Take a look what IRYO will be
Topic: [ANN] [TOKEN-SALE-SUMMARY] IRYO - Unleashing the value of medical data. - page 24. (Read 2529 times)
February 19, 2018, 02:59:38 AM
February 19, 2018, 02:28:37 AM
Amazing video - Advisor Brian de Francesca on his support to Iryo
Brian de Francesca is an experienced business executive with more than 20 years of healthcare experience in the USA, Europe, Asia and the Middle East. He has previously worked for institutions such as Johns Hopkins in the USA, Bumrungrad Hospital in Asia and Tawam Hospital in the UAE. He was the founder and CEO of Asia Bio Systems, the leading biomedical engineering company in the Asia-Pacific region. Currently, he is the CEO of Ver2, a telemedicine company based in Dubai.
Brian has used “connectivity” to improve healthcare for two decades, having established his first teleradiology and TeleStroke programs in South Asia to improve care for the hospitals under his responsibility. Today with Ver2 — he continues to use connectivity to improve healthcare in many ways. He writes and speaks extensively on the use of connectivity to improve care globally.
https://vimeo.com/251644800
Brian de Francesca is an experienced business executive with more than 20 years of healthcare experience in the USA, Europe, Asia and the Middle East. He has previously worked for institutions such as Johns Hopkins in the USA, Bumrungrad Hospital in Asia and Tawam Hospital in the UAE. He was the founder and CEO of Asia Bio Systems, the leading biomedical engineering company in the Asia-Pacific region. Currently, he is the CEO of Ver2, a telemedicine company based in Dubai.
Brian has used “connectivity” to improve healthcare for two decades, having established his first teleradiology and TeleStroke programs in South Asia to improve care for the hospitals under his responsibility. Today with Ver2 — he continues to use connectivity to improve healthcare in many ways. He writes and speaks extensively on the use of connectivity to improve care globally.
https://vimeo.com/251644800
Really great video. I wonder what helthcare corporations and big hospitals think about this. Will they adopt blockchain? Well the question is when will they adopt because you have soo much plus sides and a new much faster, safer and optimized (aaand no more paperwork) database system.
February 19, 2018, 12:50:00 AM
Why choose EOS and ETH ?
February 18, 2018, 05:30:48 PM
so basically, someone gonna pay with some piece of coin to get medical data they need right? for research or medical purpose
February 18, 2018, 02:29:53 PM
can you give us a youtube video about and how this coin is developed?
because youtube videos are very important to make proof of your project
because youtube videos are very important to make proof of your project
i read whitepaper and watch those videos ( i got almost all - had a few questions still - i joined Telegram https://t.me/IRYOnetwork and got all answers) Deff. i will invest - it is a PRO project - will bring healthcare to a higher level on blockchain
https://t.me/IRYOnetwork
Here are videos
February 18, 2018, 02:25:00 PM
Amazing video - Advisor Brian de Francesca on his support to Iryo
Brian de Francesca is an experienced business executive with more than 20 years of healthcare experience in the USA, Europe, Asia and the Middle East. He has previously worked for institutions such as Johns Hopkins in the USA, Bumrungrad Hospital in Asia and Tawam Hospital in the UAE. He was the founder and CEO of Asia Bio Systems, the leading biomedical engineering company in the Asia-Pacific region. Currently, he is the CEO of Ver2, a telemedicine company based in Dubai.
Brian has used “connectivity” to improve healthcare for two decades, having established his first teleradiology and TeleStroke programs in South Asia to improve care for the hospitals under his responsibility. Today with Ver2 — he continues to use connectivity to improve healthcare in many ways. He writes and speaks extensively on the use of connectivity to improve care globally.
https://vimeo.com/251644800
Brian de Francesca is an experienced business executive with more than 20 years of healthcare experience in the USA, Europe, Asia and the Middle East. He has previously worked for institutions such as Johns Hopkins in the USA, Bumrungrad Hospital in Asia and Tawam Hospital in the UAE. He was the founder and CEO of Asia Bio Systems, the leading biomedical engineering company in the Asia-Pacific region. Currently, he is the CEO of Ver2, a telemedicine company based in Dubai.
