Wired for War: The Robotics Revolution and Conflict in the 21st Century
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Detalles del libro
- Número de páginas512 páginas
- IdiomaInglés
- EditorialPenguin Press
- Fecha de publicación22 Enero 2009
- Edad de lecturaA partir de 18 años
- Dimensiones6.5 x 1.45 x 9.5 pulgadas
- ISBN-109781594201981
- ISBN-13978-1594201981
P. W. Singer?s previous two books foretold the rise of private military contractors and the advent of child soldiers? predictions that proved all too accurate. Now, he explores the greatest revolution in military affairs since the atom bomb?the advent of robotic warfare.
We are just beginning to see a massive shift in military technology that threatens to make the stuff of I,Robot and the Terminator all too real. More than seven- thousand robotic systems are now in Iraq. Pilots in Nevada are remotely killing terrorists in Afghanistan. Scientists are debating just how smart?and how lethal?to make their current robotic prototypes. And many of the most renowned science fiction authors are secretly consulting for the Pentagon on the next generation.
Blending historic evidence with interviews from the field, Singer vividly shows that as these technologies multiply, they will have profound effects on the front lines as well as on the politics back home. Moving humans off the battlefield makes wars easier to start, but more complex to fight. Replacing men with machines may save some lives, but will lower the morale and psychological barriers to killing. The ?warrior ethos,? which has long defined soldiers? identity, will erode, as will the laws of war that have governed military conflict for generations.
Paradoxically, these new technologies will also bring war to our doorstep. As other nations and even terrorist organizations start to build or buy their own robotic weapons, the robot revolution could undermine America?s military preeminence. While his analysis is unnerving, there?s an irresistible gee-whiz quality to the innovations Singer uncovers. Wired for War travels from Iraq to see these robots in combat to the latter-day ?skunk works? in America?s suburbia, where tomorrow?s technologies of war are quietly being designed. In Singer?s hands, the future of war is as fascinating as it is frightening.
De Publishers Weekly
Copyright © Reed Business Information, a division of Reed Elsevier Inc. All rights reserved.
Críticas
— Financial Times
“A riveting, important book . . . Singer, at age 29 the youngest scholar named a senior fellow to the Brookings Institute, put four years into writing Wired for War. It is the only book in my reading experience that quotes Immanuel Kant and Biggie Smalls with equal enthusiasm. The resulting book is an intoxicating, encyclopedic trip - made intensely readable by all the colorful characters Singer salts along this story. . . . I will be shelving my copy next to two other books that remade my world view: Tracy Kidder's The Soul of the New Machine and Jared Diamond's Guns, Germs and Steel.”
— Karen Long, book editor of the Cleveland Plain Dealer
“P. W. Singer has fashioned a definitive text on the future of war around the subject of robots. In no previous book have I gotten such an intrinsic sense of what the military future will be like.”
— Robert D. Kaplan, author of Imperial Grunts: The American Military on the Ground
“Singer's book is as important (very) as it is readable (highly), as much a fascinating account of new technology as it is a challenging appraisal of the strategic, political and ethical questions that we must now face. This book needs to be widely read -- not just within the defense community but by anyone interested in the most fundamental questions of how our society and others will look at war itself.”
—Anthony Lake, former U.S. National Security Advisor and Professor of Diplomacy , School of Foreign Service, Georgetown University
“Drawing from sources spanning popular culture and hard science, Singer reveals how the relationship between man and robot is changing the very nature of war. He details technology that has, until now, been the stuff of science fiction: lethal machines that can walk on water or hover outside windows, machines joined in networks or thinking for themselves. I found this book fascinating, deep, entertaining, and frightening.”
— Howard Gordon, writer and executive producer of 24, The X-Files, and Buffy the Vampire Slayer
"Lively, penetrating, and wise ... A warmly human (even humorous) account of robotics and other military technologies that focuses where it should: on us."
—Richard Danzig, former Secretary of the Navy and Director, National Semiconductor Corporation
“Will wars someday be fought by Terminator-like machines? In this provocative and entertaining new book, one of our brightest young strategic thinkers suggests the answer may well be “yes.” Singer’s sprightly survey of robotics technology takes the reader from battlefields and cutting-edge research labs to the dreams of science fiction writers. In the process, he forces us to grapple with the strategic and ethical implications of the “new new thing” in war.”
—Max Boot, Senior Fellow for National Security Studies at the Council on Foreign Relations; author of The Savage Wars of Peace and War Made New
“Weaving together immaculate academic research with a fan boy’s lexicon of popular culture, Singer looks at the people and technologies beta-testing tomorrow's wars today. The result is a book both hilarious and hair-raising that poses profound ethical questions about the creation and use of ever more powerful killing machines.”
—Gideon Yago, writer, MTV News
“Blew my f***ing mind…This book is awesome.”
—John Stewart, The Daily Show
"A superb book…If you read Wired for War you'll actually get a sense for the complexities that we are creating. We're not making a simpler world with these robots I don't think at all, I think we're making a more complex world, and that is something I got from this great book.
—General James Mattis, USMC, NATO Supreme Allied Commander for Transformation and the Commander of U.S. Joint Forces Command
"In his latest work, Wired for War, Singer confesses his passion for science fiction as he introduces us to a glimpse of things to come–the new technologies that will shape wars of the future. His new book addresses some ominous and little-discussed questions about the military, technology, and machinery."
— Harper’s
"...A vivid picture of the current controversies and dazzling possibilities of war in the digital age."
—Kirkus Reviews
“Genuinely Provocative”
— Book Forum
"…Full of vignettes on the use of robotics, first-person interviews with end- users, what has occurred in the robotics industry in its support of the nation, and what is "coming soon." Some of the new ideas are just downright mind-blowing..."
—The Armchair General
"An admitted war geek, P.W. Singer obsesses—over the course of 400-plus pages— about the growing role of robots in combat. His tone is oddly jovial considering the unsettling subject matter, but you won't find a more comprehensive look at mechanized death outside science fiction."
—Details Magazine
"If you want the whole story of remote warfare, pick up a copy of Wired for War, in which Peter Singer, a fellow of the non-profit Brookings Institution in Washington DC, exhaustively documents the Pentagon's penchant for robotics. Think of it as the next step in the mechanisation of war: swords and arrows, guns, artillery, rockets, bombers, robots."
— The New Scientist
Biografía del autor
Extracto. © Reimpreso con autorización. Reservados todos los derechos.
WHY A BOOK ON ROBOTS AND WAR?
Those people who think they know everything are a great annoyance to those of us who do.
—ISAAC ASIMOV
Because robots are frakin’ cool.
That’s the short answer to why someone would spend four years researching and writing a book on new technologies and war. The long answer is a bit more complex.
As my family will surely attest, I was a bit of an odd kid. All kids develop their hobbies and even fixations, be it baseball cards or Barbie dolls. Indeed, I have yet to meet a six-year-old boy who did not have an encyclopedic knowledge of all things dinosaur. For me growing up, it was war. I could be more polite and say military history, but it was really just war. In saying the same about his childhood, the great historian John Keegan wrote, “It is not a phrase to be written, still less spoken with any complacency.” But it is true nonetheless.
Perhaps the reason lies in the fact that the generations before me had all served in the military. They left several lifetimes’ worth of artifacts hidden around the house for me to pilfer and play with, whether it was my dad’s old military medals and unit insignia, which I would take out and pin to my soccer jersey, or the model of the F-4 Phantom jet fighter that my uncle had flown over Vietnam, which I would run up and down the stairs on its missions to bomb Legoland.
But the greatest treasure trove of all was at my grandparents’ house. My grandfather passed away when I was six, too young to remember him as much more than the kindly man whom we would visit at the nursing home. But I think he may have influenced this aspect of me the most.
Chalmers Rankin Carr, forever just “Granddaddy” to me, was a U.S. Navy captain who served in World War II. Like all those from what we now call “the Greatest Generation,” he was one of the giants who saved the world. Almost every family gathering would include some tale from his or my grandmother’s (“Maw Maw” to us grandkids) experiences at war or on the home front.
It’s almost a cliché to say, but the one that stands out is the Pearl Harbor story; although, as with all things in my family, it comes with a twist. On December 7, 1941, my grandfather was serving in the Pacific Fleet on a navy transport ship. For three months after the Pearl Harbor attack, the family didn’t hear any word from him and worried for the worst. When his ship finally came back to port (it had actually sailed out of Pearl Harbor just two days before the attack), he immediately called home to tell his wife (my grandmother) and the rest of his family that he was okay. There were only two problems: he had called collect, and that side of my family is Scotch-Irish. No one would accept the charges. While my grandfather cursed the phone operator’s ear off, in the way that only a sailor can, on the other end the family explained to the operator that since he was calling, he must be alive. So there was no reason to waste money on such a luxury as a long-distance phone call.
Granddaddy’s study was filled with volume after volume of great books, on everything from the history of the U.S. Navy to biographies of Civil War generals. I would often sneak off to this room, pull out one of the volumes, and lose myself in the past. These books shaped me then and stay with me now. One of my most prized possessions is an original-edition 1939 Jane’s Fighting Ships that my grandfather received as a gift from a Royal Navy officer, for being part of the crew that shipped a Lend-Lease destroyer to the Brits. As I type these very words, it peers down at me from the shelf above my computer.
My reading fare quickly diverged from that of the other kids at Myers Park Elementary School. A typical afternoon reading was less likely to be exploring how Encyclopedia Brown, Boy Detective, cracked The Case of the Missing Roller Skates than how Audie Murphy, the youngest soldier ever to win the Medal of Honor, went, as he wrote in his autobiography, To Hell and Back. War soon morphed over into the imaginary world that surrounds all kids like a bubble. Other kids went to Narnia, I went to Normandy. While it may have looked like a normal Diamondback dirt bike, my bicycle was the only one in the neighborhood that mounted twin .50-caliber machine guns on the handlebars, to shoot down any marauding Japanese Zeros that dared to ambush me on my way to school each morning. I still remember my mother yelling at me for digging a five-foot-deep foxhole in our backyard when I was ten years old. She clearly failed to understand the importance of setting up a proper line of defense.
