This document is a pitch deck for AllRest Technologies, which designs and markets medical devices for sleep disorders. It seeks $1.5 million to complete development and market its Opti-Flow device, an alternative to CPAP machines that is more affordable and comfortable. Opti-Flow uses smart sensors and electronics to monitor performance and customize treatment at a lower price point than other solutions. AllRest aims to capture 1.1 million users in the US $53 billion sleep disorder market within 3 years, achieving over 78% EBITDA margins. It provides an overview of the sleep disorder problem, Opti-Flow solution, management team, marketing strategy, revenue model, and barriers to entry.
The integration of mobile and medical technologies UBMCanon
The document discusses the convergence of medical devices and consumer technology. It notes that the growth of smartphones and tablets as well as the rise of chronic diseases is driving remote patient monitoring and connected medical devices. While consumer devices emphasize quick time to market and simple interfaces, medical devices require a longer development process and must meet regulatory and reliability standards. The document predicts collaboration between consumer electronic and medical companies will be important and that connected devices and sensors will continue enabling new healthcare applications and management of chronic conditions at home.
CMR takes a look back at 2015, and identifies the most defining trends that will shape 2016 and beyond for India. When it comes to ICT, India witnessed a transformational year. A new Government set on a path of ambitious digital agenda, with a clear focus on spurring innovation in manufacturing in India.
The integration of mobile and medical technologiesUBMCanon
The document discusses the integration of mobile technologies and medical applications. It notes that trends like an aging population and increased chronic diseases are driving convergence between consumer mobile devices and medical applications. Smartphone usage and capabilities have grown dramatically in recent years. The document outlines how mobile technologies can help improve chronic disease management and shift healthcare delivery to the home. It covers regulatory issues for medical mobile apps and examples of integrated medical devices and apps. The future may include more integrated medical-consumer devices and sensors, as well as medical tricorder-like devices.
The original presentation that Airbnb's CEO Brian Chesky used to raise their initial funding round.
We've taken the liberty to redesign this deck, you can see the new version here: http://www.slideshare.net/PitchDeckExamples/airbnb-pitch-deck-redesign
Airbnb is the leading online marketplace for short-term home rentals. The document discusses Airbnb's $1B investment opportunity at a $20B valuation. It summarizes Airbnb's business model, large addressable market across vacation rentals and new markets created, strong network effects and competitive advantages, and financial projections estimating high growth and returns. However, the author recommends passing on the deal given the high $20B valuation limits potential returns to only 0.7-1.1x on investment.
A redesign of the original airbnb pitch deck presentation, which the company used to raise their initial seed funding round.
These slides were redesigned using one of the templates in Slidebean, a pitch deck builder for startups: https://slidebean.com/pitch-deck-templates
A pitch deck template with sample copy to help technology startups sell their business concept to angel investors and VCs. Inspired by pitch deck words of wisdom from Dave McClure (500 Startups), AirBnb, Guy Kawasaki and Venture Hacks (the folks behind AngelList).
YOU MIGHT ALSO LIKE THESE PITCH DECK EXAMPLES & TEMPLATES:
> Airbnb pitch deck @ https://pitchdeckcoach.com/airbnb-pitch-deck
> Sequoia Capital pitch deck template @ https://pitchdeckcoach.com/sequoia-capital-pitch-deck
> FREE pitch deck template download @ https://pitchdeckcoach.com/free-pitch-deck-template
> Pitch deck guide with hints, tips, and a worked example @ https://pitchdeckcoach.com/pitch-deck-template
NEED HELP WITH YOUR PITCH DECK?
See how I can help then book a free call @ https://pitchdeckcoach.com/
MORE PITCH DECK RESOURCES @ https://pitchdeckcoach.com/pitch-deck-template#resources
The integration of mobile and medical technologies UBMCanon
The document discusses the convergence of medical devices and consumer technology. It notes that the growth of smartphones and tablets as well as the rise of chronic diseases is driving remote patient monitoring and connected medical devices. While consumer devices emphasize quick time to market and simple interfaces, medical devices require a longer development process and must meet regulatory and reliability standards. The document predicts collaboration between consumer electronic and medical companies will be important and that connected devices and sensors will continue enabling new healthcare applications and management of chronic conditions at home.
CMR takes a look back at 2015, and identifies the most defining trends that will shape 2016 and beyond for India. When it comes to ICT, India witnessed a transformational year. A new Government set on a path of ambitious digital agenda, with a clear focus on spurring innovation in manufacturing in India.
The integration of mobile and medical technologiesUBMCanon
The document discusses the integration of mobile technologies and medical applications. It notes that trends like an aging population and increased chronic diseases are driving convergence between consumer mobile devices and medical applications. Smartphone usage and capabilities have grown dramatically in recent years. The document outlines how mobile technologies can help improve chronic disease management and shift healthcare delivery to the home. It covers regulatory issues for medical mobile apps and examples of integrated medical devices and apps. The future may include more integrated medical-consumer devices and sensors, as well as medical tricorder-like devices.
