Unmanned Military Weapons (UMW) system based on Autonomous Weapons Technologies (AWT) mesmerizes doppelgängers of Terminator-style robots; deadly machines backed by convoluted artificial intelligence which is qualified of exterminating human beings devoid of being impeded by human sentiments and traditional constrictions. This image is akin to science fiction and raises challenges about the development of UMW that vanguard the international legal discourse in the contemporary circumstances.UMW is innovation,and its adherence to the core principles of International Humanitarian Law (IHL) must be ensured. It is now obligatory upon the international community to address the lego-political, moral and ethical ramifications of the development of robotic technologies that might have lethal consequences.On October 24, 2010, in a report to the UN General Assembly Human Rights Committee, Christof Heyns—a Special Rapporteur on Extrajudicial Executions—opined that UMW systems flagged “serious concerns that have been almost entirely unexamined by human rights defenders or humanitarian actors” at the anvil of IHL. Therefore, UN must constitute a panel to evaluate the legal, moral and ethical aspects of UMW that are being mushroomed in the US and deployed fortarget killings in Afghanistan and elsewhere.
In June 2010, another UN official Philip Alston requested for terminationto CIA-guided drone airstrikeson Al-Qaeda and Taliban fugitives and suspects in Afghanistan and Pakistan.Alston articulated that killings ordered far from the battleground could lead to a “PlayStation”mindset. The CIA contested his findings by statingbut without confirming that it conductedthe airstrikes and military operations “within a framework of law and close government oversight.” Heyns—a South African Professor of Law—was of the view that there was a need to discuss responsibility for civilian casualties and how to ensure that the use of robots complied with IHL, and human rights standards for developing the AWT. Thus, Heyns asked the UN to take up the issue head-on by exhorting the then Secretary-General Ban Ki-moon to organizea group of national representatives, philosophers, IHL experts,human rights defenders,developers and scientists to promote a debate on the legal, political, ethical, and moral implications of UMW systems. There is a fundamental question that must immediately be addressed,i.e., should lethal force ever be permitted to be fully automated and unmanned? Is it legally and morally correct to allow UMW to kill humans on the battlefields? Is it in compliance with IHL to transfer the decision from human being to machines to kill humans?
International Human Rights Clinic (IHRC) released a document on November 19, 2012,called Losing Humanity: The Case against KillerRobots, wherein a ban on the production and use of UMW was advocated. Subsequently, US Department of Defence (DoD) circulated a Directive 3000.09 wherein DoD adumbrated its policies on the development and use of UMW. On April 9, 2013, Heyns askedfor a moratorium on the development of UMW until an acceptable legal framework is developed. However, the UN, IHRC,andDoD differed on the solution,andthey together commenced from the hypothesis that UMW would broach challenges of compliance to IHL. Therefore, the core principles of IHL such as principles of distinction and proportionality are insufficient to address the troubles raised by the UMW which require a more planned,controlledand coordinated legal regime to be emplaced to ensure the legality and morality of the use of UMW.There are also questions about the existing principles of command responsibility which are not adequate to provide the adherence of UMW with the IHL principles.
Unmanned Military Weapons?
Aroboticist Noel Sharkeydefines an unmanned machine as one that “carries out a preprogrammed sequence of operations or moves in a well-defined environment.” In contrast, anautonomous machine operates in an amorphous environment. It is de rigueurto distinguish between weapons that are developed and designed as automated and unmanned weapons and weapons that are trulyautonomous. The term “autonomy” can be challenging to define as it alludes to highly intelligent robotsthat are capable of individual decision-making. The reality looks a lot less like science fiction,and more like everyday robotics.Inquintessence, what makes a machine autonomous is its environment of operation rather than its internal procedures. The DoD espouses a comprehensive definition of UMW whereunder “a weapon system once that is activated, can select and engage targets devoid of further intervention by a human hand. It includes human-controlled UMW systems that are designed to allow human operators to supersede theoperation of the weapon structure but can chooseand securetargets without further participationafter activation. The DoD definition’s essential requirement is that once activated; it can “select and engage targets” without further human input. Human Rights Watch (HRW) adopts an identical definition “any robot that can select and engage targets without human input, even if there is a human oversight, will qualify as a fully autonomous robot.” Thus, these definitions encapsulate the distinguishing nature of UMW that humans are not indispensable for the targeting decision-making process. In essence, there is a difference of predictability between UMW automatic weaponry. An automatic weapon system is wholly predictable except a breakdown. However, the UMW can only be anticipated as a sequence of similar results. It is crucial to have the determination of distinction to appreciate the capability of UMW of having compliance with IHL norms.
