World Wide Web Source Code is Latest NFT for Sale

Tim Berners-Lee’s code for the World Wide Web is being sold as an NFT by Sotheby’s. (AFP)
Tim Berners-Lee’s code for the World Wide Web is being sold as an NFT by Sotheby’s. (AFP)
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World Wide Web Source Code is Latest NFT for Sale

Tim Berners-Lee’s code for the World Wide Web is being sold as an NFT by Sotheby’s. (AFP)
Tim Berners-Lee’s code for the World Wide Web is being sold as an NFT by Sotheby’s. (AFP)

Tim Berners-Lee’s source code for the World Wide Web is the latest non-fungible token (NFT) to go up for sale.

Sotheby’s in New York is selling the program that paved the way for the internet we know today more than 30 years after its creation.

The sale started June 23 and ends on Wednesday. Bidding had reached $2.8 million on Friday.

The lot includes an animated version of Berners-Lee’s nearly 10,000 lines of code and a letter from the British-born computer scientist himself.

“Ten years ago, we wouldn’t have been able to do this,” said Cassandra Hatton, vice-president at Sotheby’s, referring to the recent boom in NFTs.

Hatton said this work is unique because of its importance for the creation of the World Wide Web.

“That changed every aspect of your life,” Hatton said. “We don’t even fully comprehend the impact that it has on our lives, and the impact that we will continue to have on our lives.”

An NFT is a digital object such as a drawing, animation, piece of music, photo or video with a certificate of authenticity created by blockchain technology that underlies cryptocurrency. It cannot be forged or otherwise manipulated.

NFTs currently generate several hundred million dollars in transactions every month.

NFT exchanges take place in cryptocurrencies such as bitcoin on specialist sites but traditional auction houses are seeking to capitalize on the phenomenon.

The most expensive NFT ever was sold by Christie’s in March for $69.3 million.



KACST Manufactures 25 Advanced Electronic Chips by Saudi Talents

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
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KACST Manufactures 25 Advanced Electronic Chips by Saudi Talents

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)

Saudi Arabia’s King Abdulaziz City for Science and Technology (KACST) announced on Thursday its successful design and fabrication of 25 advanced electronic chips, developed by Saudi talents in its cleanroom laboratories for purposes of training, research, and development.

The achievement is part of KACST’s ongoing efforts to support and enable the semiconductor ecosystem in the Kingdom.

These chips are distinguished by their versatility and can be used in a range of applications, including electronics, wireless and high-frequency communications, integrated circuits, energy-efficient lighting, micro-sensor systems, as well as industrial and research applications in measurement and testing.

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. This effort was conducted under the initiatives of the Saudi Semiconductors Program (SSP), which aims to build national expertise in this critical field.

The chips can be used in a range of applications. (SPA)

This milestone is part of a series of strategic initiatives led by KACST to support the semiconductor sector in the Kingdom, including the Saudi Semiconductors Program to boost research and development and qualify human talent and the "Ignition" semiconductor incubator program to support startups and entrepreneurs.

Through these initiatives, KACST underscored its commitment to the ambitious goals of Saudi Vision 2030 by localizing strategic technologies, empowering national talent, and achieving technological self-sufficiency in advanced domains.