Just a brief outline but, this is what I would start to work with (mostly intel):
1. Define Targets. (Names/Emails/Sites/Etc)
2. Define Targets Infrastructure.
3. Define Allies (Partnerships) (Names/Emails/Sites/Etc)
4. Define Allies Targets and Infrastructure.
5. Find Weak points in Logistics and Infrastructure.
6. Plan Attacks Types against Weak points.
7. Time Attacks to Occur at Same time.
I know I am forgetting some points and I am sure it can be added. DDoS will eventually go away.
http://suntzusaid.com/

Welcome to the interwebs, you must be new here.

Does this Mean XP 64Bit Edition.
If so I am going to be pissed. There is not SP3 even yet for 64Bit XP.
Sure some of you may hate it, But I has it's uses for Certian Software.

Reminds me of a John Doe who went head to head with Stephen Hawking http://en.wikipedia.org/wiki/Leonard_Susskind http://en.wikipedia.org/wiki/Susskind-Hawking_battle

Don't go knocking my typewriter
It's Electric, and has wonderful BNC connector
for network access. IBM, you did good.

Keyboards, how do they work?
This does not bode well for VMware.
As much as I love their production,
I did chuckle at this major failure.

Sir, If I had mod points, you would of had some of them.

If Microsoft lasts as long it could be with us for billions and billions of years (lol).

God I wish there was a +1 Scary moderator option.

You do realise there are such things as private clouds and hybrids. http://www.youtube.com/watch?v=GpN_huYbXUo
Or are you just feeding the Trolls?

Exactly what I was trying to say. Question is, how many developers properly coding?

The major problem still out there is Programmers need to write their applications to support SMP.(Symmetric multiprocessing)

Sure I loved my Dual Pentium 2 and 3 boards back in the day. You would always see one CPU idle Unless you were running multiple Applications.(multiple tasks at once)

But, if you want to get the most performance with one program it needs to be programmed the correctly to use all these core efficiently. Like the way you use the MPI and MPI v2 Libraries for Clusters. (Message Passing Interface)

Exactly, CUDA has become a major player in the field of supercomputing. Just like IBM's PowerPC/BlueGene systems. With support for Floats/Doubles and amazingly fast math functions and tons of data in Matrices, the only other way to do all that math fast is a FPGA or a PowerPC chip.

CUDA, Supercomputing for the Masses: Part 1/20
http://drdobbs.com/cpp/207200659

You would be suprised who makes up anonymous.
It always reminds me of the following line from fight club.

I for think it is funny to see "Project Mayhem" take form.