Post-quantum cryptography is often discussed in terms of algorithms, key sizes, and standards. But its most profound impact is not mathematical. It is architectural. Once cryptographic assumptions change, identity systems are inevitably affected. Authentication, access control, and identity lifecycle management cannot remain the same in
Post-quantum cryptography is often presented as a destination. A set of new algorithms. A new standard to adopt. A final upgrade after which systems are “quantum-safe”. This framing is misleading. The real challenge of the post-quantum era is not choosing the right algorithms. It is
For decades, authentication systems have been built on a set of assumptions that largely went unquestioned. Cryptographic algorithms were considered long-lived, key compromise was seen as unlikely, and attackers were assumed to have limited computational capabilities. Post-quantum cryptography challenges all of these assumptions at once.
When post-quantum cryptography is discussed inside organizations, it is often framed as a future upgrade. A moment when algorithms are replaced, systems are updated, and the problem is considered solved. That framing is convenient. It is also misleading. The transition to post-quantum cryptography is not
For years, data protection strategies have been built around a relatively simple objective: prevent unauthorized access today. Firewalls, access controls, encryption and monitoring systems are designed to stop breaches in the present tense. If data remains unreadable now, it is considered secure. Quantum computing complicates
For years, encryption has been treated as a time machine for security. If data is encrypted today and the encryption is not broken, it is assumed to be safe indefinitely. That assumption has quietly shaped how organizations store sensitive information, design compliance programs and evaluate
Modern organizations rely on cryptography every single day, often without realizing it. From secure communications and digital identities to data protection and trust on the internet, cryptographic systems form the invisible foundation of today’s digital world. As long as these systems work as expected, they
Few things feel better than logging off, leaving the office behind, and taking a well-deserved holiday. But for many employees, the first day back comes with an unwelcome surprise: they can’t remember their passwords. Instead of easing into work, they’re stuck calling IT, waiting for
The sun is shining, your flights are booked, your hotel is waiting. Summer vacation is finally here. But amidst all the excitement, there’s one crucial step travelers often overlook: creating a secure backup of your most important travel documents. Because let’s face it: things go
