Tag: cybersecurity-cryptography-and-privacy

Seven researchers helped define Web application security through SQL injection, XSS, protocol analysis, software assurance, exploit frameworks, and browser research.

Seven pioneers helped make encrypted communication, mix networks, Tor, off-the-record messaging, and modern end-to-end encryption practical.

Seven researchers helped define protection rings, access-control matrices, capabilities, and the formal limits of permission safety.

Seven researchers and entrepreneurs helped define computer viruses, commercialize antivirus, and professionalize malware analysis and detection.

Seven security researchers helped evolve intrusion detection from audit-trail analysis and statistical profiling to anomaly detection and machine learning.

Seven pioneers helped transform cryptography from secret craft into mathematical theory, public-key exchange, encryption, and digital signatures.

Seven cryptographers helped establish public-key key exchange, RSA, and the earlier classified British discovery of asymmetric encryption.

Seven cryptographers helped advance block-cipher architecture, DES analysis, differential cryptanalysis, and the AES competition that selected Rijndael.

Seven SSL and TLS contributors helped turn cryptography, certificates, and secure handshakes into the interoperable security layer of the Web.

Seven pioneers helped turn computer security into a discipline built on threat studies, protection principles, access models, intrusion detection, and trustworthy systems.