An AI-Native Operating System for the Indian Media & Entertainment Sector
Version 1.0 | August 25, 2025
The Indian Media and Entertainment (M&E) industry, projected to exceed $70 billion by 2030, is characterized by a significant structural paradox: exponential growth in content consumption coexists with profound inefficiency in content creation, discovery, and monetization pipelines. This inefficiency systematically disenfranchises the long tail of creators and imposes high-risk, fragmented workflows on established production houses and distributors. This paper introduces Project Manthan, an AI-native operating system engineered to resolve these market failures. Manthan OS integrates a "Concept-to-Contract" workflow through a novel **Dual-Flywheel Architecture**, comprising an AI-powered **Creator Suite** for IP generation and an **Intelligence Marketplace** for IP monetization. The system's core innovation lies in its proprietary **data feedback loop**, which leverages marketplace transaction data to continuously refine the generative and analytical AI models, creating a compounding competitive advantage. We detail the system's technical architecture, including its microservices-based backend, "Made-for-India" data pipelines, and a governance framework designed for compliance with the Indian Copyright Act, 1957, and the DPDP Act, 2023.
The Indian creator economy, despite its vibrancy and scale (comprising millions of active creators), is fundamentally inefficient. The path from a creative concept to a commercially viable product is fraught with friction, opacity, and misaligned incentives. This results in significant "value leakage" at every stage. Our research identifies four primary points of failure:
Figure 1: A diagram illustrating the cyclical nature of market failures in the Indian M&E ecosystem, where each problem exacerbates the others.
An estimated 90% of Indian creators earn less than a sustainable monthly income. This is not merely a consequence of market competition but of systemic information asymmetry. Creators lack access to data on which content genres are in demand, what licensing fees are standard, or which platforms are actively acquiring specific types of IP. This forces them to create in a vacuum, with monetization being an afterthought rather than an integrated part of the development process.
For producers and distributors, the process of discovering new IP is manual, inefficient, and relationship-dependent. Acquisition executives are inundated with a high volume of low-quality, poorly packaged pitches, leading to "content fatigue." This creates a formulaic bottleneck, where risk-averse decisions favor established names, sidelining a vast pool of high-potential independent and regional projects.
Manthan OS is architected to be the essential infrastructure layer that addresses these failures. It is a unified operating system that provides a digital through-line from the nascent stage of an idea to a finalized commercial agreement. This is achieved through the **Dual-Flywheel Architecture**.
Two distinct but interconnected engines work in a virtuous cycle.
(IP Generation & Packaging)
AI-augmented tools that empower creators to produce a high volume of market-ready creative assets with unprecedented speed and intelligence.
(IP Discovery & Monetization)
A data-driven marketplace that connects packaged IP with verified buyers using an AI matchmaking engine and facilitates secure, efficient transactions.
Manthan OS is built on a modern, scalable, and secure cloud-native architecture. The system is designed as a set of orchestrated microservices, primarily deployed on Google Cloud Platform (GCP), ensuring high availability and fault tolerance.
Figure 2: High-level system architecture of Manthan OS, illustrating the separation of concerns between the client, API gateway, microservices, and data layers.
The strategic core of Manthan OS is its data pipeline, which facilitates a Reinforcement Learning from Human Feedback (RLHF) loop at a macro, market-wide scale. This transforms the platform from a static toolset into a dynamic, self-improving intelligence system.
Figure 3: The data pipeline illustrating the RLHF loop where real-world market interaction data is used to refine the core AI models.
Manthan OS is not merely a technological innovation; it is also a structural one, designed with a robust governance framework to build trust and ensure compliance.
We have architected the platform to be compliant by design with India's evolving legal landscape:
The primary novelty of Manthan OS lies in its application of AI. While competitors focus on AI for content *creation*, our strategic focus is on AI for market *intelligence*. The system's most valuable asset is the proprietary, transactional dataset that maps creative inputs to commercial outcomes. This dataset, which no point-solution competitor can generate, allows us to move from generative AI (creating content) to predictive AI (predicting which content will succeed), offering our users an unparalleled strategic advantage.
This white paper provides a high-level overview of the strategic and technical framework of Project Manthan. For a detailed discussion, access to the technical specifications, or partnership inquiries, please contact the founder.
Ambar Walia
Founder & CEO, Project Manthan
B6 Kalindi Colony, New Delhi - 110065, India