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Portable OpenSSH 4.6p1
OpenSSH is a FREE version of the SSH protocol suite. more>>
Portable OpenSSH is a Unix/Linux port of OpenBSDs excellent OpenSSH, a full implementation of the SSH1 and SSH2 protocols. Portable OpenSSH includes sftp client and server support.
OpenSSH is a FREE version of the SSH protocol suite of network connectivity tools that increasing numbers of people on the Internet are coming to rely on. Many users of telnet, rlogin, ftp, and other such programs might not realize that their password is transmitted across the Internet unencrypted, but it is.
OpenSSH encrypts all traffic (including passwords) to effectively eliminate eavesdropping, connection hijacking, and other network-level attacks. Additionally, OpenSSH provides a myriad of secure tunneling capabilities, as well as a variety of authentication methods.
The OpenSSH suite includes the ssh program which replaces rlogin and telnet, scp which replaces rcp, and sftp which replaces ftp. Also included is sshd which is the server side of the package, and the other basic utilities like ssh-add, ssh-agent, ssh-keysign, ssh-keyscan, ssh-keygen and sftp-server. OpenSSH supports SSH protocol versions 1.3, 1.5, and 2.0.
Main features:
- Open Source Project
- Free Licensing
- Strong Encryption (3DES, Blowfish, AES, Arcfour)
- X11 Forwarding (encrypt X Window System traffic)
- Port Forwarding (encrypted channels for legacy protocols)
- Strong Authentication (Public Key, One-Time Password and Kerberos Authentication)
- Agent Forwarding (Single-Sign-On)
- Interoperability (Compliance with SSH 1.3, 1.5, and 2.0 protocol Standards)
- SFTP client and server support in both SSH1 and SSH2 protocols.
- Kerberos and AFS Ticket Passing
- Data Compression
<<lessOpenSSH is a FREE version of the SSH protocol suite of network connectivity tools that increasing numbers of people on the Internet are coming to rely on. Many users of telnet, rlogin, ftp, and other such programs might not realize that their password is transmitted across the Internet unencrypted, but it is.
OpenSSH encrypts all traffic (including passwords) to effectively eliminate eavesdropping, connection hijacking, and other network-level attacks. Additionally, OpenSSH provides a myriad of secure tunneling capabilities, as well as a variety of authentication methods.
The OpenSSH suite includes the ssh program which replaces rlogin and telnet, scp which replaces rcp, and sftp which replaces ftp. Also included is sshd which is the server side of the package, and the other basic utilities like ssh-add, ssh-agent, ssh-keysign, ssh-keyscan, ssh-keygen and sftp-server. OpenSSH supports SSH protocol versions 1.3, 1.5, and 2.0.
Main features:
- Open Source Project
- Free Licensing
- Strong Encryption (3DES, Blowfish, AES, Arcfour)
- X11 Forwarding (encrypt X Window System traffic)
- Port Forwarding (encrypted channels for legacy protocols)
- Strong Authentication (Public Key, One-Time Password and Kerberos Authentication)
- Agent Forwarding (Single-Sign-On)
- Interoperability (Compliance with SSH 1.3, 1.5, and 2.0 protocol Standards)
- SFTP client and server support in both SSH1 and SSH2 protocols.
- Kerberos and AFS Ticket Passing
- Data Compression
Download (0.89MB)
Added: 2007-03-10 License: GPL (GNU General Public License) Price:
611 downloads
web-nsupdate 1.0
web-nsupdate is a web-based dynamic DNS update utility. more>>
web-nsupdate is a web-based dynamic DNS update utility.
The web-nsupdate package provides a simple, web-based facility for clients to send dynamic DNS updates. Clients are typically DHCP hosts, such as a Linux system acting as a gateway for residential broadband service.
The client sends a simple web request (such as with the wget(1) or lynx(1) commands) to the web-nsupdate service to register their host request.
This package has been tested on a server with the following Debian packages:
* bind9 (ver 9.2.4-1)
* apache2 (ver 2.0.54-5)
* php4 (ver 4.3.10-16)
BE ADVISED: Its a pain in the butt to configure BIND to do dynamic DNS. You are going to need to do that to make "web-nsupdate" work. These instructions describe that process, so follow carefully. I *strongly* urge you to review the dnssec-keygen(8) and nsupdate(8) man pages first, so you can get some idea of what we are trying to accomplish.
Installation Instructions:
1. Copy the "web-nsupdate" files to a location such as
"/usr/local/lib/web-nsupdate". It is OK to install somewhere else,
just adjust the following directions accordingly.
2. Generate a TSIG key that "web-nsupdate" will use to authenticate
itself to the DNS server.
SECURE THIS KEY! Do not leave readable copies around. This key can
be used to make changes to DNS records managed by "web-nsupdate".