The original presentation that Airbnb's CEO Brian Chesky used to raise their initial funding round.
We've taken the liberty to redesign this deck, you can see the new version here: http://www.slideshare.net/PitchDeckExamples/airbnb-pitch-deck-redesign
Airbnb is the leading online marketplace for short-term home rentals. The document discusses Airbnb's $1B investment opportunity at a $20B valuation. It summarizes Airbnb's business model, large addressable market across vacation rentals and new markets created, strong network effects and competitive advantages, and financial projections estimating high growth and returns. However, the author recommends passing on the deal given the high $20B valuation limits potential returns to only 0.7-1.1x on investment.
A redesign of the original airbnb pitch deck presentation, which the company used to raise their initial seed funding round.
These slides were redesigned using one of the templates in Slidebean, a pitch deck builder for startups: https://slidebean.com/pitch-deck-templates
A pitch deck template with sample copy to help technology startups sell their business concept to angel investors and VCs. Inspired by pitch deck words of wisdom from Dave McClure (500 Startups), AirBnb, Guy Kawasaki and Venture Hacks (the folks behind AngelList).
YOU MIGHT ALSO LIKE THESE PITCH DECK EXAMPLES & TEMPLATES:
> Airbnb pitch deck @ https://pitchdeckcoach.com/airbnb-pitch-deck
> Sequoia Capital pitch deck template @ https://pitchdeckcoach.com/sequoia-capital-pitch-deck
> FREE pitch deck template download @ https://pitchdeckcoach.com/free-pitch-deck-template
> Pitch deck guide with hints, tips, and a worked example @ https://pitchdeckcoach.com/pitch-deck-template
NEED HELP WITH YOUR PITCH DECK?
See how I can help then book a free call @ https://pitchdeckcoach.com/
MORE PITCH DECK RESOURCES @ https://pitchdeckcoach.com/pitch-deck-template#resources
Does a trip to your doctor fill you up with dread? Sure - the medicinal, sterile odor of your local doctor’s office does very little to alleviate the nerves, but many patients suffer an anxiety that far surpasses fear of needles, or even the off-kilter measurements of the clunky, GP scale: it’s the fear of waiting.
This presentation contains an introduction to emerging healthcare Technologies. These emerging technologies include Data Analytics, AI, Blockchain, Telehealth, virtual reality, cloud computing, and IOT. The concept of Nanorobots as future medicine is also included in this presentation.
This document discusses concepts related to the global health-tech industry. It provides an overview of key topics including the healthcare and life sciences industry in 2020, technologies and startups disrupting the status quo, a focus on the medical device industry globally and in India, and a concept note on syringe counterfeiting. The document also analyzes funding trends in 2020, highlights major disruptors like telemedicine, and provides snapshots on medical devices and new anti-counterfeiting technologies.
Health Records International by Mark Lancaster, USAachapkenya
This document discusses the potential for technology like electronic health records and mobile phones to improve healthcare access and outcomes in developing areas. It summarizes the work of E-Health Records International to create affordable, easy-to-use electronic health record systems for facilities in places like Africa and Asia. Their cloud-based systems are designed to reduce costs, prevent medical errors, improve transparency and efficiency, and save lives. The presentation provides examples of how their mobile app, HarmoniMobile, structures clinical care and supports various healthcare tasks in a user-friendly interface.
Anti-Counterfeiting Use Case | Topic #4 of PharmaLedger's 1st Open Webinar PharmaLedger
Learn more about Anti-Counterfeiting through PharmaLedger’s Use Case presentation during our #1 Open Webinar about a Trust-Centric Healthcare Journey.
In this Anti-Counterfeiting Use Case presentation, you will find:
An introduction to the Anti-Counterfeiting use case presented by Daniel Fritz (Novartis) and Alberto López (Imprensa Nacional Casa da Moeda)
The current problem of counterfeiting
Anti-counterfeiting information flow
PharmaLedger Anti-Counterfeit Use Case vision
Anti-counterfeiting example – banknotes
Authentication feature example: Uniqode® physical and digital security
Anti-counterfeiting data collaboration
Anti-counterfeiting use case value proposition
This project has received funding from the Innovative Medicines Initiative 2 Joint Undertaking under grant agreement No 853992. This Joint Undertaking receives support from the European Union’s Horizon 2020 research and innovation programme and EFPIA.
Disclaimer: Any information on this presentation solely reflects the author’s view and neither IMI nor the European Union or EFPIA are responsible for any use that may be made of the information contained herein.
Medistein is developing the Portable Medication Unit (PMU) to improve medication compliance for mobile and home patients. Existing solutions are too large, complex, or unreliable. The PMU will use sensors to detect medication removal in real-time and alert to missed doses. It will also automatically refill prescriptions. Seed funding will be used to build a prototype over 6 months to demonstrate the technology and attract investors. The company expects to generate $250 million annually by solving a major healthcare problem with a portable, easy-to-use solution.
