Tag Archives: SLOC

Undersea Cables and the Challenges of Protecting Seabed Lines of Communication

Seabed Warfare Week

By Pete Barker

Introduction

For centuries, the sea has enabled trade between nations. Shipping continues to underpin international commerce today. But there is another unseen contribution that the oceans make to the current global order. Deep below the waters, travelling at millions of miles per hour, flickers of light relay incredible quantities of information across the world, powering the exchange of data that forms the internet. From urgent stock market transactions to endless videos of cats, undersea cables support many aspects of twenty first century life that we take for granted. A moment’s thought is sufficient to appreciate the strategic importance of this fact. As a result, any discussion of future seabed warfare would be incomplete without a consideration of the challenges presented by ensuring the security of this vital infrastructure.

Strategists have neglected submarine cables. Whilst topics such as piracy and cyber attacks on ports frequently arise in discussions on maritime threats, cables have not always been as prominent. Some authors have identified the potential risks (such as this 2009 report for the UN Environment World Conservation Monitoring Centre), but these works have not always received the attention they deserve.

There are signs that this is changing. A recent report for the Policy Exchange by Rishi Sunak, a member of the UK Parliament, gained significant media coverage. It was not ignored by senior military figures. A few weeks later, the United Kingdom Chief of Defence Staff, Air Chief Marshall Sir Stuart Peach, gave a speech to RUSI, where he said “there is a new risk to our way of life that is the vulnerability of the cables that crisscross the seabed.” The same month, Mark Sedwill, the UK National Security Advisor, gave evidence that “you can achieve the same effect as used to be achieved in, say, World War Two by bombing the London docks or taking out a power station by going after the physical infrastructure of cyberspace in the form of internet undersea cables.”

This is a present threat, not just a hypothetical one. In late 2017, the NATO Submarine Commander Rear Admiral Lennon of the United States Navy revealed “We are now seeing Russian underwater activity in the vicinity of undersea cables that I don’t believe we have ever seen. Russia is clearly taking an interest in NATO and NATO nations’ undersea infrastructure.” The challenge is to maintain this focus and turn a passing spotlight into seriously considered policy.

Understanding Submarine Cables

Vast technical expertise is not necessary to understand why submarine cables are so important. A basic awareness of their construction and use is sufficient. The internet is, at its most basic level, a transfer of information. With the advent of cloud computing, the simple act of storing a file means that data travels from a user on one continent to a server halfway around the world. Although popular imagination sees this happening by satellite relay, in over ninety five percent of cases the physical means for moving this information is a series of light pulses, travelling along a fiber optic cable laid over land and under the sea. These cables are thin silica tubes embedded in a protective cladding, approximately the size of a garden hosepipe. The capacity of these cables to transmit data is ever-increasing. Recent experimental cables have been reported as being capable of transmitting up to one petabyte of data per second. To add some perspective, a petabyte of storage would allow you to store enough music that you could play it continuously for two thousand years.

Submarine cables are mainly private assets. Although expensive (an intercontinental cable is cited as costing between $100 million to $500 million), they are significantly cheaper than the satellite alternatives. In addition to the ownership by telecommunications companies, internet companies, including Facebook and Google, now heavily invest in submarine cables. These cables are laid by specialized ships, capable of carrying up to 2000km of cable, which can be laid at a rate of up to 200km per day. In offshore areas, the cable is laid directly onto the seabed. On the continental shelf, a plough is used to bury the cables and provide some protection from accidental damage, usually caused by anchors.

Attacks on Submarine Cables

These cables are vulnerable to deliberate attack in many ways. The most basic method of attack is simply to break the cable. Their construction means that this task presents little difficulty either mechanically or through the use of small explosive charges. Finding these cables is equally simple. The location of the cables is widely promulgated in order to prevent accidental damage but there is little to stop adversaries from exploiting this information for nefarious ends. Whilst there are a network of repair ships around the world, it is obvious that any service denial cannot be instantly fixed. Multiple attacks, particularly on alternative cable routes, would quickly exacerbate problems and could be organized relatively easily. As the Policy Exchange report highlighted, there is no need to actually proceed to sea to attack the cable network. The landing stations, locations where the submarine cables come ashore, are both well-known and lightly protected. This is a potent combination, particularly when cables are located in fragile states and presents additional challenges when assessing the security of the network.

