How the Reagan-Era CIA Predicted Our Drone Dystopia

It is mind numbing how an agency with the resources and manpower like the CIA has can predict things like this but yet miss earth shaking Geo-Political events like the Soviets Invading Afghanistan in 1979 or the Soviet Union Collapse in 1991 or my favorite: being blindsided on 9/11. As a person who understands the extreme necessity of intelligence in warfighting, you can say I am the CIA’s biggest fan but also their biggest critic (and at times, skeptic). -SF

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As far back as 1986, the agency saw a future of proliferating drones that would be used for ‘attack missions’ by armies and terrorists alike, according to a now-declassified report.

The drone craze has set off a wave of pundit hand-wringing about the global spread of unmanned technology and its consequences.

But a declassified report from the CIA’s analytical arm shows that the agency was predicting a wave of drone proliferation as far back as the mid-1980s, at a time when the iconic Predator drone was only a glint in Langley’s eye.

The 1986 intelligence assessment, “Remotely Piloted Vehicles in the Third World: A New Military Capability,” prepared by the CIA’s Office of Global Issues, shows that the trickle of unmanned technology into the developing world first began decades ago.

The CIA’s assessment argued that advances in technology had made drones a more capable, accessible, and popular purchase than ever before—a trend the agency expected only to continue in the years to come. Israel’s innovative use of drones in the 1982 invasion of Lebanon, in particular, had “heightened Third World interest in [unmanned aerial vehicles (UAVs)].”

The growing interest in unmanned systems around the world, according to the assessment, was a sign that “a number of other Third World nations with relatively large and professional militaries will become users of RPVs by the mid-1990s, especially with the development of inexpensive and easy-to-use systems.”

By the time of Israel’s invasion of Lebanon, drones were already well known to the world’s militaries. The United States had used them extensively in the Vietnam War. Israel’s use of drones during the invasion of Lebanon, however, represented an altogether more innovative application of the technology.

The Israeli air force used UAVs not only to provide reconnaissance on Syrian air defenses in Lebanon’s Bekaa Valley (PDF) but also to trick surface-to-air missile system (SAM) operators into thinking the aircraft were manned Israeli jets. When the SAM operators switched on their radars or fired missiles at the decoy drones, they exposed their positions to real Israeli jets nearby, which jammed and bombed them.

Israel’s wider war in Lebanon would drag on for years, but the battle against Syrian air defenses in the Bekaa Valley—in preparation for about a year—was won in short order, after Israel was able to destroy 17 of the 19 Syrian SAMs deployed there.

While Israel’s drone use acted as a demonstration point for drones on the battlefield, technological advances in the 1980s meant that purchasing drones would be increasingly attainable for smaller militaries viewing from the sidelines.

 According to the agency’s analysis, lighter airframes, made possible by new composite materials, were increasing drones’ ability to carry heavier and heavier payloads. Cheaper solid state television cameras coming onto the market would also make basic video cameras a go-to sensor for smaller, more affordable drones, while a new crop of faster chips would help speed up the processing of videos feeds.

Until the 1980s, militaries used drones almost overwhelmingly for intelligence and surveillance. But by 1986, there were already signs that drones would take on a strike role.

South Africa’s National Dynamics was at work on a UAV that could fire unguided 2.75-inch rockets. In the United States, the Army was expressing interest in the Sky Eye, capable of firing the unguided rockets and carrying Hellfire missiles (PDF)—the same missile later used on armed Reaper and Predator drones. Sky Eye’s cousin, the Army’s ill-fated MQM-105 Aquila drone program, used a laser designator to identify targets for artillery systems and other aircraft to fire laser-guided Copperhead artillery shells and Hellfire missiles.

These developments helped convince the CIA that a new generation of drones would be used for “attack missions” and could “deliver standoff munitions.”

Back then, as now, the declining barriers to drone ownership raised the specter of their use as a terrorist weapon. Given terrorists’ prior use of gliders and other small transport vehicles in attacks, they might see drones as a kind of poor man’s missile, “effectively converting the [UAV] into a guided bomb capable of surprise attacks at short and medium ranges.”

The report warned that “a bomb-laden [UAV] provided to a terrorist group by a patron state could be used against a US embassy or target in a dramatic fashion.” Libya and Iran loomed as the largest threats for terrorist use of UAVs, with the report judging larger Palestinian terrorist groups as the most capable of employing them in kamikaze fashion.

