Derivatives Applications in Asset Management
From Theory to Practice
- 2025
- Book
- Editors
- Frank J. Fabozzi
- Marielle de Jong
- Publisher
- Springer Nature Switzerland
About this book
By displaying examples of derivatives applications in a series of investment settings, this book aims to educate readers on the use of these instruments. It helps readers to bridge the gap between the theory and practice of derivative instruments. It provides real-world applications of derivatives demonstrating how they can be used to achieve specific investment purposes, and will be of interest to investment management professionals including portfolio managers, risk managers, and trustees, alongside professors teaching and students studying asset management.
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Table of Contents
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Frontmatter
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Derivatives Fundamentals for Asset Managers
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Frontmatter
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Chapter 1. Introduction
Frank J. Fabozzi, Marielle de JongThis chapter delves into the fundamental concepts of derivative instruments, categorizing them into risk-sharing and insurance-type contracts. It explores various types of derivatives, such as futures, options, and swaps, and their tailored applications in achieving specific portfolio goals. The chapter emphasizes the dual role of derivatives in asset-price evaluation and optimizing portfolio performance, providing insights into how portfolio managers can extract market views and sentiments from derivative pricing. It also discusses the strategic use of derivatives in managing risks, enhancing income, and adjusting exposures, aligning investment strategies with regulatory and operational considerations. The chapter concludes with a brief description of 22 cases included in the book, showcasing the practical applications of derivatives in modern asset management.AI Generated
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AbstractDerivatives are indispensable tools in modern asset management, providing unparalleled flexibility for managing risks, optimizing asset allocation, and enhancing income generation. This chapter explores the foundational concepts of derivatives, categorizing them into risk-sharing instruments, such as futures and swaps, and insurance-based instruments, like options and credit default swaps. By examining the design and purpose of these instruments, the chapter illustrates how derivatives enable portfolio managers to address complex investment objectives. Applications discussed include futures for tactical asset allocation, options for generating income, and swaps for managing interest rate and credit risks. The chapter also highlights derivatives’ strategic use in multi-asset portfolios, offering solutions for hedging tail risks, mitigating currency volatility, and implementing tactical overlays. This chapter establishes a robust framework for effectively integrating derivatives into asset management strategies by bridging theoretical insights with practical applications. -
Chapter 2. Equity Derivatives
Frank J. FabozziThis chapter explores the fundamental aspects of exchange-traded equity derivatives, including stock options, stock index options, single-stock futures, and stock index futures. It provides a detailed examination of the structure and mechanics of these instruments, offering foundational knowledge essential for understanding their applications. The chapter emphasizes the importance of managing maintenance margins and rolling contracts to ensure consistent exposure to underlying assets and mitigate risks such as forced liquidation. It also delves into the pricing efficiency of equity derivatives markets, highlighting how market forces and technological advancements have minimized inefficiencies. Additionally, the chapter discusses operational challenges like roll yield and basis risk, providing practical considerations for optimizing returns and managing portfolio exposures effectively. By focusing on these foundational elements, this chapter aims to provide operational insights necessary to utilize equity derivatives effectively while mitigating associated risks.AI Generated
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AbstractExchange-traded equity derivatives, including stock options, stock index options, and futures, play a critical role in modern portfolio management by enabling risk mitigation, strategic diversification, and precise market exposure. This chapter provides an operational perspective on these instruments, examining their structure, mechanics, and market functionality. Key topics include the role of margin requirements in risk management, pricing efficiency driven by liquidity and regulatory frameworks, and the challenges associated with rolling strategies, including roll yield and basis risk. Empirical evidence supports the pricing efficiency of equity derivatives markets, ensuring their reliability for strategic applications such as hedging, volatility arbitrage, and portfolio rebalancing. While equity derivatives offer robust tools for dynamic financial strategies, this chapter also highlights operational complexities, underscoring the importance of proactive management to navigate risks and maximize returns effectively. -
Chapter 3. Bond-Related Derivatives