Digital Innovation Impact in Life Sciences JulyPaul Gulbin
Five digital trends are radically impacting the life sciences industry: 1) Internet of My Things using devices to provide personalized healthcare, 2) Connected Economy where hardware and sensors produce better health outcomes, 3) Agile Platform combining different systems and data sources to redefine healthcare, 4) Enterprise Insight using big data and analytics for smarter medical systems, and 5) Digital Healthcare improving care through telehealth and remote monitoring. These trends are being driven by innovations like wearable devices, connected medical products, 3D printing, predictive maintenance through IoT, and integrated healthcare platforms.
The Quantified Self: As Seen in Dec 2012Tyler Soliday
This document summarizes the current landscape of the healthcare technology market, including various competitors that offer electronic medical record (EMR) and practice management software, as well as companies involved in the emerging field of mobile health and wearable devices that track user activity and health metrics. It analyzes pricing and feature comparisons for EMR competitors like CareCloud and DrChrono. It also explores opportunities in integrating user data from fitness trackers and apps into medical records to provide doctors with more patient information. Top companies in this area like Nike+, Fitbit, and Jawbone are discussed.
Creating a telemedicine app requires a combination of technical expertise, design skills and a deep understanding of the healthcare industry. The process starts with defining the app's purpose and identifying its target users. The next step is to create a detailed plan that outlines the app's features, functionalities and user interface. It's important to consider the security and privacy of patient data, as well as the regulations surrounding telemedicine. Once the plan is in place, a team of developers and designers can start building the app using the latest technologies and programming languages. Testing and quality assurance are crucial steps in the process, as they ensure the app is functional and user-friendly. Finally, the app needs to be deployed and marketed to reach its intended audience. With the right team and approach, creating a telemedicine app can greatly improve access to healthcare and help connect patients with healthcare providers in a convenient and efficient manner.
This document discusses emerging technologies in healthcare and telemedicine. It describes how mobile devices and apps are changing healthcare delivery through telemedicine, allowing remote diagnoses and access to specialists. It outlines several technologies including robotic doctors, digital diagnostic tools, and IBM's Watson supercomputer. The document also discusses future technologies like ingestible sensors, smart contact lenses with glucose monitors, and nanomedicine approaches using "ninja polymers". Overall, the document illustrates how mobile devices and new digital health technologies are revolutionizing healthcare and increasing access to services and specialists.
Powering the Future of Healthcare in Asia - ETPL "IOT FOR HEALTH" PROGRAM | T...Julien de Salaberry
Presentation on the importance and impact of IoT Healthcare / Healthtech on the delivery of healthcare in Asia to the ETPL "IOT FOR HEALTH" PROGRAM cohort
#healthtechasia
Cardiac Holter Monitor Market PPT: Demand, Trends and Business Opportunities ...IMARC Group
According to the latest report by IMARC Group, the global cardiac Holter monitor market reached a value of US$ 386 Million in 2020.
A cardiac Holter monitor is a battery-operated portable electrocardiography (ECG) device that records the heart rhythm continuously for around 24 to 48 hours.
It consists of a monitor, software and electrodes, which aid in interpreting the recorded data, determining if the heart is getting adequate oxygen and diagnosing conditions concerning irregular cardiac rhythms, such as tachycardia, arrhythmia and atrial fibrillation.
Remote patient monitoring devices marketSidhant Kale
The document summarizes a report on the global remote patient monitoring devices market. It finds that the market is expected to exceed $727.12 billion by 2026, growing at a CAGR of 6.84%. Remote monitoring devices include heart monitors, blood pressure monitors, sleep apnea monitors, and more. Factors driving market growth include an aging population, increasing chronic diseases, and advancing wireless technology. However, high device costs and regulatory issues may hinder the market. North America currently dominates the market but Asia Pacific is expected to see stronger growth due to factors like rising incomes and government support. Major players are focused on lower-cost and easier-to-use monitoring to improve chronic care management.
Rock Health Summit: Masterclass Making the Medical Practice of the Future a R...Daniel Kivatinos
Rock Health Summit Masterclass:
Making the Medical Practice of the Future a Reality by Daniel Kivatinos
Today’s modern medical practices are moving from outdated software to using mobile devices such as the iPad to collaborate and manage patient data efficiently. The time for change in healthcare is now and today’s tech companies are continually finding ways to help doctors save time and better communicate with their patients with better technology. Many practices are investing in healthcare technology, such as AI and machine learning, telemedicine, and payments applications. Also, the rapid adoption of consumer facing tech like Apple Health will change the way we think about our health, making us all more aware and accountable for our own care. Daniel will review in this presentation the challenges that the medical industry is facing to adopt new technologies, the solutions that are available and illustrate through real-world examples how the medical practice of the future can become a reality.
