Accelerating the Synthetic Credit. Thought of the Day 96.0


The structural change in the structured credit universe continues to accelerate. While the market for synthetic structures is already pretty well established, many real money accounts remain outsiders owing to regulatory hurdles and technical limitations, e.g., to participate in the correlation market. Therefore, banks are continuously establishing new products to provide real money accounts with access to the structured market, with Constant proportion debt obligation (CPDOs) recently having been popular. Against this background, three vehicles which offer easy access to structured products for these investors have gained in importance: CDPCs (Credit Derivatives Product Company), PCVs (permanent capital vehicle), and SIVs (structured investment vehicles).

A CDPC is a rated company which buys credit risk via all types of credit derivative instruments, primarily super senior tranches, and sells this risk to investors via preferred shares (equity) or subordinated notes (debt). Hence, the vehicle uses super senior risk to create equity risk. The investment strategy is a buy-and-hold approach, while the aim is to offer high returns to investors and keep default risk limited. Investors are primarily exposed to rating migration risk, to mark-to-market risk, and, finally, to the capability of the external manager. The rating agencies assign, in general, an AAA-rating on the business model of the CDPC, which is a bankruptcy remote vehicle (special purpose vehicle [SPV]). The business models of specific CDPCs are different from each other in terms of investments and thresholds given to the manager. The preferred asset classes CDPC invested in are predominantly single-name CDS (credit default swaps), bespoke synthetic tranches, ABS (asset-backed security), and all kinds of CDOs (collateralized debt obligations). So far, CDPCs main investments are allocated to corporate credits, but CDPCs are extending their universe to ABS (Asset Backed Securities) and CDO products, which provide further opportunities in an overall tight spread environment. The implemented leverage is given through the vehicle and can be in the range of 15–60x. On average, the return target was typically around a 15% return on equity, paid in the form of dividends to the shareholders.

In contrast to CDPCs, PCVs do not invest in the top of the capital structure, but in equity pieces (mostly CDO equity pieces). The leverage is not implemented in the vehicle itself as it is directly related to the underlying instruments. PCVs are also set up as SPVs (special purpose vehicles) and listed on a stock exchange. They use the equity they receive from investors to purchase the assets, while the return on their investment is allocated to the shareholders via dividends. The target return amounts, in general, to around 10%. The portfolio is managed by an external manager and is marked-to-market. The share price of the company depends on the NAV (net asset value) of the portfolio and on the expected dividend payments.

In general, an SIV invests in the top of the capital structure of structured credits and ABS in line with CDPCs. In addition, SIVs also buy subordinated debt of financial institutions, and the portfolio is marked-to-market. SIVs are leveraged credit investment companies and bankruptcy remote. The vehicle issues typically investment-grade rated commercial paper, MTNs (medium term notes), and capital notes to its investors. The leverage depends on the character of the issued note and the underlying assets, ranging from 3 to 5 (bank loans) up to 14 (structured credits).


Open Market Operations. Thought of the Day 93.0


It can be argued that it would be much more democratic if the Treasuries were allowed to borrow directly from their central bank. By electing a government on a program, we would know what deficit it intends to run and thus how much it will be willing to print, which in the long run is a debate about the possible level of inflation. Instead, it has been argued that decisions made on democratic grounds might be unstable as they are affected by elections. However, the independence of central banks is also serving the interest of commercial bankers as we argue now.

In practice, the central bank buys and sells bonds in open market operations. At least it is always doing so with short term T-bonds as part of the conventional monetary policy, and it might decide sometimes to do it as well with longer maturity T-bonds as part of the unconventional monetary policy. This blurs the lines between a model where the central bank directly finances the Treasury, and a model where this is done by commercial banks since they result in the same final situation. Indeed, before an open market operation the Treasury owes central bank money to a commercial bank, and in the final situation it owes it to the central bank itself, and the central bank money held by the commercial bank has been increased accordingly.

The commercial bank has accepted to get rid of an IOU which bears interest, in exchange of a central bank IOU which bears no interest. However the Treasury will never default on its debt, because the state also runs the central bank which can buy an infinite amount of T-bonds. Said differently, if the interest rates for short term T-bonds start to increase as the commercial banks become more and more reluctant to buy these, the central bank needs to buy as many short-term bonds as necessary to ensure the short term interest rates on T-bonds remain at the targeted level. By using these open market operations a sovereign state running a sovereign currency has the means to ensure that the banks are always willing to buy T-bonds, whatever the deficit is.

However, this system has a drawback. First when the commercial bank bought the T-bond, it had to pretend that it was worried the state might never reimburse, so as to ask for interests rates which are at least slightly higher than the interest rate at which they can borrow from the central bank, and make a profit on the difference. Of course the banks knew they would always be reimbursed, because the central bank always stands ready to buy bonds. As the interest rates departed from the target chosen by the central bank, the latter bought short term bonds to prevent the short term rate from increasing. In order to convince a commercial bank to get rid of a financial instrument which is not risky and which bears interest, the only solution is to pay more than the current value of the bond, which amounts to a decrease of the interest rate on those bonds. The bank thus makes an immediate profit instead of a larger profit later. This difference goes directly into the net worth of the banker and amounts to money creation.

