile apps are revolutionising hospital management. Even healthcare professionals can communicate in an improved way with simplified effectiveness and minimal costs.
To get detailed information about how healthcare mobile apps are aiding hospitals in day-to-day operations, visit here https://www.codiant.com/product/telemedicine
2016 IBM Interconnect - medical devices transformationElizabeth Koumpan
Emerging technologies such as Internet of Things, 3D Printing are driving the creation of new business models and forcing the Industry for transformation. The product centric model where the Industry main objective was to develop the device, is moving to software and services model, with the focus on Big Data & Analytics, Integration and Cloud.
The maturation of technologies such as social, mobile, analytics, cloud, 3D printing, bio- and nanotechnology are rapidly shifting the competitive landscape. These emerging technologies create an environment that is connected and open, simple and intelligent, fast and scalable. Organizations must embrace disruptive technologies to drive innovation
This document discusses the feasibility and challenges of deploying a remote patient monitoring and tele-healthcare system. It proposes developing a system using sensors connected to cloud servers to remotely collect patient health data in real-time. The document outlines plans to test the system by deploying it across multiple hospitals, clinics, urban and rural locations with volunteer patients and health workers. Data collected would then be analyzed to understand effectiveness across patient groups, locations, and diseases to improve the system for remote patient care. The conclusion is that with further testing and support, such a system has potential to improve healthcare access.
Building Digital Strategy Roadmap For Digital Transformation Complete DeckSlideTeam
Digital strategy roadmap is a blueprint for aligning business goals with your digital strategy. It shows how the company plans to embrace digital technologies to grow business and create better customer experience in the long term. Creating a digital strategy roadmap is not simply listing out key digital initiatives and giving them a tentative timeline. It follows an extensive research process which starts with Digital Review. It starts with uncovering consumer insights and market insights. One then develops Digital Strategy keeping in mind the digital goals and key initiatives in the short and long term. The third step in this process is Digital Planning which involves setting realistic time frame for implementing digital initiatives. The final steps involve setting KPIs for measuring the success of digital strategy. Taking the healthcare sector as a case study, our researchers have outlined the digital landscape of the industry and showed key digital strategies a healthcare provider wishes to implement for digital transformation. https://bit.ly/3bL7TlW
Improving Life With Connected Medical DevicesAryanRaj496746
IoT and 5G has bring a technological reform in every field. Healthcare sector is one such field which got most benefitted with these technologies. In this document, we have discussed about benefits of IoT in medical and advantages of connected medical devices. We have also discussed about market prospective and future opportunity of this technology in healthcare taking reference from Delvens' market analysis report of global medical device connectivity market.
IoT potential in Asia Healthcare System_i4Guna Sekaran
This document discusses the potential of using IoT technologies in healthcare systems in Asia. It outlines several IoT focus areas in healthcare like fitness tracking, chronic disease management, and clinical trial management. It also describes the IoT healthcare ecosystem and challenges like interoperability, privacy, and workflow changes. Empowering patients through mobile health apps and self-monitoring is highlighted as an important trend.
The document discusses a mobile application-based solution for improving clinical trial data collection. It aims to significantly improve data quality while decreasing costs by collecting patient-reported outcomes and physiological data through mobile devices. This allows for more flexible trial protocols, real-world evidence collection, and improved compliance monitoring compared to traditional trials. The solution offers customized mobile apps, questionnaires, and data collection for each trial protocol while ensuring regulatory compliance and data security.
United healthcare trends discussion by Frost & SullivanModupe Sarratt
The document discusses key trends, opportunities, and challenges in the healthcare industry related to growth and innovation. It identifies mobility in healthcare/mHealth and cloud computing in healthcare as top hot topics according to survey respondents. The document also summarizes findings regarding telehealth and mHealth markets, consumer views on how these technologies may improve convenience, quality and costs of care, and opportunities to leverage big data, engage consumers, and improve medical device connectivity.