Full video of this presentation here: https://www.youtube.com/watch?v=nyBBXO-sfMk
https://www.rockhealthsummit.com/
This document provides information about a market research report on the global patient monitoring devices market. The 334-page report, published in February 2015, analyzes the $24.3 billion global patient monitoring devices market, covering device types, end users, regions, company profiles, and market projections. It finds that patient monitoring plays a key role in healthcare, with cardiac monitoring currently dominating but neurological and respiratory monitoring growing the fastest. The full report can be purchased for prices ranging from $4,500 to $9,000 depending on license type.
The document discusses the growing market for wearable devices, especially in healthcare. It predicts the wearable device market will reach $10.8 billion by 2015. Many companies are working on wearables that can continuously monitor health metrics like EKG, heart rate, sleep patterns and more. This kind of ongoing health data collection can save lives by catching health issues early and provide valuable data for medical research. However, wearable adoption faces challenges like comfort and proving the value of data. The document outlines several business models for generating revenue from wearable hardware sales, sensor/app sales, and usage of the large healthcare datasets collected.
Caracas Asked Interpol to iusseu red notice against allaged med-tech "hoarders"Pedro Viloria
Artículo sobre la solicitud de Venezuela a Interpol de Código Rojo en contra de supuestos acaparadores de productos médicos en el Estado Aragua, entrevista al Abogado Pedro Viloria. (Sección Latin America cont. pag. 8)
Pharmaco-electronics involves merging medical devices, sensors, and computing/telecommunication technologies. It allows remedies and enhancements to be delivered via implanted electronic devices connected to providers and networks. The global market for microelectronic medical implants is estimated to reach $17-24.8 billion by 2016. Issues around privacy, safety, ownership, and social equity must be addressed as these technologies continue to develop and become more integrated with the human body.
TeleHealth: Today and Tomorrow - Some BasicsRon Huber
Basics of TeleHealth as a primer for TeleHealth: Today and Tomorrow meetup. http://www.digitalhealthinnovationsd.com/2016/05/02/telehealth-today-and-tomorrow/
The document discusses big data and the Internet of Things (IoT). It defines IoT as sensors and MAC addresses that identify data sources and locations. Sensors generate data that is accumulated and stored. The medical sensor market is growing over 50% and expected to reach $13.1 billion by 2018. The global IoT healthcare market is projected to grow from $32.47 billion in 2015 to $163.24 billion in 2020. Data storage costs are dropping, making big data more valuable for work. However, inaccurate industrial sensor data can lead to costly mistakes, and consumer data restrictions vary by region.
Does a trip to your doctor fill you up with dread? Sure - the medicinal, sterile odor of your local doctor’s office does very little to alleviate the nerves, but many patients suffer an anxiety that far surpasses fear of needles, or even the off-kilter measurements of the clunky, GP scale: it’s the fear of waiting.
This presentation contains an introduction to emerging healthcare Technologies. These emerging technologies include Data Analytics, AI, Blockchain, Telehealth, virtual reality, cloud computing, and IOT. The concept of Nanorobots as future medicine is also included in this presentation.
This document discusses concepts related to the global health-tech industry. It provides an overview of key topics including the healthcare and life sciences industry in 2020, technologies and startups disrupting the status quo, a focus on the medical device industry globally and in India, and a concept note on syringe counterfeiting. The document also analyzes funding trends in 2020, highlights major disruptors like telemedicine, and provides snapshots on medical devices and new anti-counterfeiting technologies.
Health Records International by Mark Lancaster, USAachapkenya
This document discusses the potential for technology like electronic health records and mobile phones to improve healthcare access and outcomes in developing areas. It summarizes the work of E-Health Records International to create affordable, easy-to-use electronic health record systems for facilities in places like Africa and Asia. Their cloud-based systems are designed to reduce costs, prevent medical errors, improve transparency and efficiency, and save lives. The presentation provides examples of how their mobile app, HarmoniMobile, structures clinical care and supports various healthcare tasks in a user-friendly interface.
Anti-Counterfeiting Use Case | Topic #4 of PharmaLedger's 1st Open Webinar PharmaLedger
Learn more about Anti-Counterfeiting through PharmaLedger’s Use Case presentation during our #1 Open Webinar about a Trust-Centric Healthcare Journey.
In this Anti-Counterfeiting Use Case presentation, you will find:
An introduction to the Anti-Counterfeiting use case presented by Daniel Fritz (Novartis) and Alberto López (Imprensa Nacional Casa da Moeda)
The current problem of counterfeiting
Anti-counterfeiting information flow
PharmaLedger Anti-Counterfeit Use Case vision
Anti-counterfeiting example – banknotes
Authentication feature example: Uniqode® physical and digital security
Anti-counterfeiting data collaboration
Anti-counterfeiting use case value proposition
This project has received funding from the Innovative Medicines Initiative 2 Joint Undertaking under grant agreement No 853992. This Joint Undertaking receives support from the European Union’s Horizon 2020 research and innovation programme and EFPIA.