To conclude, we reach the same stage as if the Treasury had sold directly its bond to the central bank, except that now we have increased by a small amount the net worth of the bankers. By first selling the bonds to the commercial banks, instead of selling directly to the central bank, the bankers were able to realize a small profit. But this profit is an immediate and easy one. So they have on one side to pretend they do not like when the Treasury goes into debt, so as to be able to ask for the highest possible interest rate, and secretly enjoy it since either they make a profit when it falls due, or even better immediately if the central bank buys the bonds to control the interest rates.

The commercial banks will always end up with a part of their assets denominated directly in central bank money, which bears no interest, and T-bonds, which bear interest. If we adopt a consolidated state point of view, where we merge the Treasury and the central bank, then the commercial banks have two types of accounts. Deposits which bear no interests, and saving accounts which generate interests, just like everybody. In order to control the interest rate, the consolidated state shifts the amounts from the interest-less to the interest-bearing account and vice-versa.

Credit Bubbles. Thought of the Day 90.0


At the macro-economic level of the gross statistics of money and loan supply to the economy, the reserve banking system creates a complex interplay between money, debt, supply and demand for goods, and the general price level. Rather than being constant, as implied by theoretical descriptions, money and loan supplies are constantly changing at a rate dependent on the average loan period, and a complex of details buried in the implementation and regulation of any given banking system.

Since the majority of loans are made for years at a time, the results of these interactions play out over a long enough time scale that gross monetary features of regulatory failure, such as continuous asset price inflation, have come to be regarded as normal, e.g. ”House prices always go up”. The price level however is not only dependent on purely monetary factors, but also on the supply and demand for goods and services, including financial assets such as shares, which requires that estimates of the real price level versus production be used. As a simplification, if constant demand for goods and services is assumed as shown in the table below, then there are two possible causes of price inflation, either the money supply available to purchase the good in question has increased, or the supply of the good has been reduced. Critically, the former is simply a mathematical effect, whilst the latter is a useful signal, providing economic information on relative supply and demand levels that can be used locally by consumers and producers to adapt their behaviour. Purely arbitrary changes in both the money and the loan supply that are induced by the mechanical operation of the banking system fail to provide any economic benefit, and by distorting the actual supply and demand signal can be actively harmful.


Credit bubbles are often explained as a phenomena of irrational demand, and crowd behaviour. However, this explanation ignores the question of why they aren’t throttled by limits on the loan supply? An alternate explanation which can be offered is that their root cause is periodic failures in the regulation of the loan and money supply within the commercial banking system. The introduction of widespread securitized lending allows a rapid increase in the total amount of lending available from the banking system and an accompanying if somewhat smaller growth in the money supply. Channeled predominantly into property lending, the increased availability of money from lending sources, acted to increase house prices creating rational speculation on their increase, and over time a sizeable disruption in the market pricing mechanisms for all goods and services purchased through loans. Monetary statistics of this effect such as the Consumer Price Index (CPI) for example, are however at least partially masked by production deflation from the sizeable productivity increases over decades. Absent any limit on the total amount of credit being supplied, the only practical limit on borrowing is the availability of borrowers and their ability to sustain the capital and interest repayments demanded for their loans.

Owing to the asymmetric nature of long term debt flows there is a tendency for money to become concentrated in the lending centres, which then causes liquidity problems for the rest of the economy. Eventually repayment problems surface, especially if the practice of further borrowing to repay existing loans is allowed, since the underlying mathematical process is exponential. As general insolvency as well as a consequent debt deflation occurs, the money and loan supply contracts as the banking system removes loan capacity from the economy either from loan repayment, or as a result of bank failure. This leads to a domino effect as businesses that have become dependent on continuously rolling over debt fail and trigger further defaults. Monetary expansion and further lending is also constrained by the absence of qualified borrowers, and by the general unwillingness to either lend or borrow that results from the ensuing economic collapse. Further complications, as described by Ben Bernanke and Harold James, can occur when interactions between currencies are considered, in particular in conjunction with gold-based capital regulation, because of the difficulties in establishing the correct ratio of gold for each individual currency and maintaining it, in a system where lending and the associated money supply are continually fluctuating and gold is also being used at a national level for international debt repayments.

The debt to money imbalance created by the widespread, and global, sale of Asset Backed securities may be unique to this particular crisis. Although asset backed security issuance dropped considerably in 2008, as the resale markets were temporarily frozen, current stated policy in several countries, including the USA and the United Kingdom, is to encourage further securitization to assist the recovery of the banking sector. Unfortunately this appears to be succeeding.

Asset Backed Securities. Drunken Risibility.

Asset Backed Securities (ABS) are freely traded financial instruments that represent packages of loans issued by the commercial banks. The majority are created from mortgages, but credit card debt, commercial real estate loans, student loans, and hedge fund loans are also known to have been securitized. The earliest form of ABS within the American banking system appears to stem from the creation of the Federal National Mortgage Association (Fannie Mae) in 1938 as part of amendments to the US National Housing Act, a Great Depression measure aimed at creating loan liquidity. Fannie Mae, and the other Government Sponsored Enterprises buy loans from approved mortgage sellers, typically banks, and create guaranteed financial debt instruments from them, to be sold on the credit markets. The resulting bonds, backed as they are by loan insurance, are widely used in pension funds and insurance companies, as a secure, financial instrument providing a predictable, low risk return.

