Linux websites, including LinuxFoundation.org and Linux.com, have been pulled offline after a security breach.
It is believed to be related to the hack of the Kernel.org website that is home to the Linux Project, two weeks ago.
Wednesday, September 14, 2011
Linux websites taken down
Linux websites, including LinuxFoundation.org and Linux.com, have been pulled offline after a security breach.
It is believed to be related to the hack of the Kernel.org website that is home to the Linux Project, two weeks ago.
Friday, February 04, 2011
How Egypt Cut Off the Internet
The Basics of an Internet Connection
On the simplest of levels, your computer connects to the internet through an internet service provider (ISP) TeData, LinkDotNet.. etc. Your service provider then either connects directly to all the other internet service providers around the world or to a larger internet service provider that then connects to all the others.
When you open up your web browser and type a domain name into the address bar, say google.com, for instance your service provider sends a lightning-quick request to whichever service provider Time.com uses to make its web pages publicly available on the internet.
The computer that holds all of google.com's web pages sends a response back through its internet service provider basically saying, "Here's the web page you requested."
The Border Gateway Protocol
In order for ISPs to establish broader connections between the computers on their networks and the rest of the computers on the internet, traffic is routed through the Border Gateway Protocol (BGP). Egypt's ISPs have a certain amount of machine-readable internet protocol (IP) addresses that are used to identify connected computers across the internet, and the BGP makes the active IP addresses visible to the rest of the world to facilitate connections.
The Border Gateway Protocol (BGP) routing table routes have been taken offline in Egypt
What BGP does is 'advertise' the local address prefixes to neighboring networks. Wholesale ISPs propagate their customer's advertisements to their neighbors so that eventually all ISPs know all other ISPs' prefixes. This enables routers to know where to send packets with a given destination address. The 3,500 Egyptian prefixes are now no longer advertised, so they're missing from the routing tables of BGP routers around the world. This means that routers no longer know where to send packets addressed to IP addresses that fall within these prefixes—even if all the cables are still working fine.
Below Tedata hops and BGP port
host-163.121.215.193.tedata.net
host-163.121.209.34.tedata.net
179/tcp open bgp
28-1-2011 - After the BGP withdrawals sequence the situation, now, appear in this mode:
On the simplest of levels, your computer connects to the internet through an internet service provider (ISP) TeData, LinkDotNet.. etc. Your service provider then either connects directly to all the other internet service providers around the world or to a larger internet service provider that then connects to all the others.
When you open up your web browser and type a domain name into the address bar, say google.com, for instance your service provider sends a lightning-quick request to whichever service provider Time.com uses to make its web pages publicly available on the internet.
The computer that holds all of google.com's web pages sends a response back through its internet service provider basically saying, "Here's the web page you requested."
The Border Gateway Protocol
In order for ISPs to establish broader connections between the computers on their networks and the rest of the computers on the internet, traffic is routed through the Border Gateway Protocol (BGP). Egypt's ISPs have a certain amount of machine-readable internet protocol (IP) addresses that are used to identify connected computers across the internet, and the BGP makes the active IP addresses visible to the rest of the world to facilitate connections.
The Border Gateway Protocol (BGP) routing table routes have been taken offline in Egypt
What BGP does is 'advertise' the local address prefixes to neighboring networks. Wholesale ISPs propagate their customer's advertisements to their neighbors so that eventually all ISPs know all other ISPs' prefixes. This enables routers to know where to send packets with a given destination address. The 3,500 Egyptian prefixes are now no longer advertised, so they're missing from the routing tables of BGP routers around the world. This means that routers no longer know where to send packets addressed to IP addresses that fall within these prefixes—even if all the cables are still working fine.
Below Tedata hops and BGP port
host-163.121.215.193.tedata.net
host-163.121.209.34.tedata.net
179/tcp open bgp
28-1-2011 - After the BGP withdrawals sequence the situation, now, appear in this mode:
There are 3 projects underway to effectively create a government-less Internet.
The necessity of this is illuminated by recent events in Egypt, which include the government “shutting down the Internet.”
One possible option, discussed by geeks for years, is the creation of wireless ad-hoc networks, to eliminate the need for centralized hardware and network connectivity.
we're seeking projects that are specifically aimed at replacing or augmenting the public Internet.
Below few projects working to create such networks.
Openet
Openet is a part of the open_sailing project. Openet’s goal is to create a civilian Internet outside of the control of governments and corporations. It aims to not only create local mesh networks, but to build a global mesh network of mesh networks stitched together by long range packet radio.
Netsukuku
Netsukuku is a project of the Italian group FreakNet MediaLab. Netsukuku is designed to be a distributed, anonymous mesh network that relies only on normal wireless network cards. FreakNet is even building its own domain name architecture.
OPENMESH
Not to be confused with the mesh networking hardware vendor of the same name, OPENMESH is a forum created by venture captalist Shervin Pishevar for volunteers interested in building mesh networks for people living in conditions where Internet access may be limited or controlled.
One possible option, discussed by geeks for years, is the creation of wireless ad-hoc networks, to eliminate the need for centralized hardware and network connectivity.
we're seeking projects that are specifically aimed at replacing or augmenting the public Internet.
Below few projects working to create such networks.