Disclaimer: Any information on this presentation solely reflects the author’s view and neither IMI nor the European Union or EFPIA are responsible for any use that may be made of the information contained herein.
Medistein is developing the Portable Medication Unit (PMU) to improve medication compliance for mobile and home patients. Existing solutions are too large, complex, or unreliable. The PMU will use sensors to detect medication removal in real-time and alert to missed doses. It will also automatically refill prescriptions. Seed funding will be used to build a prototype over 6 months to demonstrate the technology and attract investors. The company expects to generate $250 million annually by solving a major healthcare problem with a portable, easy-to-use solution.
Digital Innovation Impact in Life Sciences JulyPaul Gulbin
Five digital trends are radically impacting the life sciences industry: 1) Internet of My Things using devices to provide personalized healthcare, 2) Connected Economy where hardware and sensors produce better health outcomes, 3) Agile Platform combining different systems and data sources to redefine healthcare, 4) Enterprise Insight using big data and analytics for smarter medical systems, and 5) Digital Healthcare improving care through telehealth and remote monitoring. These trends are being driven by innovations like wearable devices, connected medical products, 3D printing, predictive maintenance through IoT, and integrated healthcare platforms.
The Quantified Self: As Seen in Dec 2012Tyler Soliday
This document summarizes the current landscape of the healthcare technology market, including various competitors that offer electronic medical record (EMR) and practice management software, as well as companies involved in the emerging field of mobile health and wearable devices that track user activity and health metrics. It analyzes pricing and feature comparisons for EMR competitors like CareCloud and DrChrono. It also explores opportunities in integrating user data from fitness trackers and apps into medical records to provide doctors with more patient information. Top companies in this area like Nike+, Fitbit, and Jawbone are discussed.
Creating a telemedicine app requires a combination of technical expertise, design skills and a deep understanding of the healthcare industry. The process starts with defining the app's purpose and identifying its target users. The next step is to create a detailed plan that outlines the app's features, functionalities and user interface. It's important to consider the security and privacy of patient data, as well as the regulations surrounding telemedicine. Once the plan is in place, a team of developers and designers can start building the app using the latest technologies and programming languages. Testing and quality assurance are crucial steps in the process, as they ensure the app is functional and user-friendly. Finally, the app needs to be deployed and marketed to reach its intended audience. With the right team and approach, creating a telemedicine app can greatly improve access to healthcare and help connect patients with healthcare providers in a convenient and efficient manner.
This document discusses emerging technologies in healthcare and telemedicine. It describes how mobile devices and apps are changing healthcare delivery through telemedicine, allowing remote diagnoses and access to specialists. It outlines several technologies including robotic doctors, digital diagnostic tools, and IBM's Watson supercomputer. The document also discusses future technologies like ingestible sensors, smart contact lenses with glucose monitors, and nanomedicine approaches using "ninja polymers". Overall, the document illustrates how mobile devices and new digital health technologies are revolutionizing healthcare and increasing access to services and specialists.
Powering the Future of Healthcare in Asia - ETPL "IOT FOR HEALTH" PROGRAM | T...Julien de Salaberry
Presentation on the importance and impact of IoT Healthcare / Healthtech on the delivery of healthcare in Asia to the ETPL "IOT FOR HEALTH" PROGRAM cohort
#healthtechasia
Cardiac Holter Monitor Market PPT: Demand, Trends and Business Opportunities ...IMARC Group
According to the latest report by IMARC Group, the global cardiac Holter monitor market reached a value of US$ 386 Million in 2020.
A cardiac Holter monitor is a battery-operated portable electrocardiography (ECG) device that records the heart rhythm continuously for around 24 to 48 hours.
It consists of a monitor, software and electrodes, which aid in interpreting the recorded data, determining if the heart is getting adequate oxygen and diagnosing conditions concerning irregular cardiac rhythms, such as tachycardia, arrhythmia and atrial fibrillation.
Remote patient monitoring devices marketSidhant Kale
The document summarizes a report on the global remote patient monitoring devices market. It finds that the market is expected to exceed $727.12 billion by 2026, growing at a CAGR of 6.84%. Remote monitoring devices include heart monitors, blood pressure monitors, sleep apnea monitors, and more. Factors driving market growth include an aging population, increasing chronic diseases, and advancing wireless technology. However, high device costs and regulatory issues may hinder the market. North America currently dominates the market but Asia Pacific is expected to see stronger growth due to factors like rising incomes and government support. Major players are focused on lower-cost and easier-to-use monitoring to improve chronic care management.
