Topic: [ANN] [TOKEN-SALE-SUMMARY] IRYO - Unleashing the value of medical data. - page 19. (Read 2521 times)
March 01, 2018, 02:20:38 AM
Presale window saved
February 28, 2018, 11:21:16 AM
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.
Price will follow up becouse IRYO tokens will have big field for usage in real life! In long term IRYO tokens will be more and more precious
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.
Price will follow up becouse IRYO tokens will have big field for usage in real life! In long term IRYO tokens will be more and more precious
You forgot market potential
The global healthcare IT market size is anticipated to reach anywhere between $100 billion on the low end and $200 billion on the high end by 2020. The compounded annual growth rate of healthcare IT globally is between 7 and 13 %. The global electronic health records market alone was estimated at $23 billion in 2016 and expected to grow to almost $40 billion by 2025.
USA is currently the largest and most valuable market, but digitization of healthcare is on the rise and the Asia Pacific market is expected to be the fastest growing regional segment over the next decade. Emerging economies in this region including China and India have been experiencing strong economic growth and high demand for healthcare IT services is expected. Similar growth trajectories are expected in South America and Africa.
February 28, 2018, 03:44:31 AM
Could someone from team explain more in details this
Value-added Services
Iryo supports the creation of cross-platform, medical apps within the healthcare ecosystem, allowing open-source collaboration.
Thank you
Value-added Services
Iryo supports the creation of cross-platform, medical apps within the healthcare ecosystem, allowing open-source collaboration.
Thank you
February 28, 2018, 03:34:32 AM
You will release your own private blockchain ?
February 27, 2018, 02:14:15 PM
Good team. Do you have any medical and informatics advisors ? I know you basically need programers but still if it is a medical thing you need some kind of advisory in medicine? I like the story with EOS. First ICO I have seen that accepts EOS platform.
February 27, 2018, 11:53:02 AM
The powwah of EOS + IRYO
February 27, 2018, 07:54:53 AM
February 27, 2018, 07:21:57 AM
IRYO Roadmap is very realistic and worldwide driven
February 26, 2018, 03:12:55 PM
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.
Price will follow up becouse IRYO tokens will have big field for usage in real life! In long term IRYO tokens will be more and more precious
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.
Price will follow up becouse IRYO tokens will have big field for usage in real life! In long term IRYO tokens will be more and more precious
February 27, 2018, 07:19:10 AM
Idea for Roadshow is tremendous! Well done IRYO marketing
Bringing the healthcare blockchain startup Iryo to the global audience (Official roadshow)
Iryo is the first participatory, blockchain driven healthcare network built on decentralising access to medical data. We’re driving the next generation of healthcare by standardising health-data, employing zero-knowledge encryption and powering medical AI & Big Data research.
https://medium.com/iryo-network/blockchain-in-healthcare-the-eos-way-new-york-meetup-report-abec9cf60a8f
Bringing the healthcare blockchain startup Iryo to the global audience (Official roadshow)
Iryo is the first participatory, blockchain driven healthcare network built on decentralising access to medical data. We’re driving the next generation of healthcare by standardising health-data, employing zero-knowledge encryption and powering medical AI & Big Data research.
https://medium.com/iryo-network/blockchain-in-healthcare-the-eos-way-new-york-meetup-report-abec9cf60a8f
February 26, 2018, 02:51:32 PM
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.
I like that the most!
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.
Data will be stored in OpenEHR format, which will provide interoperability and future compatibility.
I like that the most!
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.
February 26, 2018, 01:56:04 PM
Token use cases
Patients
The Iryo Token will usher in a new era for medical research. Patients will have the ability to anonymously share their medical history/results with researchers in exchange for Iryo Tokens which can then be used to pay for medical services within the network.
Iryo Research Portal
Research institutions will have access to vast quantities of highly relevant medical data at their disposal. "Analyse in Place" queries will decrease the expenses associated with acquiring large sets of medical data making AI & Big Data research more affordable, while preserving complete anonymity for the patients who share the data (preventing de-anonymisation https://en.wikipedia.org/wiki/De-anonymization).
Iryo Clinics
Iryo Tokens will enable hospitals & clinics to participate within the network. Blockchain access controls will enable healthcare providers to securely access a patient’s medical record in real-time, enabling them to treat patients in ways never before possible. They will also provide way to get emergency access to a patient's health records in case of the patient being incapacitated to grant access.
