Harvard Team Rehabs P2P as eCommerce Platform

A team of Harvard computer scientists is experimenting with using peer to peer file sharing as a model for exchanging Internet bandwidth between individual users. The researchers said they believe that P2P networking, which has become notorious for helping foster illegal downloading, can be used as a safe and legal model for electronic commerce.

The team, from Harvard's School of Engineering and Applied Sciences, is using a version of a Tribler, a program created by scientists at the Delft University of Technology and Vrije Universiteit, Amsterdam, to study video file sharing.

"Successful peer to peer systems rely on designing rules that promote fair sharing of resources amongst users. Thus, they are both efficient and powerful computational and economic systems," said David Parkes, an associate professor of natural sciences at Harvard. "Peer to peer has received a bad rap, however, because of its frequent association with illegal music or software downloads."

The researchers used the program as a model for an e-commerce system because of its flexibility, speed, and reliability. "Our platform will provide fast downloads by ensuring sufficient uploads," said Johan Pouwelse, an assistant professor at Delft. For example, the more a user uploads now and the higher the quality of the content, the more they would be able to download faster later.

They see bandwidth as the first true Internet "currency" for an e-commerce system that connects users to a single global market, without any controlling company, network, or bank. "The next generation of peer to peer systems will provide an ideal marketplace not just for content, but for bandwidth in general," Pouwelse said.

Read More:

About the Author

Paul McCloskey is contributing editor of Syllabus.

Featured

  • From Fire TV to Signage Stick: University of Utah's Digital Signage Evolution

    Jake Sorensen, who oversees sponsorship and advertising and Student Media in Auxiliary Business Development at the University of Utah, has navigated the digital signage landscape for nearly 15 years. He was managing hundreds of devices on campus that were incompatible with digital signage requirements and needed a solution that was reliable and lowered labor costs. The Amazon Signage Stick, specifically engineered for digital signage applications, gave him the stability and design functionality the University of Utah needed, along with the assurance of long-term support.

  • Abstract geometric shapes including hexagons, circles, and triangles in blue, silver, and white

    Google Launches Its Most Advanced AI Model Yet

    Google has introduced Gemini 2.5 Pro Experimental, a new artificial intelligence model designed to reason through problems before delivering answers, a shift that marks a major leap in AI capability, according to the company.

  • Training the Next Generation of Space Cybersecurity Experts

    CT asked Scott Shackelford, Indiana University professor of law and director of the Ostrom Workshop Program on Cybersecurity and Internet Governance, about the possible emergence of space cybersecurity as a separate field that would support changing practices and foster future space cybersecurity leaders.

  • Two stylized glowing spheres with swirling particles and binary code are connected by light beams in a futuristic, gradient space

    New Boston-Based Research Center to Advance Quantum Computing with AI

    NVIDIA is establishing a research hub dedicated to advancing quantum computing through artificial intelligence (AI) and accelerated computing technologies.