On 9 April, Adam Schiff, a Democrat Senator of the United States of America, introduced a new Bill in the US Senate. Titled Generative AI Copyright Disclosure Act, 2024, the Bill sought to raise into mainstream legal discourse conversations around the usage of copyrighted data in training generative AI algorithms. In turn, what this draft legislation has done is underline the need of the hour to make generative artificial intelligence (Gen AI) a commercially viable business—even in terms of how it works in India, and the country’s proposed Digital India Act (DIA).
WHAT DOES THE LAW SAY?
The first and foremost proposal of the Bill is to make Big Tech firms such as Google, OpenAl, Meta and Microsoft accountable for the data that they consume and subsequently put to use for commercial gains. To do this, the Bill suggests that companies developing large, foundational AI models must disclose the datasets on which these models are trained.
This is crucial because right now, most Big Tech firms have offered vague, obscure definitions for where most of their data is sourced from. In various aspects, the source of the datasets used in generative AI have been referred to as ‘black boxes’—where the data cannot be traced, or explained in clear terms to individual and enterprise users alike.
To clarify this, the Bill has proposed setting up a centralised ‘register’, which will be maintained by the central US government. Companies headquartered in the US, building any AI model, will be required to disclose their sources of data to this register, at least 30 days before the model is published in the open.
Bu hikaye Voice and Data dergisinin May 2024 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber ? Giriş Yap
Bu hikaye Voice and Data dergisinin May 2024 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber? Giriş Yap
Data discomfort: Why India's data connectivity speeds are falling
India is one of the world’s biggest markets for 5G Internet services, but that has come at the cost of connectivity speed—at least for now
A full-stack mission to orbit
With its all-in-one model, Dhruva Space is merging satellite design, launch, and support under one roof to streamline India's space-tech future
5G dreams: A tech revolution hits roadblocks
India's swift 5G rollout encounters hurdles as operators struggle to monetise their investment, with sluggish consumer and enterprise adoption stalling growth
Empowering India's next-gen business pathways
Cloud, data centres, and 5G form a powerful trio, shaping India’s digital future with scalable infrastructure, seamless connectivity, and rapid innovation
Interconnected technologies, unlocking enterprise growth potential
The synergy of AI, IoT, and 5G is transforming business operations, enabling smarter decision-making and paving the way for scalable, data-driven growth
Beyond the 5G horizon, a new era of user expectations
Telecom experts explore a future beyond 5G, revealing how Al, loT, and secure infrastructure will transform industries and meet rising user demands
Unfolding India’s digital journey beyond 5G
India’s telecom leaders envision a future of next-gen connectivity, aiming for a digitally inclusive landscape driven by innovation and sustainable growth
Digital infrastructure: not the Achilles' heel but the jugular
As cyber threats intensify, digital infrastructure faces rising risks, demanding vigilant, multi-layered defences to ensure resilience for the future.
BUILDING SMARTER HIGHWAYS IN TELECOM'S NEW DIGITAL FRONTIER
Autonomous networks enable telcos to streamline operations, enhance services, and reduce costs, driving efficiency in a data-driven, hyperconnected world
Pre-zero data dreams: Are AI smartphones leading the way?
Artificial Intelligence can unlock personalised insights, ushering in a new era of data-driven experiences that anticipate user needs before they are expressed.