In recent years, the proliferation of high-frequency trading (HFT) algorithms has forced legal scholars to reexamine the foundational principles of contract law, particularly the doctrine of mutual assent, which is traditionally understood as a 'meeting of the minds.' Classical contract theory posits that a valid, enforceable contract requires the conscious, reciprocal agreement of both participating parties to the specific, material terms of an exchange. However, modern autonomous HFT algorithms execute millions of trades per second, dynamically adjusting their trading strategies based on fluctuating market conditions without direct human oversight or intervention for each individual transaction. This temporal and cognitive disconnect between the human operator and the executed trade challenges the orthodox understanding of contract formation.
Legal scholar Elena Rostova argues that the traditional mutual assent requirement is entirely satisfied in algorithmic trading, provided that the deploying firms intentionally activated the algorithms with the general, overarching purpose of engaging in financial markets. According to Rostova, the 'mind' that must meet is not present at the precise moment of the specific transaction, but rather manifests at the macro-level of software deployment. She contends that by deliberately delegating trading authority to a deterministic or probabilistic algorithm, a firm legally binds itself to the micro-outcomes of that software, just as a corporation is bound by the actions of an authorized human agent acting on its behalf. Rostova asserts that if we treat algorithmic execution as a mere technological extension of the firm’s original intent to trade, the unprecedented speed and autonomy of the software present no novel challenge to classical contract formation.
Critics, however, highlight a fundamental flaw in Rostova's agency analogy: unlike a human agent who can exercise fiduciary discretion, understand context, and interpret the spirit of a mandate, an algorithm operates purely on rigid mathematical optimization. If an algorithm exploits an unforeseen market anomaly—such as during a flash crash—and enters into highly disadvantageous contracts for a counterparty, applying Rostova's framework means holding both parties to extreme terms that neither human operator could have reasonably foreseen, intended, or desired. These critics maintain that true mutual assent requires at least the capacity to reject absurd outcomes. Thus, the current legal debate ultimately hinges on whether jurisprudence can logically separate the macro-intent to deploy an autonomous tool from the micro-intent to enter into the specific, localized agreements that the tool independently constructs.
Rostova's argument regarding the satisfaction of the mutual assent requirement in algorithmic trading relies on which one of the following unstated assumptions?
- AFirms that deliberately delegate trading authority to an algorithm must foresee the specific, localized agreements that the tool constructs in order to be legally bound by them.
- BThe presence of a macro-level intent to engage in financial markets is the sole condition required to form a valid, enforceable contract under classical contract theory.
- The capacity to exercise discretionary judgment or interpret a mandate is not a necessary prerequisite for a proxy to establish mutual assent on behalf of a principal.Cevap
- DAlgorithmic trading software is capable of independently evaluating financial anomalies with the same fiduciary discretion as an authorized human agent.
- EClassical contract theory has historically recognized that technological extensions of a firm possess the identical legal standing as human corporate agents.