SafeNet, The Foundation of Information Security
 
 
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   SafeNet Technology Solutions and Patents
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Security. Vision. Innovation. Experience.
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Technology Solutions and Patents

Technology Solutions Overview

SafeNet offers complete security solutions,- a full spectrum of best-of-class security products encompassing hardware, software, chips, and intellectual property, keeping current product rankings and ratings. As evidence of its known leadership in the field, SafeNet has attracted over 300 encryption engineers, one of the largest teams of its kind in the world.

No other competitor has an offering that protects all government networks – private, public, and classified. By offering a broader selection of security products, SafeNet customers take advantage of the growing trend to purchase more technology from a single source.

SafeNet’s full range of security capabilities and products include:

  • Core encryption: WAN, VPN, SSL VPN, two-factor authentication, wireless VPN, satellite link encryption
  • Communication Security
  • Digital rights management
  • Digital identities
  • Adding other security applications, such as intrusion detection, anti-virus, firewalls, and content inspection technology
  • SafeEnterprise™ Security System to address the enterprise security needs of government and commercial customers
  • Security for wireless devices, PCs and personal devices.

Patents Overview

SafeNet's core strength is the encryption technology behind its products and solutions. The company has been awarded 43 distinct patents, many of which are also patented in various countries around the world – further underlining why SafeNet is the foundation of information security.

SafeNet continues to innovate and lead the world in security technology with 31 additional pending and provisional patents.

2008

Patent No. 7,328,348
Date granted: February 5, 2008
Method and System for Securely Timestamping Digital Data
URL: link

Patent No. 7,320,075
Date granted: January 15, 2008
Software protection method utilizing hidden application code in a protection dynamic link library object
URL: link

2007

Patent No. 7,310,800
Date granted: December 18, 2007
Method and System for Patching ROM Code
URL: link

Patent No. 7,305,391
Date granted: December 4, 2007
System and Method for Determining the Start of a Match of a Regular Expression
URL: link

Patent No. 7,269,844
Date granted: September 11, 2007
Secure IR communication between a keypad and a token
URL: link

Patent No. 7,240,040
Date granted: July 3, 2007
Method of generating of DFA state machine that groups transitions into classes in order to conserve memory
URL: link

Patent No. 7,233,663
Date granted: June 19, 2007
Key generation performance improvement
URL: link

Patent No. 7,222,240
Date granted: June 19, 2007
Token for storing installation software and drivers
URL: link

Patent No. 7,205,883
Date granted: April 17, 2007
Tamper detection and secure power failure recovery circuit
URL: link

Patent No. 7,200,759
Date granted: April 3, 2007
Method and device for making information contents of a volatile semiconductor memory irretrievable
URL: link

Patent No. 7,272,723
Date granted: September 18, 2007
Description: USB-Complaint Personal Key with Integral Input and Output Devices
URL: link

Patent No. 7,263,606
Date granted: August 28, 2007
Description: Method and Apparatus for Software Protection via Multiple-Route Execution
URL: link

2006

Patent No. 7,111,324
Date granted: September 19, 2006
USB hub keypad
URL: link

Patent No. 7,076,651
Date granted: July 11, 2006
System and method for highly secure data communications
URL: link

Patent No. 7,054,894
Date granted: May 30, 2006
Generator circuit for generating large numbers
URL: link

Patent No. 7,054,162
Date granted: May 30, 2006
Security module system, apparatus and process
URL: link

Patent No. 7,035,918
Date granted: April 25, 2006
License management system and method with multiple license servers
URL: link

Patent No. 7,024,564
Date granted: April 4, 2006
Software protection device and method
URL: link

Patent No. 7,023,816
Date granted: April 4, 2006
Method and system for time synchronization
URL: link

Patent No. 6,983,366
Date granted: January 3, 2006
Packet Processor
URL: link

2005-1988

To view patents from 2005-1988, please view the Patents Archive page.