Overall, though, the agency viewed drone proliferation in the “Third World” as mostly a good thing that could “help prevent conflict and maintain stability in tense Middle Eastern and Asian areas.” It argued that the intelligence the drones collected in conflict-prone regions could provide transparency about neighbors’ intentions and reduce the kinds of miscalculations that can lead to larger wars—all without the escalatory risk of losing a flesh-and-blood pilot.

So how does the CIA’s 1986 vision of the drone future line up with today? The report only extended its analysis into the mid-1990s, making 2016 a slightly unfair yardstick by which to judge the agency’s analytical skills. Still, though the report missed some of the politics and technologies that were most important in turning the drone trickle into a flood, some of its analysis has held up pretty well, even long past its sell-by date.

Drone interest in the Middle East and South Asia did pick up in the 1990s. The 1999 Kargil war between India and Pakistan spurred India to buy Israeli-made UAVs, starting a drone trade with Israel that continues to this day. In the Middle East, Iraq experimented with ill-fated drone development programs of varying size from the late 1980s until the 2003 U.S. invasion (PDF). And Iran continued its UAV development begun during the Iran-Iraq war in the 1990s, while Israel was still a drone export powerhouse.

Today that trend has only intensified, as at least 86 countries’ militaries have some kind of UAV, according to a study by the New America Foundation. Even armed drones, once an exclusive preserve of a handful of advanced militaries, are an ever more common sight in the developing world, with Iraq, Pakistan, and Nigeria becoming the latest armed forces to use them in combat.

And as the CIA feared, terrorists have made use of bomb-laden drones, albeit not to great effect. During the 2006 Israeli-Lebanon war, Hezbollah strapped explosives to a crude Iranian-made Ababil-II drone and flew it over Israel, where it was shot down by an F-16. Jihadist groups in Iraq. Also, Syria, like ISIS and the al Qaeda-affiliated Nusra Front, has used small commercial quadrotor drones for propaganda and limited reconnaissance.

The report did miss in a few key areas, however. “It’s not so much their assumptions of the technology, it’s their assumptions of geopolitics,” said Peter Singer, a strategist and senior fellow at the New America Foundation.

Little could the analysts working on narrow weapons technology issues have expected that the Soviet Union would collapse in five short years or that some 30 years later China would rise to become a weapons powerhouse and prolific drone supplier. As a result, the report viewed the near future of the UAV trade as dominated by Western development and exports, with China as a customer of drone technology rather than the export rival it is today.

On the technology side, improvements in the size, weight, and power of drones and their sensors were key to the success of UAVs, but “it wasn’t until unmanned systems were married up with GPS that they became truly useful,” said Singer. He told a story of an unarmed Air Force Predator drone scouting for Serbian military targets hiding among civilians during the war in Bosnia. The UAV managed to find a Serb tank, but the lack of precise coordinates for either the tank or the Predator prevented U.S. forces from being able to do much about it.

Five years after the Predator’s integration with GPS, President Clinton ordered the federal government to make more precise coordinates from the satellite navigation system’s civilian channel available to the world. Up to that point, the U.S. had intentionally degraded the accuracy of civilian GPS signals in an effort to prevent their use in weapons systems. The May 2000 order reversed that policy, unlocking the potential for a myriad of GPS applications, including both civilian and military drones.

While views on the merits and morality of unmanned systems in war are by no means uniform, some of the CIA’s cautious optimism about drones is shared by analysts today.

Even today, the intelligence drones provide could make them a stabilizing force in international relations as more countries adopt them, argues Michael Horowitz in a working paper written with colleagues Sarah E. Kreps and Matthew Fuhrmann.

“A lot of conflict happens because of uncertainty and fear about what adversaries might be doing,” Horowitz, an associate professor of political science at the University of Pennsylvania who has written extensively about U.S. drone and technology policy, told The Daily Beast. “To the extent that UAVs increase the information that both sides have about a given situation, it makes them less likely to inadvertently stumble into a conflict.

Read the Original Article at The Daily Beast

Approaching UAV’s as a CO Skill-Set and not just a Weekend Hobby

The recent FAA authorization for small UAVs or drones to fly in U.S. airspace has raised privacy concerns for some.  This Spear UAV build and flown by UAVision in Dayton carries a video camera. --  Staff Photo by Ty Greenlees.

