GS 3: Science & TechnologyGS 2: GovernancePrelims

Nvidia, OpenAI announce partnerships with Indian firms, educational institutes, Pg1

Nvidia, OpenAI partner with Indian firms and academia to boost AI development; Sarvam AI unveils indigenous language models.

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Key Highlights:

  • Nvidia announced partnerships with Yotta, L&T, and E2E Networks to bolster India's AI cloud infrastructure.
  • OpenAI is collaborating with educational institutions like IIT-Delhi, IIM-Ahmedabad, and AIIMS to enhance AI skills among students.
  • Sarvam AI, based in Bengaluru, launched two open-source language models named Vikram at the AI Impact Summit.
  • The Vikram models, with 35 billion and 105 billion parameters, aim to improve Indian language processing in AI.

Detailed Insights:

  • Nvidia's partnership will provide Indian entities access to Nemotron (open-source LLMs) and NeMo (AI agent management software).
  • OpenAI's collaboration extends to ed-tech platforms like PhysicsWallah, upGrad, and HCL GUVI, benefiting one lakh students and staff.
  • The launch of Sarvam AI's Vikram models is considered a milestone for AI development in India, focusing on better Indian language support.
  • The Ministry of Electronics and Information Technology is emphasizing inference while also supporting the training of LLMs by Indian firms.
  • Sarvam AI received over $50 million in funding from investors like Peak XV and Khosla Ventures, with subsidized access to GPUs under the IndiaAI Mission.
  • Training LLMs requires significant computational resources, involving GPUs working in data centers, making it a costly and skill-intensive process.

Key Concepts Involved:

  • Large Language Model (LLM): An AI model trained on vast amounts of text data to understand and generate human-like language.
  • Inference: The process of using a trained AI model to make predictions or generate outputs based on new input data.
  • GPU (Graphics Processing Unit): A specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images in a frame buffer intended for output to a display device.
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