The Alexandra Institute // Expertise // Security Privacy // Data encryption

Data encryption

Service

Data encryption
Encryption provides very high security guarantees if used correctly. Contact us if you need advice on how to design secure solutions. Several of our experts have a PhD in cryptology or mathematics.

It is often necessary to use cryptographic techniques to design solutions with a high level of security.

Our activities include both standard cryptography and research projects on new ways to encrypt data. With modern cryptographic techniques, it is possible to extract value from encrypted data and maintain a very high level of security at the same time.

Contact us if you need help on the ins and outs of encryption, want help to implement encryption algorithms, or need to have verified that you are using the right encryption.

Encryption provides very high security guarantees and is the foundation of many security features on the Internet as we know it today. In order to achieve a high level of security, we need to deploy the right encryption techniques.

But modern cryptology is more than that. 

Big data is a megatrend. However, much of the data that is interesting from a business perspective is also very sensitive, such as business-critical data, personal data or other data that is subject to strict security requirements. We develop new tools to address this situation.

Get advice on encryption

We can help you if you need advice on how to use encryption or choosing the right technology. This includes both standard encryption protocols and state-of-the-art encryption technologies based on the newest research.

Get a review

Encryption provides high-level security guarantees if used correctly. Encryption is, however, also very complex, and it can be hard to choose the right algorithm and use it correctly. Several of our specialists have strong professional competencies, such as a PhD in cryptology or mathematics. 

How to process sensitive data without compromising on security

We develop anonymisation techniques to allow processing on sensitive data while at the same time protecting privacy. We use anonymisation methods based on cryptology to ensure that anonymised data cannot be de-anonymised, i.e. the anonymous data source cannot be re-identified.

With Secure Multiparty Computation, we can compute on encrypted data, which creates several new opportunities for collecting and processing data without compromising on security. This is relevant if you want to share data or if becoming a data-driven organisation is part of your strategy. 

With Secure Multiparty Computation, we can compute on encrypted data. This creates new opportunities for collecting and processing data without compromising on security.
Contact
Head of Security Lab, PhD
Security Lab
+45 24 26 99 11
See profile
.