Decision makers are breaking down information silos to gain a better view of their companies and customers, but successfully implementing analytics at an organizational level is much easier said than ...

Josh Grossman provides a brief overview of what the ASVS is, but takes a closer look at balancing trade-offs and prioritizing different security requirements. Josh shares how to make the process ...

Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn More The topics of security and data have become almost inseparable as ...

IBM Corp. on Thursday released a free toolkit meant to make it practical for developers to implement fully homomorphic encryption, an emerging cryptography scheme with the potential to be safer than ...

Eleven years ago,IBM made a breakthrough in the development of fully homomorphic encryption (FHE), a technology that allows for computation and analysis of data while keeping it encrypted. FHE holds ...

IBM has launched a fully homomorphic encryption (FHE) test service for the enterprise in the first step to bringing in-transit encrypted data analysis into the commercial sector. IBM said on Thursday ...

IBM gets a patent on an encryption method that could make it possible to run fully encrypted programs or VMs without first decrypting them IBM has been granted a patent on an encryption method that, ...

A next-generation encryption technology developed by Korean mathematicians will be applied to the artificial intelligence (AI) software of global IT giant IBM. The adoption of this domestically ...

This is very cool. I like their machine learning use case, I knew about FHE amongst other things through the problems with plain RSA but never thought that these operations are precisely what machine ...

eWEEK content and product recommendations are editorially independent. We may make money when you click on links to our partners. Learn More. An IBM researcher has uncovered a way to analyze data ...

Obviously you can't use a homomorphism f: X->Y that's 1-1 and onto to encrypt a finite subset of the rational numbers. It would be trivial to find the additive and multiplicative identities in Y, and ...