Frank J. Fabozzi, Marielle de Jong, Mounia Khamlich FischerBond-related derivatives are powerful tools for portfolio managers, offering a range of strategies to adjust interest rate exposure, protect against unexpected credit events, and enhance portfolio performance. This chapter explores the primary categories of bond-related derivatives, including interest rate futures, interest rate forwards, swaps (such as interest rate, inflation, and credit default swaps), and options (on bonds, futures, and swaps). Each section delves into the unique characteristics, mechanics, and applications of these instruments within bond portfolio management. The chapter begins with interest rate futures, which are standardized contracts traded on regulated exchanges. These contracts are vital for managing bond portfolios' sensitivity to interest rate fluctuations. The chapter then discusses interest rate forwards, which are customized contracts that allow parties to lock in interest rates for future periods. Swaps are also explored, highlighting their versatility in managing various financial risks. The chapter concludes with options, which provide flexibility in managing interest rate volatility and developing hedging strategies. By understanding these tools, investors gain insights into constructing and managing a bond portfolio that balances risk, return, and flexibility in a constantly evolving financial landscape.AI Generated
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AbstractBond-related derivatives, including futures, forwards, swaps, and options, are indispensable tools for managing risk and optimizing portfolio performance in fixed-income markets. This chapter provides a comprehensive overview of these instruments, focusing on their structures, mechanics, and applications. Interest rate futures, such as U.S. Treasury and Euro-Bund futures, offer solutions for managing duration and hedging interest rate risks. Forward rate agreements (FRAs) enable locking in future interest rates, while swaps—including interest rate, inflation, and credit default swaps (CDS)—address exposure to specific risks. Options on fixed-income instruments, such as swaptions and caps/floors, add flexibility in handling rate volatility and customized hedging. By understanding these tools, portfolio managers can effectively navigate interest rate fluctuations, hedge credit risks, and enhance returns within a dynamic and evolving bond market. -
Chapter 4. Foreign Exchange Derivatives
Frank J. Fabozzi, Gueorgui S. Konstantinov, Suprita VohraThis chapter explores the critical role of foreign exchange (FX) derivatives in managing currency risk and enhancing liquidity in global markets. It provides an in-depth look at various FX derivative products, including currency forwards, futures, options, swaps, and exotic derivatives. The chapter focuses on the structural characteristics of these instruments, offering insights into how they can be customized to meet specific needs. It also discusses the practical aspects of contracting OTC FX derivatives, including negotiation, formalization, collateral requirements, and termination provisions. The chapter highlights the importance of understanding the pricing components of FX derivatives, which include market rates, collateral adjustments, counterparty risk, and capital impact. Additionally, it explores the use of electronic platforms and algorithmic trading in FX derivative transactions, as well as the role of non-bank financial institutions in the market. The chapter concludes by summarizing the diverse applications of FX derivatives and the practical considerations for their use, making it a valuable resource for professionals seeking to understand the foundational elements of these instruments.AI Generated
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AbstractForeign exchange (FX) derivatives are critical tools for managing currency risk and navigating the complexities of global financial markets. This chapter explores foundational FX derivatives, including forwards, futures, options, and swaps, alongside advanced instruments like exotic and cross-rate derivatives. While forwards and swaps offer tailored solutions for hedging currency exposure, futures and options provide transparency and liquidity through standardized exchange-traded structures. Exotic derivatives, such as range forwards and barrier options, cater to unique hedging or speculative needs, while cross-rate derivatives enable efficient risk management across non-domestic currency pairs. The chapter emphasizes the importance of liquidity, cost, and counterparty considerations in choosing the appropriate derivative, providing a comprehensive understanding of how these instruments enhance portfolio management. By addressing diverse currency risks, FX derivatives play a vital role in mitigating uncertainty and optimizing financial outcomes in a globalized economy. -
Chapter 5. Volatility Derivatives
