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Medical data is currently stored and managed solely
on the individual servers of hospitals where the data is generated.
Submitting medical data to other hospitals or insurance companies takes a lot of time
and money because servers are not connected across hospitals,
and hospitals cannot arbitrarily use patient data without each individual’s consent.
Medical data is currently stored and managed solely
on the individual servers of hospitals where the data is generated.
Submitting medical data to other hospitals or insurance companies takes a lot of time and money because servers are not connected across hospitals, and hospitals cannot arbitrarily use patient data without each individual’s consent.
Medical data is currently stored and managed solely on the individual servers of hospitals where the data is generated.
Submitting medical data to other hospitals or insurance companies takes a lot of time and money because servers are not connected across hospitals, and hospitals cannot arbitrarily use patient data without each individual’s consent.
Medical data is currently stored and managed solely on the individual servers of hospitals where the data is generated.
Submitting medical data to other hospitals or insurance companies takes a lot of time and money because servers are not connected across hospitals, and hospitals cannot arbitrarily use patient data without each individual’s consent.
Records from Hospital A are issued as paper certificates or stored on a CD and submitted to Hospital B or an insurance company, etc.
Records from Hospital A are issued as paper certificates or stored on a CD and submitted to Hospital B or an insurance company, etc.
Costly, time-consuming, and difficult to verify data authenticity.
Costly, time-consuming, and difficult to verify data authenticity.
A lot of pharmaceutical, medical consulting, and other companies wish to utilize this highly-valuable medical data, but hospitals have difficulty sharing this data because they cannot obtain consent from every single patient.
A lot of pharmaceutical, medical consulting, and other companies wish to utilize this highly-valuable medical data, but hospitals have difficulty sharing this data because they cannot obtain consent from every single patient.
Storing medical data not only on hospital servers but also in personal blockchain clouds
allows for quick and easy usage and trade of medical data.
Maximizing the utilization of medical data benefits the individuals that own the data,
hospitals and doctors that generate the data, and businesses that desire the data.
Storing medical data not only on hospital servers but also in personal blockchain clouds allows for quick and easy usage and trade of medical data.
Maximizing the utilization of medical data benefits the individuals that own the data, hospitals and doctors that generate the data, and businesses that desire the data.
Storing medical data not only on hospital servers but also in personal blockchain clouds allows for quick and easy usage and trade of medical data.
Maximizing the utilization of medical data benefits the individuals that own the data, hospitals and doctors that generate the data, and businesses that desire the data.
Storing medical data not only on hospital servers but also in
Personal Blockchain clouds allows for quick and easy usage and trade of medical data.
Storing medical data not only on hospital servers but also in Personal Blockchain clouds allows for quick and easy usage and trade of medical data.
Storing medical data not only on hospital servers but also in Personal Blockchain clouds allows for quick and easy usage and trade of medical data.
Personal medical data is transmitted to
an individual’s Blockchain Cloud along with hospital signatures.
Individuals can manage, submit, and trade their medical data
easily through a mobile app.
Medical data can be sent along with personal signatures
from the individual’s cloud.
Companies requesting data can verify authenticity through
a public key stored in the blockchain.
Personal medical data is transmitted to
an individual’s Blockchain Cloud along with hospital signatures.
Personal medical data is transmitted to
an individual’s Blockchain Cloud along with hospital signatures.
Individuals can manage, submit, and trade
their medical data easily through a mobile app.
Individuals can manage, submit, and trade
their medical data easily through a mobile app.
Medical data can be sent along with
personal signatures from the individual’s cloud.
Medical data can be sent along with
personal signatures from the individual’s cloud.
Companies requesting data can verify authenticity
through a public key stored in the blockchain.
Companies requesting data can verify authenticity
through a public key stored in the blockchain.
Personal medical data is transmitted to
an individual’s Blockchain Cloud along with hospital signatures.
Individuals can manage, submit, and trade their medical data easily through a mobile app.
Medical data can be sent along with
personal signatures from the individual’s cloud.