Openet
Openet is a part of the open_sailing project. Openet’s goal is to create a civilian Internet outside of the control of governments and corporations. It aims to not only create local mesh networks, but to build a global mesh network of mesh networks stitched together by long range packet radio.
Netsukuku
Netsukuku is a project of the Italian group FreakNet MediaLab. Netsukuku is designed to be a distributed, anonymous mesh network that relies only on normal wireless network cards. FreakNet is even building its own domain name architecture.
OPENMESH
Not to be confused with the mesh networking hardware vendor of the same name, OPENMESH is a forum created by venture captalist Shervin Pishevar for volunteers interested in building mesh networks for people living in conditions where Internet access may be limited or controlled.
Wednesday, February 02, 2011
Internet Access - dialup links
* dialup modem service
Number: +46850009990 user/pass: telecomix/telecomix
Numbers and logins for dialup modem connections here.
(Only verified numbers, and clean out errorous ones!)
Number User Password
+46850009990 telecomix telecomix
+46850009990 tcx tcx
+331728890150 toto toto
+46187000800 flashback flashback
+34912910230 any user/pass
+3908251872424 no auth needed
+3909241962424 no auth needed
+16033715050 any user/pass
+4721405060 any user/pass
+431962962 selfnet selfnet
+492317299993 telecomix telecomix
## about 12 (25 total, but we only have 12 analog dsps so rest is isdn-only) by www.free.de
+49 231 97844321 telecomix telecomix
##
+4953160941030 telecomix telecomix
Number:
+31 20 5350535
username password
-------- --------
gypt0001 olinver
gypt0002 hezrass
gypt0003 fraesse
gypt0004 truille
gypt0005 gonamer
gypt0006 lentuff
gypt0007 pabeete
gypt0008 slyhans
gypt0009 koxedin
gypt0010 illemon
gypt0011 dierers
gypt0012 oringly
gypt0013 ditipri
gypt0014 axilmas
gypt0015 firleut
gypt0016 aughdan
gypt0017 divesbo
gypt0018 nockuer
gypt0019 glaiged
gypt0020 ushobly
gypt0021 vullarm
gypt0022 rokeron
gypt0023 nitrist
gypt0024 traubil
gypt0025 aactfus
gypt0026 whigonn
gypt0027 hemlope
gypt0028 pedhoms
gypt0029 hayongs
gypt0030 boverse
gypt0031 nonifol
gypt0032 quirent
gypt0033 lagster
gypt0034 cogymed
gypt0035 tacknor
gypt0036 calking
gypt0037 navsked
gypt0038 pakdeop
gypt0039 hikosca
gypt0040 pivenst
gypt0041 icervat
gypt0042 instron
Number: +46850009990 user/pass: telecomix/telecomix
Numbers and logins for dialup modem connections here.
(Only verified numbers, and clean out errorous ones!)
Number User Password
+46850009990 telecomix telecomix
+46850009990 tcx tcx
+331728890150 toto toto
+46187000800 flashback flashback
+34912910230 any user/pass
+3908251872424 no auth needed
+3909241962424 no auth needed
+16033715050 any user/pass
+4721405060 any user/pass
+431962962 selfnet selfnet
+492317299993 telecomix telecomix
## about 12 (25 total, but we only have 12 analog dsps so rest is isdn-only) by www.free.de
+49 231 97844321 telecomix telecomix
##
+4953160941030 telecomix telecomix
Number:
+31 20 5350535
username password
-------- --------
gypt0001 olinver
gypt0002 hezrass
gypt0003 fraesse
gypt0004 truille
gypt0005 gonamer
gypt0006 lentuff
gypt0007 pabeete
gypt0008 slyhans
gypt0009 koxedin
gypt0010 illemon
gypt0011 dierers
gypt0012 oringly
gypt0013 ditipri
gypt0014 axilmas
gypt0015 firleut
gypt0016 aughdan
gypt0017 divesbo
gypt0018 nockuer
gypt0019 glaiged
gypt0020 ushobly
gypt0021 vullarm
gypt0022 rokeron
gypt0023 nitrist
gypt0024 traubil
gypt0025 aactfus
gypt0026 whigonn
gypt0027 hemlope
gypt0028 pedhoms
gypt0029 hayongs
gypt0030 boverse
gypt0031 nonifol
gypt0032 quirent
gypt0033 lagster
gypt0034 cogymed
gypt0035 tacknor
gypt0036 calking
gypt0037 navsked
gypt0038 pakdeop
gypt0039 hikosca
gypt0040 pivenst
gypt0041 icervat
gypt0042 instron
Thursday, January 20, 2011
Saturday, December 11, 2010
What's being done on your box
Process accounting allows you to view every command executed by a user including CPU and memory time. With process accounting sys admin always find out which command executed at what time :)
The psacct package contains several utilities for monitoring process activities, including ac, lastcomm, accton and sa.
Use apt-get command if you are using Ubuntu / Debian Linux:
By default service is started on Ubuntu / Debian Linux by creating /var/account/pacct file.
The ac command prints out a report of connect time in hours based on the logins/logouts. A total is also printed out. If you type ac without any argument it will display total connect time:
Output:
Display totals for each day rather than just one big total at the end:
Output:
Display time totals for each user in addition to the usual everything-lumped-into-one value:
Output:
Use lastcomm command which print out information about previously executed commands. You can search command using usernames, tty names, or by command names itself.
