Translation of "Applikationsebene" in English

The 2nd level is the application level.

The advantage of the invention is to be seen in address handling at application level.

A seizure at application level leads to the shutdown of the ARP handling of the device concerned.

On the basis of this, a service request can be dispatched from application layer AL.

The bond is thus verified continuously at application level.

However, the erroneous sending can also be recognized at application level.

Not all the messages of the connection have their integrity protected at application layer.

A distinction is made between application layer and transport layer security.

There are several security mechanisms on application layer.

The semiconductor manufacturer wants to provide local support for Europe at application level.

This could potentially provide the attacker application-level access to the SWS server.

Changes to the application level are not required, downtimes are dropped.

This is carried out on the initiative of the failover control from the application level of the device.

However this system does not allow any recording or filtering of the transmitted data messages at application level.

In addition to this procedure, hardware monitoring of the platform can optionally be carried out at the application level.

By means of a Java virtual machine, the control of the operating system kernel functions is made uniform relative to one application level.

Thus, in principle, no unconditional ARP response takes place at a level below the application level.

The verification of the bond can thus take place within a single level, namely the application level.

The security connections established on the transport layer should be matched to the security connections on the application layer.

For protecting the Application Layer, these Firewalls show good security and good possibilities for configuration.

The engine is firmly rooted in your application level and prepares all printing relevant processes independent of hardware.

Application security provides superior protection against data loss, DDoS, and all known application-layer attack modalities.

Due to the store and forward nature of delay-tolerant protocols, routing solutions for delay-tolerant networks can benefit from exposure to application-layer information.

In this connection, a solution based on SSL presents the problem that an unauthorized hacker who can penetrate into the system between the SSL layer and the application level can insert false requests into the application transactions, which has problematic consequences in particular for security-critical applications.

In order to be able to avoid these problems, the previously described mechanism of the cookies can be used such that requests are each transmitted to the server with a cookie (and a transaction identification record contained therein), so that the transactions are each able to be unambiguously identified on the application level.

To prevent an attack by the above-mentioned unauthorized hacker who inserts false requests into the application transactions between the SSL layer and the application level, the transaction identification records (in the cookies) are each provided with cryptographic elements.

Although with the method derived from the state of the art for end-to-end securing of transactions between terminals and Internet servers on the application level based on cryptographic transaction identification records transmitted in cookies, it is possible to overcome the above-mentioned problems of false requests, this method cannot be used for mobile terminals, for example mobile radio telephones or mobile communication-capable computers such as laptop computers, palmtop computers or PDAs (Personal Digital Assistants), on the one hand because the available mobile terminals are not provided with communications protocols which support cookies (e.g. the wireless application protocol WAP used in mobile devices for access to the Internet does not support any cookies), and, on the other hand, because the required lengths of the cryptographic transaction identification records are not very efficient for mobile communication.

It is an object of this invention to propose a new and better method as well as means suitable therefor which make possible end-to-end securing of transactions between a mobile terminal and an Internet server on the application level.