Brian has used “connectivity” to improve healthcare for two decades, having established his first teleradiology and TeleStroke programs in South Asia to improve care for the hospitals under his responsibility. Today with Ver2 — he continues to use connectivity to improve healthcare in many ways. He writes and speaks extensively on the use of connectivity to improve care globally.
https://vimeo.com/251644800
February 18, 2018, 01:39:45 PM
can you give us a youtube video about and how this coin is developed?
because youtube videos are very important to make proof of your project
because youtube videos are very important to make proof of your project
February 18, 2018, 01:36:24 PM
Is the bounty still on? Maybe you are planning an airdrop too?
February 18, 2018, 01:30:15 PM
This is very interesting
Universal Health Records
An average patient consults 20 or more different healthcare providers in their lifetime. This causes electronic medical records to be inherently fragmented, stored in various formats and scattered across incompatible systems, leaving patients with no consolidated view of their true medical history.
Unified health records, solidified by the adoption of blockchain will enable patients to have secure access and allow them to selectively share their medical history anywhere in the world. OpenEHR archetypes will natually ensure the interoperability of medical records reglardless of location, increasing the quality of care provided.
https://iryo.network/#ehr
Universal Health Records
An average patient consults 20 or more different healthcare providers in their lifetime. This causes electronic medical records to be inherently fragmented, stored in various formats and scattered across incompatible systems, leaving patients with no consolidated view of their true medical history.
Unified health records, solidified by the adoption of blockchain will enable patients to have secure access and allow them to selectively share their medical history anywhere in the world. OpenEHR archetypes will natually ensure the interoperability of medical records reglardless of location, increasing the quality of care provided.
https://iryo.network/#ehr
February 18, 2018, 01:08:51 PM
How Iryo will work very understandable:
Healthcare providers will use Iryo software in their workflows to capture patients’ data. The software will use a technology called proxy re-encryption to encrypt the patient’s health data with the patient’s private key without the patient sharing their key. The encrypted data will then be stored on the patient’s device (Iryo app), on the healthcare provider’s server/cloud and, as an encrypted backup, and stored on Iryo cloud, again as an encrypted backup,. At the same time, a digital fingerprint (hash) of that data will be created and stored on the public blockchain to ensure immutability of data.
Patients will be in complete control of their data and will be able to grant and revoke access to their data via their mobile app. The grants and revocations will be stored on the blockchain, which will remove the possibility of internal fraud that centralized systems inherently harbour.
Data will be stored in OpenEHR format, which will provide interoperability and future compatibility.
Researchers will be able to tap into this global repository of healthcare data by buying tokens and offering them as reward to users who are willing to share that data. In practice, this will look like a simple app notification on the phone asking the user whether they are willing to share a certain piece of information for the purpose of a specific study. If they reject the request, nothing leaves the patient’s device and absolutely no data is ever shared. If they share it, they get the token reward offered by the research institution.
Healthcare providers will use Iryo software in their workflows to capture patients’ data. The software will use a technology called proxy re-encryption to encrypt the patient’s health data with the patient’s private key without the patient sharing their key. The encrypted data will then be stored on the patient’s device (Iryo app), on the healthcare provider’s server/cloud and, as an encrypted backup, and stored on Iryo cloud, again as an encrypted backup,. At the same time, a digital fingerprint (hash) of that data will be created and stored on the public blockchain to ensure immutability of data.
Patients will be in complete control of their data and will be able to grant and revoke access to their data via their mobile app. The grants and revocations will be stored on the blockchain, which will remove the possibility of internal fraud that centralized systems inherently harbour.
Data will be stored in OpenEHR format, which will provide interoperability and future compatibility.
Researchers will be able to tap into this global repository of healthcare data by buying tokens and offering them as reward to users who are willing to share that data. In practice, this will look like a simple app notification on the phone asking the user whether they are willing to share a certain piece of information for the purpose of a specific study. If they reject the request, nothing leaves the patient’s device and absolutely no data is ever shared. If they share it, they get the token reward offered by the research institution.
February 18, 2018, 09:47:40 AM
Iryo concept will be really worldwide success
Data-Driven Healthcare
Inoperable Health Data
The healthcare industry accumulates vast quantities of highly valuable medical data every second. Due to the large quantity of individual service providers, each with their own unique data type, data becomes fragmented and quickly loses value for medical research. Iryo removes the silos by building its network on the back of openEHR archetypes. These data types are universally consistent and help drive the next generation of medical AI & big data research.