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2015 innovation day_mhealth beyond the sensor_verhaert & remedus
1. SmartBEAT: mHealth beyond the sensor
Template Innovation Day presentationCONFIDENTIAL
SmartBEAT: mHealth beyond the sensor
Peter van Vooren
Business development - Remedus
Click here to insert author’s email address
MEDICAL: CONVERGENCE IN HEALTH CARE
Bert Verbruggen
Project manager - Verhaert
bert.verbruggen@verhaert.com
2. SmartBEAT: mHealth beyond the sensor
2
CONFIDENTIAL
1
2
3
4
CONTENT
An introduction to the partners
Stating the problem
The smartBEAT project
Conclusions
3. SmartBEAT: mHealth beyond the sensor
CONFIDENTIAL
3
An introduction to the partners
Different partners, different stakeholders
4. SmartBEAT: mHealth beyond the sensor
4
CONFIDENTIAL
Verhaert New Products and Services
Bio-engineer
• Environmental
Technologies
• Bio-nano Technologies
PhD
• Diagnostics
• Microfluidics
• Cleanroom micro-
fabrication
System Engineer
• Integration technical
• POC diagnostic
Project manager at Verhaert bert.verbruggen@verhaert.com
• Environmental Technologies
• Bio-nano Technologies
Bert Verbruggen
5. SmartBEAT: mHealth beyond the sensor
5
CONFIDENTIAL
Remedus
Master degree
• Mechanical engineer
• Aeronautical engineer
Sales & marketing
advanced software solutions
• Engineering
• Manufacturing
• Logistics
• Energy & health management
Sales Director - Fifthplay
• Energy management
• Health telemonitoring
solutions
Business development at Remedus peter.vanvooren@remedus.be
• 2014
• Environmental Technologies
• Bio-nano Technologies
Peter van Vooren
6. SmartBEAT: mHealth beyond the sensor
6
CONFIDENTIAL
Remedus
Belgian care provider
Partner for deployment of care-related technology and services
Patient-centric care along flexible care paths
• In the most comfortable environment: at home
• If clinically acceptable
• Patients
• Physicians (GP + Specialists)
• Pharmaceutical Companies
7. SmartBEAT: mHealth beyond the sensor
tele-registration
REMECARE Care Path Management Platform
7
tele-monitoring
symptoms
medication
side effects
pain
mood
food intake
quality-of-life
point-of-care test
External
platform
Remecare
platform
care path definition nurse monitoring center
tele-counseling
tips
suggestions
videos
education
questionnaires
reminders
HISEMR
Medical
Lab
renal function
lipids
BNP NTproBNP
Remecoach
8. SmartBEAT: mHealth beyond the sensor
8
CONFIDENTIAL
The partners Fraunhofer
, POR
Hospital
Sao Joao,
POR
Seniornett,
NOR
LifeOnKey,
ISR
VigiSense,
SWI
KempenLIF
E, NED
Smart
Homes,
NED
Remedus,
BEL
Verhaert,
BEL
9. SmartBEAT: mHealth beyond the sensor
CONFIDENTIAL
9
Stating the problem
Telemonitoring for chronic heart failure
10. SmartBEAT: mHealth beyond the sensor
10
CONFIDENTIAL
Chronic Heart Failure – a underestimated killer
CHF
Chronic Heart Failure
Main cause in
51%
female mortalities
in Belgium
41%of male
Aging population
will lead to
4X more
patients
by 2025
2%
of population in western
world
10%
+ 65 age
Improvements in HF care
have led to
6 more years
of life-expectancy
Financial cost
2X higher
than
all
cancers combined
11. SmartBEAT: mHealth beyond the sensor
11
CONFIDENTIAL
Chronic Heart Failure – the solution in sight
Now
10 days in hospital after admission
3 months between doctor visits
Cardiologist subjective observations
The telemonitoring promise
24/7 monitoring
Objective data needs interpretation
12. SmartBEAT: mHealth beyond the sensor
12
CONFIDENTIAL
The patient becomes consumer
A typical CHF patient:
• Is not a digital native
• Is not data minded
• Is not an athlete
A typical CHF patient:
• Wants to live as before
• Questions the treatment
• Wants impact on the solution
Medical grade
Hospital solutions
Telemonitoring
Well-being
Sport gear
13. SmartBEAT: mHealth beyond the sensor
13
CONFIDENTIAL
Multiple users & stakeholders
Users:
1. Patients
2. Informal caregivers
3. Cardiologists
4. Nurses
5. General practitioners
Stakeholders:
1. Hospitals
2. Nursing homes
3. Insurance companies
4. Social securities / states
5. Pharma companies
Medical grade
Hospital solutions
Telemonitoring
Well-being
Sport gear
14. SmartBEAT: mHealth beyond the sensor
14
CONFIDENTIAL
Data gets big
Weight
Sleep
Activity
Hearth rate
76,5
5
11000
64
77
6
9500
67
78
6,5
9000
68
Health?
