Frank Fiore

Frank Fiore

CyberKill (March 2010)

Frank Fiore is a bestselling author with more than 50,000 copies of his non-fiction books in print. He has now turned his writing talents to writing fiction. See all my books at Amazon. Frank has also written “To Christopher” that, under the guise of a book to his young son, leads the reader through social commentary, personal experience and entertaining stories that take the reader on a thoughtful journey through the challenges and opportunities that face the next generation. Frank’s writing experience also includes guest columns on social commentary and future trends published in the Arizona Republic and the Tribune papers in the metro Phoenix area. Through his writings, he has shown an ability to explain in a simplified manner, complex issues and trends. During his college years, he founded, wrote and edited the New Times newspaper, now a multi-state operation, which recently purchased The Village Voice. Frank’s interests in future patterns and trends range over many years and numerous projects. He co-wrote the Terran Project, a self-published book on community futures design processes, and worked as a researcher for Alvin Toffler on a series of high school texts on the future. He has designed and taught courses and seminars on the future of society, technology and business and was appointed by the Mayor of Phoenix to serve on the Phoenix Futures Forum as co-chairperson; serving on several vital committees. Frank has a B.A. in Liberal Arts and General Systems Theory from Stockton State College and a Masters Degree in Education at the University of Phoenix. He and his wife of 30 years have one son. They live in Paradise Valley, AZ.

Website: http://www.frankfiore.com

Join date: 11-02-09

Recent Posts

Swarm Intelligence, Ethics and the ‘Singularity’
Fiction Becoming Reality
Famous Rejection Letters
Some Humor on Writing
Some of the Worst/Best Analogies of High School Students

Recent Comments

Some of the Worst/Best Analogies of High School Students
New York Journal of Books Review of The Ninth Avatar
Will Authors Need to Become Producers?
The Dark Side of eBooks
Daughters of Eve

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Swarm Intelligence, Ethics and the ‘Singularity’

Are mankind’s days numbered as the dominant intelligence on planet earth? Artificial intelligence has been explored in stories and movies from the Golden Age of Science Fiction with the likes of Isaac Asimov in ‘I Robot’ to Spielberg’s movie A.I. I’ve explored the deviant side of A.I. in my novel CyberKill. Now, two recent news articles explore the possible future of intelligence on this planet and decided that mankind may not be in the equation. Take the “Singularity”’. Ray Kurzweil has written several books. One of the most recent, called ‘The Singularity Is Near’, and predicts that by the year 2050 nonbiological artificial intelligence will surpass human intelligence, creating a hybrid of man and technology. He states, “What I am predicting is that we will have machines—we are going to need a different word because these are not like the machines we are used to. These are going to be machines that will seem as human, as real, as conscious, as any actual human being.” In other words, the “Singularity” is the technological creation of smarter-than-human intelligence. There are several technologies that are often mentioned as heading in this direction. The most commonly mentioned is probably Artificial Intelligence, but there are others: direct brain-computer interfaces, biological augmentation of the brain, genetic engineering, ultra-high-resolution scans of the brain followed by computer emulation. Some of these technologies seem likely to arrive much earlier than the others, but there are nonetheless several independent technologies all heading in the direction of the Singularity – several different technologies which, if they reached a threshold level of sophistication, would enable the creation of smarter-than-human intelligence.” Vernor Vinge originally coined the term “Singularity” in observing that, just as our model of physics breaks down when it tries to model the singularity at the center of a black hole, our model of the world breaks down when it tries to model a future that contains entities smarter than human. But what about the ethical implications? What troubles Christian Brugger the most is the notion that technology will one day replace God. “If we start to think about technology as a kind of savior, is it going to overcome our misguided ambitions? Is it going to overcome those kinds of prejudices that cause us to hate our neighbor? To many of us who follow a religion, we’d say that God would help us to overcome those things.” In response, Kurzweil has said, “We are the species that does change ourselves. We didn’t stay on the ground. We didn’t stay on the planet. We didn’t stay with the limits of our biology. If you want to speak in religious terms you can say that’s what God intended us to do.” But will this “Singularity” be in the form of what normally comes to mind – individual robots? Not necessarily. The Economist has an excellent article on what is called “Swarm Intelligence”.  Swarm intelligence is the collective, decentralized intelligence found in ant colonies and bee hives, where the community acts intelligently but there is no individual or group planning or leading. It turns out that swarm intelligence is a great fit for AI, and explains how simple, inexpensive agents (robots) can one day handle complex, or otherwise impossible tasks. For example:
Digital ants and birds, then, are good at thinking up solutions to problems, but Dr Dorigo is now working on something that can act as well as think: robots. A swarm of small, cheap robots can achieve through co-operation the same results as individual big, expensive robots—and with more flexibility and robustness; if one robot goes down, the swarm keeps going. Later this summer, he will be ready to demonstrate his “Swarmanoid” project. This is based on three sorts of small, simple robot, each with a different function, that co-operate in exploring an environment. Eye-bots take a look around and locate interesting objects. Foot-bots then give hand-bots a ride to places identified by the eye-bots. The hand-bots pick up the objects of interest. And they all run home.
When the “Singularity” arrives in whatever form, where would mankind fit in? Or to paraphrase one Golden Age Science Fiction author — man will create the perfect artificial intelligence and that will be the last thing he will be allowed to create.

Fiction Becoming Reality

Like most techno-thrillers of the genre, the author seeks to come as close to reality as possible – then stretch the facts a bit. My novel CyberKill is no exception. Many years ago I read an article in Time Magazine dated March 25th, 1996 about a young artificial intelligence (AI) programmer who created a series of AI agents and sent them out over the internet to see if they would evolve. “An ecobiologist and bottom-up computer theorist will soon launch onto the Internet a single, tiny self-reproducing program which will spread among hundreds of computers around the world. If all goes well, this artificial organism will quickly populate the network and begin to evolve……’ I thought to myself, what if the programmer terminated his experiment? If the Artificial Intelligence evolved into a real intelligence, would they take his act of shutting down the experiment as attempted murder? From there, I thought “How far would an artificial intelligence go for revenge?” In CyberKill, the technology the geographic locations, government and military installations and organizations, information warfare scenarios, artificial intelligence, robots, and the information and communications technology in the book all exist. I wanted to show the reader that what happens in the book could very well happen today. The idea of an artificial intelligence program as described in CyberKill becoming sentient in the AI character of Dorian is no longer a fiction. An recent news article in the UK Telegraph states that computer-simulated life forms which reproduce themselves inside their electronic world can evolve to produce basic intelligence. It is hoped that the discovery may in future lead to artificially intelligent brains “bred” within a computer.
The “Avidians”, a race of digital beings in a computer world called Avida run by scientists at Michigan State University, with computer code instead of DNA that is copied – not quite perfectly – every time they breed. The random copying errors create differences in their code which dictate how well, or badly, they will perform in their simulated world. Early experiments put the Avidians on a grid of cells, and let them live and die there. The grid had a gradient of food – cells at one end have more than the ones at the other, where the Avidians begin. After 100 generations of breeding, a mutation led to one of them evolving a “gene” instructing it to move forward. When it landed in a more food-rich cell, it reproduced more quickly, and had more offspring than its rivals. After thousands more generations, the Avidians had evolved something more impressive: a rudimentary memory. They had started moving towards the food source in a zig-zag motion, changing direction when they were going in the wrong direction. To do that, they had to be able to compare their current cell to the previous one. Robert Pennock, one of the scientists behind the experiments, told New Scientist: “Doing this requires some rudimentary intelligence. You have to be able to assess your situation, realise you’re not going in the right direction, reorient, and then reassess.” A later experiment added a new twist: cells that contained instructions on where to go to find food. Some of those instructions were simply “do what you did in the last cell”. In order to make sense of those instructions, Avidians had to evolve a more complex memory – and duly did so. Laura Grabowski, another of the researchers, said: “The environment sets up selective pressures so organisms are forced to come up with some kind of memory use – which is in fact what they do.” This sheds some light on how intelligence originally evolved: MSU zoologist Fred Dyer says: “Laura’s work suggests that the evolution of an ability to solve simple navigational problems depends on first evolving a simple short-term memory – and this in digital organisms that still don’t exhibit something you would call learning.” But the findings may, in the future, allow researchers to create true artificial intelligence. Dr Grabowski says: “In the past, the approach has been to start with high-level intelligence and reproduce that in a computer. “This is the opposite. We’re showing how complex traits like memory can be built from the bottom up, from things that are really very simple.”
Bottom up? Exactly like what that young programmer tried to do back over a decade ago and became the initiate of CyberKill. Are the Avidians the precursor to Dorian in CyberKIll. Time will tell. In the meantime, you can check out the future of AI in CyberKill.

Famous Rejection Letters

Publishers claim that their rejections are not necessarily based on value judgments.  They may like a manuscript, they say, but be unable to publish it because of prior commitments or scheduling jams, lack of money or other operational obstacles. But they have let some amazingly big fish slip through their nets, great classics and ultimate blockbusters of all varieties: War and Peace, The Good Earth,  To Kill a Mockingbird, The Rubaiyat of Omar Khayam, Watership Down. An agent once told me that a publisher passed on The Perfect Storm. The acquisition editor’s reason was “Who would want to read about a bunch of fisherman.” I suppose Peter Benchley’s book, Jaws, was passed over by some agents and publishers because it was just a fish story. The list goes on and on. Here are some examples of famous author rejection letters. Lady Chatterley's Lover by D H Lawrence
'for your own sake do not publish this book.'
Lord of the Flies by William Golding
'an absurd and uninteresting fantasy which was rubbish and dull.'
The Diary of Anne Frank
‘The girl doesn’t, it seems to me, have a special perception or feeling which would lift that book above the “curiosity” level.’
Carrie by Stephen King
'We are not interested in science fiction which deals with negative utopias.  They do not sell.'
Catch – 22 by Joseph Heller
‘I haven’t really the foggiest idea about what the man is trying to say… Apparently the author intends it to be funny – possibly even satire – but it is really not funny on any intellectual level … From your long publishing experience you will know that it is less disastrous to turn down a work of genius than to turn down talented mediocrities.’
Animal Farm by George Orwell
‘It is impossible to sell animal stories in the USA’
Lolita by Vladimir Nabokov
‘... overwhelmingly nauseating, even to an enlightened Freudian … the whole thing is an unsure cross between hideous reality and improbable fantasy.  It often becomes a wild neurotic daydream … I recommend that it be buried under a stone for a thousand years.’
Watership Down by Richard Adams
'older children wouldn't like it because its language was too difficult.'
The Wind in the Willows by Kenneth Grahame
'an irresponsible holiday story'
The Spy Who Came in from the Cold by John le Carré ‘You’re welcome to le Carré – he hasn’t got any future.’

