Blogbeiträge

As the choice of HSMs is dependent on the specific application it is used for, we make some general recommendations by providing a list of potential criteria to take into account, irrespective of what you intend to use it for.

The importance of cryptography has acquired considerable prominence due to the requirement of security mechanisms such as confidentiality, integrity, authenticity, and non-repudiation in modern data communications.

The importance of cryptography is increasing. The formalization of quantum computing platforms poses serious threats to the cryptographic algorithms. Be informed about the omplications of quantum computing on the present cryptography.

Under eIDAS, the EU aims to facilitate cross-border digital transactions and pave the way for a Digital Single Market. Qualified electronic signatures and seals play a decisive role with this goal. Read in our article how to benefit from eIDAS.

There is a significant uncertainty when it comes to the impact of quantum computing on modern cryptography. Michele Mosca has offered a theorem that may be the key to successfully determining your path to post-quantum preparation.

Sandy Carielli faces all the unanswered questions, to advice Entrust Datacard's partners and customers on how to move forward in the context of post-quantum cryptography.

Since the development of quantum computing, some cryptographic algorithms have been compromised. Read here about current threats to crypto applications and how you can mitigate the security risks.

In this video blog, Madjid Nakhjiri, Senior Principal Security Architect at the Samsung Strategy and Innovation Center, describes his company’s strategy to develop products today which are prepared for the post quantum era.

The need for crypto agility becomes more important. HSMs play a critical role in crypto agility and safeguarding digital keys as they provide the secure environment for executing the cryptographic algorithms to generate these keys.

Michele Mosca explains why researchers all around the globe are ambitiously working on a new generation of cryptographic infrastructure and algorithms to withstand the quantum-enforced new generation of attack models.

Cryptography is one of the cornerstones of all blockchain infrastructures. A major advantage of blockchain is that its cryptography manges it virtually untamperable, with changes in the crypto being virtually impossible.

Quantum computers will revolutionize many industries and will be powerful enough to break all commonly used public key cryptographic algorithms.