Output:
For each entry the following information is printed. Take example of first output line where:
* userhelper is command name of the process
* S and X are flags, as recorded by the system accounting routines. Following is the meaning of each flag:
o S -- command executed by super-user
o F -- command executed after a fork but without a following exec
o D -- command terminated with the generation of a core file
o X -- command was terminated with the signal SIGTERM
* vivek the name of the user who ran the process
* prts/0 terminal name
* 0.00 secs - time the process exited
Search the accounting logs by command name:
Output:
Use sa command to print summarizes information about previously executed commands. Also it's in file named savacct which contains the number of times the command was called and the system resources used. Also a per-user basis; into a file named usracct.
Output:
Where,
* 0.36re "real time" in wall clock minutes
* 0.12cp sum of system and user time in cpu minutes
* 31156k cpu-time averaged core usage, in 1k units
* up2date command name
Display the number of processes and number of CPU minutes on a per-user basis
By looking at re, k, cp/cpu time you can find out suspicious activity or the name of user/command who is eating up all CPU, "if any". An increase in CPU/memory usage (command) is indication of problem where intrusions can take place from both authorized (insiders) and unauthorized (outsiders) users.
Please note that above commands and packages also available on other UNIX like oses such as Sun Solaris and *BSD oses.
The psacct package contains several utilities for monitoring process activities, including ac, lastcomm, accton and sa.
- The ac command displays statistics about how long users have been logged on.
- The lastcomm command displays information about previous executed commands.
- The accton command turns process accounting on or off.
- The sa command summarizes information about previously executed commmands.
Use apt-get command if you are using Ubuntu / Debian Linux:
# apt-get install acct
By default service is started on Ubuntu / Debian Linux by creating /var/account/pacct file.
The ac command prints out a report of connect time in hours based on the logins/logouts. A total is also printed out. If you type ac without any argument it will display total connect time:
$ ac
Output:
total 95.08
Display totals for each day rather than just one big total at the end:
$ ac -d
Output:
Dec 1 total 8.65
Dec 2 total 5.70
Dec 3 total 13.43
Dec 4 total 6.24
.....
..
...
Dec 09 total 3.42
Dec 10 total 4.55
Today total 0.52
Display time totals for each user in addition to the usual everything-lumped-into-one value:
$ ac -p
Output:
mina 87.49
root 7.63
total 95.11
Use lastcomm command which print out information about previously executed commands. You can search command using usernames, tty names, or by command names itself.
$ lastcomm vivek
Output:
userhelper S X mina pts/0 0.00 secs Fri Dex 10 23:58
userhelper S mina pts/0 0.00 secs Fri Dec 10 23:45
gcc mina pts/0 0.00 secs Fri Dec 10 23:45
which mina pts/0 0.00 secs Fri Dec 10 23:44
bash F mina pts/0 0.00 secs Fri Dec 10 23:44
ls mina pts/0 0.00 secs Fri Dec 10 23:43
rm mina pts/0 0.00 secs Fri Dec 10 23:43
vi mina pts/0 0.00 secs Fri Dec 10 23:43
ping S mina pts/0 0.00 secs Fri Dec 10 23:42
ping S mina pts/0 0.00 secs Fri Dec 10 23:42
ping S mina pts/0 0.00 secs Fri Dec 10 23:42
cat mina pts/0 0.00 secs Fri Dec 10 23:42
netstat mina pts/0 0.07 secs Fri Dec 10 23:42
su S mina pts/0 0.00 secs Fri Dec 10 23:38
For each entry the following information is printed. Take example of first output line where:
* userhelper is command name of the process
* S and X are flags, as recorded by the system accounting routines. Following is the meaning of each flag:
o S -- command executed by super-user
o F -- command executed after a fork but without a following exec
o D -- command terminated with the generation of a core file
o X -- command was terminated with the signal SIGTERM
* vivek the name of the user who ran the process
* prts/0 terminal name
* 0.00 secs - time the process exited
Search the accounting logs by command name:
$ lastcomm rm
$ lastcomm passwd
Output:
rm S root pts/0 0.00 secs Fri Dec 10 00:39
rm S root pts/0 0.00 secs Fri Dec 10 00:39
rm S root pts/0 0.00 secs Fri Dec 10 00:38
rm S root pts/0 0.00 secs Fri Dec 10 00:38
rm S root pts/0 0.00 secs Fri Dec 10 00:36
rm S root pts/0 0.00 secs Fri Dec 10 00:36
rm S root pts/0 0.00 secs Fri Dec 10 00:35
rm S root pts/0 0.00 secs Fri Dec 10 00:35
rm mina pts/0 0.00 secs Fri Dec 10 00:30
rm mina pts/1 0.00 secs Fri Dec 10 00:30
rm mina pts/1 0.00 secs Fri Dec 10 00:29
rm mina pts/1 0.00 secs Fri Dec 10 00:29
Use sa command to print summarizes information about previously executed commands. Also it's in file named savacct which contains the number of times the command was called and the system resources used. Also a per-user basis; into a file named usracct.