I certainly can’t claim to have been a normal kid, but in my defense, you also have to remember the context. To be so focused on war was somewhat easier in that period. It was the Reagan era and the cold war had heated back up. The Russians wouldn’t come to our Olympics and we wouldn’t go to theirs, the military was cool again, and we had no questions about whether we were the good guys. Most important, as a young Patrick Swayze and Charlie Sheen taught us in Red Dawn, not only were the Commies poised to parachute right into our schools, but it was likely us kids who would have to beat them back.
What I find interesting, and a sign of the power of Hollywood’s marketing machine, is that usually some artifact from science fiction is in the background of these memories, intertwined with the history. For example, when I think back to my childhood bedroom, there are the model warships from my grandfather’s era lined up on display, but also Luke, Leia, Han, and Chewbacca peeking up from my Star Wars bedsheets.
As most of science fiction involved some good guy battling some bad guy in a world far, far away, the two memes of my fantasy world went together fairly well. In short, your author was the kind of little boy to whom a stick was not a mere piece of wood, but the makings of a machine gun or a lightsaber that could save the world from both Hitler and Darth Vader.
WAR! WHAT IS IT GOOD FOR?
I look back on these memories with some embarrassment, but also guilt. Of course, even then, I knew that people die in war and many soldiers didn’t come home, but they were always only the buddy of the hero, oddly enough usually from Brooklyn in most World War II movies. The reality of war had no way of sinking in.
It was not until years later that I truly understood the human costs of war. I remember crossing a jury-rigged bridge into Mostar, a town in Bosnia that saw some of the worst fighting in the Yugoslav civil war. I was there as part of a fact-finding mission on the UN peacekeeping operation. Weeks of back-and-forth fighting had turned block after block of factories and apartments on the riverfront into a mass of hollowed-out hulks. The pictures of World War II’s Stalingrad in an old book on my grandfather’s shelf had sprung up to surround and encompass me. The books never had any smell other than dust, but here, even well after the battles, a burnt, fetid scent still hung in the air. Down the river were the remnants of an elegant 500-year-old bridge, which had been blasted to pieces by Serb artillery. The people, though, were the ones who drove it home. “Haunted” is the only adjective I can think of to describe the faces of the refugees.
The standout memory, though, was of a local provincial governor we met with. A man alleged to have orchestrated mass killing and ethnic cleansing campaigns for which he would soon after be indicted, he sat at an immense wooden desk, ominously framed by two nationalist paramilitary (and hence illegal) flags. But he banally talked about his plans to build up the tourism industry after the war. He explained that the war had destroyed many of the factories and cleaned out whole villages. So on the positive side, the rivers were now clear and teeming with fish. Forget the war crimes or the refugees, he argued, if only the United States and United Nations would wise up and give him money, the package tourists would be there in a matter of weeks.
This paradox between the “good” wars that I had fought in my youth and the seamy underside of war in the twenty-first century has since been the thread running through my writing. During that same trip, I met my first private military contractors, a set of former U.S. Army officers, who were working in Sarajevo for a private company. Their firm wasn’t selling widgets or even weapons, but rather the very military skills of the soldiers themselves. This contradiction between our ideal of military service and the reality of a booming new industry of private companies leasing out soldiers for hire became the subject of my first book, Corporate Warriors: The Rise of the Privatized Military Industry. During the research, I was struck by another breakdown of the traditional model of who was supposed to be at war. In West Africa, the main foes of these new private soldiers were rebel bands, mostly made up of children. Many of these tiny soldiers had been abducted from their schools and homes. For me as a child, war had merely been a matter of play; for these children, war was the only way to survive. My next book, Children at War, tried to tell their story, in a way that didn’t just tug at heartstrings, but also explained the causes and effects of child soldiers, such that we might finally act to end this terrible practice.
This contradiction of war as we imagine it to be, versus how it really is, isn’t just the matter of a young boy growing up and putting his lightsaber away. It is part of something bigger that has haunted humanity from its very start.
One of the original sins of our species is its inability to live at peace. From the very beginning of human history, conflicts over food, territory, riches, power, and prestige have been constant. The earliest forms of human organization were clans that first united for hunting, but soon also for fighting with other clans over the best hunting grounds. The story of the dawn of civilization is a story of war, as these clans transformed into larger tribes and then to city-states and empires. War was both a cause and effect of broader social change. From war sprung the very first specializations of labor, the resulting stratification into economic classes, and the creation of politics itself.
The result is that much of what is written in human history is simply a history of warfare. It is a history that often shames us. And it should. War is not just merely human destruction, but the most extreme of horror and waste wrapped together. Our great religions view war as perhaps the ultimate transgression. In the Bible, for example, King David was prohibited from building his holy Temple, because, as God told him, “You are a warrior who has shed blood” (1 Chronicles 28). The ancient prophets’ ideal vision of the future is a time when we “will learn warfare no more” (Isaiah 2:4). As one religious scholar put it, “War is a sign of disobedience and sinfulness. War is not intended by God. All human beings are made in the image of God and they are precious and unique.”
The same disdain for war was held by our great intellectuals. Thucydides, the founder of both the study of history as well as the science of international relations, described war as a punishment springing from man’s hubris. It is our arrogance chastised. Two thousand years later, Freud similarly described it as emanating from our Thanatos, the part of our psyche that lives out evil.
Yet for such a supposed abomination, we sure do seem to be obsessed with war. From architecture to the arts, war’s horrors have fed the heights of human creativity. Many of our great works of literature, arts, and science either are inspired by war or are reactions to it, from the founding epics of literature like Gilgamesh and the Iliad to the great painters of surrealism to the very origins of the fields of chemistry and physics.
War then, appears in many more guises than the waste of human destruction that we know it to be. War has been described as a testing ground for nobility, the only true place where man’s “arête” (excellence) could be won. In the Iliad, the master narrative for all of Western literature, for example, “fighting is where man will win glory.” From Herodotus to Hegel, war is described as a test of people’s vitality and even one culture’s way of life versus another. War is thus often portrayed in our great books as a teacher—a cruel teacher who reveals both our strengths and faults. Virtues are taught through stories of war from Homer to Shakespeare, while evils to avoid are drawn out by war in stories ranging from Aeschylus to Naipaul.
War is granted credit for all sorts of great social change. Democracy came from the phalanx and citizen rowers of the ancient Greeks, while the story of modern-day civil rights would not be the same without Rosie the Riveter or the African American soldiers of the Red Ball Express in World War II.
War then is depicted as immoral, yet humanity has always found out-clauses to explain its necessity and celebration. The same religions that see violence as a sin also licensed wars of crusade and jihad. And it is equally the case in politics. We repeatedly urge war as the means to either spread or defeat whatever ideology is in vogue at the time, be it enlightenment, imperialism, communism, fascism, democracy, or even simply “to end all wars.”
This paradox continues in American politics today. Avoidance of war has been a traditional tenet of our foreign policy. Yet we have been at war for most of our nation’s history and many of our greatest heroes are warriors. We are simultaneously leaders of weapons development, being the creator of the atomic bomb, and the founders of arms control, which seeks its ban.
We are repulsed by the idea of war, and yet entranced by it. In my mind, there are two core reasons for humankind’s almost obsessive-compulsive disorder. The first is that war brings out the most powerful emotions that define what it is to be human. Bravery, honor, love, leadership, pity, selflessness, comradeship, commitment, charity, sacrifice, hate, fear, and loss all find their definitive expressions in the fires of war. They reach their ultimate highs and lows, and, in so doing, war is almost addictive to human culture. As William James put it, “The horror is the fascination. War is the strong life; it is life in extremis.”
The other reason that war so consumes us is that for all humanity’s advancement, we just can’t seem to get away from it. After nearly every war, we cite the immense lessons we learned that will prevent that calamity from repeating itself. We say over and over, “Never again.” Yet the reality is “ever again.”
“THE FUTURE AIN’T WHAT IT USED TO BE”
Sobre el autor
Sigue a los autores para recibir notificaciones de sus nuevas obras, así como recomendaciones mejoradas.Hi! My formal biography and links to all my books and articles are at www.pwsinger.com but the short version is that I am someone who loves to read, and hopes to write books that people love to read too.
You can also follow me on twitter @peterwsinger
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Información de producto
| ASIN | 1594201986 |
|---|---|
| Editorial | Penguin Press; Primera edición (22 Enero 2009) |
| Idioma | Inglés |
| Tapa dura | 512 páginas |
| ISBN-10 | 9781594201981 |
| ISBN-13 | 978-1594201981 |
| Edad de lectura | A partir de 18 años |
| Dimensiones | 6.5 x 1.45 x 9.5 pulgadas |
| Clasificación en los más vendidos de Amazon |
nº550,240 en Libros (Ver el Top 100 en Libros)
nº163 en Política Militar (Libros)
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| Opinión media de los clientes | 4.4 de 5 estrellas 384Opiniones |
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Opiniones destacadas de los Estados Unidos
- 5.0 de 5 estrellasCompra verificadaRequired Reading for Policy-Makers, Military Leaders, and IntellectualsCalificado en Estados Unidos el 31 de diciembre de 2009P.W. Singer has produced a one-of-a-kind book that requires the attention on policy-makers, military officials, intellectuals, and concerned citizens alike. In Wired for War, Singer explores the most recent developments in robotic and autonomous warfare, and dissects the... Ver másP.W. Singer has produced a one-of-a-kind book that requires the attention on policy-makers, military officials, intellectuals, and concerned citizens alike. In Wired for War, Singer explores the most recent developments in robotic and autonomous warfare, and dissects the implications of these changes.
You would be forgiven for mistaking Singer's work for an exciting science fiction novel about the possibilities of warfare in the distant future. Sure, the book includes examination of laser-weapons, microwave-ray guns, and the "singularity" that would result from man's eventual inferiority to his creations. Alas, for better or worse, you'll find the book in the non-fiction section of your library (if those haven't been digitized and relegated to the Stone Age already). The text holds its eminent readability while describing, in detail, the latest advancements in military technology. He takes us through centuries of development, pointing out how each new form changed the rules of warfare. Due to its relatively exhaustive review of warfare equipment technology leaps, the book delivers quite a history lesson throughout. We read about how bows and arrows, cannons, and airplanes have changed war's practitioners' strategies, and are asked to ponder the ethical implications of such developments. We're led to believe that at each of these advancements, man is more and more separated from the act of war. But only in the most recent developments has man literally passed the dirty work onto other "beings," thus dramatically changing the identity of soldiers and warriors.
