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Leaders in Secure Communications
providing FIPS140-2 Web Conferencing,
Video Conferencing, Online Collaboration and Net Meetings.
Get Improved Productivity, Lower Costs and EXTREME SECURITY with Global Video Networx!
phones:
877.244.0251 Office
+1 877.244.0251 International

866 364-6438 Fax

Anonymous Key Technology

  • Federal Information Processing Standard (FIPS)140-2 Certified
  • Meets US, UK & Canadian encryption specifications
  • Patented authentication methodology
  • Anonymous Key Technology is an absolute authentication and security solution
  • Secures the transmission of information
  • Provides security on-site and traveling over the Internet
  • Supports Access/Smart cards, Biometrics and Radio Frequency tags
  • No transfer of public keys or management of private keys
  • Over 8 years in development

National Institute of Standards and Technology Credentials

  • FIPS 140-2 certificate number 339
  • AES Algorithm Validation Certificates No. 38 and No. 47
  • SHS Algorithm Validation Certificates No. 128 and No. 142
  • Based on user credentials
  • Secures information transmissions
    • Cellular networks
    • Satellite networks
    • Wireless networks
    • Electronic networks
  • Hierarchical access method

Competitive Advantages of Global Video Conferencing

Flexibility of security can work on existing and new information systems
Biometrics capability includes fingerprint, voice, picture, iris...
Increased strength with same processing power
  - 256 bit encryption v current 128 bit
Enterprise solution
  - Globally deployable as a framework
Inexpensive vs. other PKI alternatives
  - Infrastructure, IT expenses and labor costs are reduced
Can be Integrated with
  - Video Security Systems
  - GPS systems
Uses ISO standard audio and video codecs for highest quality
  - lowest possible bandwidth consumption

  • A server computer sends and receives secure data provided by authorized users.
  • The data is secured by encrypting and decrypting the data with a key that can be generated by the server computer using some combination of the users credentials.
  • As the server computer receives a user's encrypted data, the server computer decrypts the data using a key generated from credential segments stored encrypted in a database on the server.
  • The server computer can then process the data according to the user's instructions
    • This could include securely storing the data for retrieval by another user
    • Processing the data
    • And/or securely sending the data to a second user by encrypting the data with a key the second user can generate.