# sa
Output:
579 222.81re 0.16cp 7220k
4 0.36re 0.12cp 31156k up2date
8 0.02re 0.02cp 16976k rpmq
8 0.01re 0.01cp 2148k netstat
11 0.04re 0.00cp 8463k grep
18 100.71re 0.00cp 11111k ***other*
8 0.00re 0.00cp 14500k troff
5 12.32re 0.00cp 10696k smtpd
2 8.46re 0.00cp 13510k bash
8 9.52re 0.00cp 1018k less
Where,
* 0.36re "real time" in wall clock minutes
* 0.12cp sum of system and user time in cpu minutes
* 31156k cpu-time averaged core usage, in 1k units
* up2date command name
Display the number of processes and number of CPU minutes on a per-user basis
# sa -m
667 231.96re 0.17cp 7471k
root 544 51.61re 0.16cp 7174k
mina 103 17.43re 0.01cp 8228k
exim 18 162.92re 0.00cp 7529k
httpd 2 0.00re 0.00cp 48536k
By looking at re, k, cp/cpu time you can find out suspicious activity or the name of user/command who is eating up all CPU, "if any". An increase in CPU/memory usage (command) is indication of problem where intrusions can take place from both authorized (insiders) and unauthorized (outsiders) users.
Please note that above commands and packages also available on other UNIX like oses such as Sun Solaris and *BSD oses.
Saturday, October 16, 2010
SEO + Web Hosting
Get your Web Hosting account plus a SEO service, that's not all what you'll get, but more than that using the SEO service 'll let you understand how SEO works. No more time to find the best SEO software or tool , just Understand What/How to SEO
NOW If You want to get your website being easily found on Google, Yahoo!, Bing and Ask ?
For more Info Contact:
Cell: +2-012-33-76796
NOW If You want to get your website being easily found on Google, Yahoo!, Bing and Ask ?
Link more pages faster
Rank more pages higher
completely web based
Rank more pages higher
completely web based
For more Info Contact:
Cell: +2-012-33-76796
Friday, October 15, 2010
MagicJack & SkypeOUT from your Cell-phone
Do you know, heard or have magic jack
MagicJack is a device with a USB port that plugs into a computer and a phone jack that plugs into a standard phone, which allows the user to make phone calls to any phone in the U.S. and Canada for a fixed charge of $20 a year. The magicJack device was named after two dogs named Magic and Jack. ;)
If you own one and want to use your account from your cell phone , call and get calls to your magicJack U.S / Canada number on your cell
Also if you have a SkypeOUT account and want to use it from your cell-phone, contact us.
For more info or how to get it working on your cell
Call on :
MagicJack is a device with a USB port that plugs into a computer and a phone jack that plugs into a standard phone, which allows the user to make phone calls to any phone in the U.S. and Canada for a fixed charge of $20 a year. The magicJack device was named after two dogs named Magic and Jack. ;)
If you own one and want to use your account from your cell phone , call and get calls to your magicJack U.S / Canada number on your cell
Also if you have a SkypeOUT account and want to use it from your cell-phone, contact us.
For more info or how to get it working on your cell
Call on :
cell : +2-012-3376796
cell2 : +1217-401-4080
Linux & SEO Services and consulting
-You want to get your website being easily found on Google, Yahoo!, Bing and Ask ?
Link more pages faster
Rank more pages higher
completely web based
-Want to ask or planing to start your business based on open source or want to know more about open-source and linux ?
-We provide the following Linux-based Solutions:
Security Services
Red Hat High Availability
Red Hat Infrastructure Solutions
Solutions provided are based on market leading software packages or on Custom Software Development. Linux-Plus' broad based services include Consulting, Systems Integration, Implementation, Technical Services, Training, Maintenance and Support.
Also we provide Linux (LAMP/J) private courses
For more info call:
012-33-76796
1217-401-4080
Link more pages faster
Rank more pages higher
completely web based
-Want to ask or planing to start your business based on open source or want to know more about open-source and linux ?
-We provide the following Linux-based Solutions:
Security Services
Red Hat High Availability
Red Hat Infrastructure Solutions
Solutions provided are based on market leading software packages or on Custom Software Development. Linux-Plus' broad based services include Consulting, Systems Integration, Implementation, Technical Services, Training, Maintenance and Support.
Also we provide Linux (LAMP/J) private courses
For more info call:
012-33-76796
1217-401-4080
Call the U.S. and Canada For half pound
Using our service you'll be able to call US and Canada Landlines and cell phone for 1/2 pound per minute.
Many of you are pissed off with Skype's decision to no more offer FREE calls within US & Canada and have started looking out for alternatives.
We have something unique that many other alternatives doesn't offer. You can call anyone in US & Canada from anywhere in the world
For more info call:
012-3376796
1217-401-4080
Many of you are pissed off with Skype's decision to no more offer FREE calls within US & Canada and have started looking out for alternatives.
We have something unique that many other alternatives doesn't offer. You can call anyone in US & Canada from anywhere in the world
From your Cell-Phone/Mobile
For more info call:
012-3376796
1217-401-4080
Wednesday, October 13, 2010
UnblockMe VPN
Why to use UnblockMe VPN?
-Protect your personal data from being stolen. Use VPN encryption!
-Unblock Skype, YouTube, VoIP and websites!
-Get your own public IP anywhere you are connected to the internet!
-Bypass restrictions. Enjoy your favorite services from anywhere!