While Singer does a good join providing the backdrop, the real genius in his book lies in its overview of more recent technology. That technology, developed in response to various global threats, has become increasingly robotic as the decades have passed. The author notes that in 1999, there were nine companies doing homeland security work for the feds. By 2006 there were more than 30,000. And more and more of this work was on autonomous machines that required less and less human engagement. As the United States has become involved in wars in the Middle East, its incentives to use such systems has grown. Sending in "unmanned aerial vehicles" to do surveillance and attacks reduces the risks to American lives. As wars have become more and more visible to constituents, any chance to make war less personal seems to be worth pursuing. Thus we end up in a system where we train more people to fly drones than we train fighter pilots. These drone pilots are able to lead their missions from many thousands of miles away, in places like Nevada, where they are able to return to their families after a day at war.
Robots, the author contends, have become such an integral part of our military that they have completely transformed it. The ability of small groups to make use of advancements in communications technology, for instance, has led to the "loss of the state's roughly 400-year-old monopoly over which groups could go to war." All of a sudden, rogue terrorists are able to strike fear into entire nations, and countries begin declaring war on non-entities. Robots enable us to transmit information at the speed of light, and offer us limitless capabilities. But they are not perfect. The author cites the apple and tomato test--it is found that little kids are much better at determining which of two is an apple and which is a tomato, while machines struggle mightily. They lack some fundamental human judgment.
I generally rate books by their ability to force me to consider my world anew. This book does that. With all of these new technologies come pressing, sometimes intractable, questions. As we are able to use "directed energy" weapons, whereby we can "neutralize" targets with microwave or other waves, we must consider how the weapons fit into our military complex. A drone doesn't have feelings, doesn't get tired, and cannot make a human judgment. How do you attribute accountability when something goes wrong? The author posits these questions, while leaving the answers open. If a robot mistakenly kills a civilian, who is held responsible? The commanding officer? Which one? The one on site or the one controlling it back stateside? The maker of the machine? The policy makers who choose to use this new and still imperfect technology? These questions have yet to be answered. The author quotes Isaac Asimov: "The saddest aspect of life right now is that science gathers knowledge faster than society gathers wisdom."
Wired for War is an excellent read for anyone who is interested in science, technology, politics, war, or the future of our world. Its exposition of the wide array of new war-related technologies and their applications will leave you fascinated by brainy scientists in Boston, concerned about public servants who have to draw up legislation to deal with newfangled technologies, and deeply worried about possibly abuses of such technologies should they end up in the wrong hands. If you liked The Terminator or Minority Report, you'll enjoy this book. If you were a War of the Worlds reader, this book might echo its sentiments.
While the author admits to a long-held interest in and fascination with war, the overall tone is one of extremely cautious awe of man's newfound capacities. Although advances in war products and legal frameworks allow him to make profitable analyses, Singer represents humanity's uneasy acceptance of such new methods into our world. Singer aptly quotes another well-known military-oriented pragmatic pacifist, President Dwight D. Eisenhower: "The world in arms is not spending money alone. It is spending the sweat of its laborers, the genius of its scientists and the hopes of its children." As we march toward a world of ever-more-complicated armaments, and ever-more powerful and interconnected computers, humanity must realize that such advancements have a trade-off. It's up to wise minds to determine where to draw the line, and how to enforce adherence to totally novel conundrums. Considering so-called Moore's law, which suggests that computers' abilities double every couple years, we need to make these adaptations quickly. It is equally important to maintain one's sensibilities and not adopt an alarmist attitude towards the changing defense landscape, even as we may be frightened by the possible.
P.W. Singer has produced a one-of-a-kind book that requires the attention on policy-makers, military officials, intellectuals, and concerned citizens alike. In Wired for War, Singer explores the most recent developments in robotic and autonomous warfare, and dissects the implications of these changes.
You would be forgiven for mistaking Singer's work for an exciting science fiction novel about the possibilities of warfare in the distant future. Sure, the book includes examination of laser-weapons, microwave-ray guns, and the "singularity" that would result from man's eventual inferiority to his creations. Alas, for better or worse, you'll find the book in the non-fiction section of your library (if those haven't been digitized and relegated to the Stone Age already). The text holds its eminent readability while describing, in detail, the latest advancements in military technology. He takes us through centuries of development, pointing out how each new form changed the rules of warfare. Due to its relatively exhaustive review of warfare equipment technology leaps, the book delivers quite a history lesson throughout. We read about how bows and arrows, cannons, and airplanes have changed war's practitioners' strategies, and are asked to ponder the ethical implications of such developments. We're led to believe that at each of these advancements, man is more and more separated from the act of war. But only in the most recent developments has man literally passed the dirty work onto other "beings," thus dramatically changing the identity of soldiers and warriors.
While Singer does a good join providing the backdrop, the real genius in his book lies in its overview of more recent technology. That technology, developed in response to various global threats, has become increasingly robotic as the decades have passed. The author notes that in 1999, there were nine companies doing homeland security work for the feds. By 2006 there were more than 30,000. And more and more of this work was on autonomous machines that required less and less human engagement. As the United States has become involved in wars in the Middle East, its incentives to use such systems has grown. Sending in "unmanned aerial vehicles" to do surveillance and attacks reduces the risks to American lives. As wars have become more and more visible to constituents, any chance to make war less personal seems to be worth pursuing. Thus we end up in a system where we train more people to fly drones than we train fighter pilots. These drone pilots are able to lead their missions from many thousands of miles away, in places like Nevada, where they are able to return to their families after a day at war.
Robots, the author contends, have become such an integral part of our military that they have completely transformed it. The ability of small groups to make use of advancements in communications technology, for instance, has led to the "loss of the state's roughly 400-year-old monopoly over which groups could go to war." All of a sudden, rogue terrorists are able to strike fear into entire nations, and countries begin declaring war on non-entities. Robots enable us to transmit information at the speed of light, and offer us limitless capabilities. But they are not perfect. The author cites the apple and tomato test--it is found that little kids are much better at determining which of two is an apple and which is a tomato, while machines struggle mightily. They lack some fundamental human judgment.
I generally rate books by their ability to force me to consider my world anew. This book does that. With all of these new technologies come pressing, sometimes intractable, questions. As we are able to use "directed energy" weapons, whereby we can "neutralize" targets with microwave or other waves, we must consider how the weapons fit into our military complex. A drone doesn't have feelings, doesn't get tired, and cannot make a human judgment. How do you attribute accountability when something goes wrong? The author posits these questions, while leaving the answers open. If a robot mistakenly kills a civilian, who is held responsible? The commanding officer? Which one? The one on site or the one controlling it back stateside? The maker of the machine? The policy makers who choose to use this new and still imperfect technology? These questions have yet to be answered. The author quotes Isaac Asimov: "The saddest aspect of life right now is that science gathers knowledge faster than society gathers wisdom."
Wired for War is an excellent read for anyone who is interested in science, technology, politics, war, or the future of our world. Its exposition of the wide array of new war-related technologies and their applications will leave you fascinated by brainy scientists in Boston, concerned about public servants who have to draw up legislation to deal with newfangled technologies, and deeply worried about possibly abuses of such technologies should they end up in the wrong hands. If you liked The Terminator or Minority Report, you'll enjoy this book. If you were a War of the Worlds reader, this book might echo its sentiments.
While the author admits to a long-held interest in and fascination with war, the overall tone is one of extremely cautious awe of man's newfound capacities. Although advances in war products and legal frameworks allow him to make profitable analyses, Singer represents humanity's uneasy acceptance of such new methods into our world. Singer aptly quotes another well-known military-oriented pragmatic pacifist, President Dwight D. Eisenhower: "The world in arms is not spending money alone. It is spending the sweat of its laborers, the genius of its scientists and the hopes of its children." As we march toward a world of ever-more-complicated armaments, and ever-more powerful and interconnected computers, humanity must realize that such advancements have a trade-off. It's up to wise minds to determine where to draw the line, and how to enforce adherence to totally novel conundrums. Considering so-called Moore's law, which suggests that computers' abilities double every couple years, we need to make these adaptations quickly. It is equally important to maintain one's sensibilities and not adopt an alarmist attitude towards the changing defense landscape, even as we may be frightened by the possible.
- 4.0 de 5 estrellasCompra verificadaFrom Bacteria/Paris Hilton to Homo Sapiens to Hybrid Humans, War is TransformingCalificado en Estados Unidos el 22 de junio de 2009In 1998, Vice Admiral Arthur Cebrowski and retired air force pilot John Garstka published what they believed to be a revolutionary war article in "Proceedings", the navy's official journal. In the article, they argued for a shift to an entirely new type of... Ver másIn 1998, Vice Admiral Arthur Cebrowski and retired air force pilot John Garstka published what they believed to be a revolutionary war article in "Proceedings", the navy's official journal. In the article, they argued for a shift to an entirely new type of warfare that was "Network-centric", modeled after how the Wal-Marts and Ciscos of the world crushed their competition by harnessing the power of information technology. Using IT and networks, Cebrowski believed the U.S. military would achieve a state of "total information awareness" with a perfect picture of the battlefield to lift the fog of war that had, throughout the history of warfare, plagued large scale military operations. Mr. Cebrowski perceived his idea to be an RMA (revolution in military affairs), the equivalent of "disruptive technology" in business jargon, transforming an entire industry and changing the rules of how the game is played. From here on, wars would be fought and won differently. According to Mr. Peter Singer (author of this book), "historians have identified at least 10 revolutions in military affair since 1300."