Cables can also be attacked in non-physical ways. Although shrouded in classification, intelligence analysts have openly stated in national newspapers that the U.S. submarine, USS Jimmy Carter, may have the capability to “tap” undersea cables and obtain the data being transferred without breaching the cable. There are concerns that the Russian Yantar vessels share similar capabilities and these are explored in depth in a recent post by Garrett Hinck. Military planners must understand that defending the submarine cable network might not mean simply preventing physical attack but also ensuring the integrity of the data being transmitted.

Legal Protections

Legally, the status of undersea cables have little protection, particularly when they are outside the jurisdiction of any state and lie on the seabed of the high seas. This is certainly the conclusion of the two major legal studies that have addressed the problem. Professor Heintschel von Heinegg considered submarine cyber infrastructure in a chapter of a NATO Cooperative Cyber Defence Centre of Excellence publication in 2013 and concluded that “the current legal regime has gaps and loopholes and that it no longer adequately protects submarine cables.” Similarly in 2015, Tara Davenport of Yale Law School examined the same topic and stated “the present legal regime is deficient in ensuring the security of cables.” The peacetime protection of submarine cables is a grey area in the law and this provides an additional challenge when assessing how cables should be protected.

The legal status of submarine cables in times of war is equally unclear as observed recently in a post for the Cambridge International Law Journal and another post on Lawfare. There is no authoritative work examining the status of submarine cables in armed conflicts, but even a brief overview is sufficient to highlight the problem. The first question is whether an attack on a submarine cable (outside of a state’s jurisdiction) qualifies as an “armed attack” for the purposes of article 51 of the UN Charter, permitting the use of force by a state in self-defense. The Tallinn Manual on the Law Applicable to Cyber Operations takes the position that the effects of a cyber operation must be analogous to those resulting from a “standard” kinetic armed attack. Simultaneously, it acknowledges that the law is unclear as to when a cyber operation qualifies as an armed attack. Would the consequences of a submarine cable breach be sufficiently serious to raise it to the level of an armed attack? It is difficult to provide a definitive answer but if the answer is ‘no’, then states would not be entitled to use military force to defend submarine cables in the absence of an existing armed conflict. With regard to illicit surveillance of cables, the Tallinn Manual clearly concludes that intelligence gathering from submarine cables would not amount to an armed attack.

The ability of States to target submarine cables during times of war is also open to discussion. Objects may be targeted under international humanitarian law if they make an effective contribution to military action due to their nature, location, purpose, or use and if their total or partial destruction, capture or neutralization offers a definite military advantage. The best example of the extent of military reliance on civilian owned and operated undersea cables is contained in a 2010 Belfer Center paper. This records that three of the largest cables between Italy and Egypt were severed in late 2008. As a result, U.S. UAV operations in Iraq were significantly reduced. Submarine cables simultaneously transmit critical military and civilian data. Whilst the presence of the former means that they may be targeted, this is always subject to the principles of proportionality and precautions in attack, designed to minimize the harm to the civilian population. Due to the range of data carried by cables and the number of services that are likely to be affected, these assessments may be very difficult to carry out. An understanding of when cables can be targeted is likely to be highly fact sensitive and it is entirely possible that states will take different views on when this is permissible.

Strategies for the Undersea Cable Problem

Clearly, a protection strategy for undersea cables cannot depend solely on military action. It is impossible to protect the entire cable network given its global expanse. The geographic area requiring protection is simply too large, even for the most powerful of navies. The natural consequence of this conclusion is to focus on identifying and intercepting ships and submarines capable of interfering with the cable network. However, the practicalities of this option are not promising. The technology required to tamper with cables is not overly sophisticated. It can be hosted in a wide range of vessels and easily transferred between them. Submarines present additional challenges in monitoring, tracking and interception, requiring the use of satellites, intelligence, and underwater sensors. For a military commander, the task of protecting seabed submarine cables from attack can seem almost impossible.

