Datacryptor® Gigabit
 
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Security is increasingly becoming a business decision.

WHAT IS THE COST OF A SECURITY BREECH ?

Emerging standards in Government, Public Sector, Healthcare and Financial institutions mandate the use of data security to enact privacy.

The Data Privacy Challenge

Data security is paramount in today's business environment. Corporate ideas and data – the lifeblood of any business – must be protected from unauthorized access. As enterprise networks migrate to gigabit Ethernet to transport critical applications, the challenges only increase. Transporting corporate intellectual property over a high speed digital infrastructure demands both digital security and high performance.

How do you protect the privacy of your data while it's in transit, without slowing the network to a crawl? The answer begins with IPIntegration, Thales e-Security and IPSec.

Securing Data in Transit

Because hackers can easily defeat fiber and dedicated leased lines, a key component of today's security architecture is data privacy during transmission. IPSec is an IETF standard designed specifically to protect data while it is in transit across an untrusted network, providing three levels of security.

•  Confidentiality: Keep your data private.
IPSec uses industry-standard encryption algorithms to keep data secret: AES, 3DES and DES.
 
•  Authentication: Trust your sources.
 While encryption is vital, it is equally important to verify the identity of the peer IP gateway that is the source of the data.

•  Integrity: Trust your data.
Once communication with a trusted source is established, IPSec prevents data from being altered as it traverses the network.

 

The Datacryptor's two gigabit Ethernet interfaces allow it to connect as a bump-in-the-wire. Commonly inserted between two or more trusted enterprise networks, The Datacryptor encrypts and protects data traffic flowing over an untrusted network.


Servers are worth thousands, but the data on them could be worth millions.