With Mr. Donald Rumsfeld as the new secretary of defense under President Bush, and as a part of the organizational shakeup he initiated, a new Office of Force Transformation was created and Mr. Cebrowski was designated as the director. With Network-Centric Warfare, "speed and agility and precision can take the place of mass," Mr. Rumsfeld touted. Early successes seemed to have bolstered the ideology behind this new type of warfare in Afghanistan and Iraq, until insurgents begged to differ. Mr. Milan Vego, a U.S. Naval War College professor assessed the U.S. military effort in Iraq as follows: "There is probably no conflict in which U.S. forces have fought in such ignorance of the enemy's purpose, strength, and leadership."
According to Mr. Singer, Mr. Cebrowski and his supporters of network-centric crusaders were correct in their assessment of big changes in the conduct of warfare, but "they were wrong on everything else." The network-centric idea is an enabler, not an RMA. Mr. Singer believes top thinkers and leaders in American security policy are oblivious to the true RMA on the horizon: Robotics and other unmanned technologies. "Today's major codes of international law in war, the Geneva Conventions, are so old that they almost qualify for Medicare." No other major international war policy organization such as the ICRC (International Committee of the Red Cross) has addressed the rules surrounding the use of warbots either, perhaps because the most advanced robot today "has a hard time even distinguishing an apple from a tomato" (p. 402 of hardcopy). Nevertheless, the use of unmanned technologies such as drones and robots armed with weapons has become pervasive in the U.S. military, particularly in Iraq. As advances in technology continue to enhance their use, they will dominate every aspect of war, and the military culture will experience a profound transformation on numerous levels as a result.
In a comprehensive and well researched book, Mr. Singer, a noted visionary in military matters, discusses the forces that drive advancements in military technology and the implications of their widespread use. Mr. John Pike of the Global Security organization put it succinctly when he said, "First, you had human beings without machines. Then, you had human beings with machines. And finally, you have machines without human beings."
"Wired for War" should have been more focused with fewer topics covered. This book reminds me of Kevin Kelly's Out of Control: The New Biology of Machines, Social Systems, & the Economic World; another excellent futuristic book with rich content but without sufficient editing. If you're interested in how the wars of the future are fought, Mr. Singer's "Wired for War" will explain it to you in a marathon session. You need some endurance to get through it (or comprehension enhancing vitamins).
In 1998, Vice Admiral Arthur Cebrowski and retired air force pilot John Garstka published what they believed to be a revolutionary war article in "Proceedings", the navy's official journal. In the article, they argued for a shift to an entirely new type of warfare that was "Network-centric", modeled after how the Wal-Marts and Ciscos of the world crushed their competition by harnessing the power of information technology. Using IT and networks, Cebrowski believed the U.S. military would achieve a state of "total information awareness" with a perfect picture of the battlefield to lift the fog of war that had, throughout the history of warfare, plagued large scale military operations. Mr. Cebrowski perceived his idea to be an RMA (revolution in military affairs), the equivalent of "disruptive technology" in business jargon, transforming an entire industry and changing the rules of how the game is played. From here on, wars would be fought and won differently. According to Mr. Peter Singer (author of this book), "historians have identified at least 10 revolutions in military affair since 1300."
With Mr. Donald Rumsfeld as the new secretary of defense under President Bush, and as a part of the organizational shakeup he initiated, a new Office of Force Transformation was created and Mr. Cebrowski was designated as the director. With Network-Centric Warfare, "speed and agility and precision can take the place of mass," Mr. Rumsfeld touted. Early successes seemed to have bolstered the ideology behind this new type of warfare in Afghanistan and Iraq, until insurgents begged to differ. Mr. Milan Vego, a U.S. Naval War College professor assessed the U.S. military effort in Iraq as follows: "There is probably no conflict in which U.S. forces have fought in such ignorance of the enemy's purpose, strength, and leadership."
According to Mr. Singer, Mr. Cebrowski and his supporters of network-centric crusaders were correct in their assessment of big changes in the conduct of warfare, but "they were wrong on everything else." The network-centric idea is an enabler, not an RMA. Mr. Singer believes top thinkers and leaders in American security policy are oblivious to the true RMA on the horizon: Robotics and other unmanned technologies. "Today's major codes of international law in war, the Geneva Conventions, are so old that they almost qualify for Medicare." No other major international war policy organization such as the ICRC (International Committee of the Red Cross) has addressed the rules surrounding the use of warbots either, perhaps because the most advanced robot today "has a hard time even distinguishing an apple from a tomato" (p. 402 of hardcopy). Nevertheless, the use of unmanned technologies such as drones and robots armed with weapons has become pervasive in the U.S. military, particularly in Iraq. As advances in technology continue to enhance their use, they will dominate every aspect of war, and the military culture will experience a profound transformation on numerous levels as a result.
In a comprehensive and well researched book, Mr. Singer, a noted visionary in military matters, discusses the forces that drive advancements in military technology and the implications of their widespread use. Mr. John Pike of the Global Security organization put it succinctly when he said, "First, you had human beings without machines. Then, you had human beings with machines. And finally, you have machines without human beings."
"Wired for War" should have been more focused with fewer topics covered. This book reminds me of Kevin Kelly's Out of Control: The New Biology of Machines, Social Systems, & the Economic World; another excellent futuristic book with rich content but without sufficient editing. If you're interested in how the wars of the future are fought, Mr. Singer's "Wired for War" will explain it to you in a marathon session. You need some endurance to get through it (or comprehension enhancing vitamins).
- 5.0 de 5 estrellasCompra verificadaA great read!Calificado en Estados Unidos el 20 de marzo de 2009"The saddest aspect of life right now is that science gathers knowledge faster than society gathers wisdom." Isaac Asimov While reading an article by the pentagon correspondent of the Washington Times about new technologies, mention was made of the... Ver más"The saddest aspect of life right now is that science gathers knowledge faster than society gathers wisdom." Isaac Asimov
While reading an article by the pentagon correspondent of the Washington Times about new technologies, mention was made of the recently released book Wired for War The Robotics Revolution and Conflict in the 21st Century by P.W.Singer. This book is a study of technology and society from the present and into the future, so I thought it would be a worthwhile read. I was not disappointed. It is as profound as Brute Force by John Ellis. This is a very important book that should be read by scientists, engineers, and historians and in fact all citizens. It is very troubling and frightening.
This book is in many ways a mirror image of The Social History of the Machine Gun by John Ellis. In Ellis's book resistance to technological change by the military is examined. "For them war was an act of will. Military memories and tradition had been formed in the pre-industrial age when the final bayonet or cavalry charge might be decisive. For them, in the last analysis, man was the master of the battlefield"(Ellis pg. 50). The officers refused to be a cog in the military machinery because in their eyes the machine gun made them replaceable. The movies Four Feathers and Beau Geste characterize the group very will indeed. In Wired for War the obverse is seen. The generals and admirals are highly enthusiastic proponents of technological advancements, in fact many times are seen pushing for more and more robotics. To compare the mind sets, imagine Paaschendale vs. the Terminator.
Unless you are an IT or computer engineer you probably would be unfamiliar with many of the terms that represent the key stage of progress, ideas and principles in robotics and AI. In this book you are introduced to the technology and theory in a very understandable why. It presents the historic, societal and psychological implications of military robots and AI.
To begin with, the word robot was first used by Czechoslovak writer Karel Capeck in his play Rossum's Universal Robots. Its origin was from the Czechoslovak word robota to describe the work a peasant owed the landlord. It also means drudgery. Other terms the reader becomes familiar with are; strong AI, when computers attain processing and storage of information billions or trillions faster than a human and become self aware and Singularity which is superhuman intelligence that leave the human out of the feedback loop and outside of the equation.
The reader is also introduced to the major players, both individuals and production companies involved in military robots. The one individual who the author seems to quote the most is Ray Kurzweil. This person is unbelievably brilliant inventor who dwarfs Edison. He is the inventor of the automated college application program, the first print to speech machine, the first computer flatbed scanner, the electronic music synthesizer and predictor of the internet. He is also one of five members of the Army Science Board, where one of his tasks is simply to think of new weapons systems for future development. The author also gives detail analysis of General Atomic, iRobot and Foster Miller who are manufacturers of the Predator drone, PackBot robot and Swords robot respectively. There is considerable discussion about DARPA, the Defense Advanced Research Projects Agency. I have learned from the book that this is a truly remarkable organization. It receives a massive amount of funding, much of it hidden like the CIA budget, but uses it very wisely and strategically. It awards contracts to universities and manufactures to conceive, develop, test and manufacture robotic and AI systems. It also has in house developmental teams. One of the most interesting facts was all inventors and researchers were science fictions readers at an early age and continue to this day. In fact many facilities have individuals who have a specific job of reading sci-fi novels to generated new ideas and use them as a matrix for future development.
Singer has some very insightful analysis of the Iraq and Afghanistan conflicts, such as "One side looks at war instrumentally, as a means to an end, while the other sees it metaphysically, placing great meaning on the very act of dying for a cause" (pg. 312) and "the rest of the world is learning that the only way to defeat America is to bleed her on both ends. The American public responds to casualties and to bleeding of the treasury, so if something goes on long enough they get tired"(pg. 313).
The author has done very extensive interviews, not only of the High Command at DARPA, scientists, engineers and manufactures, but also the end users. Some of the most interesting vignettes were from the soldiers and marines using PackBot, Talon and Swords in combat. To the man they swear by the efficiency of robots in detecting IEDs, snipers, mortar positions and enemy combatants in house to house fighting. In fact soldiers may become emotionally attached to their robot like they would a pet dog. There is a parallel to soldiers in the care of robots. When the robot is "wounded" it is taken to a repair facility(called the robot hospital) which is close to the frontline and often in close proximity to the combat surgical station. When dealing with drones there is a dichotomy, with one group in the combat zone and another far removed. The Army controls many smaller drones from transportable cubicles which are part of command (divisional or battalion) headquarters. Their function is to observe the battlefield and have observational data downloaded to a computer and then onto a large plasma screen at division headquarters. This data can then be sent to hardened laptops in tactical units even down to squad level. There are also hand launched drones that are specifically used at company and platoon levels that download to squad laptops. This has lead to what "Marine general Charles Krulak called the rise of the `strategic corporal.' This idea was meant to describe how new technology put far more destructive power (and thus influence over strategic outcomes) into the hands of younger, more junior troops. A twenty year-old corporal could now call in airstrikes that a forty-year old colonel used to decide in the past. But these technologies are also producing something new, which I call the `tactical general.' While they are becoming more distanced from the battlefield, generals are becoming more involved in the real-time fighting of war"(pg. 349) This paradigm shift in warfare has lead to problems with information overload at divisional levels. DARPA has tried to address this by developing AI programs that will assist commanders in using all of the data in the most logical and strategic manner. This can lead to problems in the future which I will discuss later.
