With a background in cybersecurity and artificial intelligence, Shigeki Goto sees a natural partnership between the two disciplines.
The current president of Japan’s National Internet Registry, Goto helped develop the network in the mid 1980s after a stint at Stanford University. The registry, in turn, led to the formation of the Asia Pacific Network Information Center, a non-profit address registry for more than two dozen countries along the Pacific Rim.
A 2017 inductee into the Internet Hall of Fame, Goto is also the chairman of the Cybersecurity Research & Development Strategy Committee of Japan’s National Information Security Center.
Goto said he hopes AI developers will soon collaborate more with cybersecurity experts to facilitate research and faster data processing.
“We need sharing of data,” Goto said. “The one positive side of AI is that many people still believe that if we collect the data, we can do something with it.
“We should be sharing the information so we can prevent bad incidents.”
Everything old is new again for Internet Hall of Fame inductee Ed Krol.
The author of “The Hitchhiker’s Guide to the Internet,” one of the earliest non-technical guidebooks, and “The Whole Internet” book series, Krol helped create the web’s early infrastructure through the development of regional networks.
He also laid the foundation for the Federation of American Research Networks, which promoted networking development among public sector professionals and those in higher education.
Worried about Internet access becoming a political issue, Krol compared the status of net neutrality to efforts by telephone companies in his tech career’s early days. In the 1980s, telephone companies frequently balked at allocating telephone lines and bandwidth to upstart Internet networks, claiming a greater need for consumer and business landlines.
“We need to be able to protect the ability of innovators to use the Internet in a way they see fit while not being constrained by a competing business interest.”
Watch our full with Ed Krol interview below:
An experiment is underway to better understand the security protocols protecting commonly used domain name system servers.
In partnership with the Asia Pacific Network Information Centre, Cloudflare launched new speed and privacy enhancing domain name system servers in April as part of an experiment to root out distributed denial of service attacks.
The Cloudflare-APNIC experiment uses two IPv4 address ranges, 1.1.1/24 and 1.0.0/24, which were originally configured as dark traffic ranges and have since been reserved for research use. Cloudflare's new DNS uses two addresses within those ranges, 188.8.131.52 and 184.108.40.206.
Since its launch, multiple operational systems have been outed for breaching internet routing standards, including those used by Vodafone and Fortinet VPN.
In a blog post, Geoff Huston, an Internet Hall of Fame inductee and APNIC’s chief scientist, said the experiment should yield additional insights into how DNS works, particularly with respect to security and user privacy.
"We are now critically reliant on the integrity of the DNS, yet the details of the way it operates still remains largely opaque," he wrote.
"We are aware that the DNS has been used to generate malicious...
Ermanno Pietrosemoli is known as a pioneer, both for his efforts to connect Latin American to the Internet and for setting a world record for distance of a Wi-Fi signal.
What many don’t know is that also brought the first data connection to Venezuela in 1996, an early achievement that he credits to “sheer luck.”
While it may have indeed been luck that got the ball rolling, it was his dogged determination, and a little scheming, that brought the project to fruition.
While visiting the University of Maryland on a sabbatical in 1991, Dr. Glenn Ricart introduced Ermanno to Saul Hahn, from the Organization of American States (OAS) who told him about a program to help Latin American universities get connected to the Internet via satellite. OAS had donated to the Venezuelan Government a satellite gound station (VSAT) for Internet access.
“Once I returned to Venezuela, I tried to find out what happened to the VSAT that had been sent to Venezuela,” Pietrosemoli said. “I found out that it was still in the original crate in the basement of a government office. It had been sitting there for several years and nobody had ever opened the box.
With the help of Ernesto Lorenz, a friend that worked at a satellite company in Caracas, a training course on connecting to the Internet via satellite was organized at ULA, and a request to borrow the VSAT for that purpose could not be refused.
Getting the connection was easy. Getting the funding to pay...
Nearly 30 years ago, Ermanno Pietrosemoli had a life-changing choice to make: accept an invitation to compete in the world’s first officially sanctioned mountain bike competition in the United States, or follow through with teaching telecommunications at Universidad de los Andes and consulting for the oil industry in Venezuela.
"I had to choose which way to go,” he said. “I decided I didn’t have much of a future as a mountain biker, but I could nevertheless go and have some fun. On the other hand, I did have a future as an engineer, so I chose the second.”
He apparently made the right decision, going on to become a pioneer in connecting Latin America and the developing world to the Internet. His efforts, both as an educator and hands-on network developer, earned him a spot in the 2017 Internet Hall of Fame as a Global Connector.
As a professor of telecommunications and head of the Telecommunications Laboratory at the Universidad de los Andes (ULA) in Venezuela for 30 years, Pietrosemoli was instrumental in building ULA’s direct connection to the Internet backbone in Homestead, Florida.
He was also one of the founders of Escuela Latinoamericana de Redes (EsLaRed), an organization that has been promoting information and communications technologies in Latin America since 1992.
Now a full-time member of the Telecommunications/ICT4D Laboratory at the International Centre for Theoretical Physics (ICTP)...