16 projects tagged "protocol"
Netzob supports the expert in reverse engineering, evaluation, and simulation of communication protocols. Its main goals are to help security evaluators to assess the robustness of proprietary or unknown protocol implementations, simulate realistic communications to test third-party products (IDS, firewalls, etc.), and create an Open Source implementation of a proprietary or unknown protocol. Netzob provides a semi-automatic inferring process, and includes everything necessary to passively learn the vocabulary of a protocol and actively infer its grammar. The learnt protocol can afterward be simulated. Netzob handles text protocols (like HTTP and IRC), fixed field protocols (like IP and TCP), and variable field protocols (like ASN.1-based formats).
OpenEcoSys-NetworkViewer is a cross-platform Qt4 GUI used to interact with distributed embedded nodes on the network. The modular interface supports multiple transmission media and protocols. Real-time graphical visualization of remote variables hosted on embedded devices is made possible by a software stack called NETVProtocolStack and Arduino compatible boards and Microchip PIC (8,16, 32 bits) micro-controllers are supported. Logging facilities and JavaScript scripting are also available through a plug-in mechanism to interact with the remote variables. A plug-in mechanism is also available to implement new protocols and support new communication hardware.
GridPort is a simple and robust open standard for portlets based on HTTP. It aims to be a simple, scalable distributed composition independent of implementation technology. Transparent collaboration and an SOA paradigm from both interface and data perspectives are encouraged. Component types include portal, proxy for asynchronous multi-casting, and portlets. The purpose of this project is to develop mainly the specification alongside a prototype to enable development of these components in any programming environment and operating platform, which is why its central protocol is HTTP 1.1.
The ROHC library provides an easy and robust way for applications to reduce their bandwidth usage on network links with limited capacity or expensive costs. Headers of network packets are compressed with the ROHC protocol and algorithms. The ROHC protocol is very efficient for compressing VoIP streams which use RTP as a transport protocol. ROHC is also suitable for compressing IP-only (IPv4 or IPv6) flows, UDP flows, and many others.
chan-sccp-b is an extension of the original chan-sccp implementation for the Asterisk soft-PBX. It lets you hook up a Cisco/SCCP Phone to your Asterisk server using the SCCP protocol, which works a lot better than the SIP firmware on the same phone. It provides full phone functionality instead of just a simple SIP channel provider. It offers functionality like shared lines, hotline functionality, guest login, dynamic speeddials, private line automatic ring-down (PLAR), personal softkey configurations, Dundi support, SCCP extended dialplan functions, manager support, and custom device state buttons.
Pkviz is a tool for plotting and cycling through and animating a series of network packets captured by tcpdump. What makes it unique is that the packets’ structure is visualized, not any labels and not time itself. Pkviz takes each byte in a packet and plots it out end-to-end, left-to-right, from the first byte to the last. How high the dot gets plotted depends on the value of the byte: bytes with a value of 0 are at the bottom and those which are 255 (0xff) – the maximum value of a byte – get plotted at the top. This might not be interesting for one packet, but that changes when you start looking at thousands of packets. Pkviz can cycle through thousands of packets in the set so you can see what happened on the wire.