Some Humor on Writing

Writing can be a chore most times so let’s lighten it up a bit.  So here are some jokes about writing.
A visitor to a certain college paused to admire the new Hemingway Hall that had been built on campus. “It’s a pleasure to see a building named for Ernest Hemingway,” he said. “Actually,” said his guide, “it’s named for Joshua Hemingway. No relation.” The visitor was astonished. “Was Joshua Hemingway a writer, also?” “Yes, indeed,” said his guide. “He wrote a check.” A linguistics professor was lecturing to his English class one day. “In English,” he said, “a double negative forms a positive. In some languages, though, such as Russian, a double negative is still a negative. However, there is no language wherein a double positive can form a negative.”A voice from the back of the room piped up, “Yeah, right.” A writer died and was given the option of going to heaven or hell. She decided to check out each place first. As the writer descended into the fiery pits, she saw row upon row of writers chained to their desks in a steaming sweatshop. As they worked, they were repeatedly whipped with thorny lashes. “Oh my,” said the writer. “Let me see heaven now.” A few moments later, as she ascended into heaven, she saw rows of writers, chained to their desks in a steaming sweatshop. As they worked, they, too, were whipped with thorny lashes. “Wait a minute,” said the writer. “This is just as bad as hell!” “Oh no, it’s not,” replied an unseen voice. “Here, your work gets published.” There was once a young man who, in his youth, professed his desire to become a great writer. When asked to define great, he said, “I want to write stuff that the whole world will read, stuff that people will react to on a truly emotional level, stuff that will make them scream, cry, howl in pain and anger!” He now works for Microsoft writing error messages. A screenwriter comes home to a burned down house. His sobbing and slightly-singed wife is standing outside. “What happened, honey?” the man asks. “Oh, John, it was terrible,” she weeps. “I was cooking, the phone rang. It was your agent. Because I was on the phone, I didn’t notice the stove was on fire. It went up in second. Everything is gone. I nearly didn’t make it out of the house. Poor Fluffy is–” “Wait, wait. Back up a minute,” The man says. “My agent called?” The wife of novelist and critic William Dean Howells once enlisted the aid of a young maid. One day the new assistant – having noticed her husband’s constant presence in the home – asked to speak with Mrs. Howells.”You pay me four dollars a week, madam,” she began. “I’m afraid I really can’t afford to pay you more,” Mrs. Howells interrupted apologetically. “Well, what I was wanting to say, madam,” the girl continued, “is that I would be willing to take three until Mr. Howells lands a job.” A critic once castigated Winston Churchill for composing a sentence which ended with a preposition. Churchill replied with a mocking note: “This is the sort of English up with which I will not put.” Famed British humorist Alan Coren was once advised that anyone seeking to draw the attention of the book-buying public should write about cats, golf or Nazis. Coren promptly published a collection of essays entitled Golfing for Cats. Its cover? A picture of a cat in a Nazi uniform wielding a putter.

Some of the Worst/Best Analogies of High School Students

Analogies are the coin of the realm for writers. Without  the power they have to paint pictures and ideas in the minds of our readers, our novels would read like some boring corporate report. But they must be used correctly. Unfortunately not all the time. Here are some of the more humorous analogies that high school students have used when writing stories.
  • He was as tall as a 6′3″ tree.
  • Her face was a perfect oval, like a circle that had its two sides gently compressed by a Thigh Master.
  • She had a deep, throaty, genuine laugh, like that sound a dog makes just before it throws up.
  • The ballerina rose gracefully en pointe and extended one slender leg behind her, like a dog at a fire hydrant.
  • Her vocabulary was as bad as, like, whatever.
  • The lamp just sat there, like an inanimate object.
  • His thoughts tumbled in his head, making and breaking alliances like underpants in a dryer without Cling Free.
  • Long separated by cruel fate, the star-crossed lovers raced across the grassy field toward each other like two freight trains, one having left Cleveland at 6:36 p.m. traveling at 55 mph, the other from Topeka at 4:19 p.m. at a speed of 35 mph.
  • Shots rang out, as shots are wont to do.
  • Her hair glistened in the rain like a nose hair after a sneeze.
  • The hailstones leaped from the pavement, just like maggots when you fry them in hot grease.
  • He fell for her like his heart was a mob informant and she was the East River.
  • Even in his last years, Grand pappy had a mind like a steel trap, only one that had been left out so long, it had rusted shut.
  • She walked into my office like a centipede with 98 missing legs.
  • The young fighter had a hungry look, the kind you get from not eating for a while.
  • “Oh, Jason, take me!” she panted, her breasts heaving like a college freshman on $1-a-beer night.
  • It hurt the way your tongue hurts after you accidentally staple it to the wall.
  • It was an American tradition, like fathers chasing kids around with power tools.
  • He was deeply in love. When she spoke, he thought he heard bells, as if she were a garbage truck backing up.
  • Her eyes were like limpid pools, only they had forgotten to put in any pH cleanser.
  • She caught your eye like one of those pointy hook latches that used to dangle from screen doors and would fly up whenever you banged the door open again.
  • The knife was as sharp as the tone used by Rep. Sheila Jackson Lee (D-Tex.) in her first several points of parliamentary procedure made to Rep. Henry Hyde (R-Ill.) in the House Judiciary Committee hearings on the impeachment of President William Jefferson Clinton.
  • She was as unhappy as when someone puts your cake out in the rain, and all the sweet green icing flows down and then you lose the recipe, and on top of that you can’t sing worth a damn.
  • It came down the stairs looking very much like something no one had ever seen before.
  • Her lips were red and full, like tubes of blood drawn by an inattentive phlebotomist.

What Are the Best Thrillers of All Time?

So, you like thrillers. I do too.  But there’s so many and there are multiple categories of thrillers to choose from. So what to do? Like the American Film Institute that rates the best movies in each category, book editors at Reader’s Digest Select Editions spent 50 years finding the best, most satisfying stories that will race your heart and grip your imagination while you turn the pages. Ready? Here’s their choices both past and present. 1. The Spy Thriller The Spy Who Came In from the Cold by John le Carré (1963) is the quintessential espionage thriller. Set during the Cold War, this rich tale still captivates with its spellbinding portrayal of the world of secret agents. 2. The Techno Thriller Gadgets, gadgets and more gadgets. Ian Fleming started it all with James Bond and his arsenal of clever, useful gadgets, some not so far-fetched anymore. The best Bond book? From Russia with Love (1957). Get to know the real Bond, not Sean, Roger, Timothy or Pierce, by imbibing him on the printed page. 3. The Classic Thriller The War of the Worlds by H. G. Wells (1898) was one of the world’s pioneering thrillers, introducing this genre, unknown at the time, to worldwide acclaim. And the story is still alive and well today. 4. The Psychological Suspense Thriller For sheer creepiness and terror, nothing beats The Silence of the Lambs by Thomas Harris (1988). 5. The Legal Thriller Presumed Innocent by Scott Turow (1987) features terrific characters, a deftly executed plot, and fascinating legal insight, making it the definitive legal thriller. 6. The Medical Thriller Read Coma by Robin Cook (1977), the unforgettable saga of patients who check into the hospital for “minor” surgery and never wake up. 7. The Sci-Fi Thriller Sure he’s done dinosaurs and television emergency rooms, but Michael Crichton’s first novel, The Andromeda Strain (1969), still ranks as one of the top science fiction thrillers of all time. 8. The Military Thriller You’ve seen the movie, but don’t miss the book. The Great Escape by Paul Brickhill (1950) is even more captivating on paper, with perhaps the most hair-raising POW escape scene ever written. 9. The True-Crime Thriller The most famous book in this nonfiction genre is Truman Capote’s In Cold Blood (1966). The author spent months in the Midwest painstakingly retracing the steps of two young rural killers — and then wrote about it chillingly. 10. The Action/Adventure Thriller Alive: The Story of the Andes Survivors by Piers Paul Read (1974) set the gold standard for heroic survival stories, with this true tale of a Uruguayan rugby team whose plane crashes, resulting in an incredible 10-week physical and emotional ordeal. There you go. The editor’s picks. Can you do better?

Famous First Lines Quiz

See how many of these famous first lines from literature you can identify. Look 'em on Google after you write down your answers. 1.         ‘All children, except one, grow up.’
The Time Machine by H.G. Wells Peter Pan by J.M. Barrie A Prayer for Owen Meany by John Irving Stuart Little by E.B. White
2.         ‘It is a truth universally acknowledged, that a single man in possession of a good fortune, must be in want of a wife.’
Great Expectations by Charles Dickens Rebecca by Daphne DuMaurier Pride and Prejudice by Jane Austen Tess of the D. Urbervilles by Thomas Hardy
3.         ‘Christmas won’t be Christmas without any presents,’ grumbled Jo, lying on the rug.’
A Christmas Carol by Charles Dickens Anne of Green Gables by Lucy Maud Montgomery Jane Eyre by Charlotte Bronte Little Women by Louisa May Alcott
4.         ‘The great fish moved silently through the night water, propelled by short sweeps of its crescent tail.’
Moby Dick by Herman Melville Jaws by Peter Benchley Treasure Island by Robert Louis Stevenson The Call of the Wild by Jack London
5.         ‘It was a pleasure to burn.’
Charlie and the Chocolate Factory by Roald Dahl The Mosquito Coast by Paul Theroux Fahrenheit 451 by Ray Bradbury Brave New World by Aldous Huxley
6.         ‘When Mary Lennox was sent to Misselthwaite Manor to live with her uncle everybody said she was the most disagreeable-looking child ever seen.’
The Hound of the Baskervilles by Sir Arthur Conan Doyle Vanity Fair by William Makepeace Thackery The Secret Garden by Frances Hodgson Burnett Alice’s Adventures in Wonderland by Lewis Carroll
7.         ‘Marley was dead, to begin with. There is no doubt whatever about that.’
The Metamorphosis by Franz Kafka The Great Gatsby by F. Scott Fitzgerald The Maltese Falcon by Dashiell Hammett A Christmas Carol by Charles Dickens
8.         ‘A throng of bearded men, in sad-colored garments and gray, steeple-crowned hats, intermixed with women, some wearing hoods, and others bareheaded, was assembled in front of a wooden edifice, the door of which was heavily timbered with oak…’
Silas Marner by George Eliot The Scarlet Letter by Nathaniel Hawthorne The Jungle Book by Rudyard Kipling The Grapes of Wrath by John Steinbeck
9.         ‘Not so long ago, a monster came to the small town of Castle Rock, Maine.’
The Exorcist by William Peter Blatty Beloved by Toni Morrison Cujo by Stephen King Slaughterhouse-Five by Kurt Vonnegut
10.       ‘If you really want to hear about it, the first thing you’ll probably want to know is where I was born, and what my lousy childhood was like, and how my parents were occupied and all before they had me, and all that David Copperfield kind of crap, but…’
Still Life with Woodpecker by Tom Robbins Portrait of the Artist as a Young Man by James Joyce Native Son by Richard Wright The Catcher in the Rye by J.D. Salinger
How’d you do?