One of the most interesting observations the book makes is the enthusiasm that the Marine Corps, Army and Navy had toward robotics and drones. The Air Force was very resistant. That is not to say that the Air Force eschewed advanced computer technology and AI research, but they fought very hard to mute drone development. In the mean time the other three forces forged ahead rapidly. As in The Social History of the Machine Gun the Air Force culture had too much investment into manned flight to be able to make the transition easily. It was only when their preeminence in control of the air space was threatened that they made the transition. During the early part of the war on terrorism the Army had more observational and tactical aircraft in the air than the Air Force. This is when they realized they were losing "market share". They quickly transitioned and are now flying the Predator and Global Hawk. What is truly amazing is these aircraft flying over Iraq, Afghanistan and Pakistan are actually controlled in cubicles located in Nevada. The pilots leave home, fly drones for 12 hours, and then drive back home to see their families. This would be unimaginable 15 years ago.
All of this research and development in robotic and AI has lead to a dilemma. Almost to the man, the scientists and engineers believe Singularity will occur within 40 years. "A machine takeover is generally imagined as following a path of evolution to revolution. Computers eventually develop to the equivalent of human intelligence (strong AI) and then rapidly push past any attempts at human control. Ray Kurzwiel explains how this would work. `As one strong AI immediately begets many strong AIs, the latter access their own design, understand and improve it, more intelligent AI, with the cycle repeating itself and thereby very rapidly evolve into a yet more capable, more intelligent AI, with the cycle repeating itself indefinitely. Each cycle not only creates more intelligent AI, but takes less time than the cycle before it as in the nature of technological
evolution. The premise is that once strong AI is achieved, it will immediately become a runaway phenomenon of rapidly escalating super intelligence."(pg.416-417) This is very frightening indeed. Because of our continued advance in robotics and AI, the author ends with feeling that the U.S. will eventual be able to bring peace to the world before we step over the abyss of Singularity. I feel he has an unrealistic view of humanity. To quote Albert Einstein "Never attribute to malice that which can be adequately explained by stupidity. Only two things are infinite, the universe and human stupidly, and I'm not sure about the former."
"The saddest aspect of life right now is that science gathers knowledge faster than society gathers wisdom." Isaac Asimov
While reading an article by the pentagon correspondent of the Washington Times about new technologies, mention was made of the recently released book Wired for War The Robotics Revolution and Conflict in the 21st Century by P.W.Singer. This book is a study of technology and society from the present and into the future, so I thought it would be a worthwhile read. I was not disappointed. It is as profound as Brute Force by John Ellis. This is a very important book that should be read by scientists, engineers, and historians and in fact all citizens. It is very troubling and frightening.
This book is in many ways a mirror image of The Social History of the Machine Gun by John Ellis. In Ellis's book resistance to technological change by the military is examined. "For them war was an act of will. Military memories and tradition had been formed in the pre-industrial age when the final bayonet or cavalry charge might be decisive. For them, in the last analysis, man was the master of the battlefield"(Ellis pg. 50). The officers refused to be a cog in the military machinery because in their eyes the machine gun made them replaceable. The movies Four Feathers and Beau Geste characterize the group very will indeed. In Wired for War the obverse is seen. The generals and admirals are highly enthusiastic proponents of technological advancements, in fact many times are seen pushing for more and more robotics. To compare the mind sets, imagine Paaschendale vs. the Terminator.
Unless you are an IT or computer engineer you probably would be unfamiliar with many of the terms that represent the key stage of progress, ideas and principles in robotics and AI. In this book you are introduced to the technology and theory in a very understandable why. It presents the historic, societal and psychological implications of military robots and AI.
To begin with, the word robot was first used by Czechoslovak writer Karel Capeck in his play Rossum's Universal Robots. Its origin was from the Czechoslovak word robota to describe the work a peasant owed the landlord. It also means drudgery. Other terms the reader becomes familiar with are; strong AI, when computers attain processing and storage of information billions or trillions faster than a human and become self aware and Singularity which is superhuman intelligence that leave the human out of the feedback loop and outside of the equation.
The reader is also introduced to the major players, both individuals and production companies involved in military robots. The one individual who the author seems to quote the most is Ray Kurzweil. This person is unbelievably brilliant inventor who dwarfs Edison. He is the inventor of the automated college application program, the first print to speech machine, the first computer flatbed scanner, the electronic music synthesizer and predictor of the internet. He is also one of five members of the Army Science Board, where one of his tasks is simply to think of new weapons systems for future development. The author also gives detail analysis of General Atomic, iRobot and Foster Miller who are manufacturers of the Predator drone, PackBot robot and Swords robot respectively. There is considerable discussion about DARPA, the Defense Advanced Research Projects Agency. I have learned from the book that this is a truly remarkable organization. It receives a massive amount of funding, much of it hidden like the CIA budget, but uses it very wisely and strategically. It awards contracts to universities and manufactures to conceive, develop, test and manufacture robotic and AI systems. It also has in house developmental teams. One of the most interesting facts was all inventors and researchers were science fictions readers at an early age and continue to this day. In fact many facilities have individuals who have a specific job of reading sci-fi novels to generated new ideas and use them as a matrix for future development.
Singer has some very insightful analysis of the Iraq and Afghanistan conflicts, such as "One side looks at war instrumentally, as a means to an end, while the other sees it metaphysically, placing great meaning on the very act of dying for a cause" (pg. 312) and "the rest of the world is learning that the only way to defeat America is to bleed her on both ends. The American public responds to casualties and to bleeding of the treasury, so if something goes on long enough they get tired"(pg. 313).
The author has done very extensive interviews, not only of the High Command at DARPA, scientists, engineers and manufactures, but also the end users. Some of the most interesting vignettes were from the soldiers and marines using PackBot, Talon and Swords in combat. To the man they swear by the efficiency of robots in detecting IEDs, snipers, mortar positions and enemy combatants in house to house fighting. In fact soldiers may become emotionally attached to their robot like they would a pet dog. There is a parallel to soldiers in the care of robots. When the robot is "wounded" it is taken to a repair facility(called the robot hospital) which is close to the frontline and often in close proximity to the combat surgical station. When dealing with drones there is a dichotomy, with one group in the combat zone and another far removed. The Army controls many smaller drones from transportable cubicles which are part of command (divisional or battalion) headquarters. Their function is to observe the battlefield and have observational data downloaded to a computer and then onto a large plasma screen at division headquarters. This data can then be sent to hardened laptops in tactical units even down to squad level. There are also hand launched drones that are specifically used at company and platoon levels that download to squad laptops. This has lead to what "Marine general Charles Krulak called the rise of the `strategic corporal.' This idea was meant to describe how new technology put far more destructive power (and thus influence over strategic outcomes) into the hands of younger, more junior troops. A twenty year-old corporal could now call in airstrikes that a forty-year old colonel used to decide in the past. But these technologies are also producing something new, which I call the `tactical general.' While they are becoming more distanced from the battlefield, generals are becoming more involved in the real-time fighting of war"(pg. 349) This paradigm shift in warfare has lead to problems with information overload at divisional levels. DARPA has tried to address this by developing AI programs that will assist commanders in using all of the data in the most logical and strategic manner. This can lead to problems in the future which I will discuss later.
One of the most interesting observations the book makes is the enthusiasm that the Marine Corps, Army and Navy had toward robotics and drones. The Air Force was very resistant. That is not to say that the Air Force eschewed advanced computer technology and AI research, but they fought very hard to mute drone development. In the mean time the other three forces forged ahead rapidly. As in The Social History of the Machine Gun the Air Force culture had too much investment into manned flight to be able to make the transition easily. It was only when their preeminence in control of the air space was threatened that they made the transition. During the early part of the war on terrorism the Army had more observational and tactical aircraft in the air than the Air Force. This is when they realized they were losing "market share". They quickly transitioned and are now flying the Predator and Global Hawk. What is truly amazing is these aircraft flying over Iraq, Afghanistan and Pakistan are actually controlled in cubicles located in Nevada. The pilots leave home, fly drones for 12 hours, and then drive back home to see their families. This would be unimaginable 15 years ago.
All of this research and development in robotic and AI has lead to a dilemma. Almost to the man, the scientists and engineers believe Singularity will occur within 40 years. "A machine takeover is generally imagined as following a path of evolution to revolution. Computers eventually develop to the equivalent of human intelligence (strong AI) and then rapidly push past any attempts at human control. Ray Kurzwiel explains how this would work. `As one strong AI immediately begets many strong AIs, the latter access their own design, understand and improve it, more intelligent AI, with the cycle repeating itself and thereby very rapidly evolve into a yet more capable, more intelligent AI, with the cycle repeating itself indefinitely. Each cycle not only creates more intelligent AI, but takes less time than the cycle before it as in the nature of technological
evolution. The premise is that once strong AI is achieved, it will immediately become a runaway phenomenon of rapidly escalating super intelligence."(pg.416-417) This is very frightening indeed. Because of our continued advance in robotics and AI, the author ends with feeling that the U.S. will eventual be able to bring peace to the world before we step over the abyss of Singularity. I feel he has an unrealistic view of humanity. To quote Albert Einstein "Never attribute to malice that which can be adequately explained by stupidity. Only two things are infinite, the universe and human stupidly, and I'm not sure about the former."