Creating Consistency in Healthcare
The use of an openEHR framework prevents medical institutions from reformulating existing data types. Having consistent frameworks across medical institutions allow domain experts (medical researchers and clinical specialists) to accurately define and use specific data points in their practice. This ensures global interoperability and increases the intrinsic value of health data.
Zero-Knowledge Medical Data
Medical Record Ownership
With the use of public-key encryption, the Iryo Network gives patients complete control and ownership of their electronic health record. This empowers patients to leverage their own medical data to better suit their healthcare needs.
Decentralised Data Storage
Zero-knowledge storage protocols will ensure that sensitive medical data will remain secure and completely impervious to cybersecurity breaches, including state-sponsored attacks. All medical data is stored on the patients device and securely backed up on two geographically & managerially redundant storage nodes.
Patient Mobile Device Node
Decentralised, tokenized incentives, 24⁄7 access to medical record.
Encrypted Iryo Cloud Backup Node
Audited, maintained, securely backed up.
Encrypted Clinic Backup Node
Locally stored copy, evenly distributed, accessible with/without a network connection.
Public Blockchain
Accessing Data
Patients can now choose how they interact with their medical history.
Share medical histories with hospitals, specialists, and researchers, anywhere in the world.
Selectively reveal relevant parts of a medical record with a predefined time limit.
Acquire Iryo tokens offered by research institutions for the collection of anonymous health data.
Pay for medical services with Iryo tokens.
Access to a variety of cross-platform health apps within the Iryo Network.
Scaling with EOS
EOS will allow for the creation of an extremely efficient and scalable network. EOS “shards” will enable Iryo to create an extremely dynamic yet super lightweight chain resulting in lightning fast transactions. Sharing vast quantities of medical data between subjects of trust, such as doctors, specialists, and researchers will ultimately be less expensive, less time consuming and yield greater value for patients around the world.
Iryo Tokens
Patients
The Iryo Network will usher in a new era for medical research. Patients will now have the ability to anonymously share their medical history with researchers in exchange for Iryo tokens which can then be used to pay for medical services.
Iryo Research Portal
Research institutions will have access to vast quantities of highly relevant medical data at their disposal. Specifying medical parameters will decrease traditional expenses associated with acquiring large sets of medical data and enable a new, targeted approach to large scale A.I & Big Data research.
Iryo Clinics
Hospitals & clinics will be able to securely access a patient’s medical history in real-time enabling them to treat patients in ways never before possible. In case of a medical emergency, Iryo enables hospitals & clinics to access personal medical records incase the patient is unresponsive at the time of treatment. This system is based on a token-locking scheme that holds the institutions responsible of any wrongdoing.
Roadmap
2015
Preliminary Research
3fs executed preliminary research on establishing common interoperability between international medical systems.
2016
Seed
3fs provided initial capital and support to establish Iryo. The team began by validating several proof of concepts and pilot projects.
2017
Pre ICO
The Iryo Network was introduced to the public in order to address common downfalls of inoperable medical systems.
2018
ICO + Production Grade Implementation
Official crowdsale of Iryo tokens. Production grade, fully scalable implementation for Iryo partners.
2019
Iryo Public Release
Integration of interoperable unified health records, zero-knowledge storage, and blockchain permissions.
2020
Network Expansion
Iryo Network system support and adoption of value-added services. Design and execution of Iryo certified clinics.
Data-Driven Healthcare
Inoperable Health Data
The healthcare industry accumulates vast quantities of highly valuable medical data every second. Due to the large quantity of individual service providers, each with their own unique data type, data becomes fragmented and quickly loses value for medical research. Iryo removes the silos by building its network on the back of openEHR archetypes. These data types are universally consistent and help drive the next generation of medical AI & big data research.
Creating Consistency in Healthcare
The use of an openEHR framework prevents medical institutions from reformulating existing data types. Having consistent frameworks across medical institutions allow domain experts (medical researchers and clinical specialists) to accurately define and use specific data points in their practice. This ensures global interoperability and increases the intrinsic value of health data.