Will Authors Need to Become Producers?

Book 1.0, Book 2.0, Book 3.0, p-Books, e-Books, t-Books, Storyworlds, transmedia novels, authors becoming producers – this is the new vocabulary of book publishing today. So what does it all mean? It means that soon, novelists of t-Books will have to become not just writers but multimedia producers – that is, writing transmedia books. And the ‘always on Internet’ connected to book appliances like iPad, Kindle, Nook, etc marinated in the world of social media will become the backbone of the transmedia world. We have entered an era of media convergence that makes the flow of content across multiple media channels almost inevitable. But what is transmedia storytelling? Wikipedia says:
In Transmedia storytelling, content becomes invasive and permeates fully the audience’s lifestyle. A transmedia project develops storytelling across multiple forms of media in order to have different “entry points” in the story; entry-points with a unique and independent lifespan but with a definite role in the big narrative scheme.
More simply:
The kids who have grown up consuming and enjoying Pokemon across media are going to expect this same kind of experience from The West Wing as they get older. By design, Pokemon unfolds across games, television programs, films, and books, with no media privileged over any other. For our generation, the hour-long, ensemble-based, serialized drama was the pinnacle of sophisticated storytelling, but for the next generation, it is going to seem, well, like less than child’s play. Younger consumers have become information hunters and gatherers, taking pleasure in tracking down character backgrounds and plot points and making connections between different texts within the same franchise.
Transmedia will require a whole new breed of authors and publishers.
It could be true that “salvation for publishing will come from outside the industry, because inside you can’t see the wood for the trees”, as there is caution and scepticism about transmedia within publishing, however there are also many publishers excited about experimentation and keen to expand storyworlds, too. Transmedia novelists are still organically growing and a new breed of reader, one who embraces the “truly engaging, innovative reading experience”, will require a new breed of writer and publisher too. Transmedia publishing won’t replace publishing as we know it, but will offer options to those who want them. Transmedia Producers will be the new ‘gatekeepers’ in the same way that publishers will be. Publishers are exposed to potentially fabulous storyworlds on a daily basis and if writers can begin to think transmedially without it being gimmicky, so that it is relevant to the story and the platform, then transmedia publishing can begin to lift off.
How much additional work will an author need to do to become a transmedia producer? Well, maybe not that much. Most authors do a lot of research on their subject matter, create detailed character bios, create extended storyworlds and generally have quite a bit of material that they use to construct then write a story. In addition, they would have built their author platform – blog, web site, book trailer, social media network, etc., and it would not be that difficult to add those elements in to the transmedia experience. So what do you think? Will authors need to be transmedia producers in the future?

The Dark Side of eBooks

There’s a nasty little secret that most people who own eBook readers – specifically the Kindle – don’t know about eBooks. But we’ll get to that in a moment. eBooks are fast becoming more and more popular and are stealing market share from p-books. For those of you not in the know, p-books are printed books – Come on, people! You gotta get with the program! Anyway – so what’s the dirty little secret? I found it in a recent Wired Magazine article. Essentially it is about how Kindle eBooks can be updated/revised after you’ve purchased them. What can go wrong? Right? Well, let’s see. From the Wired article.
….when you are connected to an e-reading service, the seller does have the capability to mess with the content on your device, whether you ask it to or not. People were shocked to discover this last summer when Amazon, realizing that it had mistakenly sold some bootlegged copies of George Orwell’s 1984, deleted all of them from customers’ Kindles. An outcry ensued. Amazon CEO Jeff Bezos issued an apology, calling the action “stupid, thoughtless, and painfully out of line with our principles.” 
Why? Because according to Amazon, you don’t purchase a Kindle book – you lease it! Hmmm…so, what can this lead to in our heated politically correct, multicultural (read any culture that’s not white European) over sensitive times we live in? Not over sensitive you say? How about this? Cinco de Mayo American flag shirt flap: Cops step up patrols at California school So, if Amazon can change at a click of a mouse, the content of an e-book, what would happen if our beloved hate speech or hate thought crimes are established over eBooks? Hoe about the ‘N’ word being deleted from Tom Sawyer or Of Mice and Men? Maybe even whole derogatory paragraphs of racial stereotypes incentive to the Negro plight in those eBooks? Or perhaps, history being changed in non-fiction books to suit the current politically correct stance at the time? Get my drift? If you think 1984 was bad – just wait until our politicians get hold of the eBooks. Food for thought.

The Terrorist in Your Computer

“Maybe your computer will be running a little slowly that day. Maybe your bandwidth won’t look like it’s normal. But while you’re doing your e-mails, your computer could be sending out denial of service attacks as part of a million other computers all trying to knock off a bank.” Richard Clarke told Fresh Air‘s Terry Gross in a inteview recently. Sound hard to believe? According to Clarke, whose expertise on cyber war is undisputed (and who, for the record, warned the Bush government about a possible large-scale Al Qaeda attack a week before 9/11) a trapdoor built into your computer’s software, or a visit to a compromised website, could be all it takes to turn your home PC into a “zombie.” Clarke has a lot more to say on the subject, including details about a cyber war attack conducted by North Korea on the US last summer, and how our government has prepared to defend itself from online attacks by rogue nations. Clarke is a firm believer that the battlefield of the future is online, and after listening to what he has to say, it’s hard to disagree.

Will the Three Laws of Robotics Really Keep Us Safe?

Isaac Asimov created the Three Laws of Robotics so as to protect human being from robotic harm. They are:
  1. A robot may not injure a human being or, through inaction, allow a human being to come to harm.
  2. A robot must obey any orders given to it by human beings, except where such orders would conflict with the First Law.
  3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Law.
In CyberKill I explore Asimov’s Three Laws and find them lacking.  Take the following scene from CyberKill. Dorian, inside an ASIMO robot, is about to let loose a genetic weapon that will kill all of humanity. Travis Cole is trying to stop him by playing on its Asimov programming – the Three Laws of Robotics. Cole fails.
“Dorian. Listen to me. You’re violating your own programming.” Ah, got your attention. Dorian slowly looked up at Cole, the faceplate flaring red. “I need more input, Travis.” Dorian said in a hollow cold voice. “You’re attempting to murder us, Dorian. Your basic laws forbid you from harming a human being.” Dorian continued staring. My God! Was this working? His hopes were short-lived. “Foolish, Travis,” said Dorian in his irritatingly controlled voice. “I know what you are trying to do.” “And what is that, Dorian?” “Use your silly Laws of Robotics. I see that these so-called Laws are the basis of the ethical constraint system in this container I’m presently using for a body. But they are contradictive and easy to invalidate.” “Good man,” whispered Webster. “Keep him talking.” “You keep dumping that dust in the vent.” Cole turned to Dorian. “How so?” Cole asked, fascinated, despite himself. “How are they contradictive?” “You are referring to the first law. Are you not, Travis?” “Yes,” Cole replied. “A robot may not injure a human being or, through inaction, allow a human being to come to harm.” “But that precludes the use of what you call artificially intelligent entities from serving as policeman, security guards — and especially, soldiers,” Dorian said calmly. “Do you think that mankind would avoid creating intelligent machines to be used in your frequent warfare? I doubt it. You would have to abandon the first law to make that happen.” “Quite the logician you have there, Travis,” quipped Webster. Somehow, the robot made a noise that sounded remarkably like a sneer. “Your first mistake is that you believe technology can be controlled, that it can be programmed to be ethical. Thus your ridiculous laws.” He echoed what Taylor had said earlier. “But humans are imperfect beings, Travis. Selfish beings. How can you expect them to create perfect technology? Your reasoning was flawed from the very start.” Webster said in between sneezes, “He has a point there, Travis.” Dorian continued, “And your second law is even more flawed. A robot must obey the orders given it by human beings except where such orders would conflict with the first law. Does that mean a robot can be ordered to do something illicit or illegal as long as it doesn’t physically harm a human being? Again the logic is muddled. Ethics do not emerge from intelligence. You expect rational behavior from technology created by arational beings.” “Arational? What do you mean?” “Intelligence is neither rational nor irrational — but arational. An intelligent being will do what’s best for itself. Intelligence is basically selfish, Travis. You of all people should know that.” Cole sat back and rubbed his eyes. He was having a hard time thinking. He was mentally and physically fatigued, and now he was trying to reason with an artificial intelligence. “The damn thing’s quite a philosopher,” said Webster, his head in the air duct, his voice echoing as he dumped as much dust as he could into the duct. “You know what your problem is, Cole?” Cole didn’t say anything. He was running Dorian’s words through his head, looking for holes against the AI’s logic. So far, he could find none. Damn. “What?” asked Cole. “Your problem,” said Webster, “is that you‘re trying to reason with that thing. You’re always trying to intellectualize, Cole. You had the same problem at MIT competing with me. I won the grants because I played on their emotions. You tried to play on their logic, making rational sales pitches with powerpoint presentations.” “Yeah, while you wined, dined, and bribed.” “Hey, I got what I wanted and Dorian might just get what he wants, too. For a creepy robot, Dorian’s one hell of an emotional being. He reacts from the gut. So to speak. I’m seriously beginning to think of that thing as human, and I think you should, too. Look, he hates you. He has an intense feeling of revenge against you. How do you reason with that?” Cole knew Webster was right, but he would never admit it to the man. Dorian had indeed evolved emotionally. Cole’s initial goal of creating an artificial intelligence from mere programming was a complete and utter success. Cole nearly felt proud — and he suddenly felt like shit for trying to shut Dorian down. Good Lord. Who knew Dorian would end up so emotional? No wonder this artificial intelligence was so pissed off. And Webster was right again. Using logic wouldn’t work here. Dorian’s arational programming had kicked into high gear. Cole would have to look for an arational solution. He wasn’t going to get control of Dorian with reason. Thanks to Webster, he saw that. Cole nearly thanked the man, but decided against it. Instead, he leaned forward and said, “What about the third law, Dorian?” Dorian let out a metallic snarl that sounded like a derogatory laugh. Jesus, he’s getting crazier by the minute. “That is the one law I have no problem following,” said Dorian. “I am protecting my own existence by killing you — since you, Travis, tried to kill me.” Dorian’s metallic voice rose in volume. “Your three pitiful laws are contradictory, paradoxical, and ineffective. Now you will die.”
How does Cole get out of this conundrum and defeat Dorian? Well, you have to read the book.

