Why Countries are Investing in it right now?

By Stuti Kakkar

“Cryptocurrency is increasingly being used to crowdfund war, with the tacit approval of governments” said Tom Robinson, the chief scientist at Elliptic, a London based blockchain analytics firm. The ongoing Ukrainian war is a testament to how cryptocurrency is a new tool in modern defense. Despite the Ukrainian ministry of defense denying forthright acceptance of crypto donations, the country had been able to garner $63.8 million  since the Russian invasion till 14th march’22. The money, funneled through NGOs, is being used to endow the army with military equipment, medical supplies and drones. CNBC reports that the funding is also being used to develop a facial recognition app to identify Russian spies. The easy and quick transfer, transcending borders and bypassing authorities, is not the only merit that the blockchain powered crypto currencies & assets hold. However, this advantage clearly makes it stand out not only to Ukraine, but also to Russia, which is looking at cryptocurrency to cushion the economic pains from sanctions, in a similar way in which North Korea used bitcoin to abate US sanctions.  

Source: Elliptic Global Policy and Research Group (2022)

However, this article is neither rooted to the Ukraine-Russia war, nor limited to cryptocurrencies. Instead, here we dig deeper to understand the (potential) applications of the blockchain technology in the domain of defense. The very first step to take here is to separate blockchain from cryptocurrency. While cryptocurrencies are the most popular use-case of blockchain, the latter is a general purpose technology- with various use-cases in numerous domains (in logistics, health, banking, manufacturing, to name a few). It would be superfluous to review its nature when there are robust resources which provide in-depth analysis of blockchain and its uses- (The Truth About Blockchain, 2019); (Davidson et al., 2016); (Javaid et al., 2021). Thus, we will confine ourselves to summarizing the key points. 

Source: Blockchain.wtf 

A blockchain can be described as a decentralized, distributed, transparent and trust-less system of maintaining immutable record of transactions in real time. A simple analogy to explain this is that of google documents. When a google doc. is shared with a group of people (distributive), everyone has access to it at the same time; changes can be made by anyone (decentralized) and are visible to the rest in real time (transparency). Owing to these characteristics, there is no need for a central trusted authority to oversee the transactions. This provides privacy and anonymity. Moreover, once a transaction is recorded in a chain, it can not be altered, thus safeguarding integrity of data and reducing the probability of a central-point of failure/ compromise. These benefits win blockchain technology desirability in the defense sector.

There are three types of blockchain: public, private and consortium blockchains. While the former is completely decentralized (i.e. can be accessed from anywhere by anyone), private (or permissioned) blockchains are more centralized, have permissioned entry of participants in a network and secure transactions to be available only to participants. Given the sensitivity of the information generated and transferred in the defense sector, private networks appear to be the most suitable. 

The resilience, security and immutability of blockchain makes it an important tool to mitigate cyber attacks and protect data, be it in battlefield, intelligence or defense department of the government. As we move towards cyber warfare, the frequency of cyber attacks on critical government institutions and firms has significantly increased. These organizations are central storages of sensitive information, which makes them vulnerable to “terabyte of death”. However, being distributed and decentralized, blockchain is highly useful in lowering the risks. All participants of the network have the same data, making it more difficult for a single bad actor to cast any malignant influence; full encryption blocks unauthorized parties from penetrating the system. 

Blockchain also strengthens the resilience of communication, making sure that the orders directed down the hierarchy are valid, accurate and without a risk of being intercepted. Unlike a central entity responsible for flow of communication, blockchain doesn’t lead to collapse of the whole network due to the compromise of a part. 

Blockchain is also being tested in critical weapons. The technology can increase the efficiency and reduce the time of systems integration. For example, the US Navy uses the Aegis Combat System– a centralized system, but blockchain can speed up fire control and decentralized decision-making nodes can continue to function even when the central computers shut down. 