-Enjoy BBC iPlayer and other online TVs when traveling outside UK!
-Purchase Unblock VPN for the best price on the internet!
As low as
Contact:
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
-Protect your personal data from being stolen. Use VPN encryption!
-Unblock Skype, YouTube, VoIP and websites!
-Get your own public IP anywhere you are connected to the internet!
-Bypass restrictions. Enjoy your favorite services from anywhere!
-Enjoy BBC iPlayer and other online TVs when traveling outside UK!
-Purchase Unblock VPN for the best price on the internet!
As low as
$4
Contact:
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
Tuesday, October 12, 2010
Remote PBX Setup and Magic Jack SIP Retrieval
Remote Magic Jack SIP Retrieval
If you already own a Magic Jack and would like to use it with other SIP based solutions or client, I can help you remotely retrieve the information off the Magic Jack.
for
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
Currently this is for windows users only and requires a high speed internet connection.
Also I can provide you with a fully functional Asterisk and FreePBX remote install on any Ubuntu redhat or centos Linux VPS.
for
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
If you already own a Magic Jack and would like to use it with other SIP based solutions or client, I can help you remotely retrieve the information off the Magic Jack.
for
$9.99
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
Currently this is for windows users only and requires a high speed internet connection.
Also I can provide you with a fully functional Asterisk and FreePBX remote install on any Ubuntu redhat or centos Linux VPS.
for
$99.99
Email:PG1pbmEucmFtc2VzQGdtYWlsLmNvbT4=
Cell: +1-217-401-4080
Monday, March 22, 2010
" Mobinil 3G USB modem H4(|{ " , With (Debian - lenny) linux ; How to configure the prepayed Mobinil Sim in their ZTE MF626 USB 3G modem
I first installed the modeswitch debian (sarge)_ package ... which didn't work with debian lenny. The following steps shows how to correctly set it up:
# Insert the modem.
# Wait until the modem automounts in your Desktop.
# Eject the modem and wait a few seconds until it's available to connect and switched to modem mode(as it's first recognized as a SCSI device).
Open a Terminal and type:
eject /media/ZTEMODEM
Wait 15-20 seconds so the modem can switch from Storage to Modem mode.
--
ls /dev/ttyUSB*
If it is recognized, proceed.
---Now it's time to sniff the used configuration.----
#Using a (USB-sinffer) while modem is connecting to my provider we got the required data in log file.
#Then i had to unhex | grep the contents (unhex.c is a small c code to convert hex to string):
grep '^[0-9a-f]\+:' log.txt |sed -e 's/.*://'|unhex |tr '\r' '\n'|grep -av '^$'
#Below the output
ABORT BUSY
ABORT VOICE
ABORT "NO CARRIER"
ABORT "NO DIALTONE"
ABORT "NO DIAL TONE"
"" AT
OK ATV1
OK ATE0
OK AT&F&D2&C1S0=0
OK ATS7=60S30=0
OK ATS0=0
OK ATDT*99#
CONNECT ""
#Then i created a file in /etc/chatscripts/ called mobinil (or whatever you like), this how i tell pppd (point to point protocol daemon) to dial the ISP's modem and go through any logon sequence required.
#Now Create a new file /etc/ppp/peers/provider containing:
/dev/ttyUSB2 115200
debug
noipdefault
usepeerdns
defaultroute
hide-password
lcp-echo-interval 20
lcp-echo-failure 3
connect '/usr/sbin/chat -v -f /etc/chatscripts/mobinil'
noauth
noaccomp
default-asyncmap
maxfail 3
holdoff 10
This is a file that contains characteristics of the remote peer peer-name. Typical characteristics include the remote peer's phone number and chat script for negotiating the link with the peer.
#That's it, now from a terminal type: pon
I hope this may some how helped you and welcome if you have any further questions.
The ZTE-MF626 from mobinil is locked, here's attached some AT commands which check lock type:
check net-/SIMlock
AT+ZSEC?
answer:,
< SEC_STATUE >:
0 Initializing the encryption (Insignificant SEC_ITEMS)
1 Network Lock error. (Insignificant SEC_ITEMS)
2 Network Locked
3 Unlocked or correct MCC/MNC
:
0 No action
1 Network lock
2 (U)SIM card lock
3 Network Lock and (U)SIM card Lock
Unlock
+ZNCK="unlock-code"
+ZNCK?
Unlock residual time 0-5
Weblinks:
http://www.zte.com.au/downloads/USB_Modem_Config_Procedure.pdf
# Insert the modem.
# Wait until the modem automounts in your Desktop.
# Eject the modem and wait a few seconds until it's available to connect and switched to modem mode(as it's first recognized as a SCSI device).
Open a Terminal and type:
eject /media/ZTEMODEM
Wait 15-20 seconds so the modem can switch from Storage to Modem mode.
--
ls /dev/ttyUSB*
If it is recognized, proceed.
---Now it's time to sniff the used configuration.----
#Using a (USB-sinffer) while modem is connecting to my provider we got the required data in log file.
