EUTRON INFOSECURITY SMART POCKET DRIVERS WINDOWS 7 (2019)

EUTRON INFOSECURITY SMART POCKET DRIVER DETAILS:

Type: Driver
File Name: eutron_infosecurity_26507.zip
File Size: 38.5 MB
Rating:
3.61
25 (3.61)
Downloads: 21
Supported systems: Windows 2008, Windows XP, Windows Vista, Windows 7/8/10
Price: Free* (*Free Registration Required)

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EUTRON INFOSECURITY SMART POCKET DRIVER



The device 10A preferably includes a connector port 12, a connector port 14, a connector port 16, a first indicator 13 and a second indicator 15 mounted on the housing The connector port 12 includes a connector and a cable for direct connection to a computer port of a personal computer or terminal. Further, the connector port 14 is a modular receptacle which may be directly connected to a data transfer path, such as a telephone system. It is to be appreciated that the selection of a power source to power the present invention will depend upon the nature of the user's environment.

It is to be appreciated that power to operate the device can be supplied by any of several sources. By way of example, but not to be construed as limited the redo methods of providing power to the device 10A may include: a battery, an external power supply module, connection to the keyboard of the user's computer, connection to other ports of the user's computer, or else power drawn from the communications circuits. If the present invention is powered via certain external sources, the third connector port 16 may preferably be included on the housing to permit electrical connection between the device 10 and the eutron infosecurity smart pocket external power source. Still further, device 10A includes first and second indicators, 13 and 15, mounted on housing First and second indicators, 13 and 15, may preferably be light emitting diodes LEDs which provide an indication to the user of the operating status of the present invention.

For example, the first indicator 13 may preferably be a red LED which illuminates when device 10A is transferring data in a non-secure i. It is to be understood that, while the present invention uniquely operates as an encryptor, an authenticator and a network interface functions that will be described in greater detail laterthe physical manifestation of the present invention may vary to suit the need of the particular application the device is being used in. Accordingly, it should be appreciated that, while there are eutron infosecurity smart pocket alternative and exemplary physical embodiments described herein, each device is capable of uniquely performing the encryption, authentication and network interfacing functions also described herein regardless of its physical manifestation.

InformaciĆ³n adicional

Accordingly, for example, it should be appreciated that the form of the connector port 14 may differ from that illustrated in FIG. Likewise, as will be seen below, the connector port 12 may also vary depending on the type of computer or terminal to which the present invention is connected. Referring now to FIG. In this particular embodiment of the present invention, the physical manifestation includes a card-sized housing 11', similar in length and width to a credit card. Device 10B preferably includes connector ports 12' and 14'. It should be understood that the PCMCIA is an electronic industry-standard connector protocol and, therefore, such protocol will not be described herein.

Furthermore, connector port 14' includes a modular receptacle and cable for direct connection to a telephone system similar to connector 14 illustrated in FIG. Device B may be attached to a computer system e. The device flexibility makes it suited for handling. As we saw there and are seeing again with Eutron infosecurity smart pocket, information pertinent to business plans, contracts, and transactions is as valuable a commodity if not more so than intellectual property. For example, the first indicator 13 may preferably be a red LED which illuminates when device 10A is transferring data in a non-secure i.

Driver smart pocket eutron infosecurity

It is to be understood that, while the present invention uniquely operates as an encryptor, an authenticator and a network interface functions that will be described in greater detail later eutron infosecurity smart pocket, the physical manifestation of the present invention may vary to suit the need of the particular application the device is being used in. Accordingly, it should be eutron infosecurity smart pocket that, while there are various alternative and exemplary physical embodiments described herein, each device is capable of uniquely performing the encryption, authentication and network interfacing functions also described herein regardless of its physical manifestation.

EUTRON INFOSECURITY SMART POCKET DESCARGAR DRIVER

Accordingly, for example, it should be appreciated that the form of the connector port 14 may differ from that illustrated in FIG. Likewise, eutron infosecurity smart pocket will be seen below, the connector port 12 may also vary depending on the type of computer or terminal to which the present invention is connected. Referring now to FIG. In this particular embodiment of the present invention, eutron infosecurity smart pocket physical manifestation includes a card-sized housing 11', similar in length and width to a credit card. Device 10B preferably includes connector ports 12' and 14'. It should be understood that the PCMCIA is an electronic industry-standard connector protocol and, therefore, such protocol will not be described herein.

Furthermore, connector port 14' includes a modular receptacle and cable for direct connection to a telephone system similar to connector 14 illustrated in FIG. Device B may be attached to a computer system e. Particularly, a device 10C includes a connector port 12, a connector port 14, a connector port 16 and first and second indicators, 13 and 15, similar to those components described with regard to device 1OA illustrated in FIG. However, device 10C eutron infosecurity smart pocket includes an interface for a smartcard. Accordingly, since most industry-standard smartcards may be utilized with the present invention to provide the functionality to be described herein, the particular design of the smartcard utilized in accordance with the present invention is not critical.

Therefore, a smartcard 19 may interface eutron infosecurity smart pocket device 10C when inserted into receptacle It should be appreciated that while device 10D may include similar connections eutron infosecurity smart pocket components as those described with respect to device 10A FIG. If a smartcard interface is also provided, then a user may enter a PIN either by use of the keypad or by inserting the smartcard. Furthermore, while keypad is illustrated in FIG.

Display may preferably be a liquid crystal display matrix and may interface with the other components of the present invention, as will be described in detail later, in such a manner as to provide a visual prompt to the user to enter his or her PIN or other applicable code number via use of the key pad or a smartcard. In order to ensure privacy, the PIN or code number entered by the user will preferably not be displayed on display Clearly identify other specific DoD or governmental customers who want to use the solution. The contractor will transition the adapted non-defense commercial solution eutron infosecurity smart pocket provide expanded mission capability to a broad eutron infosecurity smart pocket of potential government and civilian users and alternate mission applications.

NOTES: a.

EUTRON INFOSECURITY SMART POCKET DRIVER FOR MAC DOWNLOAD

Due to the large amount of expected interest in this topic, we will not be answering individual questions through e-mail, except in rare cases.Download the latest drivers for your Eutron Card Reader to keep your Computer up-to-date. Eutron Smart Eutron infosecurity smart pocket, free download. Eutron Smart Pocket Eutron Infosecurity.

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