Start
 
  • authenticator Port Access Entity over controlled/uncontrolled port
  • authenticator backend authentication entity with RADIUS interface
  • supplicant Port Access Entity over controlled/uncontrolled port
  • generic EAP interface for attaching arbitrary EAP modules
  • generic portcontrol interface for controlling packet filtering mechanisms
  • encapsulation over 802.3/Ethernet MACs
  • EAP-over-LAN
  • key transmission mechanism
  • statistics collection
  • management functionality
  • authenticator diagnostics
additional features
  • EAP-Transport Layer Security (TLS) according to RFC2716 included in supplicant and authenticator
  • authenticator capable of forwarding EAP-TLS messages to backend authentication server
  • authenticator capable of terminating EAP-TLS locally
  • Protected-EAP according to draft-josefsson-pppext-eap-tls-eap-02.txt included in supplicant and authenticator
  • authenticator capable of forwarding PEAP messages to backend authentication server
  • authenticator capable of terminating PEAP locally
  • implementation for small-size systems with low memory and processing capabilities
  • ethernet filtering device for BSD-style systems for network traffic blocking on layer 2 optional available
features Protected-EAP
  • PEAP part 1 - connection setup phase
  • PEAP part 2 - encrypted EAP session
  • TLS termination on EAP-Success/Failure
  • master key derivation for external encryption
  • version negotiation
  • error handling
  • retry behavior
  • session resumption
  • fragmentation and reassembly
acticom_IEEE802.x Info

  1. complete IEEE802.1x-compliant authentication stack
  2. based on the C++ programming language
  3. available in source and binary form
  4. designed for mobile devices with limited processing and memory capabilities
Information material

Information Brochure

 

Download Presentation (concerning the integration of IEEE802.1x, EAP-TLS and Protected-EAP)