Zero-Knowledge Medical Data
Medical Record Ownership
With the use of public-key encryption, the Iryo Network gives patients complete control and ownership of their electronic health record. This empowers patients to leverage their own medical data to better suit their healthcare needs.
Decentralised Data Storage
Zero-knowledge storage protocols will ensure that sensitive medical data will remain secure and completely impervious to cybersecurity breaches, including state-sponsored attacks. All medical data is stored on the patients device and securely backed up on two geographically & managerially redundant storage nodes.
Patient Mobile Device Node
Decentralised, tokenized incentives, 24⁄7 access to medical record.
Encrypted Iryo Cloud Backup Node
Audited, maintained, securely backed up.
Encrypted Clinic Backup Node
Locally stored copy, evenly distributed, accessible with/without a network connection.
Public Blockchain
Accessing Data
Patients can now choose how they interact with their medical history.
Share medical histories with hospitals, specialists, and researchers, anywhere in the world.
Selectively reveal relevant parts of a medical record with a predefined time limit.
Acquire Iryo tokens offered by research institutions for the collection of anonymous health data.
Pay for medical services with Iryo tokens.
Access to a variety of cross-platform health apps within the Iryo Network.
Scaling with EOS
EOS will allow for the creation of an extremely efficient and scalable network. EOS “shards” will enable Iryo to create an extremely dynamic yet super lightweight chain resulting in lightning fast transactions. Sharing vast quantities of medical data between subjects of trust, such as doctors, specialists, and researchers will ultimately be less expensive, less time consuming and yield greater value for patients around the world.
Iryo Tokens
Patients
The Iryo Network will usher in a new era for medical research. Patients will now have the ability to anonymously share their medical history with researchers in exchange for Iryo tokens which can then be used to pay for medical services.
Iryo Research Portal
Research institutions will have access to vast quantities of highly relevant medical data at their disposal. Specifying medical parameters will decrease traditional expenses associated with acquiring large sets of medical data and enable a new, targeted approach to large scale A.I & Big Data research.
Iryo Clinics
Hospitals & clinics will be able to securely access a patient’s medical history in real-time enabling them to treat patients in ways never before possible. In case of a medical emergency, Iryo enables hospitals & clinics to access personal medical records incase the patient is unresponsive at the time of treatment. This system is based on a token-locking scheme that holds the institutions responsible of any wrongdoing.
Roadmap
2015
Preliminary Research
3fs executed preliminary research on establishing common interoperability between international medical systems.
2016
Seed
3fs provided initial capital and support to establish Iryo. The team began by validating several proof of concepts and pilot projects.
2017
Pre ICO
The Iryo Network was introduced to the public in order to address common downfalls of inoperable medical systems.
2018
ICO + Production Grade Implementation
Official crowdsale of Iryo tokens. Production grade, fully scalable implementation for Iryo partners.
2019
Iryo Public Release
Integration of interoperable unified health records, zero-knowledge storage, and blockchain permissions.
2020
Network Expansion
Iryo Network system support and adoption of value-added services. Design and execution of Iryo certified clinics.
February 18, 2018, 09:25:23 AM
Iryo For Patients
Problem
Institutional data ownership
Limited access to personal medical records.
Limited interoperability
Medical data is fragmented across a variety of incompatible systems.
Low-level security
Unauthorised parties can exploit personal medical data.
Iryo Solution
Self-sovereign data
Complete access & control over one’s own medical record.
Maximum interoperability
Interconnected systems allow for highly effective treatment options.
Unrivalled security
Health records stored in zero-knowledge & secured with modern cryptography.
Take a look at video: https://vimeo.com/246413319#at=0
Problem
Institutional data ownership
Limited access to personal medical records.
Limited interoperability
Medical data is fragmented across a variety of incompatible systems.
Low-level security
Unauthorised parties can exploit personal medical data.
Iryo Solution
Self-sovereign data
Complete access & control over one’s own medical record.
Maximum interoperability
Interconnected systems allow for highly effective treatment options.
Unrivalled security
Health records stored in zero-knowledge & secured with modern cryptography.