Here are the steps to generate the key:
cd /usr/local/lib/web-nsupdate
/usr/sbin/dnssec-keygen -a HMAC-MD5 -b 512 -n HOST web-nsupdate
chmod 440 Kweb-nsupdate*
# Below, adjust "www-data" to the GID your web server runs under.
chgrp www-data Kweb-nsupdate*
3. Setup the "web-nsupdate" definitions file, starting with the provided
sample. This file needs to be secured, to protect the client passwords
from being revealed.
cd /usr/local/lib/web-nsupdate
cp nsupdate-defs.php.sample nsupdate-defs.php
chmod 640 nsupdate-defs.php
# Below, adjust "www-data" to the GID your web server runs under.
chgrp www-data nsupdate-defs.php
vi nsupdate-defs.php
4. Verify that "nsupdate.php" has the correct path to the "nsupdate-defs.php"
file.
vi nsupdate.php
# Check the require_once() statement near the top.
5. Symlink the update script into your web site.
# Below, adjust "/var/www/nsupdate.php" to a location in your web server.
ln -s /usr/local/lib/web-nsupdate/nsupdate.php /var/www/nsupdate.php
At this point, the "web-nsupdate" front-end is configured. Now to
configure the nameserver back-end.
6. Assuming you dont already have a place for nameserver keys, create
a new file called "named.keys" that contains the TSIG key that
"web-nsupdate" will use. The file will look something like:
key web-nsupdate {
algorithm HMAC-MD5;
secret "jzzoMR4ocgZGq5pQho2Pr5r9DDHT4lWK8QO09cpvVtpvHqaUdzktBs1DHCslpPR8PwXU3ni8zjST/5FxEwg44Q==";
};
Replace the "secret" value show above with the key in the
"Kweb-nsupdate.+157+nnnnn.private" file you generated in step 2.
7. Install the "named.keys" file to the directory where your "named.conf"
resides. This file needs to be secured, to protect your namesever
from unauthorized updates.
If your "named.conf" directory is "/etc/bind", do:
# Below, adjust /etc/bind to directory where named.conf lives.
mv named.keys /etc/bind/named.keys
chmod 400 /etc/bind/named.keys
# Below, adjust "bind:bind" to the UID:GID your nameserver runs under.
chown bind:bind /etc/bind/named.keys
8. Add a line to your "named.conf" that says:
include "named.keys";
9. Modify your "named.conf" to list each host that web-nsupdate will
be updating. If, for example, you want to allow dynamic updates
from hosts "host1.example.com" and "host2.example.com", then modify
the "example.com" stanza in "named.conf" and add two lines:
zone "example.com" {
type master;
.
.
.
# add the lines below, one per host in thie zone
update-policy {
grant web-nsupdate. name host1.example.com. A;
grant web-nsupdate. name host2.example.com. A;
};
};
10. Test the update capability. Point your web browser to the installed
"nsupdate.php" script. This should bring up a form for manual
entry. Submit your entry, and verify the update was successful.
<<lessThe web-nsupdate package provides a simple, web-based facility for clients to send dynamic DNS updates. Clients are typically DHCP hosts, such as a Linux system acting as a gateway for residential broadband service.
The client sends a simple web request (such as with the wget(1) or lynx(1) commands) to the web-nsupdate service to register their host request.
This package has been tested on a server with the following Debian packages:
* bind9 (ver 9.2.4-1)
* apache2 (ver 2.0.54-5)
* php4 (ver 4.3.10-16)
BE ADVISED: Its a pain in the butt to configure BIND to do dynamic DNS. You are going to need to do that to make "web-nsupdate" work. These instructions describe that process, so follow carefully. I *strongly* urge you to review the dnssec-keygen(8) and nsupdate(8) man pages first, so you can get some idea of what we are trying to accomplish.
Installation Instructions:
1. Copy the "web-nsupdate" files to a location such as
"/usr/local/lib/web-nsupdate". It is OK to install somewhere else,
just adjust the following directions accordingly.
2. Generate a TSIG key that "web-nsupdate" will use to authenticate
itself to the DNS server.
SECURE THIS KEY! Do not leave readable copies around. This key can
be used to make changes to DNS records managed by "web-nsupdate".
