Confidential Computing

The intelligence exists. The watchlists exist. But getting an answer shouldn’t mean exposing everyone’s data or revealing who knows what. One hour until departure. The passenger manifest is finalized. The crew is ready. Hundreds of people are about to board. But there’s one question security authorities need answered first: Is anyone on this flight a...

Encryption remains one of the most important foundations of PII protection. However, as organizations increasingly analyze, share, and use sensitive data, encryption alone does not address the challenge of protecting data while it is actively being processed.  In reality, encryption only protects sensitive data until someone needs to use it. Every time personally identifiable information...

Sovereign cloud is the cloud industry’s fastest-growing promise and its most frequently broken one. A sovereign cloud is a cloud environment designed so the data and workloads inside it stay fully subject to the laws and control of a single jurisdiction, and beyond the legal reach of any foreign government. That is the sovereign cloud...

If you’re comparing pseudonymization vs anonymization, the most important thing to know is that choosing the wrong approach can have serious compliance and security consequences. Under GDPR, pseudonymized data is still considered personal data, while properly anonymized data is not. That distinction affects everything from AI development and data sharing to regulatory compliance and breach...

Most security teams feel fairly confident about how they protect sensitive data. They encrypt databases. They mask data in test environments. They have policies in place. Job done. But here is the problem. Neither data masking nor encryption protects data while it is actually being used: while a query is running, an AI model is...

Data governance vs data architecture is one of the most misunderstood distinctions in enterprise data strategy. Most organizations have built one without the other. They invest in data architecture (storing, moving, and processing data efficiently) while governance remains a spreadsheet and a compliance checkbox. Or they enforce rigid governance rules that make their architecture painful...

For years, Fully Homomorphic Encryption (FHE) has been the “holy grail” of data privacy. The promise is incredible: the ability to compute on encrypted data without ever needing to decrypt it. In a world of constant data breaches and strict privacy regulations, it allows for a “privacy-by-design” economy where sensitive information like medical records or...

Most organizations have invested heavily in protecting data at rest and data in transit. Encryption standards are mature, compliance frameworks require them, and security teams understand how to implement them. However, the greatest exposure often occurs when data is actively being used. Data in use protection refers to the technologies and security controls that protect...

Data at rest vs data in transit is the comparison between the two classic states of data — stored data and data moving across a network — and each state requires a different type of encryption. There is also a third state, data in use, which covers data being actively processed. Most organizations think of...

Fully homomorphic encryption (FHE) lets you compute directly on encrypted data without ever decrypting it. For years, that capability came at a cost that made enterprise deployment impractical: operations that ran in milliseconds on plaintext took minutes or hours under encryption. Homomorphic encryption performance in 2026 tells a different story. Algorithm improvements, compiler optimization, batching...