Botnet on Botnet Action
Dausha writes "The Tech Web news site reports a story about Botnet turf wars. Botnets have been around for a while, and are increasing in severity. The latest innovation finds Bots capturing and securing host computers from other bots. Security includes installing software patches, shutting down ports, etc."
Never let CmdrTaco come up with headlines after a night of watching girl-girl porn... the images created are... disturbing...
GetOuttaMySpace - The Anti-Social Network
so little time.
We will bankrupt ourselves in the vain search for absolute security. -- Dwight D. Eisenhower
Got a good couple 404 error from slashdot on this page before anyone had commented, I thought the bots had a foothold.
that is some strange evolution going on. it seems that some of the porn spam bots have learned how to spam slashdot with story title submissions
intellectual property law is philosophically incoherent. it is your moral duty to ignore it or sabotage it
In a dark area of Brooklyn, servers have a standoff wearing their bandanas, willing to die for their turf.
"We are better with patches", says GlobalBot international server.
InterSearchBot united server sneers, "PATCHES!?... WE DON' NEED NO STINKING PATCHES!"
"Please, shut up. Just when I think you can't say anything more stupid, you speak again." -Archie Bunker.
...the botnet creaters are trying to make their botnets more secure, and prevent other botnets from taking over the host? I'm not sure whether this is good or bad. The bad news is that it may be harder for them to detect and eliminate, but the good news is that it may keep down multiple infections?
x86, oh yes, I'm pro.
This was predicted in the past, but here's one of the roadmaps:
- iw/iw.htm
http://www.iwar.org.uk/iwar/resources/treatise-on
Quite a lot of reading, but its not too bad. Seems like all that is happening is that the crooks are catching up with the research faster than the commercial people are.
The time when there was still a market to grow into with botnets is over. The big surge of new, clueless morons filling the net is slowly coming to an end, and even the morons now start using firewalls and AV tools (still no brains, but hey, I'm already happy with small steps).
So the maximum amount of machines to have is pretty much reached. Now the battle for the precious dimwits started. Well, it started some time ago, but we now get a lot of bot malware that actually tries to kick out the competition.
What for, one may ask. Why the overhead? I mean, what's wrong with 2 competing botnetters controlling a computer?
Bandwidth. You can only pump so much spam out of a machine with a given bandwidth. If two try that at the same time, they have to share. And sharing is not really a trait of a botnetter.
So, let the games for the herd begin. If anyone's looking for me, I'm in the lobby getting popcorn.
We used to have a Bill of Rights. Now, with the rights gone, all we have left is the bill.
I think this one oneupmanship is very good. Sure bots are bad but if we look at a virus they are now developing a symbiotic relationship with the hosts. How long until they become indispensable to the security unconscious consumer. Sorta like how bacteria evolved into helping the organism it inhabited. Very interesting to see where this will ultimately lead.
"Begun, this bot war has"
*Cues West Side Story finger snapping*
If i had one dollar for every brain you dont have, i would have $1.
With all the punk 1eet programers out there, you would think that someone would spend time writing this instead of silly viruses.
I am tired of having pop-up advertisements beat my pop-up blocker.
excitingthingstodo.blogspot.com
If botnet A installs patches 1,2 & 3, and botnet B simultaneously installs patches 4, 5, & 6, could the target machines be completely immunized after the next reboot?
All ideas^H^H^H^H^Hprocesses in this post are Patent Pending. (as well as the process of patenting all postings)
All I could think of when reading this headline was Buck Rogers in the 25th Century. Specifically the second season, when they introduced Twiki's robot girlfriend. You know, the one who said "bootybootybooty," instead of "bidibidibidi."
- None can love freedom heartily, but good men; the rest love not freedom, but license. -- John Milton
Desktop systems are usually not as highly protected on the inside as server systems (alas) so having a firewall that blocks off server ports "Just In Case" is a good plan.
(And yes, I've left out lots of detail from this potted explanation.)
"Little does he know, but there is no 'I' in 'Idiot'!"
Ain't that easy.
Windows is the primary target simply because it has a market share of roughly 90% in the consumer area. You may safely assume that a business server is administrated by someone who has at least half a clue and uses security features, no matter how lenient, so the consumer is the core target group for botnetters.
Since most modern attack schemes rely not on system weaknesses but on user stupidity, this would work in every environment.
What it really has to do with is users clicking on everything and allowing everything their (rarely but still sometimes existing) security tools ask them to allow.
We used to have a Bill of Rights. Now, with the rights gone, all we have left is the bill.
With profits already dwarfing that of the global drug business, there is every incentive for these tech savvy mafias to continue their heavy investment in improving their infrastructure. Most people in IT do not even yet realise the scope of the threat we are facing.
What I'd like to see is a map of IP addresses, perhaps by provider, with the "turf" colored by type of infection. That would be awesome.
For the folks discussing having 'good' botnets, does anyone remember the Nachi worm? It's purpose was to use the same Windows RPC DCOM vulnerability that Lovesan (an 'evil' worm) used. It would then kill the lovesan processes and download the necessary patches from M$ to prevent further re-infection. It would then search out network segments for other machines to 'fix' Nice in concept, but the amount of network traffic that this created when it was in search mode would overwhelm closet switches in a decent sized LAN environment (minded, Lovesan did as well...). A company I was with had a branch office whose network manager was slow on patches. They got infected with both worms successively. While Nachi wiped out Lovesan (eventually), the office network was still useless until Nachi was cleaned off as well. Relying on autonomous software outside of your control to randomly secure machines is a bad idea.