The digitalization of the health sector is set to accelerate. Patients are now experiencing the use of digital services such as access to electronic patient medical records, cross-border health services, medical prescriptions via apps, as well as video consultations.
eHealth services are gradually becoming more common. In addition to this, government initiatives such as the EU Health Data Space aim to create shared, regulated access and standardization of health and patient data across Europe.
With the digitalization of health services comes a huge amount of digital, highly sensitive data that needs to be controlled, secured and protected.
The ehealth industry requires effective data protection solutions that do not restrict data sharing and transparency when and where it is required.
Utimaco provides a range of on-site data protection solutions that ensure the secure transfer, storage, and sharing of critical data.
Applications for On-premise Data Security in eHealth
Software-based File and Folder Encryption
Reliable data encryption at the file and folder level to protect data against unauthorized access and to fulfill data protection regulations.
Key Management
Sensitive data must not only be encrypted, but also kept secure while in motion, in use, or at rest. Reap the benefits of properly managing your encryption keys.
Securing blockchain-based applications
Specific generation of private and public keys used for blockchain transactions and secure storage of all related digital assets in a blockchain.
Secure File Sharing
Enables secure but easy-to-manage data sharing with third parties without running the risk of data interception.
Post Quantum Cryptography
Strong, quantum-resistant lattice-based and stateful hash-based cryptographic algorithms for encryption and digital signature use cases.
Hardware Security Modules for General Purpose Use Cases
Enables key generation, storage, and exchange. Addresses various performance levels and physical security requirements while fulfilling compliance and regulatory mandates.
Tokenization
Replacing sensitive data with non-sensitive tokens enables secure business operations without sharing sensitive information.
Key Generation and Derivation
In Germany, medical history as one of the most sensitive types of patient data which is subject to specific compliance requirements. Cryptographic keys protecting such data must be generated and protected by utilizing key generation and derivation.