Kari VatanenExchange-traded volatility derivatives offer a powerful tool for investors to hedge against market risks or speculate on changes in market volatility. This chapter explores the unique characteristics of volatility indices like the CBOE VIX and Euro Stoxx 50 Volatility Index (VSTOXX), which serve as indicators of market sentiment and expected volatility. It delves into the applications of volatility futures and options, highlighting their use in hedging against specific event risks and expressing views on future volatility changes. The chapter also examines advanced trading strategies, such as the VIX carry strategy and the curve carry strategy, which aim to capitalize on the term structure of volatility futures. These strategies involve systematically selling short-dated futures to harvest the carry or combining short positions in short-dated futures with long positions in longer-dated futures to balance risk and return. The chapter provides a detailed numerical analysis of these strategies, showcasing their historical performance and the potential for significant returns in stable market conditions. It also discusses the risks and drawbacks, such as the high rolling costs and the potential for severe drawdowns during volatility spikes. By understanding the dynamics of volatility derivatives and the strategies used to navigate them, investors can better manage portfolio risk and seize performance opportunities in a diversified portfolio.AI Generated
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AbstractExchange-traded volatility derivatives, such as VIX and VSTOXX futures and options, provide investors with powerful tools for managing portfolio risk and capitalizing on market volatility. These standardized instruments are widely used to hedge against market drawdowns, speculate on volatility movements, and implement advanced trading strategies. This chapter explores their mechanics, applications, and unique characteristics, such as mean reversion, negative roll yield, and the volatility-of-volatility risk premium. It delves into systematic approaches like the VIX carry strategy, which exploits the steep contango in short-term volatility futures, and the curve carry strategy, which mitigates drawdown risks by integrating hedges using longer-dated futures. The chapter illustrates how volatility derivatives enhance risk management and generate returns through detailed examples and analyses, emphasizing the need for disciplined execution and robust risk controls to navigate their complexities effectively. -
Chapter 6. Managing Volatility and Capturing Returns Through Derivatives
Alexander Rudin, Pravesh Kumar, Shubham UpadhyayThis chapter delves into the strategic applications of derivatives in quantitative portfolio management, focusing on two advanced strategies: Target Volatility Strategy (TVS) and commodity carry strategies. The TVS is explored in depth, illustrating how it maintains consistent risk levels by dynamically adjusting exposure to risky assets based on market volatility. The chapter contrasts a derivatives-free approach with a derivatives-overlay version, highlighting the advantages of using equity futures for notional leverage and precise risk targeting. Additionally, the chapter provides a detailed guide to constructing a commodity carry strategy, which captures returns by exploiting the term structure of commodity futures. By taking long positions in backwardation markets and short positions in contango markets, this strategy aims to generate positive returns independent of market direction. The chapter emphasizes the role of derivatives in enabling strategic flexibility, efficient capital deployment, and enhanced return potential across different asset classes. Through practical illustrations and empirical results, it underscores the value of derivatives in modern portfolio management, making it an essential read for professionals seeking to optimize their investment strategies.AI Generated
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AbstractThis chapter describes advanced applications of derivatives in quantitative portfolio management, emphasizing their role in enhancing both risk-adjusted returns and absolute return potential. The first application, a Target Volatility Strategy (TVS), dynamically adjusts exposure to risky assets based on observed market volatility. A derivatives-free version of TVS demonstrates the limitations of lacking leverage, while an enhanced approach using equity futures introduces notional leverage, improving precision in risk targeting and boosting performance in low-volatility environments. The second application, a commodity carry strategy, captures absolute returns by exploiting the term structure of commodity futures. The strategy generates returns independent of market direction by holding long positions in backwardation markets and short positions in contango markets. The chapter illustrates how derivatives enable precise positioning, efficient capital allocation, and strategic flexibility in modern portfolio management through these examples. -
Chapter 7. Using Derivatives When Rebalancing a Multi-Asset Portfolio with Private Investments
Redouane Elkamhi, Jacky S. H. Lee, Marco SalernoManaging a multi-asset portfolio that includes both public and private investments presents unique challenges due to the illiquidity and long-term nature of private assets. This chapter delves into the complexities of rebalancing such portfolios and demonstrates how futures contracts can be a powerful tool for maintaining strategic asset allocations. Through a detailed investment example, the chapter illustrates how futures can be used to adjust equity exposures, manage risk, and align the portfolio with target allocations. It also explores advanced topics such as adjusting for market beta and characteristics matching, providing a comprehensive guide to sophisticated portfolio management techniques. The chapter concludes with a summary of the benefits and considerations of using futures in portfolio rebalancing, emphasizing their role in achieving long-term investment objectives.AI Generated