Rock Health Summit: Masterclass Making the Medical Practice of the Future a R...Daniel Kivatinos
Rock Health Summit Masterclass:
Making the Medical Practice of the Future a Reality by Daniel Kivatinos
Today’s modern medical practices are moving from outdated software to using mobile devices such as the iPad to collaborate and manage patient data efficiently. The time for change in healthcare is now and today’s tech companies are continually finding ways to help doctors save time and better communicate with their patients with better technology. Many practices are investing in healthcare technology, such as AI and machine learning, telemedicine, and payments applications. Also, the rapid adoption of consumer facing tech like Apple Health will change the way we think about our health, making us all more aware and accountable for our own care. Daniel will review in this presentation the challenges that the medical industry is facing to adopt new technologies, the solutions that are available and illustrate through real-world examples how the medical practice of the future can become a reality.
Full video of this presentation here: https://www.youtube.com/watch?v=nyBBXO-sfMk
https://www.rockhealthsummit.com/
This document provides information about a market research report on the global patient monitoring devices market. The 334-page report, published in February 2015, analyzes the $24.3 billion global patient monitoring devices market, covering device types, end users, regions, company profiles, and market projections. It finds that patient monitoring plays a key role in healthcare, with cardiac monitoring currently dominating but neurological and respiratory monitoring growing the fastest. The full report can be purchased for prices ranging from $4,500 to $9,000 depending on license type.
The document discusses the growing market for wearable devices, especially in healthcare. It predicts the wearable device market will reach $10.8 billion by 2015. Many companies are working on wearables that can continuously monitor health metrics like EKG, heart rate, sleep patterns and more. This kind of ongoing health data collection can save lives by catching health issues early and provide valuable data for medical research. However, wearable adoption faces challenges like comfort and proving the value of data. The document outlines several business models for generating revenue from wearable hardware sales, sensor/app sales, and usage of the large healthcare datasets collected.
Caracas Asked Interpol to iusseu red notice against allaged med-tech "hoarders"Pedro Viloria
Artículo sobre la solicitud de Venezuela a Interpol de Código Rojo en contra de supuestos acaparadores de productos médicos en el Estado Aragua, entrevista al Abogado Pedro Viloria. (Sección Latin America cont. pag. 8)
Pharmaco-electronics involves merging medical devices, sensors, and computing/telecommunication technologies. It allows remedies and enhancements to be delivered via implanted electronic devices connected to providers and networks. The global market for microelectronic medical implants is estimated to reach $17-24.8 billion by 2016. Issues around privacy, safety, ownership, and social equity must be addressed as these technologies continue to develop and become more integrated with the human body.
TeleHealth: Today and Tomorrow - Some BasicsRon Huber
Basics of TeleHealth as a primer for TeleHealth: Today and Tomorrow meetup. http://www.digitalhealthinnovationsd.com/2016/05/02/telehealth-today-and-tomorrow/
The document discusses big data and the Internet of Things (IoT). It defines IoT as sensors and MAC addresses that identify data sources and locations. Sensors generate data that is accumulated and stored. The medical sensor market is growing over 50% and expected to reach $13.1 billion by 2018. The global IoT healthcare market is projected to grow from $32.47 billion in 2015 to $163.24 billion in 2020. Data storage costs are dropping, making big data more valuable for work. However, inaccurate industrial sensor data can lead to costly mistakes, and consumer data restrictions vary by region.
The document discusses the growth of big data and the Internet of Things (IoT). It notes that IoT involves sensors, MAC addresses to identify data sources and locations, and data storage. The medical sensor market is growing over 50% and expected to reach $13.1 billion by 2018. The global IoT healthcare market is projected to grow from $32.47 billion in 2015 to $163.24 billion in 2020. However, the document also cautions that inaccurate or false data can have costly consequences, and regulations restrict how consumer data can be used and shared between regions.
The document discusses big data and the Internet of Things (IoT). It defines IoT as sensors and MAC addresses that identify the source and location of data. A variety of sensors are generating vast amounts of data from consumer electronics, medical devices, and industrial machinery. This data is being accumulated and stored, driving new economic opportunities. However, ensuring data quality is important, as inaccurate industrial or medical data can have costly consequences. Regulations also restrict how consumer data can be collected and shared due to privacy concerns. While big data will continue growing exponentially, its effective use will depend on addressing issues around data quality, privacy, and regulation.
Netflix has aggressively expanded internationally and added more subscribers, but the OTT market is reaching maturity with increased competition from other content providers like HBO, Crackle, and Hulu entering the market. While Netflix's international expansion provides opportunities for growth, its inflexible $10 per month subscription model and lack of localized content and payment options has drawbacks. Additionally, Amazon has a substantial infrastructure advantage over Netflix through its AWS platform that provides monthly content and delivery. As competition in the OTT market increases and the U.S. market becomes saturated, margins will shrink and content will become more fragmented.
