A security protocol based upon the industry-standard Transport Layer Security (TLS) protocol, previously known as Secure Sockets Layer (SSL). It has been optimized for use over narrow-band communication channels and provides data integrity, privacy, and authentication and denial-of-service protection.
underlying transport layer
L1/2u¦w¥þ¶Ç¿é1/4h(Wireless Transport Layer Security)
Wireless Transport Layer Security. Equivalent to SSL (Secure Socket Layer) on the Web. WTLS provides security functions, decryption and authentication of WAP.
Wireless Transport Layer Security Provides a number of security classes on transport level for communications between a WAP phone and a WAP gateway. MDS supports WTLS as an optional module.
Wireless Transport Layer Security. The Wireless Application Forum's TLS variant (1998) that works over a datagram transport such as UDP.
The WTLS (Wireless Transport Layer Security) protocol is the security layer of WAP (Wireless Application Protocol). It is becoming the de facto standard for providing privacy, data integrity, and authentication for applications in cellular phones and other small wireless terminals. WTLS bears a close resemblance to the SSL and TLS protocols.
Wireless Transport Layer Security. The "equivalent" to SSL (Secure Sockets Layer) widely used in the HTML world - although not identical in functionality.
Wireless Telephony Layer Security
Wireless Transport Layer Security protocal (WTLS) does all cryptography oriented features of WAP. WTLS handles encryption/decryption, user authentication and data integrity. WTLS is based on the fixed network Transport Layer Security protocal (TLS), formerly known as Secure Sockets Layer (SSL).
Wireless Transport Layer Security (WTLS) is a communication protocol layer used in WAP.
Wireless Transport Layer Security. The security layer of the WAP which provides privacy, data integrity and authentication for WAP services. WTLS, designed specifically for the wireless environment, is needed for the client and server to be authenticated in order for wireless transactions to remain secure and also because the connection needs to be encrypted. For example, a user making a transaction with a bank over a wireless device needs to know that the connection is secure and private and not subject to a security breach during transfer. WTLS is needed because mobile networks do not provide complete end-to-end security.
Wireless Transport Layer Security. A protocol that provides the security layer of WAP.