The emergence of UMW can develop in two different directions: as the expansionofhuman soldiers or as the replacement of humans in the battleground by unmanned proxies.In other words, the distinction is between UMW that expand or replace our soldiers and those automatic war machines that could be potential soldiers. Currently, the dominant perception is that robots will be deployed only to supplement andbroaden our soldier’s engagement in thehostilities. In this context, UMW system isappreciatedas weapons that keep humans away from combat. Primarily, the UMW is the latesttechnological advancement that originated from the traditional archery. In the same way, the diagnostic responses to the potential introduction of UMW are notunusual. However, any introduction of new weapons is challenged by some as unethical or illegal.However, the idea that UMW will replace our soldiers is gaining currency in the years ahead. The UMW system is more than an extension of humans when they have the potential to decideto kill without human engagement in the hostilities. However, the deployment of drones could be castigated for a multitude of reasons, but their competence of compliance with the principles of IHL is indisputablebecause humans are involved in the targeting process.Whereas the UMW would take human operators out of the decision-making architecturethat has been contemplated under the IHL regime. It is an acceptable war doctrine that human beings have been maintaining distance from war through technology and weapons development since antiquity. But visualizing battle without humans has not yet been imagined and removing human soldiers from the war process would be a paradigmatic shift in the event of UMW system development.
The Future of UMW
Currently, the UMW is not in action entirely,but it has been growing gradually at a pace that has not been seen before. Several weapons systems are attaining full autonomous abilities. International experts like Werner JA Dahm in his piece “Killer Drones Are Science Fiction” published in The Wall Street Journal on February 15, 2012, stated that the deployment of UMW is predestined and impending in the future. He further contends that the technology required for “fully autonomous military strikes” is already present. The development of UMW would augment vertically and horizontally with aspects of operations such as take-off and navigation, and lead to full autonomy over time.With the technological advancements, more and more sophisticated sensing and computational systems will becarried out.The increased tempo of warfare and pressures to minimize casualties will also create demand forUMW. Several weapons systems include semi-autonomous capabilities already, and the level of automation in weapons systems is progressively increasing.
Recently, the South Korean military has posted an immobile sentinel robot in the Korean Demilitarized (KDZ) which can detect and select the military objects. Such a robot can respond with lethal or non-lethal force by the attending situation on the ground. However, the final decision about targeting must be of human beings and not of robots as robots would decide without human intervention. Nevertheless, the robot is competent to select and engage targets without human application, but its location in the KDZ makes it uncalled for the robot to differentiate between civilian and military objects. However, arobot treats any person as a hostile combatant who crosses the pre-demarcated line. The Aegis-class cruisers of the US Navy currently has the Phalanx Close-In Weapons Systems (PC-inWS) which are autonomously capable of performing its searches, detection, evaluation, tracking and killing assessment functions. The PC-inWS has been designed in four types: (1) semi-automatic, where humans command the firing decision; (2) automatic special, where humans decide targets, but the software determines how to execute them; (3) automatic, where humans supervise the system, but it operates without their input; and (4) casualty, where the systems does whatever is necessary to save the ship.
Thus, the UK has been testing a new semi-autonomous aircraft called Taranis and BAE Systems—the Designer—hailed it as an “autonomous and unmanned stealthaircraft” capable of autonomous aviation. However, humans have been retained for the time being,but they are likely to be replaced gradually. The X-47B—a semi-autonomous drone—the US has been developing that will take off and land without human deployment. The developer assertsthat it is a mechanism that “takes off, lands and aviates a preprogrammed mission, and then returns to base with a mouse click administered by its mission operator. The mission operator supervisesthe machine’s operation but does not actively involve in flying it via remote control as is the situation for other unmanned weapons systems currently in operation.The current development of X-47B does not envision autonomous target selection but would be capable of semi-autonomous flight. The development of UMW has been integratedinto all roadmaps of the US forces since 2004.The US Air Force’s Flight Plan proposesthat by the year 2025 completelyautonomous and unmanned flight systems will be a reality. Sharkey claims to have read certain robotics development projects from more than 50 countries including Canada which ispresently engaged in developing UMW systems.The US Air Force Major Michael A. Guetlin states that “[it] is not a matter of ‘will’ we employ [autonomous weapons]; it is a matter of ‘when’ we employ them.”