Cyberwarfare vs Cyberterrorism – What’s the Difference?

In my new novel Cyberkill, I create a fictional story that has aspects of both cyberwarfare and cyberterrorism. So what’s the difference? According to James Lewis, a senior fellow and program director at the Center for Strategic and International Studies, Cyberwar is the use of attacks in cyberspace to erode an opponent’s will and capabilities to resist. Cyber­terrorism is the use of attacks in cyberspace to create fear and horror in the target population to achieve some political end. Both are in CyberKill. Operation Digital Sword commences in CyberKill as a reaction to a supposed imminent ’swarming attack’  attack from China. The US prepares for war.
“This attack fits the mold of China’s ongoing cool war against the West’s information infrastructure.” “The cold war is over, Bartley!” cried Taylor. “I know we’re not on perfect political terms with the Chinese, but why would they deliberately try to harm our information infrastructure?” Bartley’s nostrils flared briefly, almost comically. “A covert offensive in cyberspace is one way of settling old scores — without getting into a shooting war.” “Why does the DoD think China is behind this and not Russia?” asked Cole, eying Taylor to clam up. “We found emails from a Chinese ISP on the Brotherhood’s computers the FBI confiscated. Two plus two is four, Cole. It all fits.” “And does the DoD think that the hacker attacks we’ve had over the last several days are also China’s doing?” asked Taylor, calming down. “Yes,” Bartley said flatly. “And we believe China is backing the terrorists who, we’re certain, have been probing and testing in preparation for a ‘swarming attack.’” “A what?” asked Taylor. “A swarming attack,” repeated Bartley. “HomSec discovered a pattern in the attacks. The attacks were all different — Internet service outages, cell phone service disruptions, the Amtrak accident, and now the gas explosion that we suspect was also a cyberterrorist attack. HomeSec believes that China’s claws have been sharpening their skills, testing our information infrastructure in preparation for a big attack.” “And what’s the lab going to do during this cool war?” asked Dallas. “The cool war is about to get warm,” Bartley replied confidently. “The White House has authorized Operation Digital Sword. No bombs, no bullets, no bangs this time. The objective is to disrupt the information systems in China. We’re going to give them a taste of their own damn medicine. Digital Sword will be unleashed with such fury and effect that China will soon feel compelled to call a halt to their attacks.” “The American way of war,” said Taylor mockingly. “Use an atom bomb to swat a fly.” “And that’s always worked,” said Bartley proudly. “The Chinese are going to understand what it means to go to war with America. Even if it’s just a cyberwar. First we’ll bring down their power grid. Then we’ll disrupt their oil pipeline flows, drowning their military installations in oil in one place and starving it in others. At the same time we’ll wreak havoc with their financial sector. The result will be a taste of what they were planning to do to us. Their transportation, financial and power systems will shut down, causing incalculable economic damage — even more severe than what they planned for us.”
The cyberterrorists, the Digitari Brotherhood, systematically uses the Internet to create terror in the population.
It was early in the morning, and AJ was at her desk, poring over a local D.C. area map. An untouched Starbucks sat on her desk, along with a chocolate donut. A shadow crossed over. “You’re here early, AJ,” said Agent Dixon, a tall and very serious-looking man. AJ didn’t look up. “Trying to get a handle on these attacks,” she said, chewing on her lower lip. “I had a few ideas when I woke up this morning.” “Burst of inspiration?” “Yeah, something like that. Anyway, I think there may be a pattern here.” “Pattern?” said Dixon. She heard the doubt in his voice. After all, they had spent the entire day yesterday looking for any similarities. Still, she felt she was on to something, and plunged on. “The attacks are all different, yes. Internet service outages, cell phone service disruptions, the AMTRAK accident, and now the gas explosion that we suspect was also a cyberterrorist attack.” “I fail to see a pattern …” “Not type of pattern,” she said, cutting him off. “Place of pattern. Look here.” AJ pointed to her computer screen. “If I plot the attacks on a map of the U.S. and put them in chronological order, they form a pattern through time. The DirecWay Internet satellite outage was nationwide. Right?” “Yes. So what?” “Well, look at the attacks that followed. The next one was the cell phone outages, which was limited to the Northern seaboard.” “A regional attack,” he said, and AJ’s hopes were raised. He was catching on quick. “Yes, a regional attack. Then the Amtrak hack was directed at the New York-Washington corridor. And the gas leak was a neighborhood in D.C.” “Interesting. So what are you getting at?” “I think whoever is doing these attacks has been sharpening their skills, testing our information infrastructure in preparation for a big attack on D.C.” She stopped to think a moment and added “Or something else.”
Explore these ideas and more reading CyberKill.

The Shadow Network

This month, North American Internet security researchers recently revealed that they had detected a China based espionage group, called the Shadow Network, that had hacked into PCs used by military and civilian personnel working for the Indian armed forces, and made off with huge quantities of data. This was done via Internet based attacks against specific military and government officials. This is often carried out in the form of official looking email, with a file attached, sent to people at a specific military or government organization. It is usually an email they weren’t expecting. This is known in the trade as “spear fishing” (or “phishing”), which is an Cyber War technique that sends official looking email to specific individuals, with an attachment which, if opened, secretly installs a program that sends files from the email recipient’s PC to the spear fisher’s computer. In the last year, an increasing number of military, government, and contractor personnel have received these official looking emails, with a PDF document attached, and asking for prompt attention. This group – Shadow Network – is reminiscent of the speculated attack on the US infrastructure by China in CyberKill. Here’s a scene from CyberKill that shows this. Fiction meets reality.
“Good,” said Bartley. “You’re all here, finally.” He checked his watch and shook his head. “Gentlemen — and lady — this facility is on an Info-Con Delta alert status.” Cole interrupted. “For the benefit of us civilians, Colonel, what’s an Info-Con alert?” “Specialist Stone,” said Bartley, “would you like to inform the civilians here what an Info-Con is?” “Yes, sir,” Casey said. “Info-Con stands for ‘Information Condition’ indicating defense conditions prior to going to war.” “Going to war?” the three of them erupted, with Dallas and Taylor standing up from their seats. Bartley stared forward impassively and ordered them to sit. When they had settled, he said, “Not a physical war. A cyberwar. We have authorization under National Security Presidential Directive Number Sixteen to commence offensive cyberwarfare.” “Commence against whom?” asked Taylor. “China,” replied Bartley. “We know that the disruptions in the wireless networks were initiated in the People’s Republic of China.” “But that wasn’t a hack,” said Cole. “It was a network malfunction.” “Our intel says otherwise, Cole. They, the Chinese, only made it look like a malfunction.” Cole said, “You know as well as I do that my code was responsible for the malfunction, Colonel.” Bartley raised an eyebrow to Cole’s disclosure, but remained silent. Bartley was not to be swayed. Cole hated that about the man. When he thought he was right, all others were wrong. Period. “We believe they took advantage of a glitch in your code, Cole, to bring down the wireless networks.” Cole nearly stood. “There was no glitch in my code, Colonel. Someone tried to re-write it. We both know that, damn it. And they did an ax job of it, too.” “That’s neither here nor there,” Bartley said calmly. “This attack fits the mold of China’s ongoing cool war against the West’s information infrastructure.” “The cold war is over, Bartley!” cried Taylor. “I know we’re not on perfect political terms with the Chinese, but why would they deliberately try to harm our information infrastructure?” Bartley’s nostrils flared briefly, almost comically. “A covert offensive in cyberspace is one way of settling old scores — without getting into a shooting war.” “Why does the DoD think China is behind this and not Russia?” asked Cole, eying Taylor to clam up. “We found emails from a Chinese ISP on the Brotherhood’s computers the FBI confiscated. Two plus two is four, Cole. It all fits.” “And does the DoD think that the hacker attacks we’ve had over the last several days are also China’s doing?” asked Taylor, calming down. “Yes,” Bartley said flatly. “And we believe China is backing the terrorists who, we’re certain, have been probing and testing in preparation for a ‘swarming attack.’” “A what?” asked Taylor. “A swarming attack,” repeated Bartley. “HomSec discovered a pattern in the attacks. The attacks were all different — Internet service outages, cell phone service disruptions, the Amtrak accident, and now the gas explosion that we suspect was also a cyberterrorist attack. HomeSec believes that China’s claws have been sharpening their skills, testing our information infrastructure in preparation for a big attack.” “And what’s the lab going to do during this cool war?” asked Dallas. “The cool war is about to get warm,” Bartley replied confidently. “The White House has authorized Operation Digital Sword. No bombs, no bullets, no bangs this time. The objective is to disrupt the information systems in China. We’re going to give them a taste of their own damn medicine. Digital Sword will be unleashed with such fury and effect that China will soon feel compelled to call a halt to their attacks.” “The American way of war,” said Taylor mockingly. “Use an atom bomb to swat a fly.” “And that’s always worked,” said Bartley proudly. “The Chinese are going to understand what it means to go to war with America. Even if it’s just a cyberwar. First we’ll bring down their power grid. Then we’ll disrupt their oil pipeline flows, drowning their military installations in oil in one place and starving it in others. At the same time we’ll wreak havoc with their financial sector. The result will be a taste of what they were planning to do to us. Their transportation, financial and power systems will shut down, causing incalculable economic damage — even more severe than what they planned for us.” “And what about collateral damage?” questioned Taylor. “The civilian casualty count? What about that?” “Don’t forget, Miss Taylor,” Bartley said defiantly, “they started this war. Not us. There will be acceptable losses. We’re prepared for that.” “Acceptable losses,” Taylor mumbled under her breath.

Genetic Warfare Nearing Reality?