- 5.0 de 5 estrellasCompra verificadaAn excellent introduction to the theory and practice of machine warfareCalificado en Estados Unidos el 9 de febrero de 2009Hollywood has for many years held the monopoly on robotic warfare, with its visions of malevolent machines that had their origins in protecting humankind, only to turn on the latter after acquiring a "new order" of intelligence. These terrifying but fictional... Ver másHollywood has for many years held the monopoly on robotic warfare, with its visions of malevolent machines that had their origins in protecting humankind, only to turn on the latter after acquiring a "new order" of intelligence. These terrifying but fictional stories have no counterpart in real military affairs, where warfare has been for the most part a purely human affair, with real blood, with real guts. This is not to say of course that technology has not played a major role in warfare in the last hundred years. It definitely has, but this technology could not think for itself and usually had to be in close proximity to the soldiers who exploited it.
But this situation has changed, argues the author of this book, and he outlines a fascinating story of the evolution and current use of intelligent machines in actual battle. Readers will get a view of robotic warfare that is as revealing as possible within the constraints of security. The author has definitely done his homework, and the book, although a somewhat lengthy one, is well worth the time commitment for its perusal.
This is not to say that readers won't be able to find commentary in the book with which they strongly disagree. Like many books on robotics and artificial intelligence in recent years, this one makes reference to current discussions on "the singularity". The "singularity" is a period of time wherein technological advances are occurring at such a rapid rate that further extrapolation or prediction becomes meaningless. Predicted by many in the technical community, with some interesting evidence produced when it was first conceived, the "singularity" has now become essentially a marketing campaign, with its adherents unfortunately not offering any new evidence. This situation is aggravated by their lack of any quantitative measure of machine intelligence that would allow them to assess whether or not machines ten years from now will be "smarter" than the machines of today; or conversely whether the machines of today are "smarter" than the machines ten years ago.
Any shortcomings in the book are however countered by the inclusion of many topics that are of great interest, such as remote-controlled robotic warfare, robot ethics, and the psychology of human-machine interaction. It is not surprising at all to read that soldiers are developing emotional attachments to the machines that are assisting them in battle. Conditions of extreme stress only enhance these attachments. And the manner in which humans will interact with machines and the use of them in actual war will entail new formulations of ethics and legal responsibility. These issues are discussed in detail in the book.
Some readers may find the prospect of robotic warfare rather disturbing, with fear mongering by Hollywood assisting in this regard. Such anxiety may actually prevent further incorporation of intelligent technology not only in the military but also in the civilian arena. The author discusses this possibility, giving examples in history where strong backlashes have taken place to prevent further research and development in certain areas of technology, such as biological weaponry. But other readers, such as this reviewer, find the rise of intelligent machines in business, art, science, and the military as deeply exhilarating, and look forward to further advances, however quickly they may occur.
Hollywood has for many years held the monopoly on robotic warfare, with its visions of malevolent machines that had their origins in protecting humankind, only to turn on the latter after acquiring a "new order" of intelligence. These terrifying but fictional stories have no counterpart in real military affairs, where warfare has been for the most part a purely human affair, with real blood, with real guts. This is not to say of course that technology has not played a major role in warfare in the last hundred years. It definitely has, but this technology could not think for itself and usually had to be in close proximity to the soldiers who exploited it.
But this situation has changed, argues the author of this book, and he outlines a fascinating story of the evolution and current use of intelligent machines in actual battle. Readers will get a view of robotic warfare that is as revealing as possible within the constraints of security. The author has definitely done his homework, and the book, although a somewhat lengthy one, is well worth the time commitment for its perusal.
This is not to say that readers won't be able to find commentary in the book with which they strongly disagree. Like many books on robotics and artificial intelligence in recent years, this one makes reference to current discussions on "the singularity". The "singularity" is a period of time wherein technological advances are occurring at such a rapid rate that further extrapolation or prediction becomes meaningless. Predicted by many in the technical community, with some interesting evidence produced when it was first conceived, the "singularity" has now become essentially a marketing campaign, with its adherents unfortunately not offering any new evidence. This situation is aggravated by their lack of any quantitative measure of machine intelligence that would allow them to assess whether or not machines ten years from now will be "smarter" than the machines of today; or conversely whether the machines of today are "smarter" than the machines ten years ago.
Any shortcomings in the book are however countered by the inclusion of many topics that are of great interest, such as remote-controlled robotic warfare, robot ethics, and the psychology of human-machine interaction. It is not surprising at all to read that soldiers are developing emotional attachments to the machines that are assisting them in battle. Conditions of extreme stress only enhance these attachments. And the manner in which humans will interact with machines and the use of them in actual war will entail new formulations of ethics and legal responsibility. These issues are discussed in detail in the book.
Some readers may find the prospect of robotic warfare rather disturbing, with fear mongering by Hollywood assisting in this regard. Such anxiety may actually prevent further incorporation of intelligent technology not only in the military but also in the civilian arena. The author discusses this possibility, giving examples in history where strong backlashes have taken place to prevent further research and development in certain areas of technology, such as biological weaponry. But other readers, such as this reviewer, find the rise of intelligent machines in business, art, science, and the military as deeply exhilarating, and look forward to further advances, however quickly they may occur.
- 4.0 de 5 estrellasCompra verificadaInsightful, readable, recommended.Calificado en Estados Unidos el 17 de febrero de 2010P.W. Singer's work is always interesting. This book is no exception--it offers enormous insights into the robotics revolution in the military, the use of drones, unmanned vehicles, etc. Singer details both the current use and function of this technology and charts a... Ver másP.W. Singer's work is always interesting. This book is no exception--it offers enormous insights into the robotics revolution in the military, the use of drones, unmanned vehicles, etc. Singer details both the current use and function of this technology and charts a course of where the robots might go in the next 20-30 years. He argues that insufficient attention is paid to the ways in which robotics reshapes warfare. The book lays out an impressive panorama showcasing the breadth of robotic technology, the actors, the companies that make robots, the government agencies that finance research into robotics, the science fiction writers that inspire it and most importantly the current and future uses on the battlefield. The first part of the book makes the argument that robotics is the most important and game-changing shift in contemporary warfare. The second part looks at some of the consequences and implications for war and society.
If robotics is still in its infancy and if it follows the trajectory of other technological changes (automobile, computer), in 20-25 years, there will be robots that are thousands if not millions of times more powerful than the ones today. Despite assurances by the military and robotic makers that humans will always be "in the loop," it is very likely that robotic systems will be given more and more autonomy over the next years
While perhaps a bit too techy and geeky for some readers, the book should be required reading for anyone who is interested in where military technology is going and what the wars of the future might look like.
This book is eminently readable (more so than Corporate Soldiers), and at times it is perhaps even too readable. There are many anecdotes and asides, some more interesting and pertinent than others. It's a long book and could certainly have been cut down by about 20-25% by a good editor. Some chapters--on the role of science fiction in robotics--seem unpersuasive and unnecessary to the core argument.
P.W. Singer's work is always interesting. This book is no exception--it offers enormous insights into the robotics revolution in the military, the use of drones, unmanned vehicles, etc. Singer details both the current use and function of this technology and charts a course of where the robots might go in the next 20-30 years. He argues that insufficient attention is paid to the ways in which robotics reshapes warfare. The book lays out an impressive panorama showcasing the breadth of robotic technology, the actors, the companies that make robots, the government agencies that finance research into robotics, the science fiction writers that inspire it and most importantly the current and future uses on the battlefield. The first part of the book makes the argument that robotics is the most important and game-changing shift in contemporary warfare. The second part looks at some of the consequences and implications for war and society.
If robotics is still in its infancy and if it follows the trajectory of other technological changes (automobile, computer), in 20-25 years, there will be robots that are thousands if not millions of times more powerful than the ones today. Despite assurances by the military and robotic makers that humans will always be "in the loop," it is very likely that robotic systems will be given more and more autonomy over the next years
While perhaps a bit too techy and geeky for some readers, the book should be required reading for anyone who is interested in where military technology is going and what the wars of the future might look like.
This book is eminently readable (more so than Corporate Soldiers), and at times it is perhaps even too readable. There are many anecdotes and asides, some more interesting and pertinent than others. It's a long book and could certainly have been cut down by about 20-25% by a good editor. Some chapters--on the role of science fiction in robotics--seem unpersuasive and unnecessary to the core argument.
- 5.0 de 5 estrellasCompra verificadaA truly eye-opening book, superbly researched and writtenCalificado en Estados Unidos el 2 de febrero de 2009I first heard the author talking on NPR about this topic, and both that interview and the first chapter of this book show his excitement and deep interest and understanding of this subject. For such a weighty hardback, it's remarkably hard to put down, and each section... Ver másI first heard the author talking on NPR about this topic, and both that interview and the first chapter of this book show his excitement and deep interest and understanding of this subject. For such a weighty hardback, it's remarkably hard to put down, and each section evolves intelligently from the last. I particularly enjoyed the references to modern culture, given that robotics has largely been a subject of science fiction in the last few decades rather than yielding anything practical in reality.
Well, at least so I thought - it turns out that over 12,000 robots are at war in Iraq and Afghanistan as we speak. The companies producing these machines were spurred by the very real necessities of dealing with guerrilla warfare, and avoiding the human toll associated with such difficult environments. Through a combination of human-controlled and artificially-intelligent hardware, these robots back up our soldiers and provide a super-human level of robustness and accuracy.
The author raises the complex moral questions associated with having machines killing people on the frontline, and the issues that arise when mistakes occur. There's also a fascinating discussion of stress disorders that remote pilots are suffering from - these men and women sit in offices in the US, controlling machines on the battleground far away, and return home for dinner every day after "a day's fighting".
It's also interesting to look at the design of some of the machines and their control interfaces, many of which look like Wall-E with a machine gun. Weapons companies have copied controllers from the Playstation and Xbox, taking advantage of a generation that is comfortable using these devices without extensive retraining. The distance between shooting people on Halo and making real life-or-death decisions in operating a military robot is almost absurdly non-existent.
I don't want to steal the book's thunder at all since this is one of the most gripping reads I've found in a while, and would highly recommend to everyone. While not a robotics book or a war book, it falls somewhere in the middle, and the topic is enthusiastically presented. The most chilling part is clearly that the science fiction of movies such as The Terminator is really not too far away, and we're on a cusp of a robotics revolution that will be as profound as the domination of the PC.