Companies requesting data can verify authenticity through a public key stored in the blockchain.
Scattered personal medical data is stored in
individual blockchain clouds for integrated management.
When submitting medical records to other hospitals or trading data with a third party,
data authenticity is verified in real time through the blockchain.
Scattered personal medical data is stored in individual blockchain clouds for integrated management. When submitting medical records to other hospitals or trading data with a third party, data authenticity is verified in real time through the blockchain.
Scattered personal medical data is stored in individual blockchain clouds for integrated management.
When submitting medical records to other hospitals or trading data with a third party, data authenticity is verified in real time through the blockchain.
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Location of stored data:
Individual servers of hospitals
Data verification:
Unable to verify
Data formats:
Each hospital stores data in different formats (Incompatible)
Location of stored data:
Individual hospital servers + Personal blockchain cloud
Data verification:
Real-time verification by blockchain
Data formats:
Standardized blockchain certificates
Location of stored data:
Individual hospital servers + Personal blockchain cloud
Data verification:
Real-time verification by blockchain
Data formats:
Standardized blockchain certificates
Rather than using a specific server or specific cloud,
Blockchain Cloud splits and saves a single piece of data using
at least seven services and 21 data centers for its massive quantity of medical data.
When all the data is combined, only the individual owner of the data
with the blockchain key can access the data, keeping information as important as
medical data securely stored and safely utilized.
Rather than using a specific server or specific cloud, Blockchain Cloud splits and saves a single piece of data using at least seven services and 21 data centers for its massive quantity of medical data. When all the data is combined, only the individual owner of the data with the blockchain key can access the data, keeping information as important as medical data securely stored and safely utilized.
Rather than using a specific server or specific cloud, Blockchain Cloud splits and saves a single piece of data using at least seven services and 21 data centers for its massive quantity of medical data.
When all the data is combined, only the individual owner of the data with the blockchain key can access the data, keeping information as important as medical data securely stored and safely utilized.
· The original data is distributed and stored as meaningless data pieces across 21 or more data centers.
· It is not possible to understand the content of the original data through the data stored in a specific data center.
· The original data is distributed and stored as meaningless data pieces across 21 or more data centers.
· It is not possible to understand the content of the original data through the data stored in a specific data center.
· 원본 데이터가 21개 이상의 데이터 센터에
의미 없는 데이터 조각으로 분산 저장됩니다.
· 특정 데이터센터에 저장된 데이터를 통해서는 원본 데이터의 내용 파악이 불가능합니다.
· The original data is distributed and stored as meaningless data pieces across 21 or more data centers.
· It is not possible to understand the content of the original data through the data stored in a specific data center.
· The data pieces are stored in multiple clouds with 3-4 layers of redundancy.
· Even if a fire or server failure occurs in some data centers, the data will not be lost or compromised.
· The data pieces are stored in multiple clouds with 3-4 layers of redundancy.
· Even if a fire or server failure occurs in some data centers, the data will not be lost or compromised.
· The data pieces are stored in multiple clouds with 3-4 layers of redundancy.
· Even if a fire or server failure occurs in some data centers, the data will not be lost or compromised.
The blockchain-based medical data platform enables easy management, submission,
and transactions of medical care data, maximizing the value of medical data
that was previously stored on hospital servers and could not be utilized.
The blockchain-based medical data platform enables easy management, submission, and transactions of medical care data, maximizing the value of medical data that was previously stored on hospital servers and could not be utilized.
블록체인 의료 데이터 플랫폼을 통해
의료 데이터의 간편한 관리 · 제출 · 거래가 가능해지면서,
그동안 병원 서버에 저장된 채 활용되지 못했던
의료 데이터의 가치가 극대화됩니다.
The blockchain-based medical data platform enables easy management, submission, and transactions of medical care data, maximizing the value of medical data that was previously stored on hospital servers and could not be utilized.
Insurance, pharmaceutical, and other companies can
easily request for the information they need, and individuals can easily transmit their own data through the app.