The creation of a more general form of Mortgage Backed Security is credited to Bob Dall and the trading desk of Salmon brothers in 1977 by Michael Lewis (Liar’s Poker Rising Through the Wreckage on Wall Street). Lewis also describes a rapid expansion in their sale beginning in 1981 as a side effect of the United States savings and loans crisis. The concept was extended in 1987 by bankers at Drexel Burnham Lambert Inc. to corporate bonds and loans in the form of Collateralized Debt Obligations (CDOs), which eventually came to include mortgage backed securities, and in the form of CDO-Squared instruments, pools of CDO.

Analysis of the systemic effects of Asset Backed Security has concentrated chiefly on their ability to improve the quantity of loans, or loan liquidity, which has been treated as a positive feature by Greenspan. It has also been noted that securitization allowed banks to increase their return on capital by transforming their operations into a credit generating pipeline process. Hyun Song Shin has also analysed their effect on bank leverage and the stability of the larger financial system within an accounting framework. He highlights the significance of loan supply factors in causing the sub-prime crisis. Although his model appears not to completely incorporate the full implications of the process operating within the capital reserve regulated banking system, it presents an alternate, matrix based analysis of the uncontrolled debt expansion that these instruments permit.

The systemic problem introduced by asset backed securities, or any form of sale that transfers loans made by commercial banking institutions outside the regulatory framework is that they allow banks to escape the explicit reserve and regulatory capital based regulation on the total amount of loans being issued against customer deposits. This has the effect of steadily increasing the ratio of bank originated loans to money on deposit within the banking system.

The following example demonstrates the problem using two banks, A and B. For simplicity fees related to loans and ABS sales are excluded. It is assumed that the deposit accounts are Net Transaction accounts carry a 10% reserve requirement, and that both banks are ”well capitalised” and that the risk weighted multiplier for the capital reserve for these loans is also 10.

The example proceeds as a series of interactions as money flows between the two banks. The liabilities (deposits) and assets (loans) are shown, with loans being separated into bank loans, and Mortgage Backed Securities (MBS), depending on their state.

Initial Conditions: To simplify Bank B is shown as having made no loans, and has excess reserves at the central bank to maintain the balance sheet. The normal inter-bank and central bank lending mechanisms would enable the bank to compensate for temporary imbalances during the process under normal conditions. All deposit money used within the example remains on deposit at either Bank A or Bank B. On the right hand side of the table the total amount of deposits and loans for both banks is shown.


Step 1: Bank A creates a $1000 Mortgage Backed Security from the loan on its balance sheet.


Step 2: The securitized loan is sold to the depositor at Bank B. $1000 is paid to Bank A from that depositor in payment for the loan. Bank A now has no loans outstanding against its deposits, and the securitized loan has been moved outside of banking system regulation. Note that total deposits at the two banks have temporarily shrunk due to the repayment of the loan capital at A. The actual transfer of the deposits between the banks is facilitated through the reserve holdings which also function as clearing funds.


Step 3: As Bank A now has no loans against its deposits, and is within its regulatory capital ratios, it can make a new $1000 loan. The funds from this loan are deposited at Bank B. The sum of the deposits rises as a result as does the quantity of loans. Note that the transfer of the loan money from Bank A to Bank B again goes through the reserve holdings in the clearing system and restores the original balance at Bank B.


Step 4: Bank A securitizes the loan made in Step 3 repeating Step 1.


Step 5: Bank A sells the MBS to the depositor at Bank B, repeating Step 2.


Step 6: Bank A makes a new loan which is deposited at Bank B, repeating Step 3.


Step 7: Bank A securitizes the loan made in Step 6, repeating Step 4.


Since the Deposit and Loan positions of the two banks are identical in all respects in Steps (1,4), (2,5), (3,6) and (4,7) the process can continue indefinitely, resulting in expansion of the total commercial bank originated loan supply independent of central bank control.

This is a simplified version of the flows between loans, deposits, and asset backed securities that occur daily in the banking system. At no point has either bank needed recourse to central bank funds, or broken any of their statutory requirements with respect to capitalisation or reserve requirements where they apply.

The problem is the implicit assumption with reserve based banking systems that bank originated loans remain within the banking system. Allowing the sale of loans to holders outside of the regulated banking system (i.e. to entities other than regulated banks) removes these loans from that control and thus creates a systemic loophole in the regulation of the commercial bank loan supply.

The introduction of loans sales has consequently created a novel situation in those modern economies that allow them, not only in causing a significant expansion in total lending from the banking sector, but also in changing the systemic relationship between the quantity of money in the system to the quantity of bank originated debt, and thereby considerably diluting the influence the central bank can exert over the loan supply. The requirement that no individual bank should lend more than their deposits has been enforced by required reserves at the central bank since the 19th century in Europe, and the early 20th century in the USA. Serendipitously, this also created a systemic limit on the ratio of money to bank originated lending within the monetary system. While the sale of Asset Backed Securities does not allow any individual bank to exceed this ratio at any given point in time, as the process evolves the banking system itself exceeds it as loans are moved outside the constraints provided by regulatory capital or reserve regulation, thereby creating a mechanism for unconstrained growth in commercial bank originated lending.