I first heard the author talking on NPR about this topic, and both that interview and the first chapter of this book show his excitement and deep interest and understanding of this subject. For such a weighty hardback, it's remarkably hard to put down, and each section evolves intelligently from the last. I particularly enjoyed the references to modern culture, given that robotics has largely been a subject of science fiction in the last few decades rather than yielding anything practical in reality.
Well, at least so I thought - it turns out that over 12,000 robots are at war in Iraq and Afghanistan as we speak. The companies producing these machines were spurred by the very real necessities of dealing with guerrilla warfare, and avoiding the human toll associated with such difficult environments. Through a combination of human-controlled and artificially-intelligent hardware, these robots back up our soldiers and provide a super-human level of robustness and accuracy.
The author raises the complex moral questions associated with having machines killing people on the frontline, and the issues that arise when mistakes occur. There's also a fascinating discussion of stress disorders that remote pilots are suffering from - these men and women sit in offices in the US, controlling machines on the battleground far away, and return home for dinner every day after "a day's fighting".
It's also interesting to look at the design of some of the machines and their control interfaces, many of which look like Wall-E with a machine gun. Weapons companies have copied controllers from the Playstation and Xbox, taking advantage of a generation that is comfortable using these devices without extensive retraining. The distance between shooting people on Halo and making real life-or-death decisions in operating a military robot is almost absurdly non-existent.
I don't want to steal the book's thunder at all since this is one of the most gripping reads I've found in a while, and would highly recommend to everyone. While not a robotics book or a war book, it falls somewhere in the middle, and the topic is enthusiastically presented. The most chilling part is clearly that the science fiction of movies such as The Terminator is really not too far away, and we're on a cusp of a robotics revolution that will be as profound as the domination of the PC.
- 3.0 de 5 estrellasCompra verificadaIs There a Pilot on Board the Plane?Calificado en Estados Unidos el 12 de junio de 2010Japanese make robots to take care of elderly people and to fill the dreams of a society when children are becoming a rarity. Americans build robots to make war. Both uses make Europeans profoundly wary, as most people on the Old Continent have serious misgivings about the... Ver másJapanese make robots to take care of elderly people and to fill the dreams of a society when children are becoming a rarity. Americans build robots to make war. Both uses make Europeans profoundly wary, as most people on the Old Continent have serious misgivings about the use of armed force and don't want to surrender part of their lives to machines.
But robots, be they in their caring version or as military auxiliaries, are already among us, and they are here to stay. This fact alone came to me as a surprise. Contrary to other online reviewers, I don't read popular books about war and about science, and I voluntarily limit my access to the printed media and to TV. In addition, I haven't received any extended training in technology or in defense. As a result, I have big holes in my understanding of these two important subjects. I didn't know drones were of such widespread use in combat zones, and I wasn't aware that robots had become an integral part of EOD bomb squads in Iraq. In fact, my knowledge of unmanned vehicles was limited to the plane models and remote-controlled car toys of my childhood. To that extent, this book was an eye opener as well as a badly needed course tutorial on the topic of war and technology.
The biggest shock was to learn that, if we believe P.W. Singer's projections, air force pilots are soon to lose their jobs to machines. Already reconnaissance missions are best handled by unmanned airplanes. They can stay alert for longer missions and, depending on the plane's size and shape, fly higher or peek from closer angles. Already drones can strike a target with surgical precision: of the top twenty al Qaeda militant leaders the United States sought out in 2008, eleven were killed by drone strikes. The next step might be the unmanned fighter jet. In fact, the only thing that holds a modern jet back is the man in the machine. The gravitational pressures unleashed when a fighter plane makes high-speed turns or accelerations can knock a pilot out. Without the pilot, the jet could climb higher, dive deeper, accelerate faster, and outmaneuver any manned aircraft. Nowadays the pilot isn't of much use anyway: most moves are automatic, and the airplane steers itself with only occasional input from the man in the driver's seat. This could be done from a distance, as is already the case with unmanned combat aerial vehicles or UCAV. An unmanned jet could work at digital speed and react to an incoming danger much faster than humans. In the world of aerial warfare, in which microseconds are the difference between life and death, this could not only save lives, but also give the drones-equipped air force complete hegemony over the skies.
But outsourcing the pilot's job to a machine raises a lot of issues. The US Air Force's professional identity is very much wrapped in the idea of piloting planes, and fighter planes at that. Indeed, over half of the air force's generals are fighter pilots, as has been every single air force chief of staff but one since 1982. So being a fighter pilot is not just in the air force leadership's organizational DNA, it is also seen as the pathway to advancing in the ranks. Now their professional identity is being challenged by computer geeks and dull office workers who have a radically different experience of war. The drones may be flying over Iraq, but they are launched out of a base in the Persian Gulf, and flown by men sitting behind a computer in Nevada. Fighting from a cubicle and commuting from home everyday changes the meaning of going to war. The fighting teams communicating through internet chat rooms are less like a true "band of brothers" and more like most of the Facebook "friendship" groups. The authority is being challenged, both from below by technicians having full control of their machines, and from above by commanders in chief who want to micromanage surgical strikes and battalion moves.
The pattern with unmanned planes in the early twenty-first century seems to be mirroring what happened with manned planes in the early twentieth century. There was initial skepticism and opposition to them in general, followed by limited use in observation and spotter role. Soon, however, they began to be used for ad hoc attack roles, and aerial warfare became an integral part of armed conflicts. Indeed, the most apt historic parallel to Iraq may well turn out to be World War I. Strange and exciting new technologies, which had been science fiction just years earlier, were introduced and then used in great numbers on the battlefield. But it then took more than a decade to develop new rules and doctrines on how to use these new technologies most effectively. Akin to the intense interwar doctrinal debates of the 1920s and 1930s over how to use tanks and air planes, there is not yet agreement on how best to fight with the new robotic weapons. Right now, two emerging doctrines are developing, referred to in shorthand as the "mothership" and the "swarm", but new directions or a combination of the two could also emerge.
I was also surprised to learn how much the US military sets the agenda in robotics. The primary player in the world of funding new research in IT, computers, and robotics is DARPA, the US Defense Advanced Research Projects Agency. DARPA's overall mission is to support fundamental research on technologies that might be common twenty to forty years from now, and to try to make them happen earlier to serve the needs of the US military today. For all the claims that "big government" can never match the private sector, DARPA has an impressive track record. The internet, email, cell phones, computer graphics, weather satellites, fuel cells, lasers, night vision, and the Saturn V rockets that first took man to the moon, all originated at DARPA. Especially since 9/11 and the military operations in Afghanistan and in Iraq, the US military has gone into a huge research and buying spree, with a particular focus for anything unmanned. The US military funds as much as eighty percent of all AI research in the United States. Even robotics laboratories in Japan, a country with a pacifist constitution and a deep affection for domestic robots, receive research fundings from US military agencies.
As a book geared to a general audience, Wired for War has its limits. The author tries to please too many publics and puts in a little bit of everything, at the risk of losing focus and accuracy. Some references to popular culture such as StarTrek episodes or sci-fi novels were entirely lost to me. For a book that deals with moral issues, it is rather sloppy and cavalier on the ethical side, and it sometimes verges on the "war porn" voyeurism that it is condemning. Asimov's remark that "science gathers knowledge faster than society gathers wisdom" rings very true, and P.W. Singer often sounds more like the wild-eyed geek than the experienced sage. Singer fails in his attempt to provide the general reader with a moral map to navigate the world of automated battlefields, but he certainly goes a long way in exploring this uncharted terrain.
Japanese make robots to take care of elderly people and to fill the dreams of a society when children are becoming a rarity. Americans build robots to make war. Both uses make Europeans profoundly wary, as most people on the Old Continent have serious misgivings about the use of armed force and don't want to surrender part of their lives to machines.
But robots, be they in their caring version or as military auxiliaries, are already among us, and they are here to stay. This fact alone came to me as a surprise. Contrary to other online reviewers, I don't read popular books about war and about science, and I voluntarily limit my access to the printed media and to TV. In addition, I haven't received any extended training in technology or in defense. As a result, I have big holes in my understanding of these two important subjects. I didn't know drones were of such widespread use in combat zones, and I wasn't aware that robots had become an integral part of EOD bomb squads in Iraq. In fact, my knowledge of unmanned vehicles was limited to the plane models and remote-controlled car toys of my childhood. To that extent, this book was an eye opener as well as a badly needed course tutorial on the topic of war and technology.
The biggest shock was to learn that, if we believe P.W. Singer's projections, air force pilots are soon to lose their jobs to machines. Already reconnaissance missions are best handled by unmanned airplanes. They can stay alert for longer missions and, depending on the plane's size and shape, fly higher or peek from closer angles. Already drones can strike a target with surgical precision: of the top twenty al Qaeda militant leaders the United States sought out in 2008, eleven were killed by drone strikes. The next step might be the unmanned fighter jet. In fact, the only thing that holds a modern jet back is the man in the machine. The gravitational pressures unleashed when a fighter plane makes high-speed turns or accelerations can knock a pilot out. Without the pilot, the jet could climb higher, dive deeper, accelerate faster, and outmaneuver any manned aircraft. Nowadays the pilot isn't of much use anyway: most moves are automatic, and the airplane steers itself with only occasional input from the man in the driver's seat. This could be done from a distance, as is already the case with unmanned combat aerial vehicles or UCAV. An unmanned jet could work at digital speed and react to an incoming danger much faster than humans. In the world of aerial warfare, in which microseconds are the difference between life and death, this could not only save lives, but also give the drones-equipped air force complete hegemony over the skies.
But outsourcing the pilot's job to a machine raises a lot of issues. The US Air Force's professional identity is very much wrapped in the idea of piloting planes, and fighter planes at that. Indeed, over half of the air force's generals are fighter pilots, as has been every single air force chief of staff but one since 1982. So being a fighter pilot is not just in the air force leadership's organizational DNA, it is also seen as the pathway to advancing in the ranks. Now their professional identity is being challenged by computer geeks and dull office workers who have a radically different experience of war. The drones may be flying over Iraq, but they are launched out of a base in the Persian Gulf, and flown by men sitting behind a computer in Nevada. Fighting from a cubicle and commuting from home everyday changes the meaning of going to war. The fighting teams communicating through internet chat rooms are less like a true "band of brothers" and more like most of the Facebook "friendship" groups. The authority is being challenged, both from below by technicians having full control of their machines, and from above by commanders in chief who want to micromanage surgical strikes and battalion moves.
