NIST Releases Guide to Cyber Attacks
treerex writes "NIST (the US National Institute of Standards and Technology) has just released a 148 page report entitled Computer Security Incident Handling Guide (PDF). It covers the gamut, from setting up a response team to dealing with specific types of attacks: DoS, trojans, worms, malicious code, and unauthorized access. While written by a team from NIST and the contractor Booz-Allen Hamilton (BAH), they appear to have taken input from CERT and luminaries like Spafford. It is an interesting read."
So we establish "standard procedures" to deal with a standard gamut of attacks. That's great.
Are we so naive to believe that following such advice will make us secure?
I have been pwned because my
This might be unnescessary for "professionals", people who know these things from before and work with it. But for the average sysadmin, this is just great! He/she could know how to:
;)
1. Find out what happened
2. Close the breach
3. Report the breach.
If the sysadmin doesn't know how to do this, they also know where to seek help.
I'll probably get messages back saying this is just dumb and generic, but it's better than not knowing anything at all. A lot better. All too few people know how to handle situations like this, and they will need somewhere to start.
I'll give this thing a skim read (just read contents and some interesting paragraphs now) and get back to this
Not too long ago, they were in hot water with the US Navy for letting some websites get hacked by leaving the default admin passwords in place. No joke, my friends work there!
It's all Hood
I haven't been able to read the report yet, but the government often employs really smart people to produce some excellent information on information security, which they then ignore.
Major hack attack on the U.S. Senate
In the free world the media isn't government run; the government is media run.
Apparently, somebody who knows how smart slacker geeks get their porn, and wants to put a stop to it.
No really, blocking SSH/ESP and tracking HTTPS is a reasonable suggestion -- if anything, I'd say the above doesn't go far enough. The excerpted paragraph doesn't mention the more serious risks of SSH (port forwarding, tunneling, etc).
I'm not particularly worried about a smart internal user establishing an SSH session to the Internet and downloading "illegal materials",
I'm worried about the airhead secretary who brings in a floppy provided by her uberhacker boyfriend, and runs a rootkit, setting up an outbound SSH session providing him with a command prompt on her workstation...
That's just one risk of permitting outbound crypto channels...
I do not deploy Linux. Ever.