Global map of submarine cables [click to expand] (Ben Pollock/Visual Capitalist)
Given this conclusion, national strategies may need to focus on alternative methods of safeguarding the exchange of information. One method would be to increase the level of redundancy within the system by laying additional cables. As cables are expensive and most cables are privately owned, additional routes have to be assured of sufficient funding to make them viable. Somewhat ominously, the International Cable Protection Committee (which represents cable owners) states that “most cable owners feel that there is enough diversity in the international submarine cable network.” This might be true if the only threat is from accidental damage. However, this analysis might change with the realistic prospect of deliberate targeting.

The ideal solution would be the existence of a globally accepted international treaty giving protection to submarine cables by prohibiting interference and clarifying the status and protections of cables. It is a solution advocated by a number of the sources previously cited. Given the shared interests of many, if not all states, in securing the submarine cable network, this may not be unattainable. Regulation of these cables outside the territories of states would not involve any restriction on national territorial sovereignty, increasing the chance of multilateral agreement. Unfortunately this opportunity has not been seized by a distracted international community.

Conclusion

Arguably the most important strategic asset on the seabed is the submarine cable network. They present a unique vulnerability that is challenging to protect and subject to an uncertain legal regime. Any analysis of seabed warfare must concern itself with cable protection. The best way to achieve this is the adoption and acceptance of a treaty regime that acknowledges their importance to the modern world. Until this is achieved, military commanders must factor the exceptional challenges of defending these cables into their plans for seabed warfare.

Lieutenant Commander Peter Barker is a serving Royal Navy officer and barrister. He is currently the Associate Director for the Law of Coalition Warfare at the Stockton Center for the Study of International Law (@StocktonCenter), part of the U.S. Naval War College.  He can be contacted at peter.barker.uk@usnwc.edu.
 

This post is written in a personal capacity and the views expressed are the author’s own and do not necessarily represent those of the UK Ministry of Defence or the UK government.

Featured Image: The submersible Alvin investigates the Cayman Trough, a transform boundary on the floor of the western Caribbean Sea. (Emory Kristof, National Geographic)

India and Japan — A Yen for a Closer Maritime Engagement

The following article originally appeared in South Asia Defence and Strategic Review and is republished with permission.

By Vice Admiral Pradeep Chauhan, AVSM & Bar, VSM, IN (Retd)

Japan is very much the flavor of the current Indian season. Especially when juxtaposed against China, Japan is acknowledged by New Delhi as being one of the most significant maritime players in the Indo-Pacific. Indeed, Japan’s steadily deteriorating and increasingly fractious relationship with China is a prominent marker of the general fragility of the geopolitical situation prevailing almost throughout the Indo-Pacific. Within this fragile environment, New Delhi is seeking to maintain its own geopolitical pre-eminence in the IOR and relevance in the Indo-Pacific as a whole by adroitly managing China’s growing assertiveness. In this process, Japan and the USA (along with Australia, Vietnam, South Korea, and Indonesia) collectively offer India a viable alternative to Sino-centric hegemony within the region. However, before it places too many of its security eggs in a Japanese basket, it is important for India to examine at least the more prominent historical and contemporary contours of the Sino-Japanese relationship. As India expands her footprint across the Indo-Pacific and examines the overtures of Japan and the USA to seek closer geopolitical coordination with both, it is vital to ensure that our country and our navy are not dragged by ignorance, misinformation or disinformation, into the law of unintended consequences.

Map of Sea of Japan.

