Easy CPE: watching conference videos
Here are a list of web pages where you can watch information security talks and presentations and so earn CPEs that will help you renew your CISSP certification. Free and easy access.
24th Chaos Communication Congress. Torrents of mp4 and mkv files available at the botton of each talks page. Go for the mp4 as these are usually seeded.
Defcon 15 and earlier talks are available in mp4 file formats.
OWASP video collection. Hosted by video.google.com
notacon 5 avi files, but they are BIG. 600MB.
ToorCon video.google.com
LayerOne 2007 YouTube hosted flash.
Archive.org Security Conference proceedings stored at the Wayback machine.
Interop requires Windows Media player.
Labels: Easy CPE
Xnet
OS Protector is an intelligent circuit card which protects PC system configuration and protect data on hard disk in simple and fast way. The installation and operation is simple and can be done in minutes without technical staff involvement. The form factor is a small PCI card.
The concept is simple. Instead of Blacklisting (ie keeping track of all the new viruses and their signatures) OS Protector uses Whitelisting. It keeps track of what is good. So all it needs to do is know what files are clean and so protects that only.
How does it do this? Using parity bits, protection is offered at the hardware level (hence the title: hardware anti-virus). It kicks in before Windows boots, so Windows Viruses will not be able to attack it. This way it is even able to protect the BIOS from being changed.
Labels: bits protection, Hardware, Virus, Worm
Howto: RAID1 on Mandriva
Setting up RAID1 on Mandriva 20081.Goal: Setup a system with two harddisks that contain identical data so that if
one harddisk crashes, the system survives.
2.The system should still be able to boot without manual intervention.
3.A mail should be send if one harddisk fails.
We chose only two harddisks also a CD-ROM or DVD-ROM must be connected to
be able to install the system.
InstallationInstall the system as usual, but when partitioning choose 'Custom Disk
partitioning'.
1.Check if all harddisks (sda, sdb) are available
2.Click 'Toggle to Expert mode'
3.Click on the sda block
4.Click on 'Create'
5.Select 1000 (1GB) for /boot
6.Select Filesystem type 'Linux RAID'
7.Click 'Add to Raid' with md0
8.Click on the sda block
9.Click on 'Create'
10.Select 1000 (1GB) for LinuxSwap?
11.Select Filesystem type 'Linux RAID'
12.Click 'Add to Raid' with md1
13.Click on the sda block
14.Click on 'Create'
15.Select 10000 (10GB) for / (root)
16.Select Filesystem type 'Linux RAID'
17.Click 'Add to Raid' with md2
18.Click on the sda block
19.Click on 'Create'
20.Increase 'Size in MB' to it's maximum for /home
21.Click Ok
22.Select Filesystem type 'Linux RAID'
23.Click 'Add to Raid' with md3
24.Now Click on the sdb block
25.Click on 'Create'
26.Select 1000 (1GB) for /boot
27.Select Filesystem type 'Linux RAID'
28.Click 'Add to Raid' with md0
29.Click on the sdb block
30.Click on 'Create'
31.Select 1000 (1GB) for LinuxSwap?
32.Select Filesystem type 'Linux RAID'
33.Click 'Add to Raid' with md1
34.Click on the sdb block
35.Click on 'Create'
36.Select 10000 (10GB) for / (root)
37.Select Filesystem type 'Linux RAID'
38.Click 'Add to Raid' with md2
39.Click on the sdb block
40.Click on 'Create'
41.Increase 'Size in MB' to it's maximum for /home
42.Click Ok
43.Select Filesystem type 'Linux RAID'
44.Click 'Add to Raid' with md3
45.Now click on Raid block
46.Select first partition filesystem ext3
47.Select Mount Point /boot
48.Click on Raid block
49.Select second partition Filesystem type 'Linux Swap'
50.Select 3rd partition filesystem ext3
51.Select Mount Point / (root)
52.Select 4th partition filesystem ext3
53.Select Mount Point /home
54.Now we are finished. Click on 'Done' to finalize the partitioning.
55.Click on 'Ok' to apply it to all three disks.
56.During Installation you must install boot loader on both harddrive by
selecting md0
57.Continue with the rest of the installation and reboot the system when
finished.
Reboot the system, login as root and execute 'cat /proc/mdstat'. This will output on the percentage complete of the array, or whether it's complete and active.
[root@pk1 log]# cat /proc/mdstat
Personalities : [raid1]
md3 : active raid1 sda7[0]
300294912 blocks [2/1] [U_]
md1 : active raid1 sda5[0] sdb5[1]
1020032 blocks [2/2] [UU]
md0 : active raid1 sda1[0] sdb1[1]
1020032 blocks [2/2] [UU]
md2 : active raid1 sda6[0]
10233280 blocks [2/1] [U_]
unused devices:
[root@pk1 log]# mdadm /dev/md2 -a /dev/sdb6
mdadm: re-added /dev/sdb6
[root@pk1 log]# cat /proc/mdstat
Personalities : [raid1]
md3 : active raid1 sda7[0]
300294912 blocks [2/1] [U_]
md1 : active raid1 sda5[0] sdb5[1]
1020032 blocks [2/2] [UU]
md0 : active raid1 sda1[0] sdb1[1]
1020032 blocks [2/2] [UU]
md2 : active raid1 sdb6[2] sda6[0]
10233280 blocks [2/1] [U_]
[>....................] recovery = 1.4% (144000/10233280)
finish=2.3min speed=72000K/sec
TestingYour raid volume must be configured with a persistent superblock and has
to be fully synchronized. Use the following command to verify whether
these conditions have been met:
mdadm -D /dev/md0
Make sure it says:
State : active
Persistence : Superblock is persistent
=================================
MonitoringMonitoring the raid while the raid fail send email to the admin user
The following command can be added to /etc/rc.local:
nohup mdadm --monitor --mail=sysadmin@example.com --delay=300 /dev/md0 &
Labels: HOWTO