While the asset backed security problem explains the dramatic growth in banking sector debt that has occurred over the last three decades, it does not explain the accompanying growth in the money supply. Somewhat uniquely of the many regulatory challenges that the banking system has created down the centuries, the asset backed security problem, in and of itself does not cause the banks, or the banking system to ”print money”.

The question of what exactly constitutes money in modern banking systems is a non-trivial one. As the examples above show, bank loans create money in the form of bank deposits, and bank deposits can be used directly for monetary purposes either through cheques or more usually now direct electronic transfer. For economic purposes then, bank deposits can be regarded as directly equivalent to physical money. The reality within the banking system however is somewhat more complex, in that transfers between bank deposits must be performed using deposits in the clearing mechanisms, either through the reserves at the central bank, or the bank’s own asset deposits at other banks. Nominally limits on the total quantity of central bank reserves should in turn limit the growth in bank deposits from bank lending, but it is clear from the monetary statistics that this is not the case.

Individually commercial banks are limited in the amount of money they can lend. They are limited by any reserve requirements for their deposits, by the accounting framework that surrounds the precise classification of assets and liabilities within their locale, and by the ratio of their equity or regulatory capital to their outstanding, risk weighted loans as recommended by the Basel Accords. However none of these limits is sufficient to prevent uncontrolled expansion.

Reserve requirements at the central bank can only effectively limit bank deposits if they apply to all accounts in the system, and the central bank maintains control over any mechanisms that allow individual banks to increase their reserve holdings. This appears not to be the case. Basel capital restrictions can also limit bank lending. Assets (loans) held by banks are classified by type, and have accordingly different percentage capital requirements. Regulatory capital requirements are divided into two tiers of capital with different provisions and risk categorisation applying to instruments held in them. To be adequately capitalised under the Basel accords, a bank must maintain a ratio of at least 8% between its Tier 1 and Tier 2 capital reserves, and its loans. Equity capital reserves are provided by a bank’s owners and shareholders when the bank is created, and exist to provide a buffer protecting the bank’s depositors against loan defaults.

Under Basel regulation, regulatory capital can be held in a variety of instruments, depending on Tier 1 or Tier 2 status. It appears that some of those instruments, in particular subordinated debt and hybrid debt capital instruments, can represent debt issued from within the commercial banking system.

Annex A – Basel Capital Accords, Capital Elements Tier 1

(a) Paid-up share capital/common stock

(b) Disclosed reserves

Tier 2

(a) Undisclosed reserves

(b) Asset revaluation reserves

(c) General provisions/general loan-loss reserves

(d) Hybrid (debt/equity) capital instruments

(e) Subordinated debt

Subordinated debt is defined in Annex A of the Basel treaty as:

(e) Subordinated term debt: includes conventional unsecured subordinated debt capital instruments with a minimum original fixed term to maturity of over five years and limited life redeemable preference shares. During the last five years to maturity, a cumulative discount (or amortisation) factor of 20% per year will be applied to reflect the diminishing value of these instruments as a continuing source of strength. Unlike instruments included in item (d), these instruments are not normally available to participate in the losses of a bank which continues trading. For this reason these instruments will be limited to a maximum of 50% of tier 1.

This is debt issued by the bank, in various forms, but of guaranteed long duration, and controlled repayment. In effect, it allows Banks to hold borrowed money in regulatory capital. It is subordinate to the claims of depositors in the event of Bank failure. The inclusion of subordinated debt in Tier 2 allows financial instruments created from lending to become part of the regulatory control on further lending, creating a classic feedback loop. This can also occur as a second order effect if any form of regulatory capital can be purchased with money borrowed from within the banking system

Cryptocurrency and Efficient Market Hypothesis. Drunken Risibility.

According to the traditional definition, a currency has three main properties: (i) it serves as a medium of exchange, (ii) it is used as a unit of account and (iii) it allows to store value. Along economic history, monies were related to political power. In the beginning, coins were minted in precious metals. Therefore, the value of a coin was intrinsically determined by the value of the metal itself. Later, money was printed in paper bank notes, but its value was linked somewhat to a quantity in gold, guarded in the vault of a central bank. Nation states have been using their political power to regulate the use of currencies and impose one currency (usually the one issued by the same nation state) as legal tender for obligations within their territory. In the twentieth century, a major change took place: abandoning gold standard. The detachment of the currencies (specially the US dollar) from the gold standard meant a recognition that the value of a currency (specially in a world of fractional banking) was not related to its content or representation in gold, but to a broader concept as the confidence in the economy in which such currency is based. In this moment, the value of a currency reflects the best judgment about the monetary policy and the “health” of its economy.

In recent years, a new type of currency, a synthetic one, emerged. We name this new type as “synthetic” because it is not the decision of a nation state, nor represents any underlying asset or tangible wealth source. It appears as a new tradable asset resulting from a private agreement and facilitated by the anonymity of internet. Among this synthetic currencies, Bitcoin (BTC) emerges as the most important one, with a market capitalization of a few hundred million short of $80 billions.


