Security Built on a Proven Foundation

True-Graft is engineered to safeguard sensitive health information from unauthorized access at every layer of the system. 

To achieve this, we implement:

• HIPAA-compliant data handling and hosting, ensuring protected health information (PHI) is secured in accordance with regulatory requirements. 

• Advanced encryption, protecting data at rest, in motion, and across backup environments. 

• Secure data exchange protocols, enabling integration with existing electronic health records and clinical systems over trusted channels. 

• Photo authenticity verification, ensuring calibrated images used in clinical records have not been altered or tampered with. 

These measures help ensure that only authorized users and systems can access or alter clinical data captured and stored within True-Graft. 

Maintaining the accuracy and reliability of clinical data is fundamental to the True-Graft mission. 

Our platform incorporates:

• Rigorous encryption and authentication protocols that guard against unauthorized modification or corruption of data. 

• Robust audit trails and change controls to monitor activity and support clinical quality assurance. 

• Automated logging and system monitoring to detect and respond to anomalies in real time.

• Quality assurance testing for every software update to uphold data integrity and system performance.      

As a result, clinicians can trust that wound measurements, calibration data, and diagnostic outputs remain accurate, auditable, and clinically meaningful across care settings. 

True-Graft is designed to be highly available and resilient, so clinicians have reliable access when and where they need it.

This is achieved through: 

• System  architectures with fault tolerance that minimize disruption due to hardware or network issues. 

• Global redundancy and secure distributed infrastructure, ensuring backups and system continuity even in the event of localized failures. 

• High-availability design that supports rapid access to calibrated images, measurements, and clinical workflows across inpatient, outpatient, and remote care environments. 

This level of availability helps support clinical productivity and patient care without compromising performance or data security.