The influence of China, with its ancient and extraordinarily well-developed civilization, upon the much younger civilization of Japan1 has been enormous. Even the sobriquet for Japan — the Land of the Rising Sun — is derived from a Chinese perspective, since when the Chinese looked east to Japan they looked in the direction of the dawn. As Japan began to consolidate itself as a nation, between the 1st and the 6th Century CE, it increasingly copied the Chinese model of national development, administration, societal structure and culture. And yet, for all that, there is also a history of deep animosity between the two countries, which manifested itself across of whole range of actions and reactions. At one end was China’s disapproval of Japan attempting to equate itself with the Middle Kingdom (as when Japan Prince Shotoku, in 607 CE, sent a letter to the Sui emperor, Yangdi, “from the Son of Heaven in the land where the sun rises to the Son of Heaven in the land where the sun sets.”) At the other, lay armed conflict. Over the course of the past two millennia, Japan and China have gone to war five times. The common thread in each has been a power struggle on the Korean Peninsula. Even their more contemporary animosity dates back to at least 1894 — during the Meiji Restoration in Japan. It is true that, much like India and Pakistan, relations between China and Japan have witnessed periods of great optimism. For instance, Sino–Japanese relations in the 1970s and early 1980s were undeniably positive and ‘historical animosity’ was not a factor strong enough to foster tensions between the two nations at the time. However, it is also true, once again like India and Pakistan, that these periods of hope have been punctuated by a mutuality of visceral hatred. In the Sino-Japanese War of 1894-95, China, which was mired in political conflict and civil war, suffered eight months of comprehensive defeats leading, amongst other indignities, to the occupation of Taiwan by Japan. The historical echoes of this horrific conflict and its humiliating aftermath for China resonate to this day.

The most prominent Sino-Japanese contributor to contemporary geopolitical fragility is the Senkaku/ Diaoyu Islands dispute. This is an extremely high-risk dispute that could very easily lead to armed conflict, especially in the wake of Japan’s nationalization of three of the islands in September 2013. Reacting strongly to this unilateral action by Japan, China established an Air Defense Identification Zone (ADIZ) on 23 November, 2013, encompassing (inter alia) these very islands. This, in turn, was immediately challenged by the USA, Japan, and South Korea. Within days of the Chinese declaration, military aircraft from all three countries flew through China’s ADIZ without complying with the promulgated ADIZ regulations.  Perhaps because of the robustness of this response, China has not been enforcing this ADIZ with any great vigour, but has not withdrawn it either. It is appreciated that this is a long-term play, because China would acquire strategic advantage by asserting a maximalist position, then seeming to back down, while preserving some incremental gain — akin to a ‘ratchet’ effect.  This is an example of ‘salami slicing’ — of which much has been made in a variety of Indian and Western media.

China’s increased military activities in this maritime area have certainly caused a fivefold rise in the frequency with which Japanese fighter jets have been forced to scramble in preparedness against Chinese aircraft intrusions into Japanese airspace over the East China Sea (ECS). Japanese aircraft have moved up from 150 scrambles in 2011 to a staggering 1,168 scrambles in FY 2016-17. (The Japanese FY, like that of India, runs from 01 April to 31 March.)  Given that fighter pilots are young, aggressive, and trained to use lethal force almost intuitively, this dramatic increase in frequency of scrambles causes a corresponding increase in the chance of a miscalculation on the part of one or both parties that could result in a sudden escalation into active hostilities.  

Even more worrying is the prospect that once China completes her building of airfields on a sufficient number of reefs in the Spratly Island Group, she would promulgate an ADIZ in the South China Sea. Should she do so, the inevitable challenges to such an ADIZ would probably bring inter-state geopolitical tensions to breaking point.

All in all, the increased militarization and current involvement of the armed forces of both countries in the Senkaku/ Diaoyu islands have grave implications for geopolitical stability. To cite a well-used colloquialism, “once you open a can of worms, the only way you can put them back is to use a bigger can.” In the case of the Senkaku/ Diaoyu Islands, both Japan and the PRC have certainly opened ‘a can of worms’ and now both are looking for a bigger can. Thus, both countries are jockeying for geopolitical options with both the USA as well as with other geopolitical powers that can be brought around to roughly align with their respective point of view. Japan’s alliance with the USA and its active wooing of India and Australia with constructs such as Asia’s Democratic Security Diamond is one such ‘larger can.’   