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AbstractRebalancing a multi-asset portfolio with futures contracts offers institutional investors a dynamic and efficient approach to managing asset allocation and mitigating risk. This chapter examines the use of futures in rebalancing portfolios containing both public and private assets, addressing the challenges posed by private assets' illiquidity and long investment horizons. Futures allow portfolio managers to quickly adjust exposures, ensuring alignment with strategic asset allocation targets without the need for direct transactions in less liquid underlying assets. Using illustrative examples, the chapter demonstrates how futures contracts, such as S&P 500 E-mini and Euro Stoxx 50, can be employed to offset deviations in equity exposures caused by market fluctuations. Practical considerations, including risk analysis, margin requirements, and advanced techniques like beta-adjusted rebalancing, are explored to optimize portfolio management. The chapter emphasizes futures' role in maintaining balanced, diversified portfolios while efficiently managing risk and capital. -
Chapter 8. Option Income Strategies Design
John Burrello, Frank J. FabozziThis chapter explores the critical role of derivative and option income strategies in modern portfolio management, highlighting their versatility in generating consistent income, managing risk, and adapting to various market environments. It outlines key principles for designing effective strategies, including aligning equity and derivative portfolios, managing path dependency through diversification, and balancing growth with sustainable yield generation. The chapter also emphasizes the importance of evaluating strategies for consistency, risk management, and resilience to market dynamics. Practical considerations for implementation are discussed, underscoring the need for precision, adaptability, and ongoing management. By integrating these principles and insights, portfolio managers can create robust strategies that achieve their objectives while navigating the complexities of financial markets.AI Generated
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AbstractOption income strategies have become essential tools in modern portfolio management, offering flexibility to generate consistent cash flow, mitigate risk, and capitalize on market opportunities. This chapter explores the design and implementation of such strategies, emphasizing the alignment between derivatives and underlying portfolios, the management of path dependency, and the balance between income generation and long-term growth. Strategies like covered calls, cash-secured puts, and protective puts are analyzed for their adaptability to various market conditions. Practical considerations, such as the role of options Greeks, margin requirements, and dynamic adjustments, are discussed to ensure effective implementation. The chapter highlights the importance of disciplined execution and ongoing evaluation to optimize outcomes and avoid common pitfalls, providing a robust framework for integrating derivative strategies into portfolio management for both income generation and risk mitigation. -
Chapter 9. Liquidity Management with Stock-Index Futures
Kris Shen, Shaojun ZhangLiquidity management is a critical aspect of managing active mutual funds, particularly those designed to outperform benchmark indices. This chapter delves into the basics of liquidity management, emphasizing the role of derivatives, especially stock-index futures contracts, in efficiently managing liquidity risks. It explores various tools and techniques, including cash buffers, liquid assets, and advanced strategies like redemption gates, swing pricing, and stress testing. The chapter also addresses key challenges such as volatile market conditions, transaction costs, market structure issues, irrational investor behavior, and regulatory uncertainty. Through practical case studies, it illustrates how fund managers can effectively reinvest dividends, roll futures contracts, manage inflows and outflows, and employ a mixed use of options and futures. The chapter concludes by highlighting the importance of liquidity management in preserving capital, achieving investment objectives, and maintaining investor confidence, making it an essential read for professionals seeking to enhance their liquidity management strategies.AI Generated
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AbstractEffective liquidity management is essential for active mutual funds, particularly those managing substantial assets in dynamic market environments. This chapter explores the critical role of stock-index futures contracts in liquidity management, offering practical tools and strategies for managing cash flows, meeting redemption demands, and maintaining market exposure. The discussion covers key techniques, including cash buffers, liquid assets, and advanced derivative strategies such as rolling futures contracts and mixed approaches using options and futures. Case studies illustrate how fund managers reinvest dividends, manage inflows and outflows, and optimize portfolio exposure under varying market conditions. Additionally, the chapter addresses challenges in liquidity management, including transaction costs, volatile markets, and regulatory uncertainty. By leveraging index futures and other derivatives, fund managers can achieve efficient liquidity management while preserving strategic objectives and investor confidence. -