I see utility token to use this is my first plus side. Not just to trade but actually has a usage otherwise. What will you have to proof (certificates ..?) to get the access to Iryo research portal ? Just country and big private clinics and institutes or can a private dental clinic or laboratory get this access too ?
Patients
The Iryo Token will usher in a new era for medical research. Patients will have the ability to anonymously share their medical history/results with researchers in exchange for Iryo Tokens which can then be used to pay for medical services within the network.
Iryo Research Portal
Research institutions will have access to vast quantities of highly relevant medical data at their disposal. "Analyse in Place" queries will decrease the expenses associated with acquiring large sets of medical data making AI & Big Data research more affordable, while preserving complete anonymity for the patients who share the data (preventing de-anonymisation https://en.wikipedia.org/wiki/De-anonymization).
Iryo Clinics
Iryo Tokens will enable hospitals & clinics to participate within the network. Blockchain access controls will enable healthcare providers to securely access a patient’s medical record in real-time, enabling them to treat patients in ways never before possible. They will also provide way to get emergency access to a patient's health records in case of the patient being incapacitated to grant access.
I see utility token to use this is my first plus side. Not just to trade but actually has a usage otherwise. What will you have to proof (certificates ..?) to get the access to Iryo research portal ? Just country and big private clinics and institutes or can a private dental clinic or laboratory get this access too ?
February 26, 2018, 11:28:48 AM
Because product inception / launch & adoption are mutually exclusive
February 26, 2018, 10:46:07 AM
February 26, 2018, 07:33:25 AM
This is very interesting
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.
Check it out
https://iryo.network/#zero_knowledge
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.
Check it out
https://iryo.network/#zero_knowledge
February 26, 2018, 07:08:24 AM
Leet reading about OpenEHR and IRYO
Education is the key!
https://medium.com/iryo-network/what-is-openehr-6927822b1c69
What is OpenEHR?
When talking about interoperability in healthcare, the key problem lies in how data is written in the first place. Universal interoperability could be achieved if all doctors recorded data in the same structure. This is a very generalized description of what openEHR is: an agreed set of forms for different specialties, defined by surgeons for surgery needs, cardiologists for cardiology needs, and so on. OpenEHR is not a standard for engineers but a standard for medical professionals.
As stated on openehr.org »OpenEHR is a virtual community working on means of turning health data from the physical form into electronic form and ensuring universal interoperability among all forms of electronic data. The primary focus of its endeavour is on electronic health records (EHR) and related systems.«
The idea of a global EHR
In a previous post I shortly touched upon interoperability. Well, in an ideal world, interoperability would not be important at all. Can you imagine a one ubiquitous EHR system all over world that serves all mankind? In this scenario, every one of us would have access to their medical data at any time and any location. But as we all know, the reality is so far from this utopian dream (at least for now).
Lock-in based business models as the unfortunate reality in healthcare!
Medical records management systems have traditionally been developed by software developers that typically designed a database and a user interface on top of it in order to support the work processes of healthcare personnel. And as time passed by, they were doing business as usual and introduced changes to the data model and to the user interfaces. And developers were the ones who knew what the data model actually means. Even more, these data models were not owned by healthcare organizations but by the software companies — in spite the fact that healthcare organizations are typically the owners of the data they produce. So imagine what you can do with raw data without the data model schema that tells you what this raw data really means!
And if you think up a project in which you want to exchange data between different systems, there is a high chance that an integration will not be fully possible because now you have to harmonize two different data models that are under control by two different software companies.
Such data hostage situations are the basis for the lock-in based business models. You find a hook for your customers that makes them dependent on your solution and services and then you are good for years to come because they will not be able to get rid of you. All good for you, if you are the software provider. But everyone else suffer. Not really a sustainable behavior.
Industry standards?
If we take a look at other industries we can quickly find out that there is something we call industry standards. All the service providers implement the standards and then the end customer can choose the service provider based on e.g. how well their customer service is doing, or how user friendly their user interface is etc.
You get a true market where customers can switch between providers without much issues. Telco companies have evolved quickly to support such level of maturity.
So, what is OpenEHR?