UMW System Advantages
Some tactical and operational factors promote the development of lethal UMW systems. The UMW systems are cheaper to operate than human-operated weapons and are capable of performing continuously, without the need for rest.Gordon Johnson, a member of the now-defunct Pentagon’s Joint Forces Command, highlighted the benefits of UMW: “They don’t get hungry. They are not afraid. They do not forget commands and directives. They do not worry if the guy next to them has just been hit or targeted. Will UMW do a better job than humans? Of course, Yes.Human operators are susceptible to fatigue and exhaustion.Though it can be possible to broaden mission times for humans of up to 72 hours with performance enhancers, eventually a human needs rest. The UMW is capable of performing for as long as their batteries sustain them. As battery and recharging technologyadvances, the possible mission and target time for UMW will continue to increase. A smaller number of humans are required for the operation of UMW systems. It may soon be possible for a single operator to manage a swarm of semi-autonomous drones, or for a single human commander to assign mission parameters to UMW, and monitor them from a secure distance. Therefore, it will allow for a distancing of the human warfighter and the battle space and expands the battle space. Consequently, the combatwill be able to be conducted over a much larger area than before. UMW has the capability of processing battleground information in a faster and efficient manner than human operators. UMW could be installed with a multitude of sensory technologies like infrared and thermal vision, high definition cameras and state-of-the-art acoustic sensors that would enhance UMW’s superiority over sensory capabilities of humans.
There are vulnerabilities with the modern remotely guided vehicles due to the possibility that would interfere with enemy satellites, radar systems or radio frequencies. However, the UMW systems assuage these anxieties as they would be capable of performing without perennial contact with base camp.At present, remotely piloted systems have a delay time of about1.5 Seconds, restrictingtheirefficacyin a greatertempo battlespace. Thus, the impugned delay would make it impracticalfor a remotely piloted system to combatin aerialwarfare, which UMW aeronautical capabilities would make achievable. The proponents of UMW advocatethat UMW may, in fact,bemore adept at adhering to the principles of IHL than the soldiers logic and emotions. The UMW systems might be capable of performingmore conservatively because they would not lunge forpreservation instinct. Therefore, robotic sensors would be better well-equipped to make battleground observations and surveillancethan human combatants. The UMW would be designed without emotions that are bound to cloud sense of judgment of human soldiers, but UMW would be free from all the psychological infirmities and frailties of scenario fulfillment; the experiencesand occurrencesof human beings which they use as new information to fit their pre-existing belief patterns and combat orientation.
It is, indeed, a reality now that UMW systems are here to stay as inalienable war machinery of the modern world and it is destined to be vertically and horizontally gradational in their advancement. The deployment of UMW systems posesa multitude of challenges including adhering to the IHL principles of distinction and proportionality. In IHL, principles, and standards have been defined for human soldiers and technology might never be able to substitute human beings in entirety. Making a distinction between civilian and combatants needs computational processing capability that has not been accomplished as of now. With the requisite technology development, the definition of civilian may not be adequately specific for UMW software. Therefore, the idiosyncratic and circumstantial nature of proportionality entails an assessment of dynamics that might not be workable for the machines. Further, there are ethical and moral challenges emanate from the UMW systems such as should the decision to kill a human being be assigned to a drone or robot? Having vigorously assessed the potentialchallenges of adherence to the IHL principles, we must not attribute UMW systems a higher standard than human management of warfare. However, there are umpteen instances of war crimes, indiscriminate attacks, crimes against humanity, and disproportionate use of force by the human soldiers in the human history. The introduction of UMW system is flgrantly bound to lead to the moral detachment and unethical expansion of battle space. But UMW has to peregrinate a long way before matching the human mind and human sense of justice. The UMW system is not necessary for making the distinction and calculating proportionality if measured against the human input.Nevertheless, human soldiers would be there in the loop as a goofproof when UMW system is first deployed in the battlefields; their engagement would fade away with the time. With the diminishing of human engagement, the complications confronted by the UMW in adhering to the principles of IHL would be unprecedentedly prominent necessitating the comprehensive lego-institutional analysis to re-conceiving the human terrain of International Humanitarian Law.
