I don't look to religion to measure a candidate’s worthiness. I could get behind someone who proposes, supports and defends public policies that respect the well-being of the people – someone who respects Constitutional principles like freedom and liberty – without regard to their faithful viewpoint.
I trust no government, or candidate for an office thereto, to have a hand in the implementation of policy that would define or regulate my marriage. I believe in giving women and men control over their own reproductive systems, unencumbered by government’s meddling.
As a military man, I defend your right to form private or exclusive organizations that promote various ideologies among its members under the guise of some faith, so long as it doesn't impose restrictions or injury upon those who don’t share their worldview.
I've got my viewpoint. You've got yours. Can we agree that government is not an institution that could appreciate or care about either? I would prefer you help the rest of us keep government out of our way.
It’s very problematic for many thinking people to accept that there’s a prime mover that not only created the world in which we live, but all its inhabitants, and one who also knows us personally, cares about us, and is concerned with the positions in which we have sex, and have our genitals carved.
If the scripture to which you refer is truly divine, then one would hope it would have something more useful and advanced to say than, “Don’t touch dead pigs;” any educated person of the first century could have extolled such wisdom.
Monday, March 11, 2013
Sunday, February 24, 2013
Ghost printing
My printer inexplicably generated a paper airline boarding pass bearing my name for a flight I didn't book. I immediately checked my bank account online for any charges that might be related to that purchase, but I found none. I called the police, the airline and my bank to investigate this potential fraud. I had all working feverishly on this most alarming matter.

Long story short: the email address associated with my HP printer's ePrint account is apparently similar to that of another person sharing my name, who evidently inadvertently gave the airline my ePrint email address. United then emailed his boarding pass to the address given, which was then received and processed by my printer, handily, albeit mysteriously, producing a paper boarding pass that landed on the printer receiving tray.
Longer version.
I called United Airlines. After sitting in a queue for nearly 40 minutes and after ascertaining identifying information from me, they confirmed that the person who booked the flight was not me, and that the boarding pass was sent to me by mistake and therefore didn't indicate fraud. They couldn't explain how my printer was involved, which still had me quite concerned.
I called my bank. Not knowing amount or date of a transaction, my bank was not able to immediately find any record of a transaction that might be attributed to the purchase of an airline ticket under my name, fraudulently or otherwise.
I then turned to my printer setup pages. as I discovered there is an "ePrint" feature which sends documents to my printer via email. The email address associated with my ePrint service bears my name. I had forgotten I set this up this account and feature when I installed the printer.
It is now conceivable to me that another person with my name also owns this style printer and the ability to send documents to it. It is plausible that the email address associated with his ePrint service is similar to mine. In fact, on inspection, my ePrint log revealed that an email bearing the subject "Boarding pass for confirmation xxxxxx" was sent from unitedairlines@united.com to my printer around the time the boarding pass began printing.
I have since restricted received ePrint emails to reject all but those addresses I have supplied. There will be no more mysterious boarding passes landing in my receiving tray unless a hacker manages to make that happen.

Long story short: the email address associated with my HP printer's ePrint account is apparently similar to that of another person sharing my name, who evidently inadvertently gave the airline my ePrint email address. United then emailed his boarding pass to the address given, which was then received and processed by my printer, handily, albeit mysteriously, producing a paper boarding pass that landed on the printer receiving tray.
Longer version.
I called United Airlines. After sitting in a queue for nearly 40 minutes and after ascertaining identifying information from me, they confirmed that the person who booked the flight was not me, and that the boarding pass was sent to me by mistake and therefore didn't indicate fraud. They couldn't explain how my printer was involved, which still had me quite concerned.
I called my bank. Not knowing amount or date of a transaction, my bank was not able to immediately find any record of a transaction that might be attributed to the purchase of an airline ticket under my name, fraudulently or otherwise.
I then turned to my printer setup pages. as I discovered there is an "ePrint" feature which sends documents to my printer via email. The email address associated with my ePrint service bears my name. I had forgotten I set this up this account and feature when I installed the printer.
It is now conceivable to me that another person with my name also owns this style printer and the ability to send documents to it. It is plausible that the email address associated with his ePrint service is similar to mine. In fact, on inspection, my ePrint log revealed that an email bearing the subject "Boarding pass for confirmation xxxxxx" was sent from unitedairlines@united.com to my printer around the time the boarding pass began printing.
I have since restricted received ePrint emails to reject all but those addresses I have supplied. There will be no more mysterious boarding passes landing in my receiving tray unless a hacker manages to make that happen.
Tuesday, February 19, 2013
Drone warfare for dummies
Drone technology is shrinking, which should terrify you. More so even than the small aircraft we've been seeing on the news.
When the technology is so easily available to hobbyists, then organizations and individuals can handily eliminate their threats without personal risk, we have a problem. When thew can overwhelm you, there's literally no defense; no guns or toxins will stop them.
Today's hobby style RC (radio-controlled) planes, tricopters and quadcopters are capable of delivering payloads of insect-sized microdrones in significant numbers. And the term radio-controlled is an enigma, really, because these drones can easily be made autonomous using cheap programmable computer modules and sensors. Arduino is one. See how cheap.
Others are developing rather fast, like the newer Hobbyking KK2.0 Multi-rotor LCD Flight Control Board. Think of it as advanced avionics capabilities for electronics novices.
Armed with one of these inexpensive controllers, you command your aircraft with a list of if/then statements based on specific states of sensors, commanding a swarm of tiny-but-deadly attack robots.
These little buggers are smart, too. Every control surface can be pre-programmed to adjust its course, just like their full-sized counterparts with autopilot. And the computer chips inside keep track of the same kinds of information good pilots do, such as:
Also conditions like:
You can now send your drone on pre-programmed mission. Imagine telling yours to go to coordinates x and y at an altitude of z and energize switch n. Basic instructions like that might send the drone to an elementary school playground during recess and release poisonous gas.
When the technology is so easily available to hobbyists, then organizations and individuals can handily eliminate their threats without personal risk, we have a problem. When thew can overwhelm you, there's literally no defense; no guns or toxins will stop them.
Today's hobby style RC (radio-controlled) planes, tricopters and quadcopters are capable of delivering payloads of insect-sized microdrones in significant numbers. And the term radio-controlled is an enigma, really, because these drones can easily be made autonomous using cheap programmable computer modules and sensors. Arduino is one. See how cheap.
Others are developing rather fast, like the newer Hobbyking KK2.0 Multi-rotor LCD Flight Control Board. Think of it as advanced avionics capabilities for electronics novices.
Armed with one of these inexpensive controllers, you command your aircraft with a list of if/then statements based on specific states of sensors, commanding a swarm of tiny-but-deadly attack robots.
These little buggers are smart, too. Every control surface can be pre-programmed to adjust its course, just like their full-sized counterparts with autopilot. And the computer chips inside keep track of the same kinds of information good pilots do, such as:
- Location
- Air speed
- Bearing
- Altitude & attitude
Also conditions like:
- Wind speed & direction
- Temperature
- Humidity
- Barometric pressure
You can now send your drone on pre-programmed mission. Imagine telling yours to go to coordinates x and y at an altitude of z and energize switch n. Basic instructions like that might send the drone to an elementary school playground during recess and release poisonous gas.
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