This brings us to OpenEHR. It is a standard that enables a one global model of EHR data that can be used by anyone. It is based on the concept of archetypes and templates. Archetypes are very broadly described medical concepts. Each concept is described by as many possible specialists in order to obtain a maximum data set for the concept. And if you have such a database of archetypes that is used globally, you have a common definition for data models that contain not only different data elements and structures but also mappings to the international terminologies like SNOMED. An archetype is modeled by using a common OpenEHR reference model — the core of OpenEHR.
How do software providers use OpenEHR?
When using OpenEHR, software providers design templates with the help of archetypes.These templates as the basis structure that can be represented to the user by means of a user interface. Whatever the end user enters in your system is validated by the OpenEHR engine.If the validation fails, error is triggered. If not, data is stored.
Each system that conforms to OpenEHR will be able to receive and understand all the data. Ergo, technical and semantic interoperability in action!
OpenEHR — the open industry standard?
So by using OpenEHR, the data models are not locked by software companies, but are publicly available to any provider that wants to design a software based on OpenEHR. The company that will provide a better use interface or provide better algorithmic services etc. on top of OpenEHR will win more customers.
Where is OpenEHR used?
OpenEHR is not a new invention. Work on its development has started in 1994 in England. Unfortunately, England chose to try a very costly approach instead of OpenEHR but lastly found its way back to the original idea. OpenEHR is used in countries like Australia, Brasil, Norway, Sweden, Netherlands, Russia, India, and Slovenia. Even more countries participate in different projects both in academia and industry.
OpenEHR in Slovenia
Slovenia has started using OpenEHR almost 10 years ago. The Ministry of health has co-funded a research project focused on building an OpenEHR based platform. It has then provisioned the development of a brand new hospital information system that was based on OpenEHR. OpenEHR has been used as the basis for the national eHealth where OpenEHR is used for defining national documents that need to be exchanged between the healthcare providers. One example of such of a document is the Patient Summary. The data set is a European Commision recommendation for cross-border exchange. Slovenia used OpenEHR to model all the data. Now, every provider of EMR systems in hospitals and other healthcare providers is sending different parts of the Patient summary to the national EHR. This data is then accessible to all healthcare providers and patients on an online portal.
Practical example
One of the sections of the Patient Summary is the Vaccination data set. Patient Summary thus holds information about your vaccinations. Based on this, Slovenia was able to create a national vaccination registry by tapping into the Vaccination section of the Patient Summary.
The beauty of OpenEHR lies in the fact that it is not a standard for engineers but a standard for medical professionals. The OpenEHR community provides great tooling support and also a vast network of medical professionals who are working all over the world on a common knowledge database that holds the OpenEHR archetypes.
Since OpenEHR is organically growing since 1994 it is not a hype but a strong hold in healthcare that supports the idea of a ubiquitous EHR.
Education is the key!
https://medium.com/iryo-network/what-is-openehr-6927822b1c69
What is OpenEHR?
When talking about interoperability in healthcare, the key problem lies in how data is written in the first place. Universal interoperability could be achieved if all doctors recorded data in the same structure. This is a very generalized description of what openEHR is: an agreed set of forms for different specialties, defined by surgeons for surgery needs, cardiologists for cardiology needs, and so on. OpenEHR is not a standard for engineers but a standard for medical professionals.
As stated on openehr.org »OpenEHR is a virtual community working on means of turning health data from the physical form into electronic form and ensuring universal interoperability among all forms of electronic data. The primary focus of its endeavour is on electronic health records (EHR) and related systems.«
The idea of a global EHR
In a previous post I shortly touched upon interoperability. Well, in an ideal world, interoperability would not be important at all. Can you imagine a one ubiquitous EHR system all over world that serves all mankind? In this scenario, every one of us would have access to their medical data at any time and any location. But as we all know, the reality is so far from this utopian dream (at least for now).
Lock-in based business models as the unfortunate reality in healthcare!
Medical records management systems have traditionally been developed by software developers that typically designed a database and a user interface on top of it in order to support the work processes of healthcare personnel. And as time passed by, they were doing business as usual and introduced changes to the data model and to the user interfaces. And developers were the ones who knew what the data model actually means. Even more, these data models were not owned by healthcare organizations but by the software companies — in spite the fact that healthcare organizations are typically the owners of the data they produce. So imagine what you can do with raw data without the data model schema that tells you what this raw data really means!
And if you think up a project in which you want to exchange data between different systems, there is a high chance that an integration will not be fully possible because now you have to harmonize two different data models that are under control by two different software companies.