Perhaps the most direct application of blockchain we expect to see is in defense supply chain management. Blockchain is already being adopted in supply chain management by various businesses like Walmart, Starbucks, etc. for traceability of materials, ease of payments and verifying the identity of sellers. Identity verification is important in defense logistics as critical weapons are involved. Moreover, blockchain is proven to be useful in tracking parts from ‘cradle to cockpit’, preventing counterfeits and improving planning of resources (by knowing the exact availability of resources). As per a report by Deloitte, more than 60 percent of the issues with part receiving was due to poor or missing paperwork, and on average it took 34 days to correct the problem in the aerospace and defense sector. Blockchain can thus help in reducing cost, time and increasing safety, delivery speed. Moreover, it can also be used to trace where funds allocated for war are used, thereby preventing corruption, leakages and financial loss during operations. Think about the huge financial cost and losses associated with US presence in Afghanistan.  

Other uses of blockchain in defense are in strengthening of communication resilience, securing personal data, soldiers registers, refugee identification, 3D printing of drones and other equipment, increasing visibility. 

Source: (Wasim Ahmad et al., 2021)

Having identified the potential of blockchain early on, many countries, especially China, Russia and US, have started investing in Decentralized Ledger Technology (DLT) i.e. blockchain. The table below describes the proposed use cases of blockchain in the military in US, Chinese and Russian Publications – a research by (Lilly & Lilly, 2021) – which undertakes linguistic analysis of official publications on military blockchain by the three countries. The research finds that “…US literature contains frequent statistically significant mentions of China and Russia, while China and Russia occasionally mention the Defense Advanced Research Projects Agency, NATO and the US in the context of blockchain policies.These mentions suggest that each country is framing the debates around blockchain not only in terms of improving domestic processes but also in terms of strategic competition…”

Source: (Lilly & Lilly, 2021)

The US owes a lot of its military prowess to digital technologies. Be it drones operating miles away from the battlefield or real-time video streaming of battle spaces; the weapons, tactics and strategy of various militaries is based on complex digital technologies. This is the reason why US arch-rivals Russia and China want to gain an edge on the next emerging technology- blockchain- before the US. Actions of these governments as well as their public proclamations indirectly and directly reveal the strategic importance behind this stance. 

China’s president Xi Jingping was one of the first major world leaders to proclaim support for blockchain technology, by calling it an “important breakthrough in independent innovation of core technologies.” China has already surpassed the US in blockchain patents (Jennings, 2018). and the Chinese government has over 500 registered blockchain projects.  The State Information Centre of China along with a consortium of private firms has also launched a blockchain-based service network (BSN)- a global infrastructure network controlled by China that is capable of monitoring the activity of American citizens, as the network is supported by none other than american tech giants Amazon Web Services (AWS), Microsoft and Google which are among the major cloud service providers for BSN’s overseas data centers (Pan, 2020).  

China’s first mover advantage and attempts to dominate in blockchain technology, is a threat enough for the US to amp up its focus on blockchain. As per a report (Value Technology Foundation, 2020) “By not strategically positioning the U.S. as a leader in DLT, the U.S. will lose its position as the top currency provider, source of safe, transparent capital investment, and leader in internet and technology”

Russia is also not behind in research and development of blockchain applications. In 2018, a representative of FSB boasted “the Internet belongs to the Americans — but blockchain will belong to us.” Russia’s Ministry of Defense has launched a research laboratory to propel research on military applications of blockchain, especially, to mitigate cyber-security attacks and protect critical infrastructure. 

On the other hand, India has only made a fleeting reference to blockchain in defense when chief of Army MM Narvane said “We are looking at using blockchain technologies and direct energy weapons like a laser in future.” (2020). However, little information is available on any project taken up by India in this domain. While blockchain is still a nascent technology, maybe decades away from being mainstream, India should also invest in research and development of DLT for defense applications to reap benefits in future as well as strengthen its position in defense, amidst changing war landscape with a neighbor which is taking blockchain very seriously.  

Tags:

No responses yet

Leave a Reply

Latest Comments

No comments to show.