Negating Nuclear Bluff
The war of words between India and Pakistan’s militaries prove that both South Asian nuclear states are intertwined in a traditional security competition. Indian Army Chief Gen. Bipin Rawat, while delivering the annual Army dinner, stated:”We will call the (nuclear) bluff of Pakistan. If we will have to really confront the Pakistanis, and a task is given to us, we are not going to say we cannot cross the border because they have nuclear weapons. We will have to call their nuclear bluff.” Such statements of calling the ‘nuclear bluff’, ‘increased cross- border firing by Indian forces, which coupled with the proclamation of surgical strikes can lead to crisis instability in the region.
Director General Inter-Services Public Relations (ISPR) Major General Asif Ghafoor responded to the Indian army chief’s ‘nuclear bluff’ assertion by saying that such statements are unbecoming from a person of a responsible stature. He further stated that “Well, it’s their choice. Should they wish to test our resolve they may try and see it for them..…Pakistan’s credible nuclear deterrence is the only thing stopping India from a war.” Such statements by the Indian military officials, and a quick calculated response from Pakistan, have raised the concerns of security analysts regarding the regional security and strategic dynamics.
It could be an appropriate tactic of General Bipin for securing finances for the modernization of the Army, but an absurd and destabilizing statement for the strategic stability in South Asia. According to the analysts, such statements by Indian military officials can lead to crisis instability and force the Pakistan to hasten its evolution towards war fighting nuclear doctrine. Another alarming reality is that General Bipin has failed to realize the repercussions of misreading Pakistan’s nuclear weapon capability and too much confidence in India’s Cold Start Doctrine. Hence, Pakistan’s successful test of the ‘submarine-launched cruise missile Babur (SLCM Babur)’ can be viewed as a befitting response to India.
According to Pakistan’s Inter Services Public Relations (ISPR), Babur is submarine-launched cruise missile with range of 450 km. It was fired “from an underwater dynamic platform” and “successfully engaged its target with precise accuracy; meeting all … flight parameters”. The development of Babur (SLCM) is a significant component of a “credible second-strike capability” and a step towards reinforcing Pakistan’s policy of Credible Minimum Deterrence through self-reliance and indigenization.
Previously, on January 9, 2017, Pakistan conducted its first successful test of indigenously developed submarine launched cruise missile Babur-III. Babur-III is also advanced, mature and indigenously developed series of cruise missiles. The First test of Babur-III was considered by Pakistan’ security planners as a major milestone and a right step in right direction towards reliable second strike capability. After the successful test of Babur-III, Prime Minister Muhammad Nawaz Sharif, while congratulating the nation and the military on the first successful test-fire of the Submarine Launched Cruise Missile stated: “The successful test of Babur-3 is a manifestation of Pakistan’s technological progress and self-reliance.” He added: “Pakistan always maintains policy of peaceful co-existence but this test is a step towards reinforcing policy of credible minimum deterrence.” Therefore successful test of Babur-III, submarine launched cruise missile finalized the triad of Pakistan’s nuclear forces and second test of Babar on March 9, 2018 has enhanced Pakistan’s deterrence based on Second Strike Capability.
Another significant factor which forced Pakistan to acquire Second Strike Capability is India’s doctrinal transformation as it is clearly transforming its Nuclear Doctrine. New trends are emerging in India’s nuclear strategy as it is moving towards a ‘first-use’ or even a ‘first-strike nuclear strategy’. India’s nuclear doctrine is based on the ‘strategic ambiguity’, therefore it has been anticipated that India is shifting its nuclear strategy towards ‘counterforce targets’ rather than ‘counter value targets’. The second emerging trend is that India is moving towards the strategy of “First Use” or “Preemptive strike” from the “No-First Use strategy”. The abandoning of no first-use, development of missiles defense shield, fake claims of surgical strikes and calling the nuclear bluff are developments that are perilous for the regional security. Indeed, such events have forced Pakistan to maintain deterrence through qualitative and quantitative developments in nuclear forces. In the strategic landscape of South Asia, the presence of Pakistan’s credible second-strike capability is imperative for the continuity of the strategic stability between/among strategic competitors: India and Pakistan.
