Implementation of a system for stabilizing and securing the data set with which users can interact through different types of transactions which will make it more reliable for clinical trials.
Improving the quality and reliability of Clinical Trials data
Blockchain solutions for the healthcare industry to improve quality and reliability of clinical trials data.
Healthcare is a clinical domain where a huge amount of data is generated, acquired, and distributed on a regular basis. Storing and circulating such sensitive data is significantly challenging, this large amount of data is important for security and privacy purposes.
We developed a cryptography clinical setups, where the patient’s data is transferred either via a “store-and-forward technology”, or by the means of online real-time clinical monitoring was a huge challenge.
One of the major challenges was to implement a system for stabilizing and securing the data set with which users can interact through different types of transactions which will make it more reliable for clinical trials.
The critical part was to create a protocol that provides smart contract functionality in blockchain and is used parallel to clinic based data management system.
Implementing blockchain in pharma to improve the quality and reliability of clinical trial indeed require matured approach. We produced a prototype that uses distinct blockchain perks in managing authentication, confidentiality, nobility, and ease of sharing of data. It works on a decentralized records management system, and claims to provide patients a detailed, immutable history. Also, it allows easy access to their respective healthcare information across various providers and treatment institutions.
We created a system which doesn’t store medical records or require an adjustment time. But, it stores a mark of the record on a blockchain and advises the patient, who is eventually responsible for where that record can move. The mark guarantees that an unchanged duplicate of the record was acquired.
We developed a protocol that provides smart contract functionality in blockchain and is used parallel to clinic-based data management system. Our primary focus of the study was to address the issue of the patient enrolment problem. Ethereum resulted in quicker transactions, as compared to bitcoin, and hence the derived conclusion proposed the use of Ethereum smart contracts for transparency of data management systems in clinical trials.
To address the issue of the patient enrolment by managing authentication, confidentiality, nobility, and ease of sharing of data.
To ensure data integrity where the patients’ data is transferred securely.
To enable users interact through different types of transactions and make it more reliable for clinical trials.
To improve the quality and reliability of clinical trials data by providing real-time visibility into the entire clinical trial supply chain.
To enforce the level transparency,traceability and control over clinical trial sequences.
To collect participant consent for a clinical trial and track events in correct chronological order.
Cryptography clinical setups, where the patient’s data is transferred either via a “store-and-forward technology”, or by means of online real-time clinical monitoring.
A system for stabilizing and securing the data
A system which stores mark of the record on a blockchain with cryptography clinical setups.
Implementation of a system for stabilizing and securing the data set with which users can interact through different types of transactions which will make it more reliable for clinical trials.
Developed a blockchain prototype in managing authentication, confidentiality, nobility, and ease of sharing of data.
Store-and-Forward technology
Transparent and effective system that save resources
“SoluLab is one of the most resilient teams I have ever collaborated with. The best part was the team’s regular communication, timely updates, and good technical understanding of each project component and functioning.”