Computer Sciences Software Engineering Systems Engineering

The 9/11 That Should Have Never Been

I’m very sad today. Because so many people have lost their lives. Not only in the 9/11 attacks. Something we all watched as it happened. None of it fake. All of it real. Also for the loss since then in wars related to it.

Three thousand people died on 9/11  ( and as a consequence about three hundred seventy thousand others – that’s 370,000 people – have perished as a direct result in the wars since, and at least an additional eight hundred thousand – that’s 800,000 more people – have died indirectly ( All because a group of people @ the NSA wanted to rake in a few hundred billion dollars.

All of this would have been prevented by the use of ThinThread @ the NSA. A program that proved the NSA had the data already collected a month before 9/11. ThinThread’s creators were not allowed to analyze the data with the application until October 2001. ThinThread’s analysis revealed the attackers connections with Al Qaeda would have been available to the executive branch real time a month before the 9/11 tragedy. The program would have also protected our privacy.

In 2005 this act of fraud was covered up by the Justice Department. They continued to spend the money and violate the privacy of every single American citizen.

Watch A Good American (2015) – His sophisticated data-gathering program identified terror threats in real time. A month before 9/11, it was cancelled. The documentary is available on Netflix.

I love you all and I’m real sad…

I’m done with government waste for today. I’m going to close out this day of remembrance by working while watching some corporate waste (The Office)


ThinThread –
A Good American –


Computer Sciences Software Engineering Systems Engineering

Antsle – Private Cloud Device – Review & Expanding Windows Volumes

First this device is awesome and is invaluable (worth every penny) if you are doing development of any kind these days. Many of my deployments these days are to Windows based retail point of sale systems. Integrations mostly. I’ve been running a Windows Server 2008 R2 on my MacBook Pro using VMWare Fusion. This has been a boon. But I wanted more flexibility to support running the 6-7 different styles of deployment on different VM’s keeping them separate and self-contained. Nothing offered this kind of flexibility cost effectively.

Until Antsle. I picked one up on a Black Friday sale a few weeks ago and this is my first shameless plug. If you do any kind of web based work or even Windows development. This is the product for you!!

So, I ran into what I thought was my first problem. They have a number of Windows based templates available. I’m using the Windows Server 2008 R2 template. After getting the OS activated using our MSDN subscription keys and getting it updated there was not enough space to do any deployment work! So I went searching for ways to expand the volume used by windows. Which lives on a ZFS volume on the Antsle device.  I also asked their support group ( and they gave me some hints too.


This is what I did. Note, the following commands are run from an ssh session with the Antsle device.

  • Got my Windows Antlet stable (apply product keys, get updates installed, etc)
  • Look for the qcow2 file that houses the Antlet’s disk.
zfs list |grep <antletName>

This command lists the location of the Antlet’s disk in ZFS.

  • Get info about what the Antlet’s virtual disk size.
qemu-img info <antlet-qcow2-path-and-filename>

This command lists the info known about the Antlet’s disk.

  • Perform the Antlet disk resize
qemu-img resize <antlet-qcod2-path-and-filename> +<size>

This command expands the virtual size for the Antlet’s disk.

  • Finally expand the Windows disk with Computer Management > Disk Management by using Extend Volume. You get this!
After Antlet’s disk resize.
After ‘Expand Volume…’