Chapter 10. Performance Attribution Analysis for Derivatives
Bruce J. Feibel, Frank J. FabozziThis chapter examines the intricacies of performance attribution for portfolios that include derivatives, highlighting the need for specialized approaches due to the unique characteristics of these instruments. Unlike traditional assets, derivatives modify exposure rather than generate direct returns, introducing challenges such as leverage effects, notional versus market values, and the limitations of standard attribution methods. The chapter discusses the role of derivatives in portfolio management, including hedging, leveraging, and managing specific exposures, and provides methodologies for accurately attributing performance to derivatives. It explores the adaptation of the Brinson model and the use of notional values to account for leveraged exposure, guiding the handling of futures, options, and swaps. The chapter also addresses common challenges, such as leverage effects and data limitations, and concludes with best practices to improve accuracy and transparency in derivatives attribution. By aligning analytical frameworks with the specific characteristics of derivatives, this chapter offers a comprehensive guide to understanding the true drivers of portfolio performance, making it essential reading for professionals seeking to enhance their performance attribution analysis.AI Generated
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AbstractPerformance attribution analysis is essential for understanding the sources of portfolio returns, particularly when derivatives are involved. This chapter explores the unique role of derivatives in portfolio management, emphasizing their use for exposure modification, hedging, and leveraging rather than direct return generation. It addresses the complexities derivatives introduce, such as leverage, non-linear risk profiles, and dynamic exposure adjustments, which challenge traditional attribution frameworks. By adapting methodologies like the Brinson-style model to include notional values and effective exposures, the chapter provides tools for accurately assessing the impact of derivatives like futures, options, and swaps. Additionally, it discusses best practices for integrating derivatives attribution with overall portfolio analysis, ensuring alignment with strategic objectives. Recognizing limitations such as data quality and leverage effects, the chapter highlights the importance of specialized approaches to deliver meaningful insights into risk and return dynamics. -
Chapter 11. Extracting Market Views from Derivative Prices
Andrew WeismanThis chapter delves into the challenging world of market forecasting, highlighting the difficulty even experienced investors face in predicting market movements accurately. It introduces the concept of extracting market views directly from derivatives markets, which reflect the collective expectations of market participants. The chapter presents three real-world examples of how such views can be obtained: (1) forecasting Federal Reserve policy adjustments using federal funds futures prices, (2) forecasting equity market risk using equity option prices, and (3) forecasting currency correlations using currency options prices. Each example is discussed in detail, including the theoretical frameworks, methods of calculation, and practical implementation using Python code provided in the appendix. The chapter also explores the concept of risk-neutral densities (RNDs) and their applications in finance, offering a deeper understanding of market sentiment and risk management. By analyzing the prices of derivatives, investors can gain valuable insights into key economic variables, market risk, and asset dependence structure, enhancing their decision-making processes.AI Generated
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AbstractThis chapter describes methods for extracting actionable market insights from derivatives prices, emphasizing their role as a reflection of collective investor expectations. It provides practical frameworks for deriving market views on key economic variables, including interest rate forecasts using federal funds futures, equity market risk via risk-neutral densities, and currency correlations through implied volatility analysis. Through simple real-world examples, the chapter illustrates how derivatives markets reveal preferences, enabling investors to ground their forecasts in objective market data. The discussion includes theoretical foundations, calculation methods, and Python-based implementations for replicating these analyses. By bridging theory and application, the chapter demonstrates how derivatives prices can inform strategic investment decisions, enhance risk management, and refine economic predictions, highlighting their indispensable value in modern financial markets.
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- Title
- Derivatives Applications in Asset Management
- Editors
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Frank J. Fabozzi
Marielle de Jong
- Copyright Year
- 2025
- Publisher
- Springer Nature Switzerland
- Electronic ISBN
- 978-3-031-86354-7
- Print ISBN
- 978-3-031-86353-0
- DOI
- https://doi.org/10.1007/978-3-031-86354-7
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