|
| |
|
 Network Topology of USSE |
| |
|
| |
1) Application in Common Enterprise Environment |
| |
|
| |
The network topology as follows: |
| |
|
| |
|
| |
Diagram 1 |
| |
|
| |
There are three network elements in diagram 1. The first element is USSE server; the second is USSE workstation (herein after called USSE console). USSE server works for dealing with the management of all the clients, and the reading and writing info of clients can get from USSE server; and all the action for inserting or removing of USB storage devices plugged into USB ports will be sent to USSE server, and then it will record the event info to the database. If console is connecting with USSE server now, the USSE sever will give a notice to all the clients about the event, and also print out the info on the console.
The USSE console is used for setting up the running mode and event log between the USSE client and server. Besides, console also can write identification into the specific USB flash disk or portable hard disk. And in the near future, USSE will provide the function of encryption, which can let the USB storage devices encrypted use in the
corporation
legally, even if settig up the mode to be "stop" to the local computers' ports, but other USB storage devices not encrypted cannot be used freely. So, the USB storage devices encrypted can be used transparently in the corporation, once those devices take away from corporation, it
is required that input correct password for using those USB storage devices, so that can effectively stop the sensitive info and data are disclosed from the USB storage devices. |
| |
|
| |
2) Application in Advanced Network |
| |
|
| |
|
| |
Diagram 2 |
| |
|
| |
From the diagram 2, we know there is a console outside the LAN; compared with the application in common enterprise environment, this one is more smart. We can remotely control the USSE server in LAN through the internet, and can view all the state of the workstation. But this application is based on the network environment, because it needs to open some required ports. |
| |
|
| |
Enterprise Solution |
| |
|
| |
Enterprise Solution I |
| |
|
| |
In a simple network without domain, in which the entire computers are independent with each other, no server but in the same LAN, in this situation user can choose any dependable computer working as USSE server, and the others that need to be controlled can install USSE clients.
You can install USSE console and server in the same computer, but
No recommendation that install USSE server and client in the same computer; User can use the console in the LAN, and choose the option of getting the USSE server IP address automatically. But if you switch to the internet because of some reasons, you can set up the USSE server's IP address manually; and it is required that the USSE server can be accessed via the internet. The USSE client can update through the USSE server automatically. |
| |
|
| |
Enterprise Solution II |
| |
|
| |
In the domain network, there is a specific computer working as USSE server, which has a fixed IP address that can be accessed by internet. That is, the USSE client cann't access the internet, but the server can.
In this situation, User can install the USSE server and console in the domain server; and install the clients in the others which need to be controlled. The manager can operate USSE console in the LAN, and getting USSE server's IP address automatically. If switch to the Internet, you can set up the server's IP address manually. Meanwhile, during the process of installing, the manager can use the function of remote installation, so that can reduce the manager's work time, and also the clients can update automatically through the server, so it is very convenient to operate and maintenance.
|
| |
|
| |
|
| |
 |
|
|
|
| |
|
|
|