Insurance, pharmaceutical, and other companies can
easily request for the information they need,
and individuals can easily transmit
their own data through the app.
lInsurance, pharmaceutical, and other companies can easily request for the information they need,
and individuals can easily transmit
their own data through the app.
Insurance, pharmaceutical,
and other companies can
easily request for the information
they need, and individuals can easily
transmit their own data through the app.
All data is delivered in the same format, making it easily compatible and highly usable.
All data is delivered in the same format,
making it easily compatible and highly usable.
The blockchain detects even the smallest hint of forgery
in real time.
The blockchain detects even
the smallest hint of forgery in real time.
Data is securely managed by our very own patented Blockchain Cloud.
Data is securely managed by
our very own patented Blockchain Cloud.
· A SDK for functional updates that processes medical data stored on hospital servers in the form of blockchain certificates and sends them to blockchain clouds
· A SDK for functional updates that processes medical data stored on hospital servers in the form of blockchain certificates and sends them to blockchain clouds
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· User Application: An application to support management of medical data requests and submissions, as well as transactions and settlements to trade medical data with third parties
· Personal Blockchain Cloud: A cloud space that receives and securely stores personal medical care data from multiple hospitals
· User Application: An application to support management of medical data requests and submissions, as well as transactions and settlements to trade medical data with third parties
· Personal Blockchain Cloud: A cloud space that receives and securely stores personal medical care data from multiple hospitals
· A SDK for functional updates that receives and views personal medical data from blockchain cloud
· A SDK for functional updates that receives and views personal medical data from blockchain cloud
ex) Used by insurance companies, hospitals, etc. to receive medical data
ex) Used by insurance companies, hospitals, etc. to receive medical data
· An application for companies requesting data that supports retrieval, purchase, settlement, and extraction functions for medical data
· An application for companies requesting data that supports retrieval, purchase, settlement, and extraction functions for medical data
ex) Used by pharmaceutical companies, clinical trial institutions, and medical consulting companies to trade data
ex) Used by pharmaceutical companies, clinical trial institutions, and medical consulting companies to trade data
Both previously stored and newly created medical data are transmitted and
saved on the individual’s (patient’s) Blockchain Cloud.
Individuals can freely access their medical care datasets stored
on their personal Blockchain Cloud through the user app.
Both previously stored and newly created medical data are transmitted and saved on the individual’s (patient’s) Blockchain Cloud.
Individuals can freely access their medical care datasets stored on their personal Blockchain Cloud through the user app.
Both previously stored and newly created medical data are transmitted and saved on the individual’s (patient’s) Blockchain Cloud.
Individuals can freely access their medical care datasets stored on their personal Blockchain Cloud through the user app.
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Click the “Send data to patient” button
on the hospital dashboard
to send medical care data to the user.
※ Requires individual consent.
병원 Dashboard에서
“환자에게 데이터 전송하기”
버튼을 클릭하여 사용자에게
의료 데이터를 전송합니다.
※ 개인 동의 절차 필요
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Individuals can look up medical datasets stored
on their personal cloud via the user app.
개인은 사용자 App에서
개인 클라우드에
저장된 의료 데이터셋을
조회할 수 있습니다.
Click the “Send data to patient”
button on the hospital dashboard
to send medical care data to the user.
※ Requires individual consent.
Click the “Send data to patient”
button on the hospital dashboard
to send medical care data to the user.
※ Requires individual consent.
Individuals can look up medical datasets stored
on their personal cloud via the user app.
Individuals can look up
medical datasets stored
on their personal cloud via the user app.
If a first visit to a hospital requires the patient’s previous medical records,
the individual can easily submit their own medical data
without having to physically go to their previous hospitals
because all that medical data is in his/her own possession.
If a first visit to a hospital requires the patient’s previous medical records, the individual can easily submit their own medical data without having to physically go to their previous hospitals because all that medical data is in his/her own possession.
If a first visit to a hospital requires the patient’s previous medical records, the individual can easily submit their own medical data without having to physically go to their previous hospitals because all that medical data is in his/her own possession.