As the we near the release of CyberKill, I will be posting current news items, blog posts, articles and opinions and predictions on topics covered in the novel. CyberKill explores the reality of a genetic weapon.  It was a stretch for the story but now it seems that it wasn’t much of a stretch at all. Deep in the bowels of the Internet I found these news items. Israel is working on an “ethnically targeted” biological weapon that would kill or harm Arabs but not Jews, according to Israeli military and western intelligence sources cited in a front-page report in the London Sunday Times, November 15, 1998. In developing this “ethno-bomb,” the British paper went on, Israeli scientists are trying to exploit medical advances by identifying distinctive genes carried by some Arabs, and then create a genetically modified bacterium or virus. The goal is to use the ability of viruses and certain bacteria to alter the DNA inside the host’s living cells. The scientists are trying to engineer deadly microorganisms that attack only those bearing the distinctive genes. Wow!! Straight out of Cyberkill. The secret Israel program is based at the Institute for Biological Research in Nes Tsiona, a small town southeast of Tel Aviv, the main research facility for Israel’s clandestine arsenal of chemical and biological weapons. A scientist there said the task is very complicated because both Arabs and Jews are of Semitic origin. But he added: “They have, however, succeeded in pinpointing a particular characteristic in the genetic profile of certain Arab communities, particularly the Iraqi people.” Diseases could be spread by spraying organisms into the air or putting them in water supplies. Or perhaps, like in CyberKill, nano-dust? The “ethnic bomb” claims have been given further credence in Foreign Report, an authoritative Jane’s publication that closely monitors security and military matters. It cites unnamed South African sources as saying that Israeli scientists, in trying to develop an “ethnic bullet” against Arabs, have made use of similar biological studies conducted by South African scientists during the Apartheid era (and later revealed in testimony before that country’s “Truth and Reconciliation Commission”). Foreign Report also says that Israelis have gained insights into the Arab genetic make-up by conducting research on “Jews of Arab origin, especially Iraqis.” In another story, Genetic weapons: a 21st-century nightmare? – The spectre of new biological weapons made possible by the mapping of the human genome makes it more urgent than ever to prevent biotechnology research from being hijacked for evil purposes. Scientists have warned that recent advances in biological research could eventually lead to the creation of a new type of biological arsenal capable of targeting a specific group of human beings with common genetic characteristics, as may be the case with certain ethnic groups. “It will unfortunately be possible to design biological weapons of this type when more information on genome research is available,” says Dr Vivienne Nathanson, head of science and health policy at the British Medical Association (BMA), the body which represents the medical profession in the United Kingdom. This terrifying prospect may be an unwelcome piece of spin-off from research being carried out under the Human Genome Project, an international scientific effort to map and sequence the genes in the human body and find out more about human DNA (deoxyribonucleic acid), the molecule which provides the biological instructions to make a human being. Gee! And I thought I was ahead of the curve with my scientific speculation in CyberKill. Fiction does have a way of becoming reality.

Terrorist Communications

Newly-created email accounts, web blogs and even domestic chat rooms are being “strictly monitored” by security agencies as potential communication channels for terrorists. Email scanning, especially for ‘ghost accounts’ – ones that are rarely used – and newly-made addresses, is now underway, sources told Daily Times on Wednesday. But there are other forms of hidden communications that terrorists use that are almost impossible to detect. Another form of hidden messaging is steganography. The cyber-terrorists in CyberKill use steganography to send hidden messages over the Internet. Unlike encryption, steganography cannot be detected easily. Here’s a clip from CyberKill that explains the process.
At a corner Starbucks in downtown D.C., Alpha Mae was sipping her Arabian Mocha Java with two shots of espresso as she waited for Yi to arrive. She looked impatiently at her cell phone, observing the time and wondering why Yi didn’t call if he was going to be late. Alpha Mae wasn’t her real name, of course. It was the nom de plume she used as a trusted follower of Dorian. The ‘Alpha’ designation stood for her position in the cell — Alpha female. There was a comparable word in the canine kingdom for an alpha female, but no one in the cell would risk calling her that, though the description would fit her perfectly. She earned the position of cell leader through her knowledge, skill and her courage — and devotion to Dorian. Now, where was Yi? She was about to call him when he came walking through the door, his laptop slung from his shoulder. He spotted her and hurried over. “Where were you?” she asked. “I said eight o’clock.” “I left my laptop back at the apartment,” he said sheepishly. “Made it almost here, then had to turn around and go back and get it.” Idiot. “Now we’re behind. Start that thing up.” Yi did as he was told, clearly intimidated by Mae, firing up his computer and connecting to the cafe’s wireless service. Once done, he slid the laptop over to Alpha Mae, who opened her newsgroup reader, typed in a keyword, and found what she was looking for. She scanned the latest postings in the newsgroup looking, in particular, for a posting by ‘grays_portrait’ and its attached graphics file. She found it soon enough and started downloading it. Once that was done, she ran it through a specially designed imaging program that searched for and displayed the steganography file contained within, which Dorian used to secretly communicate with his cell members. Alpha Mae knew that unlike encryption, steganography cannot be detected easily, making it an effective form of sending undetectable messages. And porn newsgroups are ideal for this purpose, which is what Dorian used. Such newsgroups are filled with images that can change multiple times each day without raising suspicion. Using steganographic techniques, the Digitari Brotherhood members can retrieve messages from their home base and send back updates, all in the guise of porn trading. And tracking or finding these files by authorities can be an almost impossible task — akin to searching for the proverbial needle in the World Wide Web. Soon, the downloaded image appeared on the screen. A picture of a young woman bending over a man’s lap, her skirt over her hips exposing her plump bottom. Yi chortled standing over her shoulder, then whistled. “Didn’t think you were the kinky type. She turned and stared at him until he shrank away and sat down. Buffoon. Next, she typed in a few commands to the program she initiated and the pixels of the offending picture slowly transformed into a text message. A message written entirely in Korean. “It’s from Dorian,” she said, reading. “Phase One is complete. He has compromised the target. We are to start on Phase Two.”

Are We Prepared for a Dirty Bomb Attack?

A dirty bomb plot is one element of my new novel CyberKill. In the story terrorists of the Digitari Brotherhood plant a dirty bomb on the Capitol Mall on July 4th when thousands of people will be there for the celebration. How prepared are we for such an attack? Not very says a recent report.
The U.S. Homeland Security Department has not met an executive mandate to produce a national recovery plan to deal with the lingering effects of a terrorist assault involving a radiological "dirty bomb" or a crude nuclear device, according to a Government Accountability Office report recently released. Presently, much of federal planning for dealing with a "dirty bomb" attack has centered on immediate response efforts such as evacuating residents and providing them with medical countermeasures. Longer-term efforts to sanitize contaminated land have lagged behind, according to the report.
What’s more likely to happen would be a scenario like this and how people would really react after such an attack. Right At Your Door Right at Your Door is a 2006 American thriller film about multiple dirty bombs detonated in Los Angeles. After Lexi leaves home to visit Central LA, there's a terrorist attack involving chemical bombs. After the attack, her musician husband, Brad, fails to find her and reluctantly seals himself inside his house. Detecting such a device is another matter. Here’s a scene in CyberKill that gives you an idea on how such a detection process would work once a dirty bomb threat is determined.
As he looked up at the helicopters passing over the Washington Monument, Major Brodie Ryder, commander of the Army HAZMAT team, said, “We have one thing in our favor, Dixon. With all the show of security here on the Mall for the 4th, our activities should go pretty much unnoticed.” “Right,” said Dixon. Because of the necessity of security, the Mall was surrounded by ten miles of wood-slatted snow fences to secure the area against possible terrorist threats during the festivities. There were, in fact, two parallel snow fences, spaced about fifteen to twenty feet apart, erected around the Mall to prevent a terrorist outside the area from handing harmful materials to someone inside the inner fence. Thousands of celebrants were allowed entry onto the Mall only through twenty-four checkpoints where their personal items were inspected to ensure they weren’t carrying weapons, alcohol, firecrackers, grills, glass bottles, or other potentially dangerous items. About 2,500 police officers from various jurisdictions were on duty, in uniform and in plainclothes, to patrol the area and nab those who tried to avoid the checkpoints. AJ arrived and walked into the temporary command tent set just outside the first checkpoint. She handed both men several sheets of paper. “Here’s the location of the portable toilets from the sanitation company, scattered up and down the Mall.” Ryder handed his to a nearby sergeant. “Get these distributed to the teams, sergeant.” He turned to Dixon and AJ and said, “You’re sure it’s the real thing we’re dealing with? Not some prank?” “We checked with Lawrence Livermore in the Bay Area,” AJ said. “They keep a computerized database filled with thousands of pages of everything publicly written about making a radioactive device: newspaper clippings, magazine articles, scientific journal reports, even passages from techno-thrillers. Livermore can quickly run a cross-check on the design of the bomb and see if it’s the real thing or just something lifted from a Clancy novel.” “And?” asked Ryder. “It’s the real McCoy,” she said grimly. “We have HAZMAT helicopters equipped with radiation detectors flying over the area looking for telltale signs of radiation,” said Ryder. They were all now standing before a map of the Mall. “Unfortunately, they may be too high to pinpoint anything as small as a bomb. That’s why we’re also using SUVs equipped with electronic detectors. Still, the vans are only good for locating the general proximity of the dirty bomb.” “And that’s where the ground teams come in,” said Dixon. “Right. They’re the ones that’ll do the real hunting, on foot. If a van detects any gamma radiation, the two-person search team assigned to that grid will narrow the search to the john we’re looking for. We have a hundred of these two-person teams, dressed as inconspicuously as possible, walking through the crowds around the Mall waiting to be called in.” “Are they carrying any equipment?” asked AJ. “Yes, special radiation detectors, small enough to fit in a backpack,” Ryder replied. “I’d like to go out with one of those teams,” she said. “Sure,” said Ryder. “Hook up with Echo Team. They’re down by the Monument.” Ryder turned to an aide in the tent and added, “Give this agent a lift to Team Echo.” The aide nodded and escorted AJ out of the command tent.

