Importancia de las organizaciones rurales

By the Big Bang Protocol, regulators want to standardize CDS contracts so that they could be netted at an early stage. The aim is to allow contracts to nett at time zero. Figure1.16shows how markets traded before the “bang” protocols and how markets trade today [Markit(2009d),Markit(2009a) andMarkit(2009b)].

The Big Bang Protocol was adhered to by over 2,000 market participants and took effect on 8 April 2009. These were the main changes introduced:

1. Establishment of Credit Derivatives Determinations Committees (DC) for each ISDA regions to determ- ine of whether credit or succession events occurred.

2. “Auction Hardwiring” 3. Rolling Event Effective Date

Figure 1.16: Big Bang Protocol

Source: Markit

Japan, Japan, Australia-New Zealand and EMEA. The most important responsibility is to decide if a credit event happened, the type and date. This means that a credit event will be determined by the Committee instead of the two involved parties as in the past. The CDs will make decisions on the acceptable deliverable obligations and any substitute reference obligations if applicable. Thus, the new protocol facilitates central clearing, as the default event will be the same for all the reference contracts.

Prior to the Big Bang Protocol, an auction process took place and most market participants signed protocols (a legal document amending all previous trades) to celebrate an auction in order to determine the final recovery rate of a defaulted entity. The process arose because there were concerns that the sheer size of outstanding CDS notional amounts relative to the amount of deliverable bonds would set off a competition between CDS investors to acquire bonds to deliver, artificially increasing the price. Figure1.17shows the most important historical auction protocols with the number of adhering firms and the date.

The Big Bang Protocol establishes that the credit event auction methodology will be hardwired into stand- ard CDS contracts on a global basis while leaving only the specific auction settlement terms for each credit event to be determined shortly before to the auction.

Finally, under the current CDS contract, protection against a credit event begins on the business day that follows the trade date. As such, two trades buying and selling CDSs from the same reference entity for the same notional amount but on different days are not truly offsetting. For example, suppose that an investor sold protection today and then entered into an offsetting transaction to close off the exposure a week later (bought protection). With a T+1 effective date for protection, there is a “stub” or window of seven days where the in- vestor is short and does not have the buy protection leg in effect. Under the existing contract, this would persist until the first trade matures. The investor could find out that a credit event occurred during this seven day win- dow. Creating a standard date for the existence of protection regardless of trade date solves this problem. Now, we analyse the main changes en each region.

Figure 1.17: Historical auction protocols: Adhering parties & protocol dates

1. Restructuring clauses changes 2. Fixed coupons

As we have mentioned before, prior to the Big Bang Protocol the standard clause in North America was Mod R for investment grade companies, and the XR clause for high yield firms. With the introduction of the Big Bang Protocol, the restructuring event exists as credit event. The reason for this is that many cases of restructuring are included as default in Chapter 11.

Another main change is the introduction of two fixed coupons. The spread will be 100 b.p. for the invest- ment grade companies, and 500 b.p. for high yield companies. Formerly, as the CDS spread changes every day, no contract had the same spread to be paid. This makes netting very complex. With the Big Bang Protocol, the CDS spread is fixed for all contracts; hence, there will be an upfront paid at time zero to make the traders indifferent1, and to facilitate future netting.

• European changes

The Small Bang Protocol introduces the changes in the European market. In Europe, in contrast to the United States regulation, there is no unique regulation that defines the default event. Each country has its own regula- tion, making the restructuring event not so clear in the different local regulations. Therefore, it is necessary to define which bonds are acceptable for delivery if a restructuring event occurs.

The other difference is the fixed coupon. There will be 25, 100, 500 and 1000 b.p. spread contracts. The reason for this is that traders prefer to enter into contracts that are closer to the previous running spread. How- ever, this fact reduces future netting of the contracts.

• Asian and Japanese changes

The Asian and Japanese changes are similar to the North America changes. The fixed coupons will be 25, 100, and 500 basis points. The standard clause for the restructuring event will remain the Full Restructuring clause.