This document outlines key execution issues for international startups. It discusses the 5 "T's" of technology, term, traction, team, and 10X growth. It covers lean startup principles of iteration and testing small markets. Financing strategies include bootstrapping, friends and family funding, angels, VCs, and private equity. International aspects include banking, transactions, tax planning, and cultural differences when expanding to new countries. Corporate structures like LLCs, C-Corps and S-Corps are addressed.
The document discusses how over-the-top (OTT) media like Netflix has disrupted the traditional cable TV landscape and revenue models. Specifically, it notes that OTT allows for non-linear programming across multiple platforms like mobile. This has led cable companies to offer unbundled subscription options without franchise agreements. Meanwhile, content owners are demanding higher licensing fees for popular shows. Overall, the media industry is shifting to focus more on quality content, analytics and new models like subscription, advertising, and product placement as distribution moves increasingly to wireless networks.
The document discusses the evolving landscape of over-the-top (OTT) content delivery and business models. It defines OTT as broadband delivery of multimedia content without involvement of multiple system operators. OTT delivery refers to content from third parties like Netflix delivered over broadband internet. The document also discusses the relationships between infrastructure providers, content creators, and networks; compares traditional and OTT business models; and envisions a future of hybrid OTT/syndication models bringing together Silicon Valley and Hollywood.
This document discusses Silicon Valley as an ecosystem for international companies and entrepreneurs. It provides information on registering a foreign company in the US, investments in Silicon Valley in Q4 2013 which totaled $3.22 billion, breakdowns of investments by sector and stage of development, and a list of over 300 companies that received investments in Silicon Valley in Q4 2013. The purpose is to outline opportunities and considerations for foreign companies interested in entering the Silicon Valley market.
Slides showing Siicon Valley technology investments, 2014, and the requirements for international companies coming to Silicon Valley to attract investments
This document discusses creative financing options for new ventures at different stages of development. It outlines the typical stages from seed to exit, sources of financing that correspond to each stage such as entrepreneur funding, angel investors, and venture capital. Specific financing options are explored including asset-based lending, factoring, costs of capital. Industry sectors, geographic locations, and ownership structures that may impact financing are also covered. The document concludes by listing milestones and objectives for achieving creative financing.
The document discusses alternative strategies for attracting foreign investment to outsourcing companies in China. It covers types of financing, profiles of target companies, stages of company development, and strategic choices for capital markets. Venture capital, private equity, and leverage are examined as options for deals involving seed, early, expansion, and late stage financing.
2. 2
HIGHLY CONFIDENTIAL AND PRIVILEGED INFORMATION
The information contained herein is being furnished on a confidential basis. AllRest Technologies LLC (the “Company”) expects it to be used for the sole purpose of considering an interest in a
transaction with the Company. BY RECEIPT OF THE ENCLOSED MATERIALS, THE RECIPIENT AGREES THAT THE INFORMATION CONTAINED HEREIN WILL BE KEPT
CONFIDENTIAL AND SHALL NOT, WITHOUT PRIOR WRITTEN CONSENT FROM THE COMPANY BE DISCLOSED BY THE RECIPIENT IN ANY MANNER WHATSOEVER IN
WHOLE OR IN PART, AND SHALL NOT BE USED OTHER THAN IN CONNECTION WITH THE TRANSACTION DESCRIBED HEREIN. The recipient shall be responsible for any
breach of this confidentiality undertaking by its agents, employees, or representatives. Moreover, the recipient shall agree to transmit the information only to its agents, employees, and
representatives who need to know the information for the purpose of evaluating the materials herein, who are informed of the confidential nature of the information and who agree to maintain its
confidentiality. Should the recipient decline to acquire an interest in any transaction with the Company, it shall return all supplied materials as soon as possible and, in any event, upon request,
and continue to maintain in confidence any memoranda or similar materials prepared by or for the benefit of the recipient based upon the materials supplied to it.
THE ENCLOSED MATERIALS SHALL NOT BE PHOTOCOPIED, REPRODUCED, OR DISTRIBUTED TO OTHERS AT ANY TIME WITHOUT PRIOR WRITTEN
CONSENT OF THE COMPANY.
Contact:
Rob de Heer or Juan Ramon Zarco
(408) 316-1976 (703) 376-4893
AllRest Technologies LLC
PO Box 60123
Palo Alto, CA 94306
(408) 316-1976
3. OVERVIEW
• AlllRest designs and markets cost effective, smart,
therapeutic medical devices for sleep disorders
• U.S. Total Addressable Market (TAM) is 53 million users
• Current working prototype has been developed
since 2009 and has been effective in private trials
• New electronic technologies will allow CRM
monitoring of the medical device’s performance
and adjust the device for maximum efficiency
• EBITDA Margins exceed 78% in this space
• AllRest seeks $1.5 million to complete electronics, to
handle regulatory matters, and to market the device
in the U.S. and Worldwide
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4. THE PROBLEM
• The predominant therapy is the
Continuous Positive Air Pressure
(CPAP), the current legacy device
in treating sleep-disordered
breathing.