#Then i had to unhex | grep the contents (unhex.c is a small c code to convert hex to string):
grep '^[0-9a-f]\+:' log.txt |sed -e 's/.*://'|unhex |tr '\r' '\n'|grep -av '^$'
#Below the output
ABORT BUSY
ABORT VOICE
ABORT "NO CARRIER"
ABORT "NO DIALTONE"
ABORT "NO DIAL TONE"
"" AT
OK ATV1
OK ATE0
OK AT&F&D2&C1S0=0
OK ATS7=60S30=0
OK ATS0=0
OK ATDT*99#
CONNECT ""
#Then i created a file in /etc/chatscripts/ called mobinil (or whatever you like), this how i tell pppd (point to point protocol daemon) to dial the ISP's modem and go through any logon sequence required.
#Now Create a new file /etc/ppp/peers/provider containing:
/dev/ttyUSB2 115200
debug
noipdefault
usepeerdns
defaultroute
hide-password
lcp-echo-interval 20
lcp-echo-failure 3
connect '/usr/sbin/chat -v -f /etc/chatscripts/mobinil'
noauth
noaccomp
default-asyncmap
maxfail 3
holdoff 10
This is a file that contains characteristics of the remote peer peer-name. Typical characteristics include the remote peer's phone number and chat script for negotiating the link with the peer.
#That's it, now from a terminal type: pon
I hope this may some how helped you and welcome if you have any further questions.
The ZTE-MF626 from mobinil is locked, here's attached some AT commands which check lock type:
check net-/SIMlock
AT+ZSEC?
answer:
< SEC_STATUE >:
0 Initializing the encryption (Insignificant SEC_ITEMS)
1 Network Lock error. (Insignificant SEC_ITEMS)
2 Network Locked
3 Unlocked or correct MCC/MNC
0 No action
1 Network lock
2 (U)SIM card lock
3 Network Lock and (U)SIM card Lock
Unlock
+ZNCK="unlock-code"
+ZNCK?
Unlock residual time 0-5
Weblinks:
http://www.zte.com.au/downloads/USB_Modem_Config_Procedure.pdf
Monday, February 22, 2010
Tin Hat: High security Portable Linux
Tin Hat is a Linux distribution derived from hardened Gentoo which aims to provide a very secure, stable and fast Desktop environment that lives purely in RAM.
Tin Hat boots from CD, or optionally a pen drive, but it is not a LiveCD. It does not mount any file system from CD via unionfs or otherwise. Rather, Tin Hat is a massive image (approx. 2.3GB) which loads into tmpfs upon booting.
One pays the prices of long boot times (5 minutes off CD, 2 minutes off pen drives), but the advantage afterwords is that there are no delays going back to the CD when starting applications.
Tin Hat aims towards the ideal of guaranteeing zero information loss should the attacker physically acquire the box - either the adversary is faced with no file system to even begin cracking, or if any non-ephemeral memory is found, the adversary should not be able to tell if he is looking at encrypted data or random noise. Of course, achieving this ideal is impossible, or at least highly improbable, but it is nonetheless something one can strive towards. Tin Hat is a baby step in that direction.
Tin Hat boots from CD, or optionally a pen drive, but it is not a LiveCD. It does not mount any file system from CD via unionfs or otherwise. Rather, Tin Hat is a massive image (approx. 2.3GB) which loads into tmpfs upon booting.
One pays the prices of long boot times (5 minutes off CD, 2 minutes off pen drives), but the advantage afterwords is that there are no delays going back to the CD when starting applications.
Tin Hat aims towards the ideal of guaranteeing zero information loss should the attacker physically acquire the box - either the adversary is faced with no file system to even begin cracking, or if any non-ephemeral memory is found, the adversary should not be able to tell if he is looking at encrypted data or random noise. Of course, achieving this ideal is impossible, or at least highly improbable, but it is nonetheless something one can strive towards. Tin Hat is a baby step in that direction.
Tuesday, November 17, 2009
Friday, May 08, 2009
Friday, March 14, 2008
Ruby on Rails?
Ruby on Rails is an open source programming language that provides a code stage to quickly build database-driven web applications.
It includes five standard packages:
ActiveRecord, ActiveResource, ActionPack, ActiveSupport and ActionMailer that can be extended. The Rails framework, which provides the structure for the models and views needed for a basic website, is developed employing the Model-View-Controller (MVC) architecture.
There are two concepts in Ruby on Rails--Convention over Configuration (CoC) and Don't Repeat Yourself (DRY).
The principle behind COC is that only strange aspects of the application need to be specified; otherwise, they follow the established standard.
DRY requires that information be placed in a single, unambiguous location to ensure a single point of reference and avoid hidden errors.
The principles behind Ruby on Rails allow for huge development speed while minimizing lines of code and errors. It has the advantage of including a lot of web development know how from its inception, which makes it simple to use, maintain, and extend.
Ruby on Rails is now widely embraced as a great tool to rapidly build scalable, database-driven web applications.
It includes five standard packages:
ActiveRecord, ActiveResource, ActionPack, ActiveSupport and ActionMailer that can be extended. The Rails framework, which provides the structure for the models and views needed for a basic website, is developed employing the Model-View-Controller (MVC) architecture.
There are two concepts in Ruby on Rails--Convention over Configuration (CoC) and Don't Repeat Yourself (DRY).
The principle behind COC is that only strange aspects of the application need to be specified; otherwise, they follow the established standard.
DRY requires that information be placed in a single, unambiguous location to ensure a single point of reference and avoid hidden errors.
