The author had previously written "Rocketeers", about the roots and rise of the commercial rocket industry. The discovery that DARPA was a major customer for one of these companies (XCOR) led him to research resulting in "The Department of Mad Scientists". Besides the obvious, the book covers Belfiore's strategies and struggles to gain access to DARPA personnel for interviews -- as well as his eventual partial success. I use the word "partial" because many of DARPA's projects require Top Secret or above clearance. So Belfiore is covering information from sanctioned interviews, observations and interviews of DARPA contractors, and his general research. He readily acknowledges that this is the tip of the iceberg. However, the book is well written, quite interesting and covers some of the history of DARPA, along with its organizational structure and a range of its projects.
ARPA was the brainchild of Neil McElroy, Eisenhower's Secretary of Defense. It was formed in response to the Soviet launch of Sputnik (10/4/57) and Eisenhower's frustration with the independent and duplicate missile research being pursued by branches of the US military. ARPA's original charter was "satellite and space research and development projects" (which was eventually ceded to NASA) and "other projects and programs" which might be assigned from time to time. It's creation was authorized by Congress on 2/12/58.
The subject organization changed its name between DARPA and ARPA more than once. To avoid confusion, I'll use the better known "DARPA" from now on.
Belfiore's account of is a mix of information gleaned at DARPA events and through sanctioned DARPA interviews as well as some supporting research into public documents. It contrasts sharply with Annie Jacobsen's book "The Pentagon's Brain" in that 1) Jacobsen's public research is more exhaustive 2) Her interviews are more outside of the "DARPA-sanctioned" envelope and 3) Belfiore has a positive, fascinated type of view of the organization with greater emphasis on its benefits, whereas Jacobsen (as in her "Operation Paperclip"), although mostly even-handed, has little positive to say about either scientists or the government establishments they work for.
I liked both books (for very different reasons). Jacobsen's book deserves its own review. Getting an even-handed view of DARPA probably requires reading both. I still ended up with a feeling of "incompleteness". I would like to hear another voice on this subject. If I could wave a wand and make them interested, perhaps Richard Rhodes ("The Making of the Atomic Bomb") or Mark Bowden ("Black Hawk Down") could do interesting things with this subject.
END OF REVIEW
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APPENDIX: A Brief Summary of DARPA Projects Covered in this Book
Early DARPA initiatives resulted in the Saturn V Rocket (which, after being transferred to NASA, sent Americans to the moon) the NAVSAT navy satellite navigation system (up by 1961), which led directly to GPS systems in use today, the creation of "Material Science" to create composite materials meeting specific requirements (initially used to create the X-15), and nuclear test monitoring (project Vela) to detect optical, electromagnetic and seismic signs of violations of the 1964 Nuclear Test Ban Treaty -- which initiated the field of Seismology. An outcome of Vela was the WWSN (World Wide Standardized Seismograph Network) giving the global community the ability to gather data on tsunamis and earthquakes. Vela (and NAVSAT) also led to DARPA's IPTO (Information Processing Techniques Office) from which came a series of visionary ideas and developments on human / machine interaction -- catalysts for improvements in databases and displays and ideas such as word processing and the computer mouse, eventually leading to the TCP/IP protocol and ARPANET -- today called the Internet.
Starting in the 1970s DARPA became heavily involved in Speech Recognition research - motivated by the needs of spy agencies and military services, but with visions of a hand-held Star-Trek-like universal translator. Artificial Intelligence development research, such as DARPA's Personal Assistant that Learns (PAL - also called CALO) are aimed at a variety of applications, including the CPOF (Command Post of the Future) - a project which resulted in knowledge base, computer reasoning and new visualization technology. Self-programming machine research (the nightmares of Sci Fi from the 1950s "Invisible Boy" up to the "Terminator") feeds and is fed by these types of projects.
DARPA has a set of initiatives spawned by requirements to make soldiers more effective. The ones covered by this book are related predominately to surgery, prosthetics and life-saving technologies that can be deployed within minutes (or seconds) after a battlefield wound. (Annie Jacobsen's "The Pentagon's Brain" focuses on a darker set of DARPA super soldier explorations). The commercially available da Vinci surgical robot is a direct benefactor of a funding from a DARPA project called Trauma Pod, a technology to encapsulate, treat and keep alive a critically wounded soldier while being transported from the battlefield to a hospital or surgeon. This project (inspired by Heinlein's "Starship Troopers" and Larry Niven's "World of Ptavvs") also triggered the creation of "Minimally Invasive Surgery" and a number of developments in telepresence. A hand-held ultrasound machine called SonoSite was partially inspired by Star Trek's medical tricorder. The LSTAT (Life Support for Trauma and Transport) was designed to be an interface between patient and robot. The Apollo Project created a digital X-ray machine to send x-rays from the battlefield. A smart T-shirt concept was initiated to monitor a soldier's vital signs.
Many of DARPA's battlefield-related initiatives are aimed at preventing injuries. DARPA's 2004 Autonomous Ground Vehicle initiative whose purpose was to make supply to troops on an urban battlefield less dangerous. The author gives a detailed account of public testing (Urban Challenge) that resulted from this project. Much of the research of this project also flows into commercial computer-driven car concepts. The Warfighter Visualization program is a heads-up visual display that would overlay a military commander's field of view with computer-generated imagery showing the situational status of his/her troops.
Among the projects of DARPA's Defense Sciences Office (DSO) there are initiatives on mathematically describing the workings of complex organic systems, including the human brain --- with a "view toward duplicating their functions in artificial systems", the development of a "biological quantum mechanics theory", reducing the cost of titanium to a tenth of its current cost, walking autonomous robots, growing plants that respire hydrogen - harvest-able for fuel.
The Microsystems Technology Office (MTO) focuses on quantum computing and microchip (and smaller) sized things. Among their projects is one for integrating electronics into insects to control their flight, as well as sensors, cameras, etc.
The Strategic Technology Office (STO) has projects not only to eliminate the military's dependency on oil but to generally eliminate oil as a cause of war. These initiatives include a range of technologies from expanding and enhancing the efficiency of solar energy technology to creating high-performance jet fuels from vegetable oils (the chapter "Power to the People" covers these areas.)
The Tactical Technology Office is interested in things like robot satellites that repair other satellites, and hypersonic ( > 5 times the speed of sound + air-breathing) engine design. If you are into this read "The Final Frontier" chapter which also describes some of DARPA's contribution to the commercial space travel industry.
DARPA is largely responsible for Stealth Aircraft. DARPA's Ballistic Missile Defense (BMD - better known as 'Star Wars') led to unexpected side-effects such as LASIK surgery. They funded the "pure science" research project of building the Arecibo telescope - the largest single aperture radio telescope in the world.
Some of DARPA's 9/11 triggered initiatives have been less well received. TIA (Total Information Awareness) was intended to provide a computer-monitored surveillance infrastructure that would discover terrorist activity and prevent terrorist events before they happened. Its perceived invasive surveillance of America citizens caused it (at least partially) to crash and burn. You can read volumes on that elsewhere.