Bitcoin Price Chart from Bitstamp

There are other cryptocurrencies, based on blockchain technology, such as Litecoin (LTC), Ethereum (ETH), Ripple (XRP). The website counts up to 641 of such monies. However, as we can observe in the figure below, Bitcoin represents 89% of the capitalization of the market of all cryptocurrencies.


Cryptocurrencies. Share of market capitalization of each currency.

One open question today is if Bitcoin is in fact a, or may be considered as a, currency. Until now, we cannot observe that Bitcoin fulfills the main properties of a standard currency. It is barely (though increasingly so!) accepted as a medium of exchange (e.g. to buy some products online), it is not used as unit of account (there are no financial statements valued in Bitcoins), and we can hardly believe that, given the great swings in price, anyone can consider Bitcoin as a suitable option to store value. Given these characteristics, Bitcoin could fit as an ideal asset for speculative purposes. There is no underlying asset to relate its value to and there is an open platform to operate round the clock.


Bitcoin returns, sampled every 5 hours.

Speculation has a long history and it seems inherent to capitalism. One common feature of speculative assets in history has been the difficulty in valuation. Tulipmania, the South Sea bubble, and more others, reflect on one side human greedy behavior, and on the other side, the difficulty to set an objective value to an asset. All speculative behaviors were reflected in a super-exponential growth of the time series.

Cryptocurrencies can be seen as the libertarian response to central bank failure to manage financial crises, as the one occurred in 2008. Also cryptocurrencies can bypass national restrictions to international transfers, probably at a cheaper cost. Bitcoin was created by a person or group of persons under the pseudonym Satoshi Nakamoto. The discussion of Bitcoin has several perspectives. The computer science perspective deals with the strengths and weaknesses of blockchain technology. In fact, according to R. Ali et. al., the introduction of a “distributed ledger” is the key innovation. Traditional means of payments (e.g. a credit card), rely on a central clearing house that validate operations, acting as “middleman” between buyer and seller. On contrary, the payment validation system of Bitcoin is decentralized. There is a growing army of miners, who put their computer power at disposal of the network, validating transactions by gathering together blocks, adding them to the ledger and forming a ’block chain’. This work is remunerated by giving the miners Bitcoins, what makes (until now) the validating costs cheaper than in a centralized system. The validation is made by solving some kind of algorithm. With the time solving the algorithm becomes harder, since the whole ledger must be validated. Consequently it takes more time to solve it. Contrary to traditional currencies, the total number of Bitcoins to be issued is beforehand fixed: 21 million. In fact, the issuance rate of Bitcoins is expected to diminish over time. According to Laursen and Kyed, validating the public ledger was initially rewarded with 50 Bitcoins, but the protocol foresaw halving this quantity every four years. At the current pace, the maximum number of Bitcoins will be reached in 2140. Taking into account the decentralized character, Bitcoin transactions seem secure. All transactions are recorded in several computer servers around the world. In order to commit fraud, a person should change and validate (simultaneously) several ledgers, which is almost impossible. Additional, ledgers are public, with encrypted identities of parties, making transactions “pseudonymous, not anonymous”. The legal perspective of Bitcoin is fuzzy. Bitcoin is not issued, nor endorsed by a nation state. It is not an illegal substance. As such, its transaction is not regulated.

In particular, given the nonexistence of saving accounts in Bitcoin, and consequently the absense of a Bitcoin interest rate, precludes the idea of studying the price behavior in relation with cash flows generated by Bitcoins. As a consequence, the underlying dynamics of the price signal, finds the Efficient Market Hypothesis as a theoretical framework. The Efficient Market Hypothesis (EMH) is the cornerstone of financial economics. One of the seminal works on the stochastic dynamics of speculative prices is due to L Bachelier, who in his doctoral thesis developed the first mathematical model concerning the behavior of stock prices. The systematic study of informational efficiency begun in the 1960s, when financial economics was born as a new area within economics. The classical definition due to Eugene Fama (Foundations of Finance_ Portfolio Decisions and Securities Prices 1976-06) says that a market is informationally efficient if it “fully reflects all available information”. Therefore, the key element in assessing efficiency is to determine the appropriate set of information that impels prices. Following Efficient Capital Markets, informational efficiency can be divided into three categories: (i) weak efficiency, if prices reflect the information contained in the past series of prices, (ii) semi-strong efficiency, if prices reflect all public information and (iii) strong efficiency, if prices reflect all public and private information. As a corollary of the EMH, one cannot accept the presence of long memory in financial time series, since its existence would allow a riskless profitable trading strategy. If markets are informationally efficient, arbitrage prevent the possibility of such strategies. If we consider the financial market as a dynamical structure, short term memory can exist (to some extent) without contradicting the EMH. In fact, the presence of some mispriced assets is the necessary stimulus for individuals to trade and reach an (almost) arbitrage free situation. However, the presence of long range memory is at odds with the EMH, because it would allow stable trading rules to beat the market.

The presence of long range dependence in financial time series generates a vivid debate. Whereas the presence of short term memory can stimulate investors to exploit small extra returns, making them disappear, long range correlations poses a challenge to the established financial model. As recognized by Ciaian et. al., Bitcoin price is not driven by macro-financial indicators. Consequently a detailed analysis of the underlying dynamics (Hurst exponent) becomes important to understand its emerging behavior. There are several methods (both parametric and non parametric) to calculate the Hurst exponent, which become a mandatory framework to tackle BTC trading.