Traveling
Work hours
0
49
2
53
2
57
Hospital: controlled environment:
1. High end tests
2. Personal contact
3. Diet & drug compliance
4. Activity is limited
Tele-monitoring:
1. Constant monitoring
2. Objective data
3. Not control on diet or drug compliance
4. Real-live activity and behavior
15. SmartBEAT: mHealth beyond the sensor
15
CONFIDENTIAL
Product becomes solution
Car Car & service Leasing
Sensor
Sensor & data
overview +
storage
Health
monitoring
Sensors
1. Weight
2. Blood pressure
3. Hearth rate
4. Activity
5. Sleep
Tele-monitoring:
1. Health evaluation
2. Lifestyle advice and motivation
3. Share data and interact
16. SmartBEAT: mHealth beyond the sensor
16
CONFIDENTIAL
Telemonitoring – an unproven solution?
1. Patient becomes consumer
Patients want control over treatment
and monitoring.
Current sensors are not desirable
< 40% uses them correctly
2. Data gets big
Continuous monitoring 24/7 for rest of
life.
Data generated in the real world needs
correction.
3. Product becomes solution
Sensor units
Bed-side sensors
Companion app
Web portal
Data analysis and mining
4. Multiple users & stakeholders
Who will pay?
Who will organize it?
Who owns the data?
Who is responsible?
17. SmartBEAT: mHealth beyond the sensor
17
CONFIDENTIAL
Telemonitoring – an opportunity?
1. Patient becomes consumer
Entry of consumer goods
Experience and knowhow
2. Data gets big
Big data – the next frontier – creates the
need for guides
3. Product becomes solution
Collaboration between clinical experts
and leaders from other industries
4. Multiple users & stakeholders
The emergence of new players with
alternative business models.
18. SmartBEAT: mHealth beyond the sensor
CONFIDENTIAL
18
The smartBEAT project
An Ambient Assisted Living project
19. SmartBEAT: mHealth beyond the sensor
19
CONFIDENTIAL
Sweet spot
TECHNOLOGY
FEASIBLE
PEOPLE
DESIRABLE
BUSINESS
VIABLE
THE
SWEET
SPOT
Context correction
Data fusion
Platform solution
Data owner
Motivation and
adherence
Correct use of sensors
and data
Pre-evaluation
Data summary Data management
Security
Reimbursement
strategy
Stakeholders buy-in
21. SmartBEAT: mHealth beyond the sensor
21
CONFIDENTIAL
SmartBEAT – sorting through the data
Server(s)
Sensors Data analysis Data summary
Web interface
Smartphone app
Data collection /
transmission
Mobile interfaceQuestionnaire
22. SmartBEAT: mHealth beyond the sensor
22
CONFIDENTIAL
SmartBEAT – involving the stakeholders
SmartBEAT
Patients
Informal
carers
Cardiologist
Hospitals
User Centered Design
Surveys, diaries, questionnaires
Conceptual visualizations
Pilot tests
Existing products
Smartphone applications
24. SmartBEAT: mHealth beyond the sensor
24
CONFIDENTIAL
Conclusions
TECHNOLOGY
FEASIBLE
PEOPLE
DESIRABLE
BUSINESS
VIABLE
THE
SWEET
SPOT
Work on all three aspects
– work integrated
Stay in the sweet spot
26. SmartBEAT: mHealth beyond the sensor
Kruibeke
Belgium
Verhaert New Products & Services
Hogenakkerhoekstraat 21
B-9150 Kruibeke
T +32 3 250 19 00
E info@verhaert.com
www.verhaert.com
Nivelles
Belgium
Noordwijk
Netherlands
Lambda-X
Avenue Robert Schuman 102
B-1400 Nivelles
T +32 67 47 57 10
E info@lambda-x.com
www.lambda-x.com
Verhaert Netherlands
Kapteynstraat 1
2201 BB Noordwijk
T +31 71 760 05 50
E info@verhaert.com
connect.verhaert.com
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Aveiro
Portugal
Load Interactive
Av. Dr. Lourenço Peixinho 15
3800-159 Aveiro
T +351 234 604 088
E info@load-interactive.com
www.load-interactive.com
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Masters in Innovation is the innovation platform of Verhaert
to inspire and coach professionals on product and business
development and management.
Innovation Day is an initiative of Verhaert Masters in Innovation.