Here are the steps to generate the key:
cd /usr/local/lib/web-nsupdate
/usr/sbin/dnssec-keygen -a HMAC-MD5 -b 512 -n HOST web-nsupdate
chmod 440 Kweb-nsupdate*
# Below, adjust "www-data" to the GID your web server runs under.
chgrp www-data Kweb-nsupdate*
3. Setup the "web-nsupdate" definitions file, starting with the provided
sample. This file needs to be secured, to protect the client passwords
from being revealed.
cd /usr/local/lib/web-nsupdate
cp nsupdate-defs.php.sample nsupdate-defs.php
chmod 640 nsupdate-defs.php
# Below, adjust "www-data" to the GID your web server runs under.
chgrp www-data nsupdate-defs.php
vi nsupdate-defs.php
4. Verify that "nsupdate.php" has the correct path to the "nsupdate-defs.php"
file.
vi nsupdate.php
# Check the require_once() statement near the top.
5. Symlink the update script into your web site.
# Below, adjust "/var/www/nsupdate.php" to a location in your web server.
ln -s /usr/local/lib/web-nsupdate/nsupdate.php /var/www/nsupdate.php
At this point, the "web-nsupdate" front-end is configured. Now to
configure the nameserver back-end.
6. Assuming you dont already have a place for nameserver keys, create
a new file called "named.keys" that contains the TSIG key that
"web-nsupdate" will use. The file will look something like:
key web-nsupdate {
algorithm HMAC-MD5;
secret "jzzoMR4ocgZGq5pQho2Pr5r9DDHT4lWK8QO09cpvVtpvHqaUdzktBs1DHCslpPR8PwXU3ni8zjST/5FxEwg44Q==";
};
Replace the "secret" value show above with the key in the
"Kweb-nsupdate.+157+nnnnn.private" file you generated in step 2.
7. Install the "named.keys" file to the directory where your "named.conf"
resides. This file needs to be secured, to protect your namesever
from unauthorized updates.
If your "named.conf" directory is "/etc/bind", do:
# Below, adjust /etc/bind to directory where named.conf lives.
mv named.keys /etc/bind/named.keys
chmod 400 /etc/bind/named.keys
# Below, adjust "bind:bind" to the UID:GID your nameserver runs under.
chown bind:bind /etc/bind/named.keys
8. Add a line to your "named.conf" that says:
include "named.keys";
9. Modify your "named.conf" to list each host that web-nsupdate will
be updating. If, for example, you want to allow dynamic updates
from hosts "host1.example.com" and "host2.example.com", then modify
the "example.com" stanza in "named.conf" and add two lines:
zone "example.com" {
type master;
.
.
.
# add the lines below, one per host in thie zone
update-policy {
grant web-nsupdate. name host1.example.com. A;
grant web-nsupdate. name host2.example.com. A;
};
};
10. Test the update capability. Point your web browser to the installed
"nsupdate.php" script. This should bring up a form for manual
entry. Submit your entry, and verify the update was successful.
Download (0.005MB)
Added: 2006-11-20 License: GPL (GNU General Public License) Price:
636 downloads
Dropbear SSH 0.50
Dropbear is a relatively small SSH 2 server and client. more>>
Dropbear is a relatively small SSH 2 server and client. Dropbear SSH runs on a variety of POSIX-based platforms.
Dropbear is open source software, distributed under a MIT-style license. Dropbear is particularly useful for "embedded"-type Linux (or other Unix) systems, such as wireless routers.
Main features:
- A small memory footprint suitable for memory-constrained environments - Dropbear can compile to a 110kB statically linked binary with uClibc on x86 (only minimal options selected)
- Dropbear server implements X11 forwarding, and authentication-agent forwarding for OpenSSH clients
- Can run from inetd or standalone
- Compatible with OpenSSH ~/.ssh/authorized_keys public key authentication
- The daemon, keygen, key converter, and client can be compiled into a single binary (ala busybox)
- Features can easily be disabled when compiling to save space
- TCP forwarding support
<<lessDropbear is open source software, distributed under a MIT-style license. Dropbear is particularly useful for "embedded"-type Linux (or other Unix) systems, such as wireless routers.
Main features:
- A small memory footprint suitable for memory-constrained environments - Dropbear can compile to a 110kB statically linked binary with uClibc on x86 (only minimal options selected)
- Dropbear server implements X11 forwarding, and authentication-agent forwarding for OpenSSH clients
- Can run from inetd or standalone
- Compatible with OpenSSH ~/.ssh/authorized_keys public key authentication
- The daemon, keygen, key converter, and client can be compiled into a single binary (ala busybox)
- Features can easily be disabled when compiling to save space
- TCP forwarding support
Download (0.20MB)
Added: 2007-08-09 License: MIT/X Consortium License Price:
812 downloads
OpenSSH 5.1
OpenSSH is a FREE version of the SSH connectivity tools more>> OpenSSH is a FREE version of the SSH connectivity tools that technical users of the Internet rely on. Users of telnet, rlogin, and ftp may not realize that their password is transmitted across the Internet unencrypted, but it is. OpenSSH encrypts all traffic (including passwords) to effectively eliminate eavesdropping, connection hijacking, and other attacks. Additionally, OpenSSH provides secure tunneling capabilities and several authentication methods, and supports all SSH protocol versions.