Subsequently, harsh statements by Indian military, its shifting nuclear doctrines and maturing sea based/ballistic missile defense developments capabilities are threatening for Pakistan. Such developments by India have been countered by Pakistan by carrying out two tests of nuclear-capable missiles, ‘Babur-3’ submarine-launched cruise missile (SLCM) and ‘Babar’. Pakistan’s tests of SLCM has further reinforced the debate on South Asian maritime security, second-strike capability and missile defense technologies in the regional landscape. To conclude, it’s impossible for the Indians to alter the strategic equilibrium between India and Pakistan. Though Islamabad is not matching the Indian conventional military buildup, yet it is gradually advancing its nuclear arsenal. Hence, Pakistan’s successful test of indigenous Submarine Launched Cruise (SLC) Missile ‘Babur’ has negated India’s desire to call Pakistan’s ‘nuclear bluff’ and has augmented the credibility of Pakistan’s nuclear deterrence strategy. Addition of ‘Babur’ in Pakistan’s military inventory confirms that Pakistan armed forces are prepared to thwart any kind of Indian armed forces military adventurism.
A Likely Path to Nuclear Annihilation
U.S. President Donald Trump asserted on the morning of April 12th, “Never said when an attack on Syria would take place. Could be very soon or not so soon at all!” This statement from him is interpreted here as constituting a public promise from him to start the overt phase of America’s invasion of sovereign Syrian territory, no longer just continue the prior phase, which has relied instead upon America’s proxy forces, which originally were the ones that were led by (U.S.-Saudi-Qatari-UAE supplied and armed) Al Qaeda in Syria, but increasingly now are Syria’s Kurds, which have taken control over a third of Syrian territory, in Syria’s northeast. This area includes the oil-producing region, from Deir Ezzor northward, and the conquest would cripple Syria’s economic future, so that U.S-Saudi control of the entire country would be only a matter of time.
On April 4th, Emily Burchfield, a program assistant at the Atlantic Council — NATO’s leading PR agency — headlined the following, in order to explain the U.S. military’s (i.e., NATO’s) objectives in Syria (and the whole headline-bloc is quoted here, because it succinctly states the article itself): Analysis: Washington Still Has Work to Do in Former ISIS Territories
Before the U.S. pulls out of Syria, Washington needs to address a governance gap left in some former ISIS territories. Otherwise, marginalized Arab communities will likely ally with the Syrian government or extremist forces, writes Emily Burchfield of the Atlantic Council.
The U.S. military, in other words, cannot accept that “marginalized Arab communities” will “ally with the Syrian government.” Analogous within the United States itself would be if some foreign power refused to accept that “marginalized White communities” will “ally with the U.S. government.” In other words: this is clearly a military demand (a demand that came to be expressed here by a paid employee of NATO’s top PR agency, the Atlantic Council) to break up the country.
Whereas the prior U.S. President, Barack Obama, had tried everything short of all-out direct military invasion — as contrasted to indirect invasion by U.S. proxy armies of jihadist mercenaries — in order to conquer or at least to break up Syria, the current U.S. President, Trump, is resorting now to the direct military invasion route: he’s taking the path that Obama had declined to take.
Syria’s allies are Iran and Russia. These allies have enabled Syria to survive this long, and they all would be capitulating to the U.S. if they accepted the U.S. military invasion of Syria. For them to do that, would be for them to display, to the entire world, that the United States is their master. The U.S. Empire would, in effect, be official, no longer merely aspirational.
In the case of Russia, since it is the other nuclear super-power, this would be not just a surrender to the other nuclear super-power, but also Russia’s doing that without even waging a conventional-forces war against the U.S. Empire. That is extremely unlikely.
Consequently, Russia is probably now (on April 12th) coordinating with Iran, and with its allies, such as Hezbollah in Lebanon, a conventional-forces war against the invaders.
If that conventional-forces war inflicts more damage to U.S.-and-allied forces than they inflict against Syria, that would, in military terms, constitute a “military defeat” for the U.S.
This would leave the U.S. only two options:
Either accept that Russia is another nuclear super-power (which the U.S. Deep State has refused to accept), and end the previously subterranian war to conquer it that was started by George Herbert Walker Bush on the night of 24 February 1990, or else blitz-attack Russia itself in order to eliminate enough of Russia’s retaliatory weapons so as to ‘win’ the nuclear war — i.e., inflict even more destruction upon Russia than Russia would still possess and control the surviving weaponry to inflict against America in response.