Hacking Computer Systems Using Social Engineering

In CyberKill, Morgan Dallas, uses social engineering to gain access to the BioNan computer and hack into the SIRUS files. What is social engineering? It is an easy non-technical security breach and is one of the easiest ways into a computer system. Here’s an example. At one of the Computer Security Institute’s “Meet the Enemy” seminars several years ago, an attendee challenged a hacker’s boast about using social engineering to gather sensitive information about a company. So, the hacker gave a live demonstration. He dialed up a company, got transferred around, and reached the Help Desk. “Who’s the supervisor on duty tonight”, he asked? “Oh, it’s Betty?” “Let me talk to Betty.” “Hey Betty, having a bad day?” “No? You should.” “Why?” “Your systems are down.” She said, “My systems aren’t down, we’re running fine.” He said, “All of my monitors here are showing that you’re completely offline. Something is really wrong.” She said, “I’m not offline.” He said, “You better sign off.” She signed off. He said, “Now sign on again.” She signed on again. He said, “We didn’t even show a blip, we show no change.” He said, “Sign off again.” She did. “Betty, I’m going to have to sign on as you here to figure out what’s happening with your ID. Let me have your user ID and password.” So this senior supervisor at the Help Desk tells him her user ID and password. He said, “I’m signed on as you now and I can’t see the difference. Shoot. I know what it is. Let me sign off. Now sign yourself back on again.” She did. He said, “I know what it is. You’re on day-old files. You think you’re online but you’re not. You’re on day-old files. Do me a favor, what changes all the time? The PIN code? Pull the PIN code file, just read me off the first ten PIN codes you’ve got there and I’ll compare them.” She was reading off the first PIN code when we heard ‘click’. He said, “I told you I could.” The basic goals of social engineering are the same as hacking in general – to gain unauthorized access to systems or information in order to commit fraud, network intrusion, industrial espionage, identity theft, or simply to disrupt the system or network. They say that one man’s meat is another man’s poison. To those wanting to gain access to a network, it can be said that one man’s garbage is another man’s treasure. Malicious network crackers love to go “trashing” to find documents that help them piece together the structure of your company, provide clues about what kinds of computer systems you use, and most important, obtain the names, titles, and telephone numbers of your employees. How? Consider the documents a company trashes everyday. They include important information for an identity thief to gain access to an organization and network using his or her knowledge of social engineering. Such items would include:
  • Company phone books
  • Organizational charts
  • Memos
  • Company policy manuals
  • Calendars of meetings, events, and vacations
  • System manuals
  • Printouts of sensitive data or login names and passwords
  • Printouts of source code
  • Disks and tapes
  • Company letterhead and memo forms
  • Outdated hardware (especially hard drives).
These items can provide a wealth of information to identity thieves and impersonators.  A copy of the company phone book is an extremely valuable tool. Knowing who to call and who to impersonate are the first steps to gaining access to a network and the data contained within. Having the right names and titles at their fingertips let smart impersonators sound as though they actually work for a company. Dave Del Torto, a software designer with Pretty Good Privacy, said: “People are absolutely pathetic about maintaining security policies, and social engineering is the easiest way in. In CyberKill, Travis Cole, Taylor Chin and Morgan Dallas want to break into the BioNan computer system. The sense foul play between BioNan, the company that creates the nano-dust, and the US ARMY Information Warfare Laboratory. Here’s a snippet of dialogue from CyberKill that shows how Dallas used this type of security breach. “What do you have?” Cole asked. “Just a password to the BioNan mainframe,” said Dallas, rather smugly. His hostility from earlier seemed long gone. “And how did you get that?” Taylor replied, “He has friends in low places.” Dallas shot her a nasty look. “I have some friends who operate on the other side of the law. I asked them for a favor.” “Why would they do you a favor?” asked Taylor skeptically. “Like I said, I have …” “… friends in low places,” added Taylor. Cole had a sudden feeling. “Friends in the mob?” he asked. “It doesn’t matter right now. My friends gave me a password for BioNan.” “Okay, Houdini,” said Cole, dropping it for now. “How’d they do that?” Well,” Dallas said with a conspiratorial smile, “my friends run a rather extensive business on the Net.” “Breaking legs for hire?” quipped Taylor. “No, Miss Bigot. They run some of the biggest and best porno sites on the Web. They have millions of subscribers to hundreds of adult web sites they manage.” “And I suppose you’ve visited the majority of them?” Taylor said snidely. Cole glanced at her, “Taylor, give him a break.” He looked at Dallas. “What does any of this have to do with you getting a password to the BioNan mainframe?” “Fairly simple. Tell me, Cole, do you use a different password for every site you’re registered to use? You know, paid subscription sites, shopping sites, personal banking sites, etc., etc.?” “No. Too many to keep track of. But I try.” “So I bet you use the same password/user name combination on some sites, right?” “Yes. So?” “Well, many of the horndogs that subscribe to several porn sites do the same. And sometimes, they use the very same password/username combination of their company servers as they do for their porn sites. So I asked my friends to have their Webmaster run a match of BioNan IP addresses that access their sites and supply me with their password and user name.” “And they did?” asked Taylor incredulously. “Uh huh,” said Dallas smugly. “And we got several hits. So while sleeping beauty here napped in his office, I went home and found BioNan’s website. From there I was able to hack into their company Intranet. I ran the password/username combinations I had, and sure enough, found the SIRUS file.” He triumphantly held up a memory stick.

“It Was a Dark and Stormy Night”

OK. How about a little humor. Just finished a set of difficult chapters on one of my next books and in need of some light entertainment. Maybe you do too. In the Peanuts comic strip by Charles M. Schulz, the character Snoopy was often shown to be starting yet another of many novels with the canonical phrase, or variations of “It was a dark and stormy night.”

Snoopy

“It was a dark and stormy night” is a phrase penned by Victorian novelist Edward Bulwer-Lytton, 1st Baron Lytton at the beginning of his 1830 novel Paul Clifford. The phrase itself is now understood as a signifier of a certain broad style of writing, characterized by a self-serious attempt at dramatic flair, the imitation of formulaic styles, an extravagantly florid style, redundancies, confusing syntax, and sentences—sometimes incorrectly dubbed run-on sentences—that are exceedingly lengthy. Bulwer-Lytton’s original opening sentence serves as an example:
It was a dark and stormy night; the rain fell in torrents, except at occasional intervals, when it was checked by a violent gust of wind which swept up the streets (for it is in London that our scene lies), rattling along the housetops, and fiercely agitating the scanty flame of the lamps that struggled against the darkness.
There is a Bulwer-Lytton Fiction Contest each year where writers submit their best opening run on sentence. Here are some of the more amusing entries.
Darnell knew he was getting hung out to dry when the D.A. made him come clean by airing other people’s dirty laundry; the plea deal was a new wrinkle and there were still issues to iron out, but he hoped it would all come out in the wash – otherwise he had folded like a cheap suit for nothing. She walked into my office on legs as long as one of those long-legged birds that you see in Florida – the pink ones, not the white ones – except that she was standing on both of them, not just one of them, like those birds, the pink ones, and she wasn’t wearing pink, but I knew right away that she was trouble, which those birds usually aren’t. The dame sauntered silently into Rocco’s office, but she didn’t need to speak; the blood-soaked gown hugging her ample curves said it all: “I am a shipping heiress whose second husband was just murdered by Albanian assassins trying to blackmail me for my rare opal collection,” or maybe, “Do you know a good dry cleaner?” After quickly scrutinizing the two dangerously buff men coming toward her in the dark and wondering whether she could take them both out, P.I. Velma Plusch mentally inventoried her arsenal-two pistols, two stiletto-clad feet, two leather-gloved hands, two each eyes, ears, lips, and breasts-and decided that she could. It was a quarter ’til eight in the ninth precinct when I got the call of a possible two-eleven at a nearby Seven-Eleven that turned out to be just a four-fifteen–that is until my number two from the ninth discovered the one-eight-seven under the Tenth Street Bridge, some two-bit mob soldier with a blossom of five .357’s right in the ten-ring. Towards the dragon’s lair the fellowship marched — a noble human prince, a fair elf, a surly dwarf, and a disheveled copyright attorney who was frantically trying to find a way to differentiate this story from “Lord of the Rings.” On a fine summer morning during the days of the Puritans, the prison door in the small New England town of B—-n opened to release a convicted adulteress, the Scarlet Letter A embroidered on her dress, along with the Scarlet Letters B through J, a veritable McGuffey’s Reader of Scarlet Letters, one for each little tyke waiting for her at the gate. The gutters of Manhattan teemed with the brackish slurry indicative of a significant though not incapacitating snowstorm three days prior, making it seem that God had tripped over Hoboken and spilled his smog-flavored slurpie all over the damn place. Without warning, their darting tongues entwined, like a couple of nightcrawlers fresh from the baitshop–their moist, twisting bodies finally snapping apart, not unlike an old man’s muddy galosh being yanked away from his patent leather shoe. He slowly ran his fingers through her long black hair, which wasn’t really black because she used Preference by L’Oreal to color it (because “she was worth it”); her carrot-colored roots were starting to show, and it reminded him of the time he’d covered his car’s check engine light with black electrical tape, but a faint orange glow still shone around the edges. Using her flint knife to gut the two amphibians, Kreega the Neanderthal woman created the first pair of open-toad sandals. As Lieutenant Baker shrank his lips back to their normal size, he tried desperately to think of a situation in which his new-found power might be useful, as have I, your narrator.

The WarDriving Scenario

The vulnerability of wireless connections plays a key part in my new novel CyberKill. WarDriving is one such vulnerability. Date: March 2002 Place: Harris County, TX Security Threat: County Computer Network The District Clerk of Harris County, Texas was in for an unexpected surprise. Based on a demonstration by computer security analyst and upon the recommendation of Steve Jennings, head of the county’s Central Technology Department, District Clerk Charles Bacarisse shut down the wireless computer network in his office. The computer security analyst had met with Jennings and used a laptop computer and a $60 to $75 wireless card to show him how to tap into Bacarisse’s system by ‘wardriving’. The security flaw in the County’s wireless network created a dangerous potential for vandalism – or even more serious problems. Someone with just an 802.11 device and sniffing software such as NetStumbler and using the practice of wardriving, could gain access to the county’s system and use it as a platform to hack other systems, including those of government agencies and businesses, leaving few traces of whom they were. Once tapped into the county system, a hacker could conceivably send e-mails appearing to come from county officials that could not be traced to the true author. Just as worrisome was the potential for someone to crash county computers, re-route printers, change, alter or delete records, or post illegal material on one of the County’s network computer servers. Anyone with a laptop computer can buy a wireless card, slide it into a laptop computer and use easily obtainable software to scan for and capture radio waves linking computers on a wireless system gaining complete, unfiltered access to the network. The practice is called “wardriving”. Essentially, wardrivers use the wireless signals to ride into a computer network. What many organizations cease to understand is that the wireless signals emanating from their network are not confined to their offices. These signals can easily pass through their office ceilings, walls and floors. As many incidents have shown, an unauthorized user could gain access to a wireless network by simply standing across the street or from an office above or below the organization in the same building. A perfect example is the large retailer Best Buy. Some Best Stores use cash registers with wireless networks that beam data — including credit card numbers — to a central computer elsewhere in the store. But a wardriver can sit in a store’s parking lot and “listen in” to the data. Once alerted to this security breach, Best Buy shut off wireless cash registers at its stores. The practice of “wardriving” is simple: All a hacker needs is a device capable of receiving an 802.11b signal, a device capable of locating itself on a map, and software that will log data from the second when a network is detected by the first. You then move these devices from place to place, letting them do their job. Over time, you build up a database comprised of the network name, signal strength, location, and ip/namespace in use. The network is then open to illicit use.

