Supply Contract Put Option for Default Risk Hedging
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Solution Overview
Problem
Current methods for hedging contract risks, such as factoring, trade insurance, and credit default swaps, are either too complex, costly, or inadequate for companies, particularly high-yield or distressed ones, and do not effectively address the specific risks associated with buyer or seller default in supply contracts.
Innovation Solution
A computer-implemented method that provides a put option to contracting parties, allowing them to sell claims of liquidation damages or cost-of-cover damages at a strike price based on estimated potential losses, which varies with the time of default, thereby mitigating financial losses due to default events.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If factoring or trade insurance is used to hedge contract risks, then risk protection is provided, but the process becomes complex and costly with long setup and claims periods
Solution Approach 1:
The patent extracts the essential risk protection function from complex factoring and trade insurance processes, creating a simplified put option mechanism that directly compensates sellers for liquidation damages without requiring lengthy due diligence, underwriting, or claims procedures. The put option isolates and addresses only the specific risk of buyer default on supply contracts.
Solution Approach 2:
The put option is established in advance with pre-agreed terms for compensation in case of buyer default. The seller and option provider agree upfront on the conditions under which the seller receives payment for liquidation damages, eliminating the need for complex real-time assessment and claims processing that characterizes traditional trade insurance.
2Reliability
If traditional hedging methods like factoring or trade insurance are used, then some risk coverage is achieved, but high-yield or distressed companies are excluded or charged premium rates
Solution Approach 1:
The put option mechanism changes the fundamental parameters of risk transfer by focusing compensation on actual liquidation damages incurred rather than requiring pre-qualification of the seller's creditworthiness. The option payoff is tied to the specific event of buyer default and the seller's actual losses, not to the seller's overall financial health, making it accessible to high-yield and distressed companies.
3Reliability
If CDS or CCDS contracts are used for risk hedging, then default risk is addressed, but the contracts do not accurately reflect actual contract-specific risks leading to over-hedging or under-hedging
Solution Approach 1:
The put option is tailored to the specific local characteristics of each supply contract, including the particular goods involved, the agreed price, the delivery timeline, and the seller's specific liquidation costs. This contract-specific customization ensures that the risk protection precisely matches the actual exposure, avoiding the generic over-hedging or under-hedging problems of standardized CDS and CCDS products.
Data Source
AI summary
A system and method for hedging contract risks is disclosed. In one particular exemplary embodiment, a computer-implemented method for hedging contract risks may comprise: receiving information related to a supply contract between a seller and a buyer, the buyer being committed to purchase inventory from the seller over a period of time; estimating potential liquidation damages that the seller will suffer if at least one credit event causes the buyer to default on the supply contract; and providing the seller a put option, whereby, upon the at least one credit event, the seller can choose to sell a claim of liquidation damages against the defaulting buyer at a strike price, the strike price being an amount that varies based at least in part on the estimated potential liquidation damages and the time at which the at least one credit event occurs.