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Derivatives Exposure and the Monitoring Mechanisms Needed to Control Risk

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Derivatives are becoming increasingly complex in the world economy. This article explores the growing risks of derivatives and the existing monitoring mechanisms to manage risk intelligently. Derivatives are also pervasive in global finance.

U.S. commercial banks currently hold a notional value of $244 trillion in derivatives. The world derivatives market may be in excess of $700 trillion. The actual trading exposure, which is measured by VaR (Value at Risk), is about $700 million. The net current credit exposure (NCCE) of commercial banks to derivatives is $353 billion, due to bilateral netting. Potential Future Exposure (PFE) is $814 billion, bringing Total Credit Exposure (NCCE + PFE) to $1.2 trillion. The total amount of credit derivatives outstanding is about $15 trillion.

Classic derivative transactions include swaps, futures/forwards, credit derivatives and options. Swaps are used very much like the name suggests. That is to swap (exchange) cash flows at a certain date. These types of derivatives are used principally for interest rate swaps, but can be utilized to swap cash flows from equities, commodities, or foreign exchange currency.

A forward transaction requires the party to buy or sell a certain equity, commodity or foreign currency at a set price and point in time. Engaging in a future is almost the same agreement as a forward. The position is usually opened on margin, and is traded marked to market. The position may be closed out at any time.

Credit derivatives involve an assumption or a hedging of risk on any kind of asset, or liability. Options give the owner a right to buy or sell the underlying security before or on the expiry date at a specific price.

As far back as 2003, the OCC (Office of Comptroller of the Currency) issued a report on the fourth quarter of 2003 bank derivatives. The 2003 report specified classic risks in derivative transactions. These risks were a function of counterparty exchange of nominal principal, volatility of interest rates and currencies used to make contract payments, the maturity and liquidity of contracts and the creditworthiness of counterparties to the transaction.

The OCC Fourth Quarter Report of 2003 set forth preferred ways to measure the degree of risk quantitatively. The degree of risk is a function of aggregate trading positions, asset and liability structures, data describing fair values and credit risk exposure, as well as data on trading revenues and contractual maturities.

The OCC Fourth Quarterly Report of bank derivatives and trading revenues was based on call report data by the insured commercial banks in the USA. The notional amounts equal the nominal or face amount used to compute payments made on swaps and other risk management products. This amount doesn’t change hands. Thus, the term nominal is used.

The Fourth Quarter of 2003 OCC Report documented seven banks with the most derivatives which comprised over 96% of the total derivatives in 573 commercial banks with derivatives. These derivatives were in futures, swaps, options and credit derivatives. The derivatives (notionals) by the type of user grew from $8 trillion dollars in 1990 to over $70 trillion dollars by 2003 and $244 trillion dollars today.

Counterparty risk exposure ignores collateral from clients to secure exposures from derivative contracts. A more meaningful analysis is to reduce the current credit exposure by liquid collateral held against exposures. This reduction is dependent upon the timeliness of a reduction in the liquid collateral. In addition, liquid collateral may change value in an environment where the VIX index of volatility is rising.

Contract banks have agreements customarily drawn by the legal counsel and experts in derivatives. The agreements permit the financial institution to close out the transaction if the counterparty cannot post collateral according to the contract terms.

The limit of losses may be dependent upon the timeliness of the financial institution close out of the transaction. This gaping hole begs for a superior derivative strategy program of implementation on the part of all parties to these transactions. The process may be helped by more definitive guidance from the Uniform Commercial Code on derivative products since the UCC is an evolving legal document historically.

More specifically, the UCC should be amended to define general areas of derivative practice, as well as rights, duties, responsibilities and recourse of the major parties on derivative contracts. Another possibility is to open another area of legal professional practice called a Derivative Attorney.

In addition, the Comptroller of the Currency may coordinate its findings on derivatives with the Securities and Exchange Commission , as well as the National Association of Securities Dealers. At some point, a federal authority may be given some discretionary/resolution authority to act or enhance rule structures under emergency conditions.

A major theme of risk exposure involves drawing airtight agreements which cover contingencies on derivative contracts. Generally, the legal counsel and derivative experts construct these agreements. Since all parties to the transaction have legal representation and experts, Courts may be more disposed to “Let the buyer beware” since the buyers and sellers have teams of hired experts in the art of derivatives.

In closing, derivatives exposure is on the increase and has been for over two decades. Procedurally, new areas of practice should be set up to deal forthrightly with the complexities of derivative practice instead of relying solely on the construct of derivative contracts by legal counsels and counterparties with no uniform legal superstructure in place. The Uniform Commercial Code is the logical place to consider for setting clear legal definitions on complex derivative transactions.

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About Dr Joseph S Maresca

I've taught approx. 34 sections of collegiate courses including computer applications, college algebra, collegiate statistics, law, accounting, finance and economics. The experience includes service as a Board Director on the CPA Journal and Editor of the CPA Candidates Inc. Newsletter. In college, I worked as a statistics lab assistant. Manhattan College awarded a BS in an allied area of operations research. The program included courses in calculus, ordinary differential equations, probability, statistical inference, linear algebra , the more advanced operations research, price analysis and econometrics. Membership in the Delta Mu Delta National Honor Society was granted together with the degree. My experience includes both private account and industry. In addition, I've worked extensively in the Examinations Division of the AICPA from time to time. Recently, I passed the Engineering in Training Exam which consisted of 9 hours of examination in chemistry, physics, calculus, differential equations, linear algebra, probability/ statistics, fluids, electronics, materials science/structure of matter, mechanics, statics, thermodynamics, computer science, dynamics and a host of minor subject areas like engineering economics. A very small percentage of engineers actually take and pass the EIT exam. The number has hovered at circa 5%. Several decades ago, I passed the CPA examination and obtained another license in Computer Information Systems Auditing. A CISA must have knowledge in the areas of data center review, systems applications, the operating system of the computer, disaster recovery, contingency planning, developmental systems, the standards which govern facility reviews and a host of other areas. An MBA in Accounting with an Advanced Professional Certificate in Computer Applications/ Information Systems , an Advanced Professional Certificate in Finance and an Advanced Professional Certificate in Organizational Design were earned at New York University-Graduate School of Business (Stern ). In December of 2005, an earned PhD in Accounting was granted by the Ross College. The program entrance requires a previous Masters Degree for admittance together with a host of other criteria. The REGISTRAR of Ross College contact is: Tel . US 202-318-4454 FAX [records for Dr. Joseph S. Maresca Box 646 Bronxville NY 10708-3602] The clinical experience included the teaching of approximately 34 sections of college accounting, economics, statistics, college algebra, law, thesis project coursework and the professional grading of approx. 50,000 CPA examination essays with the American Institute of Certified Public Accountants. Additionally, membership is held in the Sigma Beta Delta International Honor Society chartered in 1994. Significant writings include over 10 copyrights in the name of the author (Joseph S. Maresca) and a patent in the earthquake sciences.