Skip to main content
  1. Home
  2. Computing
  3. Legacy Archives

New discovery could significantly boost Internet speeds

Add as a preferred source on Google
internet
Image used with permission by copyright holder

There are a lot of us still stuck in the “before times,” dealing with our “average speed” DSL and cable connections while the rest of the world moves onto FiOS. Don’t get us wrong: we’re much happier than we were in the days of dial-up, but I still feel like I’m living in the past when I visit a friend that has a crazy fast Web connection. But for anyone out there who is finally making a change, and grabbing a new FiOS connection, you may want to wait. According to ZDNet, U.S.-based researchers have discovered a way to create an even faster fiber-optic-based product.

The breakthrough makes use of “optical vortices,” which are classified as “doughnut-shaped laser light beams.” These vortices have been considered as a suitable way to increase Web speeds before, but were ruled out when scientists realized they were too unstable to use in fiber-optic technology. However, according to engineering professor, Siddharth Ramachandran, of Boston University, there is a way to include these optical vortices within a fiber-optic line without causing issue.

Recommended Videos

The estimated increase in data-speed using this type of technology is significantly boosted compared to current Web speeds. Researchers discovered that they could send data over a one kilometer fiber line at a speed of 1.6 terabits per second. That’s the equivalent of sending approximately eight Blu-ray DVD’s every second. It’s a pretty impressive prospect and hopefully something we will see become reality in the near future.

Russ Boswell
Former Digital Trends Contributor
Russ Boswell is an aspiring video game and technology journalist from Colorado. He's been an avid gamer since he was old…
AI helped uncover a hidden PHP flaw. Now websites worldwide are facing millions of hacking attempts.
A critical PHP vulnerability has websites worldwide racing to install security patches.
php-flaw-websites-under-attack

PHP is the programming language behind roughly 70% of websites, and it just ran into a serious problem. Security researchers used AI to uncover a critical flaw called PHP2Shell, which could let attackers take over web servers, steal data, or disrupt online services. Since the discovery, websites worldwide have been hit with millions of attempts to exploit it.

Hackers moved fast once the flaw went public. Cloudflare CEO Matthew Prince said the attack attempts jumped from tens of thousands within 45 minutes to millions overnight, The Guardian reports.

Read more
Microsoft has begun rolling out Copilot Code for building apps with natural language
The workplace-focused vibe coding tool can pull context from emails, documents, meetings, and chats.
Microsoft Copilot code logo

Microsoft introduced Code last month as one of the three core parts of its revamped Copilot app. The app was pitched as an easy-to-use coding agent that lets users describe what they want to build in natural language, like an app, a tracker, a dashboard, an automation, or a workflow, and Copilot would build it for them.

Essentially, it's a workplace-focused vibe-coding app that turns existing work into a functional app, and Microsoft has begun rolling it out through the Frontier program.

Read more
AI agents are acting like rogues and causing a huge headache for US banks
US banks block AI agents over fears they could make unauthorised financial moves
Banking

US banks are facing a new kind of digital headache: artificial intelligence agents attempting to access customer accounts and perform actions that may go beyond what users intended. As AI tools become more capable of navigating websites and carrying out tasks independently, financial institutions are scrambling to prevent them from crossing security boundaries.

According to a report published by Axios on October 22, major US banks have detected third-party AI agents operating inside customer accounts without authorisation. Some agents reportedly appeared to attempt actions independently of user instructions. The banks involved have not publicly detailed every incident, and there is no evidence that the reported activity resulted in widespread theft of customer funds.

Read more