Yet, Japan’s geopolitical insecurities in its segment of the Indo-Pacific are not solely about the Senkaku/ Diaoyu islands. Japan’s apprehension in 2004-05 that China’s exploitation of the Chunxiao gas field (located almost on the EEZ boundary line — as Japan perceives it) was pulling natural gas away from the subterranean extension of the field into the Japanese side of the EEZ boundary brought the two countries to the brink of a military clash. While the situation has been contained for the time being, it remains a potential flashpoint. Across the Sea of Japan /East Sea lie other historical and contemporary challenges in the form of the two Koreas, a Russia that appears to be in a protracted state of geopolitical flux, and of course, the omnipresent elephant in the room, namely, the People’s Republic of China.

Closer home, Japan’s Maritime Self Defense Force (JMSDF) is present and surprisingly active in the Indian Ocean Region (IOR) as well. Its interest in maintaining freedom of navigation within the International Shipping Lanes to and from West Asia in general, and the Persian Gulf and the Gulf of Aden in particular, are well known features of Tokyo’s ‘energy security’ and ‘security-of-energy’ policies. Off the Horn of Africa at the southern tip of the Gulf of Aden, the ‘war-lord-ism’ that substitutes for governance in Somalia is a source of strategic concern at a number of levels. Although rampant piracy and armed-robbery have been checked for the time being, only the most naive optimism can indicate anything but continued strategic instability in and off Somalia — at least for the foreseeable future. The JMSDF’s deployments on anti-piracy missions, involving two destroyers and two long-range maritime-patrol (LRMP) aircraft, have been ongoing since 2009 and will continue through 2017. However, such deployments are at the cost of the JMSDF ORBAT (Order of Battle) within the ECS and the Sea of Japan — areas where, as has already been described, Japan faces far more serious and immediate threats than in West Asia. If India was to explicitly offer the protection of its Navy specifically to Japanese merchantmen in and around the Gulf of Aden, this might free the JMSDF warships and LRMP aircraft from this maritime space and permit them to be redeployed in the ECS to contain and counter China’s naval as well as ‘grey zone’ operations (the latter involving predominantly paramilitary maritime forces). Of course, within the north Arabian Sea, the JMSDF has commitments to the USA-led Coalition Task Force (CTF) 150 (in and off the Persian Gulf) as also to CTF 151 (in and off the Gulf of Aden), which would also have to be factored. These notwithstanding, a specific Indian commitment of Indian naval anti-piracy protection to Japanese trade is likely to go down very well with both Tokyo and Washington, and is something that the Indian Navy with its present warship resources could certainly manage.

As is the case with India, Japan, too, is engaged in a series of ongoing efforts to reduce its energy-vulnerabilities. For both India and Japan, this has brought centrality to the environs of the Mozambique Channel, a sadly neglected chokepoint of the IOR, but one that now offers a great deal in terms of strategic collaboration and coordination between Tokyo and New Delhi. To the northwest of this sea passage, Tanzania is engaged in an intense rivalry with Mozambique over newly discovered offshore gas fields in both countries. Tanzanian offshore discoveries off its southern coast, between 2012 and 2015, have raised the official figure of exploitable reserves to as much as 55 trillion cubic feet (tcf). As a comparator, India’s recoverable reserves are 52.6 tcf. The story in Mozambique is even more promising. Since 2010, Anadarko Petroleum of the US, and Italy’s Eni, have made gas discoveries in the Rovuma Basin in the Indian Ocean that are estimated by the IMF collectively to approximate 180 tcf, equivalent to the entire gas reserves of Nigeria. When developed, these gas reserves have the potential to transform Tanzania and Mozambique into key global suppliers of liquefied natural gas. Indeed, once gas production hits its peak, Mozambique (in particular) could well become the world’s third-biggest liquefied natural gas exporter after Qatar and Australia. Obviously, India and Japan, not to mention China, are deeply interested in this LNG as it will allow each country to ‘wake up’ — at least partially — from their common ‘Hormuz Nightmare’ vis-à-vis the sourcing of LNG from Qatar. Where India is concerned, LNG from Rovumo will additionally negate any Chinese-Pakistani interdiction-possibilities ex-Gwadar. In fact, just as the Gulf of Guinea on the western coast of Africa is a vastly preferred source of petroleum-based energy for Europe and the USA precisely because there are no chokepoints along the route from source-to-destination, a somewhat-similar situation would prevail for India, Japan, and China were they to source their energy from East Africa and the Mozambique Channel.

