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Cryptography protects data and communications by converting information into forms that only authorized parties can read or verify.

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Cryptography secures information by converting data into coded formats using mathematical algorithms, enabling confidentiality, integrity, and authentication. Common cryptographic techniques include encryption, which hides data content; hashing, which verifies data integrity; and digital signatures, which confirm origin and authenticity. These methods protect data in transit and at rest from unauthorized access or tampering.

In information security, cryptography’s effectiveness depends on algorithm strength, proper key management, and resistance to cryptanalysis. Weak or outdated algorithms and poor key handling can lead to risks like key compromise, ciphertext manipulation, or replay attacks. Security practitioners must monitor cryptographic standards, manage keys securely, and assess cryptographic components during vulnerability analysis to maintain robust defenses against targeted attacks.

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Showing 20 most recent headlines of 32 Filtered view
Bank Info Security 3 days, 17 hours ago

Creating a Cryptography Bill of Materials? Not So Fast!

US Government Is Working on CBOMs But Discovery and Inventories Are a Local ProblemTrump's executive order could give the world a common language for cryptographic inventories, but practitioners say the hardest work won't come from Washington. Even if organizations adopt a shared CBOM schema, each enterprise must still tackle the costly task of discovering cryptographic assets.

Experts Detail Migration Scope, Timelines and Governance Gaps in Going Quantum-SafeMigrating to post-quantum cryptography isn't a weekend patch. It's one of the largest transformations an enterprise will undertake, and it will require a multi-year program spanning infrastructure, vendors, governance and policy, according to a panel of experts.

Agencies and Industry Coordinate Post-Quantum Migration PlansThe White House convened government officials, quantum companies and researchers to accelerate the transition to post-quantum cryptography, align public-private investments and reinforce a 2030 deadline as advances in quantum computing increase risks to today's encryption.

Today’s encrypted data, such as credentials, may no longer remain confidential in the future because the public-key cryptography protecting it will soon be broken by quantum computers. Although no machine today can break elliptic curve cryptography or RSA, quantum hardware is advancing rapidly and will inevitably change how organizations protect their data. Ciphertext and credentials captured by

Bank Info Security 4 weeks, 1 day ago

Addressing Quantum Readiness in Healthcare Security

Healthcare organizations should prepare for post-quantum cryptography without overreacting to hype, said John Frushour, CISO of New York-Presbyterian Hospital. Stronger encryption standards, commercial software support and attention to medical devices can help providers manage emerging risks.

Bank of Ireland's Francis Gorman Shares Strategies for Successful Quantum MigrationMost organizations give the migration to quantum-safe cryptography to the CISO. But that puts a cross-business change in the wrong hands. Accountability belongs with senior leaders who can influence the whole enterprise, says Francis Gorman, head of Bank of Ireland's security center of excellence.

Bank Info Security 1 month, 1 week ago

Post-Quantum Prep Should Start Now, Says German State

It May Already Be Too Late, Says AtheneThe transition to post-quantum cryptography will be a heavy lift. Experts from Germany's National Research Center for Applied Cybersecurity say there's plenty that can be done in the short term to prepare for a world in which classical cryptography is no longer able to protect secrets.

The U.S. Department of Commerce's National Institute of Standards and Technology (NIST) has chosen the first set of quantum-resistant encryption algorithms that are designed to "withstand the assault of a future quantum computer." The post-quantum cryptography (PQC) technologies include the CRYSTALS-Kyber algorithm for general encryption, and CRYSTALS-Dilithium, FALCON, and SPHINCS+ for digital

NIST pushes ahead with CRYSTALS-KYBER, CRYSTALS-Dilithium, FALCON, SPHINCS+ algorithms The US National Institute of Standards and Technology (NIST) has recommended four cryptographic algorithms for standardization to ensure data can be protected as quantum computers become more capable of decryption.…

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