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MongoDB queryable encryption means never having to decrypt sensitive data inside the data store, all but eliminating the database as a target of attack. Here’s how to get started. MongoDB 6 introduced ...

A long, long time ago—in the early 90s—I first worked as a DBA with responsibility for enterprise databases. I will never forget how surprised and disappointed I was to discover that the data in the ...

I recently spoke with the MongoDB team about the much-anticipated MongoDB version 7. One feature they were particularly interested in discussing was Queryable Encryption. Let's delve into this feature ...

MongoDB 6.0 introduces a preview feature that pulls off the quasi-magical feat of allowing encrypted data to be used as the target of searches, without ever transmitting the keys to the database.

A friend of mine was wondering why cell-level encryption isn't used often in databases. What would seem to be a fast and efficient approach to data security actually requires a complex implementation.

Pervasive encryption that protects data not just in transit and at rest but in use — thus freeing companies of the fear of data breaches — has long been a dream of business executives, IT teams, and ...

The U.S. Patent and Trademark Office is considering the adoption of encryption-in-use technology to protect data as it builds out its zero-trust security architecture, Chief Information Officer Jamie ...

Partial Header Encryption (PHE) is an additional mechanism added to Integrity and Data Encryption (IDE) in PCIe 6.0 to prevent side-channel attacks based on attacker analysis of the information ...

In my blog “The Importance of Memory Encryption for Protecting Data in Use,” I discussed the growing industry consensus on the imperative of incorporating memory encryption in computing architectures.

Column-level (or “cell-level”) encryption was introduced with SQL Server 2005. We can encrypt individual columns that are sensitive in nature. The trade-off here is that we need to change our database ...