By Navy Binning
On October 5th
2017, the Center for Strategic and International Studies (CSIS), an
international security policy research organization, hosted Sam Bendett,
research analyst with the Center for Naval Analysis (CNA) for a discussion on
Russian military robots. Bendett’s talk was primarily focused on developments
in Russian military technology.
The increasing
prevalence of military robots gives rise to concerns of international
humanitarian law, such as discrimination and proportionality. Most notably,
the ability to control military weapons remotely prevents
transparency and makes it more difficult to hold perpetrators of war crimes
accountable.
History of Military Robots in Russia
Bendett began the
event by providing a summary of the history and current status of military
robots in Russia. During the Cold War, the use of unmanned aerial vehicles
(UAVs), more popularly known as “drones”, were used heavily. After the collapse
of the Soviet Union in 1991, Russia’s defense sector was hit hard, which impacted
UAVs as well.
Russia’s military
technology is now behind many nations — including the United States, Israel,
and China. As recently as 2008, Russia’s military was in the same condition as
it was during the Cold War. A shift began around
2011-12 with Russia placing a greater emphasis on technological advance in
the military. In 2014, Russian Defense Minister Sergey Shoygu announced that
Russia planned to spend up to 9 billion USD on military robotic developments
through 2020.
UAVs
Russia currently
operates many UAVs. Most of the UAVs are small and simplistic and used for
information gathering, observation, electronic warfare, communication, and
target acquisition. Additionally, Russia has a number of mid-to-long range UAVS
that are used primarily for targeting and have ranges of up to 120 kilometers.
An increase in
interest in UAVS and support from the government has led to a recent resurgence
of development of UAVs in Russia. Several programs of various levels of
progress and sophistication are currently underway in Russia.
Russian UAVs in
combat have already been observed in Ukraine and Syria. In Syria, these have
primarily been used as target acquisition, frequently to increase precision of
artillery strikes. Russia has reported an increased effectiveness as a result
of the use of UAVs in combat.
1) Ukrainian forces have responded by turning to United States-supplied drones.
2) The United States has previously aided Ukraine by supplying drones for self-defense. Whether this will continue under the Trump administration, which seeks to improve ties with Russia, is unclear.
3) Ukraine has responded to this threat with attempts to improve its own UAVs. These have been complicated due to high purchase costs and a corrupt government. Ukraine is instead turning to innovative solutions, including a public crowd-funding project to purchase UAVs and a crowd-funded start-up that aims to build new UAVS.
1) Ukrainian forces have responded by turning to United States-supplied drones.
2) The United States has previously aided Ukraine by supplying drones for self-defense. Whether this will continue under the Trump administration, which seeks to improve ties with Russia, is unclear.
3) Ukraine has responded to this threat with attempts to improve its own UAVs. These have been complicated due to high purchase costs and a corrupt government. Ukraine is instead turning to innovative solutions, including a public crowd-funding project to purchase UAVs and a crowd-funded start-up that aims to build new UAVS.
Unmanned Underwater Vehicle
Unmanned
Underwater Vehicles (UUVs) are becoming more prevalent as Russia has placed an
emphasis on arctic exploration. Russia is aiming to increase its maritime
capabilities so that its technology can move farther from shore and deeper.
Although Russia
does possess UUV technology, it is primarily international. There is now an attempt to replace these with
domestic models in the next several years. Most of the technology is in the
testing and evaluation stages.
This technology
includes UUVs that can be used for surveillance, search and rescue duties
lasting up to 6-9 months, and repair services. Additionally, a drone that can
imitate and re-produce enemy vessels’ fields is being developed.
There is also
development of a nuclear capable submarine. Last year, a nuclear submarine that
posed a threat to US harbors and ports was tested, but little information has
arisen since.
Other technologies
Other
technologies being developed include a virtual battlefield to test military
robotics and drones, an incredibly powerful computer that will be able to
control air and sea military robots, and unmanned ground vehicles.
The Future of Russian Military
Technologies
For many years,
Russian military technologies were developed by a number of different and
uncoordinated organizations. In recent years, this has changed as Russia aims
to streamline its development. In 2014, the Minister of Defense established the
Creation of Perspective Military Robotics Program and formed a commission for
the development of robotics. In 2016, Russia also launched an annual conference
called the Robotization of the Armed Forces of the Russian Federation.
Russia is working
with a number of organizations, including research institutes and higher
education entities, to create a uniform approach to military development and
set a framework for research and developments to be undertaken. By drawing upon
the nation’s industrial, technological, and intellectual potential, Russia is
working towards creating a completely new armed force that will be able to
further advance Russian foreign policy goals on an international scale. As
President Putin recently declared — “Whoever masters [artificial intelligence]
will get to rule the world”.
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