Take a look at video: https://vimeo.com/246413319#at=0
February 18, 2018, 09:19:33 AM
By digitizing, combining and effectively using big data, healthcare organizations ranging from single-physician offices and multi-provider groups to large hospital networks and accountable care organizations stand to realize significant benefits
Iryo I think will have a really good influence on healthcare especially once it gets worldwide ! Check it out: https://iryo.io/
Iryo I think will have a really good influence on healthcare especially once it gets worldwide ! Check it out: https://iryo.io/
February 18, 2018, 09:04:57 AM
Iryo has really nice healthy community on telegram. Everybody who likes an intelectual talk about healthcare and crypto and ofcorse Iryo project in the future should join. Really interesting: https://t.me/IRYOnetwork
February 18, 2018, 06:49:50 AM
What IRYO means?
it have connection with healthcare?
it have connection with healthcare?
February 18, 2018, 06:46:34 AM
February 18, 2018, 05:09:05 AM
Why bother with blockchain in healthcare? very good article
Interoperability is complex
If you ask a computer scientist about interoperability, you will probably hear something about syntax and semantics and how systems can exchange data. And even this, by itself, is not a trivial task to achieve. In fact, healthcare is probably one of the last industries where data lock-in based business models are still the norm and data is held hostage by different IT companies. In Slovenia, a country of 2 million, eight EMR providers offer solutions for a total of a 10 million EUR market. Then there are also laboratory information systems providers, pathology information systems providers, etc. And each provider developed its own data model that captures some/all the data points that occur in the business processes that are the core activity of each organization. Processes are often not defined regarding standard operating procedures and can be very different from organization to organization, even from doctor to doctor. Even more, the processes can also be dynamic and ad-hoc which suggests we cannot prepare a common process model that would describe them precisely. As healthcare systems are trying even further to distribute care towards patients homes and other environments, even more information systems are being added to this set of different databases.
More on: https://medium.com/iryo-network/why-bother-with-blockchain-in-healthcare-bda05f24e118
Interoperability is complex
If you ask a computer scientist about interoperability, you will probably hear something about syntax and semantics and how systems can exchange data. And even this, by itself, is not a trivial task to achieve. In fact, healthcare is probably one of the last industries where data lock-in based business models are still the norm and data is held hostage by different IT companies. In Slovenia, a country of 2 million, eight EMR providers offer solutions for a total of a 10 million EUR market. Then there are also laboratory information systems providers, pathology information systems providers, etc. And each provider developed its own data model that captures some/all the data points that occur in the business processes that are the core activity of each organization. Processes are often not defined regarding standard operating procedures and can be very different from organization to organization, even from doctor to doctor. Even more, the processes can also be dynamic and ad-hoc which suggests we cannot prepare a common process model that would describe them precisely. As healthcare systems are trying even further to distribute care towards patients homes and other environments, even more information systems are being added to this set of different databases.
More on: https://medium.com/iryo-network/why-bother-with-blockchain-in-healthcare-bda05f24e118
February 18, 2018, 02:41:26 AM
What about competition? There are many healthcare ico's arround the world? Why is IRYO so special?
I would also like to know how is Iryo going to take care of the competitors (other health icos)?
February 17, 2018, 02:37:11 PM
What about competition? There are many healthcare ico's arround the world? Why is IRYO so special?
February 17, 2018, 12:30:13 PM
PseudoAnonymous query – used for AI training dataset
This is a request for medical data in plain form, without the directly identifiable personal
information (pseudonymous). This bears high costs (in the region of $100 worth of IRYO
tokens) since, even without personally identifiable information, this data can still be used
to match against other databases and individuals could be identified if that data leaks from
the researcher*.
The number of these requests should be kept low (up to 100 patients) to train and test
machine learning algorithms freely. After results are determined and the algorithm needs to
be validated (or invalidated) over much bigger population sample size, they proceed to the
next type of query.
This is a request for medical data in plain form, without the directly identifiable personal
information (pseudonymous). This bears high costs (in the region of $100 worth of IRYO
tokens) since, even without personally identifiable information, this data can still be used
to match against other databases and individuals could be identified if that data leaks from
the researcher*.
The number of these requests should be kept low (up to 100 patients) to train and test
machine learning algorithms freely. After results are determined and the algorithm needs to
be validated (or invalidated) over much bigger population sample size, they proceed to the
next type of query.
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