Sino-India Doklam Standoff, #BRICS and Shanghai Cooperation Organization (SCO). How the Resolution Could Have Been Reached?

The National Security Adviser of India, Mr. Ajit Doval was posed with a blunt question by China’s state councillor Yang Jiechi when the two met on July 27 to make a settlement over the disputable patch in the Bhutan-owned Doklam stretch. He was asked: Is it  your territory? However, this tough question failed to faze Doval, who, according to reliable sources, had most calmly replied that the stretch of land in question is not China’s territory either – Does every disputed territory become China’s by default? Doval asked in return. This has the potential to read a lot in between and thus without getting awed by the response, deconstructing what transpired is the imperative. This sharp exchange between the two countries was followed by several rounds of negotiations between the two sides in Beijing, with India’s foreign secretary S Jaishankar and India’s ambassador to China Vijay Gokhale trying to reach out to a mutually acceptable solution. These meetings were also sanctioned by the prime ministers of both the countries, especially when they met in Hamburg on the sidelines of G20 meeting on July 7. In fact, the Indian Prime Minister Narendra Modi and his Chinese counterpart Xi Jinping also agreed to the fact that the negotiations should be held at the NSA level in order to let the dispute not escalate any more. Modi later asked his diplomatic team to reach to a solution at the earliest as this dispute had been the worst in numerous years and the two countries cannot afford to lose each other’s support any more.

This is Doklam, the tri-junction between India, Bhutan and China.

Doklam Plateau-3


It was here that India and China were involved in a three-month standoff with the two largest militaries in the world in a eyeball-to-eyeball contact. While, it was in everybody’s interest that the countries do not spark a conflagration, the suspense over this tiny out-of-bounds area had consequences to speculations trajectory. It all started in June this year, when the Indian troops crossed over the disputed territory claimed by both China and Bhutan as its sovereign territory to halt a road construction at Doklam, which could have given China the surveillance and access mechanism over India’s Chicken Neck, the narrow strip that connects the NE Indian states with the mainland. But, other reason for India’s crossing over the boundary lies in a pact with Bhutan where the country would defend any incursions into Bhutan. The standoff was pretty tense with piling up of the war machinery and the troops from either side in a ready-to-combat stature, but still showed extreme presence of mind from getting involved in anything adventurous. China’s blistering state-owned media attacks from instigating to belligerent to carrying out travel advisories on the one hand, and India’s state-purchased media exhibiting peppered nationalism to inflating the 56″ authoritarianism on the other did not really help matters boil down to what was transpiring on the ground. We had pretty much only these two state-owned-purchased behemoths to rely upon and imagine the busting of the myths. But, this week, much to the respite of citizens from either side of the border and the international community at large keenly observing the developments as they were unfolding, the tensions eased, or rather resolved almost dramatically as they had begun in the first place. The dramatic end was at least passed over in silence in the media, but whatever noises were made were trumpeting victories for their respective sides. Even if this were a biased viewpoint, the news reports were quantitative largely and qualitative-ness was generally found at large. The resolution agreed on the the accelerated withdrawal of troops from the site of the standoff.

China still vociferously insists that the territorial dispute in Sikkim was resolved as long ago as in 1890, when Beijing and the British Empire signed the so-called Convention of Calcutta, which defined Sikkim’s borders. As per Article (1) of Convention of 1890, it was agreed that the boundary of Sikkim and Tibet shall be the crest of the mountain range separating the waters flowing into the Sikkim Teesta and its affluents, from the waters flowing into the Tibetan Mochu and northwards into other rivers of Tibet. The line commences at Mount Gipmochi, on the Bhutan frontier, and follows the above-mentioned water-parting to the point where it meets Nepal territory. However, Tibet refused to recognise the validity of Convention of 1890 and further refused to carry into effect the provisions of the said Convention. In 1904, a treaty known as a Convention between Great Britain and Tibet was signed at Lhasa. As per the Convention, Tibet agreed to respect the Convention of 1890 and to recognise the frontier between Sikkim and Tibet, as defined in Article (1) of the said Convention. On April 27, 1906, a treaty was signed between Great Britain and China at Peking, which confirmed the Convention of 1904 between Great Britain and Tibet. The Convention of 1890 was entered by the King of Great Britain on behalf of India before independence and around the time of independence, the Indian Independence (International Arrangement) Order, 1947 was notified by Secretariat of the Governor-General (Reforms) on August 14, 1947. The Order provided, inter alia, that the rights and obligations under all international agreements to which India is a party immediately before the appointed day will devolve upon the Dominion of India. Therefore, in terms of Order of 1947, the government of India is bound by the said Convention of 1890. However, India’s affirmation of the Convention of 1890 was limited to the alignment of the India-China border in Sikkim, based on watershed, and not with respect to any other aspects. However, India-backed Bhutan is convinced that Beijing’s attempt to extend a road to the Doklam area goes against a China-Bhutan agreement on maintaining peace in the region until the dispute is resolved.

