What security measures does Internet Banking use?
Internet Banking uses several different methods to protect your information: All information within Internet Banking uses the SSL (Secure Socket Layer) protocol for transferring data. SSL is encryption that creates a secure environment for the information being transferred between your browser and Cumberland County Bank. At a high level, SSL uses public key cryptography to secure transmissions over the Internet. In practice, your browser will send a message via SSL to the bank’s server. The bank responds by sending a certificate, which contains the bank’s public key. Your browser authenticates the certificate (agrees that the server is in fact Cumberland County Bank’s), then generates a random session key which is used to encrypt data traveling between your browser and the bank’s server. This session key is encrypted using the bank’s public key and sent back to the server.
Internet Banking uses several different methods to protect your information: All information within Internet Banking uses the SSL (Secure Socket Layer) protocol for transferring data. SSL is encryption that creates a secure environment for the information being transferred between your browser and Bank of Putnam County. At a high level, SSL uses public key cryptography to secure transmissions over the Internet. In practice, your browser will send a message via SSL to the bank’s server. The bank responds by sending a certificate, which contains the bank’s public key. Your browser authenticates the certificate (agrees that the server is in fact Bank of Putnam County’s), then generates a random session key which is used to encrypt data traveling between your browser and the bank’s server. This session key is encrypted using the bank’s public key and sent back to the server.
Internet Banking uses several different methods to protect your information: All information within Internet Banking uses the SSL (Secure Socket Layer) protocol for transferring data. SSL is encryption that creates a secure environment for the information being transferred between your browser and Georgia Heritage Bank. At a high level, SSL uses public key cryptography to secure transmissions over the Internet. In practice, your browser will send a message via SSL to the bank’s server. The bank responds by sending a certificate, which contains the bank’s public key. Your browser authenticates the certificate (agrees that the server is in fact Georgia Heritage Bank’s), then generates a random session key which is used to encrypt data traveling between your browser and the bank’s server. This session key is encrypted using the bank’s public key and sent back to the server. The bank decrypts this message using its private key, and then uses the session key for the remainder of the communi
Internet Banking uses several different methods to protect your information: All information within Internet Banking uses the SSL (Secure Socket Layer) protocol for transferring data. SSL is encryption that creates a secure environment for the information being transferred between your browser and Citizens Community Bank. At a high level, SSL uses public key cryptography to secure transmissions over the Internet. In practice, your browser will send a message via SSL to the bank’s server. The bank responds by sending a certificate, which contains the bank’s public key. Your browser authenticates the certificate (agrees that the server is in fact Citizens Community Bank’s), then generates a random session key which is used to encrypt data traveling between your browser and the bank’s server. This session key is encrypted using the bank’s public key and sent back to the server. The bank decrypts this message using its private key, and then uses the session key for the remainder of the com
Internet Banking uses several different methods to protect your information: All information within Internet Banking uses the SSL (Secure Socket Layer) protocol for transferring data. SSL is encryption that creates a secure environment for the information being transferred between your browser and Mount Vernon Bank. At a high level, SSL uses public key cryptography to secure transmissions over the Internet. In practice, your browser will send a message via SSL to the bank’s server. The bank responds by sending a certificate, which contains the bank’s public key. Your browser authenticates the certificate (agrees that the server is in fact Mount Vernon Bank’s), then generates a random session key which is used to encrypt data traveling between your browser and the bank’s server. This session key is encrypted using the bank’s public key and sent back to the server. The bank decrypts this message using its private key, and then uses the session key for the remainder of the communication.