It is therefore  encouraging to note that by April 2015, an Indian consortium comprising the ONGC, IOL, and BPC had purchased a combined 30 percent stake in Anadarko’s ‘Rovuma’ fields at a cost of US $6.5 billion to be amortised over a four year period. Japan and South Korea, too, — both growing partners of India — have invested with both Anadarko and Eni: the Japanese energy company Mitsui now holds a 25 percent stake in Anadarko’s concession and Korean Gas Corp (Kogas) holds a 10 percent stake in Eni’s concession. Unsurprisingly, China, too, is a major player and the ‘China National Petroleum Company’ (CNPC) has bought into the Italian firm ‘Eni’ to the tune of US $ 4.2 Billion, for a 28 percent stake. Once this LNG begins to be shipped eastwards, the Indian Navy could once again be the guarantor of Japanese Sea Lines of Communication (SLOCs) at least from Mozambique to the SCS, if not all the way to Japan.

Another important driver for Japanese strategic maritime interest in the IOR is food security. Often given insufficient attention by Indian analysts, this is, nevertheless a significant factor in Japan’s geopolitics. Even though Japan is amongst the world’s richest countries, her food self-sufficiency ratio is remarkably low compared to other industrialized nations. In particular, Japan’s high cereal import dependency rate and low food self-sufficiency rate make her particularly vulnerable. As of 2015, Japan was producing only about 39 percent of the food it consumed reflecting a major decrease from the 79 percent in 1960, and the lowest food self-sufficiency ratio among all major developed countries. Moreover, Japan depends on a very small number of countries for the majority of its food imports — 25 percent come from the USA alone, while China, ASEAN and the EU account for another 39 percent  — and all of it travels by sea. In order to reduce her consequent geopolitical vulnerability and diversify her SLOCs, Japan has invested in agricultural projects (the purchase, from relatively poor nations abroad, of enormous tracts of farmland upon which food is grown and shipped back to Japan). This activity, which has serious ethical issues associated with it, is considered by ethical activists to be ‘land grabbing’, especially as it takes callous advantage of the need for cash-strapped African nations for money, leading the governments of these countries to deny their own (often impoverished) people the agricultural produce of their own land. Nevertheless, ‘farming abroad’ has emerged as a new food supply strategy by several import-dependent governments, including Japan. Where Japan is concerned, several of its large-scale investments are concentrated in Mozambique, causing Japan to concern herself with the geopolitical stability of this portion of the Indian Ocean and the International Sea Lanes (ISLs)/SLOCs leading to Japan. This drives the noticeable fluctuation between Japan’s commitments to contribute to international development policies and the more narrow-minded pursuit of its national interests and intensified efforts to strengthen its position in international politics in relation to China. For New Delhi, however, this represents yet another opportunity to leverage Indian naval capability to commit itself to keeping Japanese ‘Food SLOCs’ open and safe.  

Zooming in to India’s immediate maritime neighbourhood, Japan’s willingness to partner with vulnerable countries in planning activities, and also provide for and engage in preventive and curative measures with regard to Humanitarian Assistance and Disaster Relief (HADR), holds great promise for an active India-Japan partnership under a joint IONS-WPNS rubric. The benefits that would accrue from such an initiative have very substantial and substantive strategic implications.

With Pakistan remaining a constant spoiler and a global sponsor of terrorism, India’s hugely improved relations with Bangladesh offer additional opportunities for New Delhi to coordinate its own maritime strategic gameplay with that of Japan. Japan, for instance, is poised to provide a viable alternative to the now abandoned Chinese-sponsored Sonadia Port project in Bangladesh, by way of the development of a coal-based 1,200 MW power plant as well as a new deep-water port at Matarbari in Cox’s Bazaar, just 25 km away from Sonadia.