• 17% - 40% of CPAP patients
abandon the device after several
months – discomfort, costs
• CPAP equipment costs $500-
$5,000
• Other sleep disorder solutions
include surgery, dentally
prescribed mouthpieces-$1,500,
and electrical implants – all
physically invasive and costly
• Over 53 million people suffer from
some sleep disorder. 20% are
untreated. And about 10% are
uninsured.
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5. SOLUTION – OPTI-FLOW
• TheAllRest medical device, Opti-
Flow, an alternative to CPAP, is an
advanced technology to be used
easily with the least amount of
sleep discomfort
• Filters can be replaced to fit the
individual’s apnea needs and
performance
• Sensors and data can provide
weekly sleep reports for CRM
• By integrating the medical device
with a health platform, the user
can monitor his/her weight or any
other conditions for better sleep
regimen
• Priced at or below $200, the
device is economically available
to those with or without insurance
coverage
• It improves the Sleep Apnea Index
by 40% at a fraction of a CPAP
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6. MARKET OPPORTUNITY AND DRIVERS
Current U.S. TAM is 53 million users
Rest Of the World is still catching up to Sleep Disorder recognition and
treatment
It is estimated that less than 20% of those with Obstructive Sleep Apnea
have not been diagnosed or treated, about 10 million. Over 8 million
apnea sufferers without medical coverage
According to a report by the global research firm MarketsandMarkets,
the global sleep apnea device market, which was valued at more than
$7 billion last year, is expected to increase to $19.72 billion by 2017
Potential worldwide growth: A recent report from July 2013 showed that
the US passed on the obesity rates leadership to Mexico, moving into
second place for the most obese nation. Researchers estimate that
Brazil will trail the US in 2022, with 64 million overweight and 26 million
obese.
According to the report, nearly 2.8 million people worldwide die each
year as a result of obesity and the conditions it causes, which includes
the potential for sleep apnea
Worldwide TAM will be about 400 million
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7. MARKETING STRATEGY
AllRest will target sales of 1.1 million units in 3 years, within the U.S.
53 million TAM with a growing OSA market
The Opti-Flow medical device will be priced at or about $200, less
than 50% of the least cost CPAP
AllRest will implement the “shock and awe” marketing to use
eCommerce and the 1-800-AllRest support to the product
AllRest will distribute the medical device in Europe and Latin
America where the regulatory hurdles are fewer, and then
penetrate the U.S.
AllRest will use digital ad agencies to market the product in the
media to saturate the market
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8. POTENTIAL CHANNELS/PARTNERS/RESELLERS
mHealthAlert, a European mHealth platform, already uses
Bluetooth to connect ECG, weight scales, blood pressure,
and other remote devices to monitor health electronically
CPAP machine manufacturers and distributors (ProAct)
oral appliance manufacturers
sleep product stores
sleep labs.
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9. BARRIERS TO ENTRY
FDA approval process
Provisional patent
Integration and design of semiconductors
Market recognition – within radar
Current users wed to CPAP solutions.
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10. MANAGEMENT TEAM
Juan Ramon Zarco, JD/MBA (startups: Viatel, Data
Foundation/Pegasus, US Cable)
Robert de Heer (inventor, technology, software)
Dr. Jerome Hester, Chief Advisor and Industry Apnea
Expert (www.calsleep.com)
Marc Papageorge, Mems/Semiconductor Advisor
Hogan Lovells (D.C.) – IP Legal Counsel
Bank of the West
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11. AllrestTech.com Private & Confidential 2014
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DIRECT AND INDIRECT COMPETITION
AllRest (mouth)
Fisher & Paykel
Respiratory
Therapy
Programs
CareFusion
Compatibility
Scalability
Resmed
Respironics
Medtronics
• Resmed and
Respironics
control over
70% of CPAP
Market
• Resmed 2013
Income $1.5
bill.
• Respironics
(Philips) 2013
Income $1.05
bill.
Clinics/Sleep lab
Provent (Nasal)
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Mouthpiece Prototypes Design Phases and Costs
Prototype Versions 1
Each Prototype Locations
OptiFlow01 USA
OptiFlow02
UK/Mexico/New
Zealand
Developmental Stages per Month/2014 Initial
September Design
October
Development &
Engineering
November
Development &
Engineering
December Programming
January Prototype
February
Reliability &
Testing
March Beta Testing
April Integration
May
Testing and
Regulatory
Acceptance
June
Commercial
Product
TIMELINE
15. SUMMARY
AllRest enters into a huge Market opportunity with
EBITDA margins over 78%, 1.1 million units in 2 years
Unique medical device product embedded with
smart electronics, an alternative to CPAPs
Barriers to entry – FDA approvals, Patents
Seeking $1.5 mill. at pre-money of $4.5 mill.
Potential exits are acquisition or IPO
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