Optical Missile Tracking Systems and Minimum Credible Deterrence
There was a time in human history when nuclear technology was the “it” technology; no one could imagine anything beyond it. The destruction and wrath it brought was not only terrifying but mesmerizing. It was fascinating for ordinary people, leaders, scientists and states that the smallest particle of matter upon breaking can release energy which could burn down a whole city in seconds. Thus, invention of nuclear weapons changed the way of thinking of nations, states and leaders. Mastering the fission of radioactive atom to enable it to release energy is not a child’s play; states invest billions in currency to make nuclear weapons.
At the operational level, a nuclear weapon requires delivery systems. In this regard, strategic bombers, ships, submarines and missiles are commonly used delivery vehicles by the states. But, one of the most significant and reliable delivery systems is missiles, With missiles, states can launch nuclear pay load from their own territory or from any other place without risking its human resource, in case of sending bombers. Missile technology all around the world is growing by leaps and bounds. After nuclearization, both Indian and Pakistan pursued missile technologies including ballistic missiles, cruise missiles, ballistic missile defences, Multiple Independently re-entry targetable vehicles and inter-continental ballistic missiles as well. States invest in nuclear weapons because it helps them achieve deterrence which stops states from using nuclear option due to fear of unacceptable damages to one’s vital interests. However, to endorse credibility of nuclear weapons, states invest in military modernization.
The main objective behind nuclearization of Pakistan was to create deterrence against India but without indulging into arms race. Thus, policy of minimum credible deterrence was developed by Pakistan. Later on, after India’s attempt to exploit the levels beneath nuclear threshold, Pakistan resorted to the policy of full spectrum deterrence without going for arms race. So, to create credible but minimum deterrence at the start of year 2017, Pakistan tested multiple independently reentry targetable vehicle (MIRV), which can deliver multiple nuclear war heads in one go.
Development of MIRV by Pakistan is neither consequence of ambitious national objectives nor is it meant to initiate an arms race in the region. But, it is to make nuclear deterrence viable against India’s BMDs which can intercept incoming ballistic missiles through interceptors and destruct them in the air.
Pakistan, due to its economic restraints could not go for BMD in response to India; as it is an expensive technology that has yet to achieve 100% success rate. So, considering its options, MIRVs came out as the most rational choice. However, MIRVs are one of the most complex technologies in which missile can carry more than one warhead in a single launch and with the capability to hit multiple individual targets. They require technological sophistication in not only sending so many vehicles in one launch but also in yield and most importantly in accuracy. With enough yield and accuracy MIRVs provide states the capability to go for pre-emptive strikes. Thus, MIRV have the capability to overwhelm the BMD system and resultantly eliminate the false sense of security under which India could go for first strike.
To increase the accuracy of MIRV missiles, Pakistan bought highly sophisticated, large scale optical tracking and measurement system from China. According to national news agency, Pakistan has deployed this sophisticated technology in battlefield. Before Chinese system, Pakistan was utilizing indigenous systems. Nonetheless, it will help Pakistan record high-resolution images of a missile’s departure from its launcher, stage separation, tail flame and, after the missile re-enters atmosphere, the trajectory of the warheads it releases. These functions will be possible because the system bought by Pakistan comes with a pair of high-performance telescopes equipped with a laser ranger, high-speed camera, infrared detector and a centralised computer system that automatically captures and follows moving targets. However, what makes this system unique is its ability to detect missile up to range of several hundred kilometers through the help of its telescopes. The timing of these telescopes are precisely synchronized with the atomic clock. Thus, now Pakistan can track different warheads going in different directions simultaneously. Moreover, through visual imagery, the missile developers can improve the accuracy and design of missile in much better way.
So, with this technological uplift, Pakistan will soon add Ababeel (MIRV) into its operational missile inventory. But, these actions by Pakistan are not to give rise to arms race rather they are the reactions to the actions taken by India. BMDs by India never strengthened nuclear deterrence or stability rather they eliminated the deterrence by nulling the credibility of ballistic missiles. As a result, to maintain credibility of its deterrence though minimum means, Pakistan opted for MIRV, as missile tracking systems are essential in improving the accuracy and designs of missiles. If anything indicates arms race in the region, it is India’s ICBMs, naval nuclear fleets and space weaponization.
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