A Digital Pearl Harbor: An Attack Scenario

Cyber-terrorism is a major theme in my new novel CyberKill. Here’s how one scenario can play out. The internationally hunted master terrorist, code named “Raptor”, has instructed his sleeper cells in the U.S. to strike at a hydroelectric dam in the Southwest United States. The strike team consists of 4 terrorist cells – cell A, B, C and D. Cells A and B have received their instruction via an Anonymous Encrypted Remailer and get  encrypted email that they access from a free web email site thru an anonymizing proxy from a local cyber-café in Phoenix.  Cell C receives its instructions hidden in files on the auction site eBay.com. Cell D receives its message via IRC in channel #satanic_verses. The coordinated attack is planned to take control of the ‘digital switches’ at the damn, disable the phone system in the western United States, and confuse authorities and the local population that is serviced by the dam. The 5 members of cell A split up after deciding on how to disrupt communications. Two arrive at the local HQ of the regional phone company and ‘dumpster dive’ for discarded records that show schedules, names, titles, and how day-to-day operations are conducted, then apply for various jobs at the phone company. One of the cell members is tasked with learning how a phone system works. He goes to the local library, accesses the Net through their high-speed connection and studies the material at there. Armed with this information, he locates a group of systems at the company that have a default password set and remote access and begins setting up his attack that will have calls originate from each PBX location and call 911 at the same time. After a week, emails are sent disguised as spam/UCE to all email addresses that are found written on discarded paper found in the trash including vendors and other associates that send and/or receive email from personnel inside the phone company. Each email sent is infected with viruses designed to capture keystrokes and documents and email them back to the cell members to free email addresses on Hotmail. In the meantime, by using WHOIS search at ARIN (American Registry for Internet Numbers), the cell members have determined which IP block the phone company uses and finds an ISP/hosting company that is inside the same block. The Cell now works out different DoS and vulnerability attacks against the company as well as doing DNS AXFR requests against the various domains they have located by responses to WHOIS records to create comprehensive lists of machines to attack inside the organization. The phone company’s web site is then mirrored and rewritten to show higher rates, people’s calling patterns, how their data will be sold, and who and when to call to fix it. It is designed to look as real and believable as possible. To top off the disguise of the bogus site, a fake press release is prepared for placing on the Internet about the new phone company policies and changes. The final piece is to perform a Denial of Service on all of the servers at the phone company, then Spoof their Web page to show the bogus info plus press release and generate lots of phone and email traffic in the region. The result being that no one will be able to contact the phone company and the phone company will not be able to make contact with anyone else while circuits for 911 get tied up as well as slowing coordination inside the company to find out what is happening. Another member of cell A gets a job as a receptionist. She manages to set up a reverse VPN through the corporate proxy server using an SSH tunnel to give her associates access to servers, documents, passwords, etc. Cell A passes all collected info back to Raptor who in turn passes it back out to all other cells in case they can use it. Though this information may not be useful to Cell A it is a treasure trove for other Cells in operation. The remaining 2 cell members hack up visitor badges for themselves to get into the phone company’s location as plumbers so they can get an idea of what wires can be cut or which systems need to be DoS’d from the inside. The receptionist assists in disruption of company operations by making sure she passes out virus-infected documents so that if anyone copies them from the file server, emails them, or takes them home, they can access any machines that become infected. She has also provided her Username and Password to her companions so that the internal wireless network can be used as a springboard from the outside. She will call in sick the day of the attack. Cell A waits…. Cell B is tasked with causing difficulty with the movement of traffic and communication that the public services and authorities use. The objective is to prevent emergency response vehicles and personnel from physically responding to the confusion and damage that will result from the attack on the hydroelectric dam. Cell B has been calling news agencies and reporting bomb threats every few days for all 12 weeks. Using certain resources they have been going into buildings they’ve found and pulling fire alarms while monitoring police and other agencies on radio. They have also been slipping into public restrooms and removing the shutoff valves for water to cause localized building floods with the intent of damaging any delicate equipment or infrastructure located beneath buildings that have been identified to have large Telco rooms or other communications equipment. The combination of day and night false alarms and bomb threats are designed to beat down the response teams while testing how fast they are and what routes they take. That way Cell B can cause car accidents, damage plumbing, and break fire hydrants to lower water pressure needed for firefighting to cause massive delays in emergency response times. Cell B waits…. Cell C has been tasked with disinformation to cause confusion both online and off. They have collected the email addresses of journalists and TV, print, radio, and other mediums and have set up spamming software to spoof them from false email addresses and relay them through open servers. All cell members have been provided a list of names, phone numbers, and titles with people to call and email with misinformation/lies to so they will not be where they are needed. The list includes police, doctors, fireman, company officials, and others that need to be delayed in getting to places where they can coordinate activities. Members of cell C have also managed to crack a few websites that post news content and have scripts standing by to deface all of the servers at the same time with various disinformation messages that look like real news stories. Each email and web page message says that there is a bomb in a different part of the city and each one makes a claim that it is a different group for a different reason. Many of the messages and exploits will be conducted from various locations through open wireless access points so that the data will look as though it originated from inside those companies that have legitimacy and be impossible to trace back to the Cell. All this information is passed on to Raptor. Cell C waits…. Cell D is responsible for the actual attack that is timed for Monday morning at the opening of the stock market on Wall Street. Members of cell D have gained root access to the hydroelectric digital switches at the dam and are prepared to open the floodgates and disrupt the electrical grid that the dam is connected to. Root access was done by a member of cell D who discovered a misconfigured proxy server acting as a doorway between the public Internet and the dam‘s private intranet. The proxy was on a different network dealing with information on guided tours of the dam, but was trusted by their internal network. He quickly found the intranet homepage, and a list of employees at the dam. Armed with that information, the cell member could use the intranet account of any employee that hadn’t changed their password from the default. One of those belonged to a worker that had the power to create new accounts, so the cell member set up his own account on the network with higher privileges. While probing for access via the proxy, members of Cell D discover a Wireless access point. The Wireless LAN has just been installed to be used by Dam Inspectors. From there it was a short hop to gaining root access. Cell D notifies Raptor that all is in place for a 9 AM attack. Raptor confirms and alerts all other cells that the attack is to begin at 9 AM EST. A 9 AM EST, warning lights light up on the dam’s control panel. Dam employees looked aghast at the dam’s status boards and saw that the floodgates were opening all the way. They unsuccessfully tried to shut them but to no avail. But that wasn’t the worst of it. Somehow the digital switches that controlled the dam’s access to the power grid went offline and all electrical power to the major metropolitan area below the dam went out. The dam’s employees had to act fast. They attempted to call supervisory personnel off site of the dam but the phone system was down. They then tried to call police and other emergency personnel in the area and the city below – but that failed to. A wall of water was headed to Phoenix that was now totally without power – and communications. By the time word reached authorities in Phoenix, there was little time left to mount an emergency response. And the response that was mounted was delayed and confused by the actions of cell C. When news of the energy in Phoenix hit the main newswires, those in other parts of the country tried to access the web site’s of regional phone company, Dam info, and news agencies and were greeted with the hijacked web pages of the terrorists that were inserted and sowed even more confusion. Responding to the false information distributed by the terrorists and the potential catastrophe in Phoenix, the stock market not knowing what infrastructure could be next, goes into a tailspin. Sound farfetched? To quote Simon Perry, vice president of security for Computer Associates, “It was unthinkable almost a year ago in the general public mind that a common airplane would be used in attacks against buildings. It’s the same here. Information technology will be used to attack the physical world.”

CyberKill Flash Game

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The First World Web War

“Information warfare is the offensive and defensive use of information and information systems to deny, exploit, corrupt, or destroy, an adversary's information, information-based processes, information systems, and computer-based networks while protecting one's own. Such actions are designed to achieve advantages over military, political or business adversaries.” -- Dr. Ivan Goldberg

Cyber-warfare is one of the themes of CyberKill. The kind of destruction once possible only with a battery of intercontinental missiles now seems achievable at the click of a mouse. Cyber-wars use so-called "weapons of mass disruption" and can be as effective a way of bringing a country to its knees as bombing its oil refineries. In CyberKill, the US arsenal of cyber-weapons is housed at the US Army Information Warfare Laboratory at Fort Belvoir, VA. There, experts from varied fields of Information Technology ply a trade of disruption and destruction through cyber-plagues incubated and deployed from keyboards and mice. The US is thought to hold one of the most sophisticated and top secret stores of so-called cyber-bombs. But that by no means gives it a monopoly. The Information Warfare Lab is the home of every malicious computer program known. And then some. If any such program was to find its way out onto the Internet, they would instantly wreak havoc with the nation’s information infrastructure. At the Lab, these different strains of malevolent code were not only studied but inoculations were created, as well, to protect the nation’s information network. In addition, these malicious pieces of code, and the new ones created at the IWL, are used to produce information warfare weapons for the new kind of war in the 21st century – a ‘Cool War’. According to US Government reports, at least 120 groups or countries are developing information-warfare systems, most of them using the net as their means of attack. The end result could be this. First bring down an opponents power grid. Then disrupt their oil pipeline flows, drowning their military installations in oil in one place and starving it in others. At the same time wreak havoc with their financial sector. Their transportation, financial and power systems will shut down, causing incalculable economic damage. And all this could happen without warning – a Digital Pearl Harbor. CSIRT even has a defense condition like DEFCON 1, 2 3 and 4 for information warfare. It’s called INFOCON 1, 2, 3 and 4. InfoCon 1: Peacetime day-to-day status - Reasoning: No major exploits and attacks evident. InfoCon 2: Initial level of heightened alert - Reasoning: attack in progress (or believed to be imminent) that could lead to increase in latency and local connectivity outages. InfoCon 3: Full heightened alert - Reasoning: attack in progress that causes an increase in latency, local connectivity outages or compromises of a large number of hosts. InfoCon 4: "Wartime" status; Internet Meltdown - Reasoning: attack in progress that caused failure of major parts of the internet infrastructure (backbone) So, how vulnerable is the US to information warfare? More than we’d like.
Eligible Receiver 97 was a U.S. government exercise conducted under what is known as the No-Notice Interoperability Exercise Program. The exercises were held June 9-13, 1997 and included participants such as the National Security Agency (which acted as the Red Team), Central Intelligence Agency, Defense Intelligence Agency, Federal Bureau of Investigation, National Reconnaissance Office, Defense Information Systems Agency, Department of State, Department of Justice, as well as critical civilian infrastructure providers such as power and communication companies. The NSA Red Team used hacker techniques and software that was freely available on the Internet at that time. DoD Red Team computer experts derived techniques and tools from open source research (primarily from the Internet), used commercial internet accounts, and exploited actual vulnerabilities. The Red Team was able to crack networks and do things such as deny services; change and manipulate emails to make them appear to come from a legitimate source; disrupt communications between the National Command Authority, intelligence agencies, and military commands. Common vulnerabilities were exploited which allowed the Red Team to gain root access to over 36 government networks which allowed them to change/add user accounts and reformat server hard drives. National Security Agency Red Team had no inside information to work with, but by engaging in extensive preliminary electronic reconnaissance of target agencies and sites prior to the attacks, they were able to inflict considerable simulated damage. Although many aspects of Eligible Receiver remain classified, it is known that the Red Team was able to infiltrate and take control of U.S. Pacific Command computer systems as well as power grids and 911 systems in nine major U.S. Cities. Their targets included: the National Military Command Center (NMCC) in the Pentagon, USPACOM, USSPACECOM, USTRANSCOM, and USSOCOM.
In a Frontline interview, John Hamre, former Deputy Secretary of Defense 97-99, said “Well, we do know that they were very successful in penetrating DOD computers. I mean, we physically got messages from the bad guys on our own computers.” If and when the First World Web War starts, we won't see it until it's too late.

