Free network deepscan 2.2 software for linux

Network Pipemeter is a tool for measuring available bandwidth between hosts. nepim is also useful to generate network traffic for testing purposes.
nepim operates in client/server mode, is able to handle multiple parallel traffic streams, reports periodic partial statistics along the testing, and supports IPv6.
nepim has been tested under Linux, Solaris and FreeBSD, though it should work under other platforms as well. If you manage to build nepim for different systems, please send the patch.
- nepim is useful to assess the throughput at the transport layer (TCP or UDP) as seen by applications.
- nepim runs single-threaded and should impose very light burden on your CPU. Unless, of course, your testing hosts have relatively high network bandwidth compared to low CPU power.
- One single server can service multiple clients simultaneously.
- As of nepim 0.11, one single client can interact simultaneously with multiple servers. For instance, suppose you want to test, from a single client, two remote servers, one located at 10.0.0.1,2000 and another at 192.168.0.1,3000:
- nepim -c 10.0.0.1,2000/192.168.0.1,3000
- The server listens to both TCP and UDP sockets. The client by default uses TCP sockets. Use the "-u" client option to switch the client operation to UDP.
- By default, only the server sends traffic towards the client. Use the "-s" client option to reverse the behavior, then only the client will send traffic. Use the "-d" client option to make both client and server to send traffic.
- Use the "-r" client option to establish an upper bit rate limit. Without a rate limiting option, nepim sends as fast as possible. See also "-R" below. Please notice the rate is specified in bps (bits per seconds); for instance, the following example states a rate limit of 100,000 bps (100 Kbps):
- nepim -c 10.0.0.1 -r 100000
- Use the "-R" client option to establish an upper "packet" rate limit (outbound rate limit for transport layer segments). Without a rate limiting option, nepim sends as fast as possible. If both "-r" and "-R" are given, nepim limits the sending rate at the lower of those bounds.
- Use the "-n" client option to run multiple parallel traffic streams.
- Use the "-b" server option to make the server to listen on specific local addresses.
- Use the "-6" option to disable IPv6 support.
Enhancements:
- Support for randomizing the UDP destination address/port has been added in order to put stress on routers with on-demand (dynamic) forwarding table caches.

Bio::Network::IO::dip_tab is a Perl class for parsing interaction data in DIP tab-delimited format.

SYNOPSIS

Do not use this module directly, use Bio::Network::IO. For example:

my $io = Bio::Network::IO->new(-format => dip_tab,
-file => data.dip);

my $network = $io->next_network;

The Database of Interacting Proteins (DIP) is a protein interaction database (see http://dip.doe-mbi.ucla.edu/dip/Main.cgi). The species-specific subsets of the DIP database are provided in a simple, tab-delimited format. The tab-separated columns are:

edge DIP id
node A DIP id
node A optional id
node A SwissProt id
node A PIR id
node A GenBank GI id
node B DIP id
node B optional id
node B SwissProt id
node B PIR id
node B GenBank GI id

The source or namespace of the optional id in columns 3 and 8 varies from species to species, and optional ids are frequently absent.

Skipole Network Monitor project is a simple network monitor with built in web server.

It allows the user to input host IP addresses, it then pings these hosts every five minutes and displays their status via a built-in web server, on port 8000.

So calling http://your_pc_address:8000 will display pages showing green, yellow or red host or group symbols.

Each host is pinged four times every five minutes, and symbols are displayed as:

green : if three or four pings are successfull
yellow : if only one or two are successfull
red : if all four fail

As well as hosts, group symbols are displayed, and can be opened to show hosts, or sub-groups nested within. The operator can create groups, and sub-groups via the gui.

Network UPS Tools is a collection of programs which provide a common interface for monitoring and administering UPS hardware. Network UPS Tools uses a layered approach to connect all of the parts.
Drivers are provided for a wide assortment of equipment. They understand the specific language of each UPS and map it back to a compatibility layer.
This means both an expensive "smart" protocol UPS and a simple "power strip" model can be handled transparently.
This information is cached by the network server upsd, which then answers queries from the clients. upsd contains a number of access control features to limit the abilities of the clients. Only authorized hosts may monitor or control your UPS hardware if you wish.
Since the notion of monitoring over the network is built into the software, you can hang many systems off one large UPS and they will all shut down together.
Clients such as upsmon check on the status of the hardware and do things when necessary. The most important task is shutting down the operating system cleanly before the UPS runs out of power.
Other programs are also provided to log UPS status regularly, monitor status through your web browser, and more.
Enhancements:
- HAL support. IPv6 support.
- Support for many new devices.
- Many driver improvements.
- This release uses automake.

poker-network project includes a poker server, a client library, an abstract user interface library, and a client based on it.

The server deals the cards and checks the user actions using a poker game engine (poker-engine). It listens on a TCP/IP port and understands its own specific protocol. The persistent information is stored in a MySQL database.

The client library implements the poker-network protocol for the client. The abstract user interface library provides a framework based on the client library and suited to implement a user friendly client.

RogueScanner project is an open-source vulnerability management tool that is used to gain greater network visibility to enable you to quickly identify and remove rogue wireless devices that may provide a back door to access your critical data and infrastructure.
Considering that rogue access points and peers represent a major threat to data integrity, RogueScanner is a valuable tool that you can start using today at no cost.
More than 300 companies manufacture access points, and there are more than 10,000 different models of network infrastructure.
Companies thus face a major challenge in maintaining a system to track and identify all potential rogue wireless devices and in continually scanning the network to identify them. To address this challenge, Network Chemistry has made an open-source product available to help organizations begin to immediately scan their networks.
RogueScanner is available for use at no charge by organizations looking for a tool focused on device identification and rogue detection. RogueScanner leverages the Collaborative Device Classification system to automatically lookup and identify the device type and its identity in real time.
Enhancements:
- Many scanning and classification improvements.
- Support has been added for parsing routes under from IOS CLI.
- Support has been added for dumping Cisco device CDP cache via both SNMP and CLI (IOS and CatOS).
- Support has been added for sniffing CDP broadcasts off the wire.
- CDP information is now submitted to the classification server and used for classification.
- FTP (21/TCP) has been added to the list of ports that are probed if open.