The question then is: how could have the tensions that were simmering just short of an accident resolved? Maybe, for the Indians, these were a result of diplomatic procedures followed through the time of tensions, whereas for the Chinese, it was a victory and yet another lesson learnt by the Indians after their debacle in the 1962 conflict. The victory stood its claim because the Chinese maintained that even if the Indians were withdrawing from the plateau, the Chinese would continue patrolling the area. Surprisingly, there isn’t a convincing counterclaim by the Indians making the resolution a tad more concessionary as regards the Indians. It was often thought that amid tensions over the dispute, there had been growing concerns over whether Indian Prime Minister Narendra Modi would skip the upcoming BRICS summit in China as he did in May when Beijing hosted an international event to celebrate the One Belt One Road Initiative championed by Chinese President Xi Jinping. Harsh Pant, a professor of International Relations at King’s College, London, and a distinguished fellow at Observer Research Foundation, said,

If the road is not being built, it’s legal enough for India to pullback, because the boundary dispute is not the problem and has been going on for ages. The real issue was China’s desire to construct a concrete road in this trijunction under dispute. If the Chinese made the concession to not build the road, the whole problem went away.

The Chinese Foreign Ministry’s spokeswoman said on Tuesday that China would adjust its road building plans in the disputed area taking into account of various factors such as the weather. In his turn, Prime Minister Modi would not have gone ahead with the visit to China if the border dispute remains unresolved, according to the expert. Following the resolution of the border dispute, India’s MEA said that Modi plans to visit Xiamen in China’s Fujian province during September 3-5, 2017 to attend the 9th BRICS Summit. But, the weather angle refused to go, as in the words of Hu Zhiyong, a research fellow at the Institute of International Relations of the Shanghai Academy of Social Sciences,

The weather condition is still the main reason. We all know that heavy snowfall is expected in the Donglang region by late September. The snow will block off the mountain completely, making it impossible to continue road construction. This incident has allowed China to clearly understand potential threat from India. I would call India an ‘incompetent bungler.’ That’s because India always is a spoiler in all the international organizations it becomes a part of. It always takes outrageous and irrational actions. After this incident, China realized that India is not a friendly partner, but a trouble-maker.

The Shanghai-based expert pointed out that the recent standoff has helped China better understand the potential harm India can cause. Chinese Foreign Minister Wang Yi said that Beijing hopes that New Delhi will remember the lessons of latest border confrontation and will avoid such incidents in the future. Despite both China and India agreeing to deescalate the border dispute for the sake of the BRICS summit, the temporary compromise may not last long, as tensions could quickly flare again. In the words of Brahma Chellaney, a professor of strategic studies at the New Delhi-based Center for Policy Research,

The standoff has ended without resolving the dispute over the Doklam plateau. The Indian forces have retreated 500 meters to their ridge-top post at Doka La and can quickly intervene if the Chinese People’s Liberation Army (PLA) attempts to restart work on the military road – a construction that triggered the face-off. As for China, it has withdrawn its troops and equipment from the face-off site, but strongly asserts the right to send in armed patrols. A fresh crisis could flare if the PLA tries again to build the controversial road to the Indian border.

Hu, the Shanghai-based Chinese professor, asserted that the recent standoff has allowed China to better prepare for future border disputes with India. The Chinese Defense Ministry said that China will maintain a high combat readiness level in the disputed area near the border with India and Bhutan and will decisively protect China’s territorial sovereignty.

So, where does Shanghai Cooperation Organization (SCO) fit in here?

With India and Pakistan as newly installed members of the Shanghai Cooperation Organization, or SCO, China is likely to face an increasing amount of divisiveness within a regional economic and security organization accustomed to extreme comity and cooperative discussions. India’s entry could especially frustrate Beijing because of rising geopolitical competition between the Asian giants and different approaches to counterterrorism. Beijing may not have even wanted India to join the SCO. Russia first proposed India as a member, likely in part to complement bilateral economic and security engagement, but mainly to constrain China’s growing influence in the organization. Russia is increasingly concerned that post-Soviet SCO members  –  Kazakhstan, Kyrgyzstan, Tajikistan, and Uzbekistan – are drifting too far into China’s geostrategic orbit. Moscow had long delayed implementing Chinese initiatives that would enable Beijing to reap greater benefits from regional trade, including establishing an SCO regional trade agreement and bank. As China gains more clout in Central Asia, Moscow may welcome New Delhi by its side to occasionally strengthen Russia’s hand at slowing or opposing Chinese initiatives. Indeed, during a visit to Moscow, Modi said, “India and Russia have always been together on international issues.”

Going forward, this strategy is likely to pay big dividends. New Delhi has a major hang-up related to the activities of its archrival Pakistan – sponsored by Beijing at the 2015 SCO summit to balance Moscow’s support of India – and continues to be highly critical of China’s so-called “all-weather friendship” with Islamabad. In May, New Delhi refused to send a delegation to Beijing’s widely publicized Belt and Road Initiative summit, which was aimed at increasing trade and infrastructure connectivity between China and Eurasian countries. According to an official Indian statement, the flagship project of the Belt and Road Initiative – the China-Pakistan Economic Corridor – was not being “pursued in a manner that respects sovereignty and territorial integrity.” Indian opposition stems from the plan to build the corridor through the disputed Kashmir region and to link it to the strategically positioned Pakistani port of Gwadar, prompting Prime Minister Narendra Modi to raise the issue again during his acceptance speech at the SCO summit last month. New Delhi likely will continue to criticize the corridor in the context of the SCO because, as a full member, India has the right to protest developments that do not serve the interests of all SCO members. The SCO also offers another public stage for India to constantly question the intent behind China’s exceptionally close ties to Pakistan.