The recent FAA authorization for small UAVs or drones to fly in U.S. airspace has raised privacy concerns for some. This Spear UAV build and flown by UAVision in Dayton carries a video camera. — Staff Photo by Ty Greenlees.

 

The civilian operator has to understand that the future of conflict, regardless if it is domestic or foreign, is going to involve technology on a massive scale. With hybrid warfare now being perfected by both state and non-state actors, the civilian operator/prepper needs to plan on also using a combination of conventional, asymmetrical and cyber methods to give them the utmost advantage on the coming battlefield. We have seen the use and application of drones (UAV’s) virtually explode in the civilian market lately, with many in the FAA for example, calling for stricter guidelines on their use and operation. The US Military are already developing specific UAV  “counter-measures” that will no doubt, like other Military hardware, find their way into civilian Law Enforcement agencies soon.

Now therefore, is the best time to learn and implement a UAV program into your local CO Community Intelligence Gathering program before, like many things that offer the civilian a “leg up” both strategically and tactically, the government buries them in strict and confusing (and expensive) regulations.

Commercial drones have certainly been in the news lately, and  in almost all instances it has been negative press. In California, a drone interfered with the flight path of an air tanker, halting fire fighting efforts to stop a major wildfire. Most recently at the Kennedy Airport in New York, a commercial airline pilot reported seeing a drone “about 100 feet below” him while he was landing (his current altitude was 1300 feet.) Current FAA regulations ban small drones from flying higher than 500 feet or close to airports and heavily populated areas.

The use of drones by civilians is in its infancy; like most groundbreaking technology when it first comes on the market, the “wow” factor tends to overwhelm and it takes the general public a while to learn how to utilize the tech to  it’s full potential. Typically, the learning curve is around two years; but with drones, people are learning very quickly that ultimately, at its core, all a basic drone consist of is either a  RC model quad rotor or plane with a set of hi-res cameras that you can fly with your cell phone in most cases.

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Of course, Law Enforcement all across the globe has tapped into the covert surveillance potential of drones, sending their HD cameras attached to quiet electric motors humming over un-suspecting pot fields, meth labs and other nefarious and criminal behavior. In The the larger cities where gangs are a problem, like Los Angeles and New York, drones are used for covert urban surveillance, often getting into the “nooks and crannies” gangs think they are safe because CCTV cameras can’t see them.

But it is organizations like New America.org that have really tapped into the amazing potential that drones can offer; and we are not just talking about joy rides near airports. NewAmerica.org, a division of Open Technology Institute has developed a basic “How To” manual that uses drones to Map areas in third world or under-developed countries for property rights and future Global Development of under-used resources. The team uses open sourced, mission control software called Mission Planner, to create flightplans to be able to monitor the drones flight in real-time. They then use the free version of Pix4DMapper software to turn the photos into a 3D model. See the culmination of all their efforts, including a video HERE. 

The amazing thing about this entire project is this small team went in with the ideal to TEACH these indigenous people ALL THE TECHNICAL SKILLS they would need not only to operate the drones, but build them from the ground up and repair them as well, and they succeeded beyond anybody’s expectations!

This goes to show that if a group of third world indigenous peoples with little to no technical expertise can build, maintain and operate these drones and be successful, then certainly a group of motivated CO’s with planning and know-how can do the same. Consider if the enterprising CO were to take this information and apply it in a tactical and strategic manner to a Community Intelligence Gathering program  (CIG) which would include the mapping of your entire AO from the air, to include; CP’s (Command Post), bunkers, egress routes, exfil points, hidden trails, ambush choke points, crossroads, sentry point locations, listening post locations, streams, rivers, landmarks, fire breaks, high-line right-of-ways, nearest major roads and arteries, etc.

It would also behoove the CO to map out urban areas that are close by in the same manner. An overhead street-to-street view can prove invaluable in urban warfare, as it shows elements that do not appear on a standard map. Once mapped, you can then identify things such as the best locations for: murder holes, sniper positions, mines, IED’s, ambush choke points, sewer locations, etc. Mapping things like the location of telephone and DSL junction boxes, CCTV camera locations (intersection traffic lights) and locations of police stations and fire houses can also be valuable.

By using the above software combined with the open-sourced drone construction resources such as DIY Drones and MyGeekShow, the enterprising CO can learn how to build a “recon and mapping” drone for their CO Community and exploit a resource that up to now, has been sidelined as a “geek hobby.”

Time to get to work.

Stay Alert, Stay Armed, and Stay Dangerous!