Current analysis on payment security, fraud prevention, AML/KYC, and PCI DSS compliance.
cryptography-key-managementThe Question at Hand Your encryption keys work today. Your TLS certificates validate. Your Hardware Security Modules (HSMs) meet FIPS 140-3 requirements. So why would you invest time and budget in pos
cryptography-key-managementYour encryption is already obsolete, you just don t know which systems are vulnerable yet. Quantum computing isn t a distant problem. Adversaries are harvesting encrypted data today, storing it, and w
cryptography-key-managementYour payments infrastructure relies on cryptographic controls you can t afford to lose sight of. As quantum-capable systems emerge, you ll need to know exactly what you re protecting, where it resides
cryptography-key-managementYou re responsible for protecting cardholder data, transaction records, and authentication credentials that could remain sensitive for ten years or more. Quantum computing isn t here yet, but adversar
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cryptography-key-managementYou re managing a security infrastructure involved in payment processing, and someone just asked whether your team should start migrating to post-quantum algorithms. The honest answer: it depends on w
cryptography-key-managementYour cryptographic dependencies are about to become your biggest vulnerability. As quantum computing advances, the algorithms protecting your authentication systems, key management infrastructure, and
cryptography-key-managementPurpose of the Checklist You can t swap out cryptographic algorithms like you replace a server. Payment systems, cardholder data environments, and transaction processing pipelines embed cryptographic
cryptography-key-managementYou re looking at a vast array of cryptographic implementations across payment systems, transaction databases, authentication services, and customer records. Quantum computing threatens to break RSA,
cryptography-key-managementScope This guide tackles the challenge of discovering and inventorying cryptographic assets in payment environments, especially as post-quantum cryptography becomes a requirement. It s designed for te
cryptography-key-managementThe March 2027 deadline for CBOM standards isn t your problem. Your problem is finding every certificate, key, and algorithm buried in your infrastructure before quantum computers break your encryptio
cryptography-key-managementWhen Marin Ivezic, CEO of Applied Quantum, led post-quantum cryptography migration programs with over 120,000 tasks, only 30,000 involved cryptography directly. The remaining 90,000 tasks dealt with i
cryptography-key-managementYou ve heard the timelines. You ve seen the NIST standards . Your cryptography team is ready. So why do post-quantum cryptography migrations often become organizational nightmares that consume years a
cryptography-key-managementThe payment industry faces a critical decision point. Quantum computing threatens RSA and ECC keys, while AES adoption lags despite warnings about Triple DES deprecation. Your team has limited budget
cryptography-key-managementThe 2030 post-quantum cryptography deadline isn t far off. President Trump moved it forward from 2035, and if you re treating this as a future problem, you re already behind. The White House quantum s
cryptography-key-managementThe Growing Quantum Threat The payments industry is on the brink of a cryptographic crisis driven by advances in quantum computing. While no breach has occurred yet, regulators worldwide are mandating
cryptography-key-managementThe 2030 deadline isn t hypothetical anymore. NIST will complete its critical systems migration by the end of next year, setting the pace for everyone else. If you re responsible for securing cardhold
