Video Vault¶

The inaugural presentation from the Project NANDA Summit, introducing the vision for decentralized autonomous agent infrastructure.

Prof. Ramesh Raskar delivers the core presentation at MIT, defining the foundational protocols for a global web of interacting AI agents.

Moving from siloed enterprise intranets to an interconnected, decentralized Internet of Agents and the economic paradigm shift ahead.

Detailed walkthrough of NANDA architecture, open protocols, and technical milestones for decentralized AI.

Prof. Ramesh Raskar examines how agent-to-agent communication, verifiable registries, and peer discovery unlock global collaboration.

A deep dive into registry mechanisms, indexing schemas, decentralized identity, and resolving queries across independent agent hosts.

Official MIT webinar covering the open-source mission, developer opportunities, and research fellowship tracks within Project NANDA.

Community presentation and developer demos from the NANDA Mumbai Chapter showcasing real-world agent interactions.

Ramesh Raskar explores the mathematical and architectural foundations of decentralizing multi-agent discovery and routing.

In-depth conversation on venture capital perspectives, startup opportunities, and enterprise adoption of agentic systems.

The foundational Horizon address outlining the four pillars of trust, privacy guarantees, and decentralized AI architectures.

Paul Mockapetris, inventor of the Domain Name System (DNS) and Project NANDA advisor, reflects on the architectural transition from static web hostnames to autonomous agent resolution.

John Roese, Global CTO & Chief AI Officer at Dell Technologies, on compute fabric, enterprise security boundaries, and infrastructure requirements for autonomous agent swarms.

Microsoft Technical Fellow and creator of RSS/Schema.org R.V. Guha discusses natural language web interaction, declarative agent interfaces, and open federation.

Former FCC Chairwoman Jessica Rosenworcel discusses telecom policy, consumer protection, privacy safeguards, and open network access for autonomous intelligence.

Nick Cooper, Member of Technical Staff at OpenAI, explores routing, discovery, identity, and the emergent properties of Model Context Protocol (MCP) in agent swarms.

VP & GM of A2A at Google Cloud introduces the Agent-to-Agent (A2A) protocol wire specification, JSON-RPC communication patterns, and standardized messaging for cross-platform agent autonomy.

Foundational technical lecture from MIT Media Lab covering split neural computation, federated learning topologies, and zero-exposure collaborative consensus.

Exploring cryptographic data isolation, multi-party computation, and confidential hardware enclaves ensuring zero raw data leakage in distributed agent execution.

Prof. Ramesh Raskar explains how open-source and specialized models are reshaping economic moats and democratizing artificial intelligence.

Addressing the dangers of monopolistic AI and why sovereign nations and enterprises require open, decentralized protocols.

At UC Berkeley Center for Decentralized Intelligence, analyzing the transition from walled gardens to a vibrant open bazaar of agents.

Keynote for builders on agent orchestration, registry protocols, agent-to-agent negotiation, and composable tools.

How AI agents will discover services, negotiate terms, execute verifiable transactions, and form spontaneous coalitions.

Academic symposium keynote covering privacy guarantees, cryptographic verification, and distributed consensus for agents.

Global generative AI conference talk outlining how Project NANDA at MIT is engineering open standards for generative agents.

Keynote addressing emerging researchers on breakthrough methodology, high-impact problem selection, and interdisciplinary AI.

Lively panel debate on AI alignment, runtime verification, institutional oversight, and decentralized governance frameworks.

Prof. Ramesh Raskar's keynote at the 10th TiE Global Summit on how India can lead the global agentic revolution via digital public infrastructure.

Why a single monolithic model cannot solve human society's diverse needs, and why collaborative agent networks will prevail.

Prof. Ramesh Raskar sits down with Vishal Gondal to discuss human agency, economic disruption, and the urgent necessity of decentralization.

A deep look inside the MIT Media Lab culture, inventing radical technologies, and the genesis of decentralized AI research.

Neuroscientist David Eagleman and Ramesh Raskar discuss parallels between biological brains and multi-agent AI networks.

Exploring private compute, edge deployment, user sovereignty, and why decentralization is essential for sustainable AI evolution.

Urgent analysis of the rapid capability acceleration of frontier AI and why establishing open agent protocols cannot wait.

Investigating autonomous bot behaviors, identity spoofing, misinformation dynamics, and cryptographic trust solutions.

A documentary investigating the meteoric rise of autonomous agents, corporate gatekeeping, and how open protocols put control back in human hands.

A masterclass covering innovation frameworks, problem inversion, and how builders can leverage exponential technologies.

Mobilizing open innovation ecosystems, bottom-up technologies, and solving mega-scale civic and social challenges.

Articulating the transformative democratic potential of individual personal AI agents working on behalf of every citizen.

Essential protocols for safeguarding minors, preventing psychological vulnerability exploitation, and enforcing safety standards.

Three renowned MIT professors analyze network architectures, market incentives, and governance frontiers in artificial intelligence.

How AI reshapes academic training, empowering students to conduct cutting-edge research, and accelerating educational impact.