The OpenSSH suite replaces rlogin and telnet with the ssh program, rcp with scp, and ftp with sftp. Also included is sshd (the server side of the package), and the other utilities like ssh-add, ssh-agent, ssh-keysign, ssh-keyscan, ssh-keygen and sftp-server.
features:
Open Source Project
Free Licensing
Strong Encryption (3DES, Blowfish, AES, Arcfour)
X11 Forwarding (encrypt X Window System traffic)
Port Forwarding (encrypted channels for legacy protocols)
Strong Authentication (Public Key, One-Time Password and Kerberos Authentication)
Agent Forwarding (Single-Sign-On)
Interoperability (Compliance with SSH 1.3, 1.5, and 2.0 protocol Standards)
SFTP client and server support in both SSH1 and SSH2 protocols.
Kerberos and AFS Ticket Passing
Data Compression
OpenSSH is developed by the OpenBSD Project. The software is developed in countries that permit cryptography export and is freely useable and re-useable by everyone under a BSD license. However, development has costs, so if you find OpenSSH useful (particularly if you use it in a commercial system that is distributed) please consider donating to help fund the project.
OpenSSH is developed by two teams. One team does strictly OpenBSD-based development, aiming to produce code that is as clean, simple, and secure as possible. We believe that simplicity without the portability "goop" allows for better code quality control and easier review. The other team then takes the clean version and mak<<less
Download (428KB)
Added: 2009-04-29 License: Freeware Price: Free
279 downloads
Other version of OpenSSH
License:BSD License
Ecc 0.2.2
ECC is a package for Elliptic Curve cryptography. more>>
ECC is a package for Elliptic Curve cryptography.
ECC is implemented by using OpenSSL 0.9.6a or higher, for message digests and symmetric ciphers, and by using the Portable Object Compiler and Computer Algebra Kit for the elliptic curve cryptography.
Important note: you need version 3.2.5 of the compiler to compile this package.
See the README and INSTALL files in the package for instructions on how to use and how to install the ec-keygen, ec-sign, ec-verify, ec-crypt and ec-decrypt commands.
List nicknames of curves:
ec-keygen -l
c47n23r1:secp112r1:secp112r2:secp160r1:secp384r1:sect113r1:sect163k1
Generate a public and private key:
ec-keygen -e secp112r2 -o stes
Generated files:
ls -ltr stes.pub stes.prv
-rw-r--r-- 1 stes users 311 Jul 12 22:00 stes.pub
-rw------- 1 stes users 135 Jul 12 22:00 stes.prv
Digital Signature:
ec-sign -c sha1 -k stes.prv -f README -s README.sign
Verify the signature:
ec-verify -k stes.pub -f README -s README.sign
echo $?
0
Encrypt:
ec-crypt -c aes-128-cbc -k stes.pub -f README -s README.key -o enc
ec-crypt: unable to get 16 bytes of key from this curve, use a different curve
ec-crypt -c rc4-40 -k stes.pub -f README -s README.key -o enc
Decrypt:
ec-decrypt -k stes.prv -f enc -s README.key -o myREADME
<<lessECC is implemented by using OpenSSL 0.9.6a or higher, for message digests and symmetric ciphers, and by using the Portable Object Compiler and Computer Algebra Kit for the elliptic curve cryptography.
Important note: you need version 3.2.5 of the compiler to compile this package.
See the README and INSTALL files in the package for instructions on how to use and how to install the ec-keygen, ec-sign, ec-verify, ec-crypt and ec-decrypt commands.
List nicknames of curves:
ec-keygen -l
c47n23r1:secp112r1:secp112r2:secp160r1:secp384r1:sect113r1:sect163k1
Generate a public and private key:
ec-keygen -e secp112r2 -o stes
Generated files:
ls -ltr stes.pub stes.prv
-rw-r--r-- 1 stes users 311 Jul 12 22:00 stes.pub
-rw------- 1 stes users 135 Jul 12 22:00 stes.prv
Digital Signature:
ec-sign -c sha1 -k stes.prv -f README -s README.sign
Verify the signature:
ec-verify -k stes.pub -f README -s README.sign
echo $?
0
Encrypt:
ec-crypt -c aes-128-cbc -k stes.pub -f README -s README.key -o enc
ec-crypt: unable to get 16 bytes of key from this curve, use a different curve
ec-crypt -c rc4-40 -k stes.pub -f README -s README.key -o enc
Decrypt:
ec-decrypt -k stes.prv -f enc -s README.key -o myREADME
Download (0.066MB)
Added: 2006-06-08 License: GPL (GNU General Public License) Price:
1251 downloads
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