India-Pakistan tensions occasionally flare up, and Beijing may have to brace for either side to use the SCO as a platform to criticize the other. In the absence of a major incident, Beijing has admirably handled the delicacy of this situation. When asked in early June whether SCO membership would positively impact India-Pakistan relations, China spokesperson Hua Chunying said: “I see the journalist from Pakistan sit[s] right here, while journalists from India sit over there. Maybe someday you can sit closer to each other.” Additionally, the Chinese military’s unofficial mouthpiece, Global Times, published an op-ed suggesting that SCO membership for India and Pakistan would lead to positive bilateral developments. Even if that is overly optimistic, it would set the right tone as the organization forges ahead. But the odds are against China’s desired outcome. Beijing needs to look no farther than South Asia for a cautionary tale. In this region, both India and Pakistan are members of the multilateral grouping known as the South Asian Association for Regional Cooperation. New Delhi, along with Afghanistan, Bangladesh and Bhutan, boycotted last year’s summit in Islamabad because it believed Pakistan was behind a terrorist attack on an Indian army base. Even with an official ban on discussing bilateral issues in its proceedings, SAARC has been perennially hobbled by the intrusion of India-Pakistan grievances. Beijing can probably keep its close friend Islamabad in line at the SCO, but this likely won’t be the case with New Delhi. Another major issue for the SCO to contend with is the security of Afghanistan. An integral component of the organization is the Regional Anti-Terrorist Structure, aimed at combating China’s “three evils” – terrorism, extremism, and separatism. India, however, is likely to reliably and reasonably highlight the contradiction between China’s stated anti-terrorism goals and the reality of its policy. Most notably, Beijing has consistently looked the other way as Pakistani intelligence services continue to support terrorist groups in Afghanistan, including the Afghan Taliban and Haqqani Network. Moreover, because India is particularly close to the Afghan government, it could seek to sponsor Afghanistan to move from observer status toward full SCO membership. This would give India even greater strength in the group and could bolster Russia’s position as well.

Lingering border disputes and fierce geostrategic competition in South Asia between China and India is likely to temper any cooperation Beijing might hope to achieve with New Delhi in the SCO. Mutual suspicions in the maritime domain persist as well, with the Indian government recently shoring up its position in the strategically important Andaman and Nicobar island chain to counter the perceived Chinese “string of pearls” strategy – aimed at establishing access to naval ports throughout the Indian Ocean that could be militarily advantageous in a conflict. Such mutual suspicions will likely impact SCO discussions, perhaps in unpredictable ways. Although India may be an unwelcome addition and irritant to Beijing at the SCO, China does not necessarily need the SCO to achieve its regional objectives. From its announcement in 2001, the SCO gave Beijing a productive way to engage neighbors still dominated by Moscow. But today, China’s economic and military strength makes it far more formidable on its own – a point that is only magnified as Russian influence simultaneously recedes, or rather more aptly fluctuates. For instance, even though India rejected Beijing’s Belt and Road Initiative overture, China remains India’s top trading partner and a critical market for all Central and South Asian states, leaving them with few other appealing options. India’s entry into the SCO, however, could put Beijing in the awkward position of highlighting the organization’s value, while increasingly working around or outside of it. Outright failure of the SCO would be unacceptable for China because of its central role in establishing the forum. Regardless of the bickering between countries that may break out, Beijing can be expected to make yet another show of the importance of the SCO, with all of the usual pomp and circumstance, at the next summit in June 2018. China as host makes this outcome even more likely.

Taking on the imagination to flight, I am of the opinion that its the banks/financial institutions, more specifically the Shanghai Cooperation Organisation (SCO) and the upcoming BRICS Summit that have played majorly into this so-called resolution. India’s move to enter Doklam/Donglang was always brazen as India, along with Pakistan entered the Shanghai Cooperation Organisations (SCO) shortly before India entered Chinese territory. In this sense, India was almost mocking the Shanghai Cooperation Organisation by refusing to utilise the SCO as a proper forum in which to settle such disputes diplomatically. So, even if diplomatically it is a victory for #BRICS, materially it is #China‘s. Whatever, two nuclear-powered states in a stand-off is a cold-threat to….whatever the propaganda machine wants us to believe, the truth is laid bare. This so-called diplomatic victory has yielded a lot of positive, and in the process have snatched the vitality of what economic proponents in the country like to express solemnly of late, growth paradigm, wherein the decision is rested with how accelerated your rate of growth is, and thus proportionally how much of a political clout you can exercise on the international scenario. India’s restraint is not to be taken as how the Indian media projects it in the form of a victory, for that would indeed mean leading the nation blindly at the helm of proto-fascism. This could get scary.