How Does Patientory’s Technology Work?

Centralising all your medical data in one place to manage, share and track your healthcare.


Thousands of people like you are also already on the Patientory network. Discuss your health concern with others in the community and learn from their experience.


Encrypted middleware to meet the high-volume demands of modern day Health IT.


The most secure way of preventing your patients’ sensitive health information from cyber attacks.


Your doctors can securely share information with patients, family members, caregivers, specialists, and nurses, or chat via our HIPAA-compliant messaging platform.

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Pay with PTOY

Blockchain technology is the most secure way of preventing your patients’ sensitive health information from cyber attacks.

Care team

You can directly communicate with your doctors and care providers. Reach them easily, and share information with everyone in your care circle.

Patientory App

Many of the early challenges developing blockchain proof of concepts (POCs) for the enterprise revolved around two prominent concerns: scaling and privacy. In addition, the limited two-tiered architecture (client/server) presents version control issues and is difficult for in-house IT teams to implement.

With time and a maturation of the technology has come evolution and the use of a middle-tier in blockchain architecture. This has enabled in-house teams to develop application functionality and feature sets using familiar tools and languages. This multilevel framework provides a separation of concerns (middleware) similar to modern web infrastructures. The middle layer allows the platform to interface with existing systems and scale more efficiently off-the-chain. The business logic (smart contracts) flows securely on and off the blockchain.

Similarly, Patientory creates, configures, and queries blockchain-enabled smart contracts that leverage both “traditional” cloud middleware and new application services to support blockchain development for nodes on and off the chain. Within this framework, the implementation of modern application services like biometrics and OAuth, real-time data and billing, and personal health insurance information are now possible. Applications can be developed using standard development tools, reducing time-consuming learning curves for onboarding and implementation.

Presentation layer

This is the user’s touchpoint for accessing their healthcare information in real-time. Prescription adherence alerts, data from wearables, Explanation of Benefits (EOB), and real-time data can be found here. Hospitals, Clinical Care providers, and other enterprise members interface here while exchanging information securely in the P2P network.


Oracles execute in a secure computational environment and have the cryptographic primitives that allow them to work directly with blockchains. On the platform, business logic executes in a fabric that binds the code to a smart contract. Identity and key management, cryptographic, services, attested data, and interaction with the outside world run in this secure environment.

Data layer and schema

This third layer serves as a distributed database of the shared truth between nodes on the blockchain. The ledger is an instantiation of a version-specific contract between several different parties. Smart contracts are bound by the ledger, schema, counterparties, logic, and external sources. The platform is fully auditable and can serve to automate many healthcare operational processes.