Such data hostage situations are the basis for the lock-in based business models. You find a hook for your customers that makes them dependent on your solution and services and then you are good for years to come because they will not be able to get rid of you. All good for you, if you are the software provider. But everyone else suffer. Not really a sustainable behavior.
Industry standards?
If we take a look at other industries we can quickly find out that there is something we call industry standards. All the service providers implement the standards and then the end customer can choose the service provider based on e.g. how well their customer service is doing, or how user friendly their user interface is etc.
You get a true market where customers can switch between providers without much issues. Telco companies have evolved quickly to support such level of maturity.
So, what is OpenEHR?
This brings us to OpenEHR. It is a standard that enables a one global model of EHR data that can be used by anyone. It is based on the concept of archetypes and templates. Archetypes are very broadly described medical concepts. Each concept is described by as many possible specialists in order to obtain a maximum data set for the concept. And if you have such a database of archetypes that is used globally, you have a common definition for data models that contain not only different data elements and structures but also mappings to the international terminologies like SNOMED. An archetype is modeled by using a common OpenEHR reference model — the core of OpenEHR.
How do software providers use OpenEHR?
When using OpenEHR, software providers design templates with the help of archetypes.These templates as the basis structure that can be represented to the user by means of a user interface. Whatever the end user enters in your system is validated by the OpenEHR engine.If the validation fails, error is triggered. If not, data is stored.
Each system that conforms to OpenEHR will be able to receive and understand all the data. Ergo, technical and semantic interoperability in action!
OpenEHR — the open industry standard?
So by using OpenEHR, the data models are not locked by software companies, but are publicly available to any provider that wants to design a software based on OpenEHR. The company that will provide a better use interface or provide better algorithmic services etc. on top of OpenEHR will win more customers.
Where is OpenEHR used?
OpenEHR is not a new invention. Work on its development has started in 1994 in England. Unfortunately, England chose to try a very costly approach instead of OpenEHR but lastly found its way back to the original idea. OpenEHR is used in countries like Australia, Brasil, Norway, Sweden, Netherlands, Russia, India, and Slovenia. Even more countries participate in different projects both in academia and industry.
OpenEHR in Slovenia
Slovenia has started using OpenEHR almost 10 years ago. The Ministry of health has co-funded a research project focused on building an OpenEHR based platform. It has then provisioned the development of a brand new hospital information system that was based on OpenEHR. OpenEHR has been used as the basis for the national eHealth where OpenEHR is used for defining national documents that need to be exchanged between the healthcare providers. One example of such of a document is the Patient Summary. The data set is a European Commision recommendation for cross-border exchange. Slovenia used OpenEHR to model all the data. Now, every provider of EMR systems in hospitals and other healthcare providers is sending different parts of the Patient summary to the national EHR. This data is then accessible to all healthcare providers and patients on an online portal.
Practical example
One of the sections of the Patient Summary is the Vaccination data set. Patient Summary thus holds information about your vaccinations. Based on this, Slovenia was able to create a national vaccination registry by tapping into the Vaccination section of the Patient Summary.
The beauty of OpenEHR lies in the fact that it is not a standard for engineers but a standard for medical professionals. The OpenEHR community provides great tooling support and also a vast network of medical professionals who are working all over the world on a common knowledge database that holds the OpenEHR archetypes.
Since OpenEHR is organically growing since 1994 it is not a hype but a strong hold in healthcare that supports the idea of a ubiquitous EHR.
February 26, 2018, 07:08:15 AM
The beauty of OpenEHR lies in the fact that it is not a standard for engineers but a standard for medical professionals. The OpenEHR community provides great tooling support and also a vast network of medical professionals who are working all over the world on a common knowledge database that holds the OpenEHR archetypes.
Let's get a little educated: https://medium.com/iryo-network/what-is-openehr-6927822b1c69
Let's get a little educated: https://medium.com/iryo-network/what-is-openehr-6927822b1c69
February 26, 2018, 02:54:31 AM
Eth and eos blockchain to choose is cool but I think EOS is better and why not choose only eos? Maybe for the tokens or maybe because most people alreeady have eth and need to buy eos..more complicated?
February 25, 2018, 03:32:48 PM
What is the diff. between www.iryo.io and www.iryo.network ?
February 25, 2018, 03:28:11 PM
When will KYC be available?
I want to whitelist soon as possible
I want to whitelist soon as possible
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