The government is reportedly considering the possibility of introducing its own cryptocurrency, code-named “Lakshmi”. Being backed by fiat, this would provide an alternative to popular non-fiat cryptocurrencies such as bitcoin and ethereum. If it is introduced, “Lakshmi” would run on some variation of the blockchain technology employed by bitcoin that verifies every trade and rules out dual transactions employing the same coin. The introduction of such a new cryptocurrency, which would be legal tender alongside the rupee, requires legislative action in amendments to the Currency Act. The new currency would also, presumably, be subject to the same capital account controls as the rupee in terms of cross-border transactions. Users would have to submit to the usual know-your-customer norms.
Even assuming the RBI successfully solved all these issues, a key question still remains: Why would the RBI bother? Cryptocurrencies are popular for several reasons and all of those are unacceptable to a normal central bank. Cryptocurrencies are useful in providing anonymity, especially when making cross-border transactions. In fact, China recently imposed controls on these coins because these have been used to enable vast capital flight out of the mainland. Japan and South Korea have picked the more pragmatic alternative of recognising bitcoin as legal tender and laying down strict rules for usage. Moreover, “cryptos” are also extensively used for money-laundering purposes and to fuel criminal activities such as drug deals on the Dark Web and for ransomware payments. It is hard to see the RBI allowing users to avail of greater anonymity than is the case with digital rupee transactions. Another reason why “cryptos” are popular is the high-volume speculative trading of these as potential stores of value; traders bet on bitcoin movements in the same way that they bet on the price of gold and crude oil. Once again, it is hard to see the RBI taking a policy decision to allow for a free float where the value of Lakshmi could swing by vast amounts.