Click “Hospital”
under data submissions
in the user app.
Select medical records
requested by the hospital.
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The patient (individual)
creates a Dynamic QR
that can be scanned
with a device
at the hospital by staff.
The hospital and individual’s
electronic signatures are
sent along with the data
and authenticity is verified
in real time through
the blockchain.
Click “Hospital” under data submissions
in the user app.
Select medical records
requested by the hospital.
The patient (individual) creates a Dynamic QR
that can be scanned with a device
at the hospital by staff.
The hospital and individual’s electronic signatures are
sent along with the data and authenticity is verified
in real time through the blockchain.
Click “Hospital” under
data submissions in the user app.
Select medical records
requested by the hospital.
The patient (individual) creates a Dynamic QR
that can be scanned with a device
at the hospital by staff.
The hospital and individual’s electronic
signatures are sent along with the data and
authenticity is verified
in real time through the blockchain.
Treatment history and other information required for insurance claims can be
easily submitted to insurance companies through the user app.
Insurance companies can verify the authenticity of the medical records
in real time through the blockchain.
Treatment history and other information required for insurance claims can be easily submitted to insurance companies through the user app.
Insurance companies can verify the authenticity of the medical records in real time through the blockchain.
Treatment history and other information required for insurance claims can be easily submitted to insurance companies through the user app.
Insurance companies can verify the authenticity of the medical records in real time through the blockchain.
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Click “Insurance Company”
under the send data section
in the user app.
Select
the insurance company
you need to file your claim.
Select
the data to be sent
and hit the “Submit” button.
Immediate receipt of funds
from claim after submission
of medical records
(partial payment to the hospital)
Immediate receipt
of funds
from claim after
submission
of medical records.
(partial
payment to the hospital)
Click “Insurance Company” under the send
data section in the user app.
Select the insurance company
you need to file your claim.
Select the data to be sent
and hit the “Submit” button.
Immediate receipt of funds
from claim after submission
of medical records
(partial payment to the hospital)
Immediate receipt of funds
from claim after submission of medical records.
(partial payment to the hospital)
Click “Insurance Company”
under the send
data section in the user app.
Select the insurance company
you need to file your claim.
Select the data to be sent
and hit the “Submit” button.
Immediate receipt of funds
from claim after submission
of medical records
(partial payment to the hospital)
Immediate receipt of funds
from claim after submission of medical records.
(partial payment to the hospital)
Pharmaceutical/Consulting companies may request
the sale of medical care data from individuals.
Profits from the sale of medical data are distributed in real time to patients,
hospitals, and doctors through smart contracts.
Pharmaceutical/Consulting companies may request the sale of medical care data from individuals.
Profits from the sale of medical data are distributed in real time to patients, hospitals, and doctors through smart contracts.
Pharmaceutical/Consulting companies may request the sale of medical care data from individuals.
Profits from the sale of medical data are distributed in real time to patients, hospitals, and doctors through smart contracts.
The demanding company selects
targets and categories
to proposetransactions
for medical data.
The demanding company
selects targets
and categories
to propose transactions
for medical data.
Individuals can view offers
through their apps.
Individuals can be selective
about the data they want to sell.
Profits from the sale of data are distributed
in real time topatients, hospitals and doctors through smart contracts.
※ Profit distribution ratio is adjustable
The demanding company selects
targets and categories
to proposetransactions
for medical data.
The demanding company selects targets
and categories to propose transactions for medical data.
Individuals can view offers through their apps.
Individuals can be selective about the data they want to sell.
Profits from the sale of data are distributed
in real time topatients,
hospitals and doctors through smart contracts.
※ Profit distribution ratio is adjustable
The demanding company selects
targets and categories
to proposetransactions
for medical data.
The demanding company selects targets
and categories to propose transactions
for medical data.
Individuals can view offers through their apps.
Individuals can be selective
about the data they want to sell.
Profits from the sale of data are distributed
in real time topatients,
hospitals and doctors through smart contracts.
※ Profit distribution ratio is adjustable
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