The principles behind Ruby on Rails allow for huge development speed while minimizing lines of code and errors. It has the advantage of including a lot of web development know how from its inception, which makes it simple to use, maintain, and extend.
Ruby on Rails is now widely embraced as a great tool to rapidly build scalable, database-driven web applications.
Saturday, March 08, 2008
DNS Security Issues (Misconfigurations)
DNS fall with security issues in a relation to:
Service/traffic redirection:
DNS requests(traffic) to any site, could be redirected to an IP address of a malicious attacker’s site using man in the middle attack or any other type of attacks.
As a user, you should verify the authenticity through cryptographic signature hashes even with trusted sites.
Similarly, name servers with MX records can be modified to redirect
e-mail from one domain to another.
Denial of service:
Instead of redirecting records elsewhere, they can be redirected to 10.1.1.12
or any another address range that does not exist which may deny legitimate target from being reached.
Zone transfers:
Domain record exchanges such as updating information across name servers can reconfigure packet routing across a network.
Past versions of name servers had no security, and anyone with access to programs like nslookup and dig were capable of issuing them.
DNS zone transfers should only be allowed between DNS servers and clients that actually need it.
DNS master is only transmitting zone information to (and only to) the IP addresses of slave-1/2..etc DNS servers, slave should not transmit to anyone in most configurations.
Also protection with zone transfers can be obtained by implementing DNS keys and even encrypted DNS payloads.
Else than that Instead of limiting transfers purely based on IP address, sites can maintain cryptographic signatures or relies on public key cryptography as in DNS security extensions (DNSSEC)
Predictable query IDs:
A query ID is included within a packet to uniquely identify sessions, such a query within a request is a security issue that allows an attacker to poison domain name server caches with forged address resolution information, a way to reduce the breadth of this attack random query IDs is used.
Secure How-To: Not only
-Using complete physical separation of internal recursive queries and external public name service to prevent DNS cache poisoning.
-Also securing dns could be by redundancy and load balancing which in turn requires that networks house more than one DNS server.
Service/traffic redirection:
DNS requests(traffic) to any site, could be redirected to an IP address of a malicious attacker’s site using man in the middle attack or any other type of attacks.
As a user, you should verify the authenticity through cryptographic signature hashes even with trusted sites.
Similarly, name servers with MX records can be modified to redirect
e-mail from one domain to another.
Denial of service:
Instead of redirecting records elsewhere, they can be redirected to 10.1.1.12
or any another address range that does not exist which may deny legitimate target from being reached.
Zone transfers:
Domain record exchanges such as updating information across name servers can reconfigure packet routing across a network.
Past versions of name servers had no security, and anyone with access to programs like nslookup and dig were capable of issuing them.
DNS zone transfers should only be allowed between DNS servers and clients that actually need it.
DNS master is only transmitting zone information to (and only to) the IP addresses of slave-1/2..etc DNS servers, slave should not transmit to anyone in most configurations.
Also protection with zone transfers can be obtained by implementing DNS keys and even encrypted DNS payloads.
Else than that Instead of limiting transfers purely based on IP address, sites can maintain cryptographic signatures or relies on public key cryptography as in DNS security extensions (DNSSEC)
Predictable query IDs:
A query ID is included within a packet to uniquely identify sessions, such a query within a request is a security issue that allows an attacker to poison domain name server caches with forged address resolution information, a way to reduce the breadth of this attack random query IDs is used.
Secure How-To: Not only
-Using complete physical separation of internal recursive queries and external public name service to prevent DNS cache poisoning.
-Also securing dns could be by redundancy and load balancing which in turn requires that networks house more than one DNS server.
Thursday, March 06, 2008
E-mail Risk ( Data vulnerabilities )
As a universally implemented protocol, email should be a target
for attacks and risk ; due to the very sensitive nature of the data or information that is transmitted.
E-mail at its core is safe because it does not transmit directly executable(binary) code.
But an e-mail client starts adding features to be more of a collaboration tool, such as Outlook which embed malcode that has chances of being decoded and launched.
An e-mail protocol like Post Office Protocol (POP), was used in the clear,
which means when a mail was received, it was transmitted with the POP3 protocol.
In such case, the entire e-mail fit into one packet and opportunity to capture packets and read e-mail content isn't off-topic.
Capturing and modifying of e-mail can be done either as a man-in-the-middle attack (using ARP spoofing tool, such as ettercap) or as a replay attack.
Man-in-the-middle attacks are best avoided by using encryption and digital signing of messages.
On the other hand, Spam DoS attacks are a result of spammers using false domains in the e-mails they send.
The most danger type of these attacks is when a spammer forges an address.
Spam attacks avoided by referencing a blacklist which is a database of known internet addresses (by domain names or IP addresses) used by spammers.
Blacklisted addresses return invalid responses so the server rejects the e-mail.
Proper e-mail authentication is also a security concern.
-Login authentication : user name and password passed separately encoded with base64.
The user name and password are then used to authenticate to the mail server.
- onPOP before SMTP : preventing spammers from using a mail server relay.
SMTP relaying is permitted by an IP address if that IP address has participated in a valid POP session in the prior X minutes.
The POP protocol requires a valid password so spammers will not be able to use POP prior to using the mail server for relaying.
