Researchers from Tokyo University of Science in Japan have developed a faster and cheaper method for handling encrypted data while improving security. Currently, homomorphic encryption and secret ...

Quantum computing is no longer science fiction—it’s quickly becoming a technological reality that’s reshaping the future of cybersecurity. When I last shared my thoughts on ...

Laptops, external drives, and USB sticks are especially vulnerable to data theft, but with Windows and a few tools, you can ...

Regardless of the strength of data’s encryption, more and more potential vulnerabilities surface in data security as more people are granted access to sensitive information. However, a relatively new ...

The inadequacies of traditional encryption methods have shackled the industry. For decades, organizations have faced an unyielding conflict between data security and data utility.

USB drives, external HDDs, and memory cards—remains the go-to for transferring and backing up data. But these devices are also among the easies ...

Encryption, blockchain, and better user control are transforming EHR systems to keep patient data private, secure, and accessible across care networks.

When Q-Day arrives — the day hackers get access to quantum computers that can break today’s data encryption methods — the impact on mission-critical infrastructure could be catastrophic ...

If a leak occurs, Vaultree's data-in-use encryption persists, rendering the data unusable to bad actors.

Agencies can now build enclave-based applications to protect data in use in a dedicated cloud that meets government security and compliance requirements. The need for strong data encryption won’t go ...