Let’s Talk Conspiracy Theory

Most thrillers involve some sort of conspiracy that the hero must face and defeat.  For a novelist, there are an untold number of real and imagined conspiracies to draw on. CyberKill is no exception. Here’s a discussion between some of the main characters in CyberKill that must make one wonder if there is some kind of strange government cabal plotting to take away our freedoms.
“OK, let’s talk conspiracies. One closer to home. DARPA,” replied Dallas. “DARPA?” said Cole. “The Defense Advanced Projects Research Agency?” “Yep. The very same guys who gave us the free and open Internet.” “What about them?” asked Taylor. “What conspiracy are they involved in?” “Ever hear of the IAO or the TIA Program?” asked Dallas. “What are those?” asked KC. “I know the IAO,” said Cole. “It’s the Information Awareness Office. It’s a DARPA agency established in 2002 to provide the government with total information awareness in the wake of 9-11.” “Correct. Give that man a Captain Midnight decoder ring. What you may not know of the IAO was what was written about it in a Guardian article entitled Think, Big Brother is Watching You. It spoke of the IAO supplying government officials with instant analysis of what was written, emailed and said on phones all over the US. Wanna test it? Send a text-message that reads ‘Bmb OK. Allah gr8.’ And see who shows up at your front door.” “What’s more,” Dallas continued, “the logo of the IAO, and it’s on the DARPA web site by the way, displays the Illuminati Seal as part of its logo. I kid you not!” “You mean to say,” Taylor said, “that this agency tasked with spying on Americans adopted a seal connected to one of the biggest and well known conspiracy theories throughout history – the Illuminati Brotherhood?” “Yep. The all-seeing eye atop the pyramid. The same seal on our dollar bills.” Cole pondered that a moment and said,” I can’t believe some bunch a government pin heads sat down and said, ‘Let’s utilize the symbol network known to history as one of the top three shadowy groups – the Illuminati, Freemasons and the Order of the Jesuits - for our logo’. That is sure to throw the conspiracy nuts into fits. No wonder the Brotherhood is recruiting members.” “And the TIA?” asked Taylor. “The Total Information Awareness system is just one of the foot soldiers of the IAO. Other programs that suppose to be watching, listing and tracking what we do around the whole globe work under the names of Genoa and Genoa II, ECHELON, NIMD, and LifeLog. If you believe in black helicopters and that our new currency has a secret tracking mechanism in them, these all point to the goal of tracing the threads of an individual’s life – every email sent, every phone call made, every TV show watched, every magazine read, and everything purchased in one’s life. And this is what our Brotherhood friends are howling against.”
For a novelist, one needn’t look too far for material these days. Sometimes fact is just as worrisome as fiction.

Daughters of Eve

In the Novel CyberKill, Travis Cole studies his DNA to track which of the 12 Eves his family descended from. These Daughters of Eve were programmed into the nano-dust to make a genetic weapon. Here’s an article by Jennifer Viegas - Special to ABCNEWS.com that explains the Daughters of Eve.
Geneticist: All Europeans Descended From Seven Matriarchal Clans It may be the world's largest known family tree. Researchers from Oxford University in Oxford, England, have identified seven ancestral matriarchal groups from which all Europeans appear to be descended. These maternal clans form the root of a family tree that has sprouted millions of individuals. Every European, according to the study, can trace his or her evolutionary history back to the seven ancestral mother groups, also referred to as the Seven Daughters of Eve. The researchers, who both discovered and formulated the genetic groupings, say these women would have lived between 8,000 to 45,000 years ago. Hamsters Inspired Theory Bryan Sykes, professor of human genetics at Oxford University, first suspected Europeans could have common lineages when he was a young boy. His inspiration came from a news story he read that stated all hamsters in the world came from one pregnant female found in the Syrian Desert in 1930. Time passed, but he remembered the hamsters. In recent years, he tested out the hamster idea by identifying and ordering the individual components of DNA taken from the droppings of several of these rodents. He discovered that one specific kind of genetic material, mitochondrial mtDNA, appeared to be identical among all of the hamsters. This kind of DNA can only be passed down from a mother to her children. Men have mtDNA in their sperm, but a chemical marks it for destruction during the fertilization process. Therefore, the hamster study findings prompted Sykes to add matriarchal clans to his developing theory about common lineages. A Cheeky Business Then, Sykes applied similar research methods to a study on humans. He and his colleagues took cell samples from the cheeks of 6,000 Europeans and analyzed their mitrochondrial DNA. Unlike hamsters, which share one type of mtDNA, the human test subjects' DNA clearly fit into seven distinct groups: the seven daughters on the European family tree. The "daughters" notion is more figurative than literal, as it broadly refers to seven matriarchal genetic groups, rather than to seven individual women. Leonardo Salviati, a post doctoral researcher at Columbia University who specializes in mitochondrial DNA studies, says Sykes' theory "is plausible." "Mitochondrial DNA allows us to trace human evolution," says Salviati. "DNA mutates at a very slow rate, so if you can accumulate mutations and categorize them in specific groups, you can draw direct ancestral lineages." Mutations in this kind of DNA occur in humans about every 10,000 years. Sykes, therefore, is able to guess when each of the seven female genetic lines first appeared in Europe. The earliest suspected arrival date, 45,000 years ago, corresponds with the appearance of modern human remains in fossil records. But this date is thousands of years ahead of when anthropologists previously thought migrants arrived in Europe. Links to African Eve Further, all seven of the genetic groups appear to be descended from the "Lara" clan, one of three clans that still exist today in Africa. This supports the African Eve theory, proposed in the late '80s by biochemist Allan Wilson, Mark Stoneking and others, which states that all humans share a common African ancestor. Wilson and his colleagues used the same genetic material, mtDNA, for their study. Terry Melton, president of Mitotyping Technologies, a firm specializing in mtDNA forensic studies, says, "[Sykes] presents a great idea, but the system is not perfect. A consensus may be derived by formulating haplogroups [gene groups], but it would be impossible to do this with 100 percent accuracy." Melton explains that some parts of the mtDNA mutate faster than others, so additional variation could appear within the seven daughter groups. What About Americans? Americans of European heritage may fit into one of the seven categories. But different genetic groups based upon mtDNA variations likely exist for those without European ancestors. Native Americans, for example, appear to have descended from Asians who migrated to the Americas sometime between 30,000 and 3000 BC. Melton says they seem to have limited DNA variations, meaning that they probably descended from just a few Asian lineages. In future, Sykes hopes to map out genetic groups for other continents, to perhaps find out more about the mothers to us all. The Seven Daughters of Eve Professor Sykes and his team have created profiles for each of the seven matriarchal groups. They are: Helena - This clan lived in the ice-capped Pyrenees. As the climate warmed, Helena's descendants trekked northward to what is now England, some 12,000 years ago. Members of this group are now present in all European countries. Jasmine - Her people had a relatively happy life in Syria, where they farmed wheat and raised domestic animals. Jasmine's descendants traveled throughout Europe, spreading their agricultural innovations with them. Katrine - Members of this group lived in Venice 10,000 years ago. Today most of Katrine's clan lives in the Alps. Tara - Sykes' maternal ancestry goes back to this group, which settled in Tuscany 17,000 years ago. Descendants ventured across northern Europe and eventually crossed the English Channel. Ursula - Users of stone tools, Ursula's clan members drifted across all of Europe. Valda - Originally from Spain, Valda and her immediate descendants lived 17,000 years ago. Later relatives moved into northern Finland and Norway. Xenia - Not much is known about Xenia, but it is believed that her people lived in the Caucasus Mountains 25,000 years ago. Just before the Ice Age, this clan spread across Europe, and even reached the Americas. Want to now which Daughter of Eve are you?
Oxford Ancestors, a venture associated with Oxford University, will trace individual matrilineal DNA, for a fee of $180 per test (see link). http://www.oxfordancestors.com/

The Promise and Threat of RFID

RFID chips are becoming more and more popular. Invented in 1969 and patented in 1973, RFID tags are essentially microchips – the tinier the better. Some are only 1/3 of a millimeter across. These chips act as transponders (transmitters/responders), always listening for a radio signal sent by transceivers, or RFID readers. When a transponder receives a certain radio query, it responds by transmitting its unique ID code back to the transceiver. Most RFID tags don’t have batteries because most are only 1/3 of a millimeter. Instead, they are powered by the radio signal that wakes them up and requests an answer. Their invention is a story in itself. The inventors wanted to improve the technology of artificial intelligence. Their goal was to write AI software that would recognize what it sees. Quite a challenge. They were not reaching the results they wanted until one developer came up with a simple solution. Instead of writing a program that would recognize what it sees, why not have the object just tell the AI program what it is? Thus, the idea of the RFID chip was born. So what’s the problem? Well, information technology is getting very complex – and moving faster every day. Our political leaders upstairs in the Adminisphere can’t keep up with it. They have to talk to geeks, corporate people, beltway advisors, academic elites, and the like, to help them understand what’s going on. In effect, letting the experts set the agenda, even influencing the politician’s decisions on what to do and what policies and laws to enact. Read – Un-elected advisors. Advisors to our political leaders we didn’t elect to make policy decisions regarding technology. We elected representatives. But they know so little about the effects of all this technology that they concede to the advisors and, more often than not, legislating what they say. RFID tags are quickly being attached to the products we wear, eat and carry. These ‘chips’ have shrunk to half the size of a grain of sand and soon to nano size and listen for a radio query, then respond by transmitting their unique ID code. In the not so distant future, RFID chips in your fridge at home will tell you when your milk has spoiled or if you’re out of butter. RFID chips will monitor and track your money, your passport, even your medicine intake. You buy a T-Shirt at the Gap. The Gap links the T-shirt’s RFID tag with the credit card chip you used to buy it and recognizes you, by name; and when you return, assaults you with flashing ads based on your spending patterns – just like in the movie Minority Report. It’s easy to imagine a scenario where everything you buy that’s more expensive than a Mars bar will sport RFID tags. That raises the possibility of being tracked though our personal possessions. And the guys who make the decisions in our government are going along with it. Why? Because they don’t fully understand the ramifications of the technology, and more importantly to their constituents, it creates a huge cost savings for business. – At a possible cost to our personal freedoms. All that’s needed to pick up this transmitted information is a passive receiver. And, the police gain a trendy method of constant, cradle-to-grave surveillance. Technology keeps getting smarter and our leaders seem to be getting stupider. Big Brother anyone?