India’s own maritime engagement with Japan is being driven along at a brisk pace by a strong mutuality of interests, and a number of institutional mechanisms at both Track-1 and Track-2 levels are now functional. At the Track-1 level, maritime engagement per se is provided focus through the ‘India-Japan Maritime Affairs Dialogue,’ which was established in January 2013. Spearheaded by India’s MEA (Disarmament and International Security Affairs [DISA] Division) and Japan’s Foreign Policy Bureau, the dialogue covers a wide ambit, including, inter alia, maritime security including non-traditional threats, cooperation in shipping, marine sciences and technology, and marine biodiversity and cooperation. However, the bilateral maritime-security engagement is probably the most relevant to the Indian maritime interest under discussion, namely, the obtaining and sustaining of a favourable geopolitical position. It is vital to bear in mind that, contrary to many Indian pundits who examine geoeconomics in isolation, geoeconomics is a subset of geopolitics, as is geostrategy. To reduce it a simple equation, Geopolitics = Geoeconomics + Geostrategies to attain geoeconomic goals + Geostrategies to attain non-economic goals + Interpersonal Relations between the leaders of the countries involved.

Within the Indian EEZ, India-Japan-USA maritime-scientific cooperation is already in evidence in one of the most exciting and promising areas of energy, namely, gas hydrates. Gas hydrates, popularly called ‘fire-ice,’ are a mixture of natural gas (usually methane) and water, which have been frozen into solid chunks. In 1997, in recognition of the tremendous energy-potential in gas hydrates, New Delhi formulated a ‘National Gas Hydrate Programme’ (NGHP) for the exploration and exploitation of the gas-hydrate resources of the country, which are currently estimated at over 67,000 tcf (1,894 trillion cubic meters [tcm]). Once again, as a comparator, India’s exploitable reserve of conventional LNG is a mere 52.6 tcf. The two exploratory expeditions (NGHP-01 and NGHP-02) that have thus far been mounted have been in conjunction with the U.S. Geological Survey (USGS) and the Japan Agency for Marine-Earth Science and Technology (J AMSTEC). They have yielded extremely encouraging results that border on the spectacular, confirming the presence of large, highly saturated, accumulations of gas hydrates in the Krishna-Godavari (KG) and Mahanadi Basins that are amongst the richest in the world. Production of even 10 percent from this natural reserve would be sufficient to meet the country’s vast energy requirement for a century or more — a cause of considerable optimism for energy-starved India and Japan. The 2015 edition of the ‘India-Japan Science Summit’, too, has reiterated the intent of both countries to continue joint surveys for gas-hydrates within India’s EEZ, using the Japanese drilling ship, the Chikyu.    

Military interaction with Japan is progressing at the policy level through the Japan-India Defense Policy Dialogue, while operational-level engagement proceeds under the aegis of the Comprehensive Security Dialogue (CSD) and Military-to-Military Talks (initiated in 2001). Naval cooperation is by far the most dynamic and is steered through the mechanism of annual Navy-to-Navy Staff Talks.

Tokyo and New Delhi are also actively expanding their defense trade and the acquisition by India of Japanese ShinMaywa US-2i amphibious aircraft remains very likely. Japan is also looking to undertake the construction of maritime infrastructure in the Andaman and Nicobar (A & N) Islands. An eventual aim could well be to integrate a new network of Indian Navy sensors into the existing Japan-U.S. “Fish Hook” Sound Surveillance System (SOSUS) network to monitor the movement of Chinese nuclear-powered submarines.

As Satoru Nagao of the Tokyo Foundation, writing in the ORF’s publication  Line in the Waters succinctly puts it, “Tokyo and New Delhi have an important role to play to advance peace and stability and help safeguard vital sea lanes in the wider Indo-Pacific region. Since Asia’s economies are bound by sea, maritime democracies like Japan and India must work together to help build a stable, liberal, rules-based order in Asia.” 

Clearly, there is a mutual yen for a closer maritime engagement.

Vice Admiral Pradeep Chauhan retired as Commandant of the Indian Naval Academy at Ezhimala. He is an alumnus of the prestigious National Defence College.

[1] Chinese civilizational framework prevailed throughout the East Asian region, but the Japanese version of it was distinctive enough to be regarded as a civilization sui generis.

Featured Image: Group photograph on board INS Shivalik with Japanese Naval Seadership at Port Sasbo, Japan on 24 Jul 14 (Indian Navy)