The pattern with unmanned planes in the early twenty-first century seems to be mirroring what happened with manned planes in the early twentieth century. There was initial skepticism and opposition to them in general, followed by limited use in observation and spotter role. Soon, however, they began to be used for ad hoc attack roles, and aerial warfare became an integral part of armed conflicts. Indeed, the most apt historic parallel to Iraq may well turn out to be World War I. Strange and exciting new technologies, which had been science fiction just years earlier, were introduced and then used in great numbers on the battlefield. But it then took more than a decade to develop new rules and doctrines on how to use these new technologies most effectively. Akin to the intense interwar doctrinal debates of the 1920s and 1930s over how to use tanks and air planes, there is not yet agreement on how best to fight with the new robotic weapons. Right now, two emerging doctrines are developing, referred to in shorthand as the "mothership" and the "swarm", but new directions or a combination of the two could also emerge.
I was also surprised to learn how much the US military sets the agenda in robotics. The primary player in the world of funding new research in IT, computers, and robotics is DARPA, the US Defense Advanced Research Projects Agency. DARPA's overall mission is to support fundamental research on technologies that might be common twenty to forty years from now, and to try to make them happen earlier to serve the needs of the US military today. For all the claims that "big government" can never match the private sector, DARPA has an impressive track record. The internet, email, cell phones, computer graphics, weather satellites, fuel cells, lasers, night vision, and the Saturn V rockets that first took man to the moon, all originated at DARPA. Especially since 9/11 and the military operations in Afghanistan and in Iraq, the US military has gone into a huge research and buying spree, with a particular focus for anything unmanned. The US military funds as much as eighty percent of all AI research in the United States. Even robotics laboratories in Japan, a country with a pacifist constitution and a deep affection for domestic robots, receive research fundings from US military agencies.
As a book geared to a general audience, Wired for War has its limits. The author tries to please too many publics and puts in a little bit of everything, at the risk of losing focus and accuracy. Some references to popular culture such as StarTrek episodes or sci-fi novels were entirely lost to me. For a book that deals with moral issues, it is rather sloppy and cavalier on the ethical side, and it sometimes verges on the "war porn" voyeurism that it is condemning. Asimov's remark that "science gathers knowledge faster than society gathers wisdom" rings very true, and P.W. Singer often sounds more like the wild-eyed geek than the experienced sage. Singer fails in his attempt to provide the general reader with a moral map to navigate the world of automated battlefields, but he certainly goes a long way in exploring this uncharted terrain.
- 5.0 de 5 estrellasCompra verificadaIt's the end of the world as we know it and I feel fineCalificado en Estados Unidos el 19 de julio de 2011Singer has conducted an impressive research stretched over 4 years, which includes, among other things, interviewing army personnel from the General down to the 19-year-old operating the drones in Iraq. Moreover, Singer also interviewed and visited the main companies... Ver másSinger has conducted an impressive research stretched over 4 years, which includes, among other things, interviewing army personnel from the General down to the 19-year-old operating the drones in Iraq. Moreover, Singer also interviewed and visited the main companies leading the robotics industry, such as iRobot (that makes the Roomba, the famous vacuum cleaning robot). The outcome of this thorough and comprehensive research is this important, interesting and thought-provoking book.
This book covers a vast amount of topics ranging from the history of robotics through to the current robotics industry, the influence of science fiction on robotics to the ethics problems that will rise from the usage of autonomous robots (robots that can shoot based on their own decisions without any human involvement) in war.
I found the book to be highly encompassing and very balanced. Singer offers both sides of the coin regarding the robotics revolution and how it will affect the way we are going to conduct war. More importantly, Singer raises some very important issues, which until now, were largely ignored by the military and leading scholars. First, what are the ethical and moral implications of the growing involvement of robots in warfare? For example, what if an autonomous robot shoots an unarmed civilian? Or, what if, during an exhibition (as has already happened), the robot malfunctions and starts randomly shooting and killing innocent people? Who should bear the responsibility? Another question to ask is, what is the likelihood that politicians would be more willing to start wars now that they're not risking human soldiers lives?
Secondly, is an even more interesting observation that Singer makes regarding the lack of doctrine of how to properly use these robots in war. Singer draws an interesting comparison between the U.S. army and the British army during WW2 that, like the U.S. army, was lacking a satisfying doctrine of tank warfare. Thus, even though they had tanks before the Nazis did, they weren't able to translate it to a military advantage. In contrast, the Nazis did have a highly successful tank warfare doctrine that led them to very impressive victories. Singer concludes that if the U.S. army won't develop the correct doctrine for the usage of robotics in warfare, all of this technological advantage won't be any good.
In conclusion, this book is very thorough, but still highly readable. For those of you who are interested in military history, robots, or are just interested in what the future might look like I can't recommend this book enough.
Singer has conducted an impressive research stretched over 4 years, which includes, among other things, interviewing army personnel from the General down to the 19-year-old operating the drones in Iraq. Moreover, Singer also interviewed and visited the main companies leading the robotics industry, such as iRobot (that makes the Roomba, the famous vacuum cleaning robot). The outcome of this thorough and comprehensive research is this important, interesting and thought-provoking book.
This book covers a vast amount of topics ranging from the history of robotics through to the current robotics industry, the influence of science fiction on robotics to the ethics problems that will rise from the usage of autonomous robots (robots that can shoot based on their own decisions without any human involvement) in war.
I found the book to be highly encompassing and very balanced. Singer offers both sides of the coin regarding the robotics revolution and how it will affect the way we are going to conduct war. More importantly, Singer raises some very important issues, which until now, were largely ignored by the military and leading scholars. First, what are the ethical and moral implications of the growing involvement of robots in warfare? For example, what if an autonomous robot shoots an unarmed civilian? Or, what if, during an exhibition (as has already happened), the robot malfunctions and starts randomly shooting and killing innocent people? Who should bear the responsibility? Another question to ask is, what is the likelihood that politicians would be more willing to start wars now that they're not risking human soldiers lives?
Secondly, is an even more interesting observation that Singer makes regarding the lack of doctrine of how to properly use these robots in war. Singer draws an interesting comparison between the U.S. army and the British army during WW2 that, like the U.S. army, was lacking a satisfying doctrine of tank warfare. Thus, even though they had tanks before the Nazis did, they weren't able to translate it to a military advantage. In contrast, the Nazis did have a highly successful tank warfare doctrine that led them to very impressive victories. Singer concludes that if the U.S. army won't develop the correct doctrine for the usage of robotics in warfare, all of this technological advantage won't be any good.
In conclusion, this book is very thorough, but still highly readable. For those of you who are interested in military history, robots, or are just interested in what the future might look like I can't recommend this book enough.
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Funghus5.0 de 5 estrellasCompra verificadaAn interesting book by an interesting guyCalificado en Alemania el 1 de julio de 2021This book is fun to read ... which is surprising for an exerpt of new and upcoming weapon systems and warfare. It is rarely predictive but instead almost always grounded on observations. Singer blends his own experiences perfectly with the relevant information and...Ver másThis book is fun to read ... which is surprising for an exerpt of new and upcoming weapon systems and warfare. It is rarely predictive but instead almost always grounded on observations. Singer blends his own experiences perfectly with the relevant information and transports a surprising amount of excitement throughout the entire book. I can most definitly recommend it!This book is fun to read ... which is surprising for an exerpt of new and upcoming weapon systems and warfare. It is rarely predictive but instead almost always grounded on observations. Singer blends his own experiences perfectly with the relevant information and transports a surprising amount of excitement throughout the entire book. I can most definitly recommend it!
MisterWizard5.0 de 5 estrellasCompra verificadaottimoCalificado en Italia el 18 de julio de 2019ottimoottimo
Jimbow5.0 de 5 estrellasCompra verificadaWe are on the cusp of a wired future warCalificado en Reino Unido el 5 de agosto de 2018I got this recommended to me after reading stratergy strikes back. This book focuses on the developments of technology and covers a wide range of topics from AI to smart bombs (and roombas obviously) Great conversational way of writing that gets into the stories behind...Ver másI got this recommended to me after reading stratergy strikes back. This book focuses on the developments of technology and covers a wide range of topics from AI to smart bombs (and roombas obviously) Great conversational way of writing that gets into the stories behind drones and whom is pioneering this path. RecommendedI got this recommended to me after reading stratergy strikes back.
This book focuses on the developments of technology and covers a wide range of topics from AI to smart bombs (and roombas obviously)
Great conversational way of writing that gets into the stories behind drones and whom is pioneering this path. Recommended
John5.0 de 5 estrellasCompra verificadaFive StarsCalificado en Canadá el 8 de abril de 2015great bookgreat book
jlmax5.0 de 5 estrellasCompra verificadaLa Guerre du Futur.Calificado en Francia el 28 de junio de 2012Livre très intéressant traitant du sujet de l'utilisation de la robotique dans les conflits du futur. Futur pas si lointain, puisque les drones sont très largement employés dans les conflits actuels. Mais on n'y parle pas uniquement des drones, exosquelette... Pour...Ver másLivre très intéressant traitant du sujet de l'utilisation de la robotique dans les conflits du futur. Futur pas si lointain, puisque les drones sont très largement employés dans les conflits actuels. Mais on n'y parle pas uniquement des drones, exosquelette... Pour la petite info, les développeurs du Jeu Call Of Duty Black Ops 2 se sont inspirés de ce livre pour la trame de leur jeu.Livre très intéressant traitant du sujet de l'utilisation de la robotique dans les conflits du futur. Futur pas si lointain, puisque les drones sont très largement employés dans les conflits actuels. Mais on n'y parle pas uniquement des drones, exosquelette...
Pour la petite info, les développeurs du Jeu Call Of Duty Black Ops 2 se sont inspirés de ce livre pour la trame de leur jeu.
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