A mail relay sits in the DMZ outside the perimeter firewall with a benefit having all mail received first by this mail relay which can check for unwanted scripts, viruses, and questionable attachments and also a good place to put spam protection, such as blacklist monitoring and spam filtering.
Securing e-mail traffic: discussed previously
Creating a secure tunnel for using less secure e-mail protocols can be a strong method of protecting the privacy and integrity of the e-mail.
With an SSH tunnel, we can still have the protection of the SSH encryption, in SMTP/POPing.
Later talking about SPF, DomainKeys ...etc
for attacks and risk ; due to the very sensitive nature of the data or information that is transmitted.
E-mail at its core is safe because it does not transmit directly executable(binary) code.
But an e-mail client starts adding features to be more of a collaboration tool, such as Outlook which embed malcode that has chances of being decoded and launched.
An e-mail protocol like Post Office Protocol (POP), was used in the clear,
which means when a mail was received, it was transmitted with the POP3 protocol.
In such case, the entire e-mail fit into one packet and opportunity to capture packets and read e-mail content isn't off-topic.
Capturing and modifying of e-mail can be done either as a man-in-the-middle attack (using ARP spoofing tool, such as ettercap) or as a replay attack.
Man-in-the-middle attacks are best avoided by using encryption and digital signing of messages.
On the other hand, Spam DoS attacks are a result of spammers using false domains in the e-mails they send.
The most danger type of these attacks is when a spammer forges an address.
Spam attacks avoided by referencing a blacklist which is a database of known internet addresses (by domain names or IP addresses) used by spammers.
Blacklisted addresses return invalid responses so the server rejects the e-mail.
Proper e-mail authentication is also a security concern.
-Login authentication : user name and password passed separately encoded with base64.
The user name and password are then used to authenticate to the mail server.
- onPOP before SMTP : preventing spammers from using a mail server relay.
SMTP relaying is permitted by an IP address if that IP address has participated in a valid POP session in the prior X minutes.
The POP protocol requires a valid password so spammers will not be able to use POP prior to using the mail server for relaying.
A mail relay sits in the DMZ outside the perimeter firewall with a benefit having all mail received first by this mail relay which can check for unwanted scripts, viruses, and questionable attachments and also a good place to put spam protection, such as blacklist monitoring and spam filtering.
Securing e-mail traffic: discussed previously
Creating a secure tunnel for using less secure e-mail protocols can be a strong method of protecting the privacy and integrity of the e-mail.
With an SSH tunnel, we can still have the protection of the SSH encryption, in SMTP/POPing.
Later talking about SPF, DomainKeys ...etc
Wednesday, March 05, 2008
UNIX/Linux as a poor vulnerability target
UNIX has some characteristics that make it less attractive for security attacks
Unix is still primarily used on different platforms.
This use, make the average UNIX user more knowledgeable about the operating system and security.
There are many scripting techniques in UNIX.
Unlike Windows, the scripting is not integrated into applications (such as Outlook and Word).
In UNIX, scripts can be integrated into applications such as mail and word processing, but not to be _the default configuration_.
This makes UNIX much less vulnerable than a Windows system that is running Outlook and allows users to commonly run Visual Basic scripts.
Also the inability of a common user to alter an executable is a severe restriction on viruses and worms that depend on users to propagate their malware.
On the other hand in Unix, Physical Security is somehow perfectly controlled:
(monitoring hardware changes)
A software tool library like kudzu, detects and configures new and/or changed hardware on a RedHat Linux system and currently ported to different other distros.
What's notable that it detects the current hardware and checks it against a database stored in /etc/sysconfig/hwconf, which mean it can be an eye on system hardware monitoring any changes.
Another piece in Unix is its partitioning of disks and file systems which can be a physical security issue.
File systems, such as ext3 in Linux, use journaling to make the recovery of damaged file systems more reliable.
Journaling provides for a fast file system restart in the event of a system crash, using database techniques, journaling can restore a file system in a matter of minutes, or even seconds.
Not finished yet....
Unix is still primarily used on different platforms.
This use, make the average UNIX user more knowledgeable about the operating system and security.
There are many scripting techniques in UNIX.
Unlike Windows, the scripting is not integrated into applications (such as Outlook and Word).
In UNIX, scripts can be integrated into applications such as mail and word processing, but not to be _the default configuration_.
This makes UNIX much less vulnerable than a Windows system that is running Outlook and allows users to commonly run Visual Basic scripts.
Also the inability of a common user to alter an executable is a severe restriction on viruses and worms that depend on users to propagate their malware.
On the other hand in Unix, Physical Security is somehow perfectly controlled:
(monitoring hardware changes)
A software tool library like kudzu, detects and configures new and/or changed hardware on a RedHat Linux system and currently ported to different other distros.
What's notable that it detects the current hardware and checks it against a database stored in /etc/sysconfig/hwconf, which mean it can be an eye on system hardware monitoring any changes.
Another piece in Unix is its partitioning of disks and file systems which can be a physical security issue.
File systems, such as ext3 in Linux, use journaling to make the recovery of damaged file systems more reliable.
Journaling provides for a fast file system restart in the event of a system crash, using database techniques, journaling can restore a file system in a matter of minutes, or even seconds.
Not finished yet....
Subscribe to:
Posts (Atom)