Meat substitutes are an increasingly popular subject area for sustainability studies and industrial transition.  A transition to plant-based alternatives requires a substantial value chain with the ability to withstand transitional structure and market changes. While the value chain poses challenges at each level, considering the topmost level reveals unique market dynamics specific to the agriculture of legumes.  Western markets have shown a trend favoring plant-based protein as a sustainable source of nutrition however, research on raw material sourcing, processing, and its market structure is limited, often with low government intervention. The Indian agriculture sector comprises mainly legume farming, contributing to a significant portion of the country’s economy. This thesis aims to describe the actor interactions in the Indian agriculture sector with a focus on drivers and hindrances that promote and limit the growth of the legume agriculture technological innovation system.  Using qualitative research methods to gather data from candidates directly involved in the legume trade has proven insightful. Findings show that there are complex interaction scenarios between the actors involved. Restricted by the size of farming area, target markets, and market convention, farmers are subjected to a lock-in type scenario with respect to sales and purchasers. Although government intervention offers protection and assistance, it remains a safety net for the agriculture community. Authoritative influence is used to promote policy however, interactions between actors are not optimized to support this change effectively.  Inter-organizational and actor networks are weak apart from certain business relationships arising from contractual obligations. Knowledge development is present but formal procedures of knowledge diffusion are absent, leaving opportunities not being capitalized on. The study discusses the merits and demerits of this system using the Technology Innovation System framework functions for the analysis. Limitations of the theoretical framework is discussed as a modified version of the framework is utilized in this thesis, giving importance to interactions and localized application of TIS functions.