Serendipity35

I wrote earlier about the issues we were experiencing with the blog's backend. I mentioned that Tim, the IT half of Serendipity35, had created a testing version of the blog on an .icu domain. This .icu domain was new to me, and I had to look it up.

The .icu top-level domain (TLD) quite literally stands for "I See You" and was launched in 2018 as a flexible, globally accessible domain option. “I See You” is probably appealing for brands and individuals who want to convey visibility, connection, or care. It also coincides with the medical abbreviation for Intensive Care Unit though I doubt that any brands want that association.

It officially became available for public registration in 2018, and quickly gained traction due to its affordability and the wide availability of names. The original application was submitted by One.com, a Danish web hosting provider.Since it’s relatively new, many desirable domain names are still unclaimed and it has lower costs. Registration fees are typically lower than traditional domains like .com or .net. The .icu domain is not region-specific, making it suitable for international branding.

While .icu domains are popular for their flexibility, one caveat is that they’ve also been associated with spam and phishing, again because of their low cost and ease of registration. This has led some email providers and security platforms to flag .icu domains more aggressively. That said, legitimate businesses and creators continue to use .icu effectively, especially when paired with strong branding and secure hosting. 

How might lasers revolutionize deep space communications?

NASA tested high-bandwidth laser (or optical) communications for the first time beyond the Moon with a pioneering technology demonstration called Deep Space Optical Communications (DSOC), beaming messages via laser across a distance of almost 16 million kilometers or 10 million miles. That's about 40 times farther than the Moon is from Earth, and it's the first time that optical communications have been sent across such a distance.

Traditionally, we use radio waves to communicate with distant spacecraft, but higher frequencies of light, such as near-infrared, offer an increase in bandwidth and therefore a significant boost in data speed. If we're going to be able to send high-definition video messages to and from Mars without a significant delay, then this is the tech we need."

Learn more about the DSOC experiment at https://nasa.gov/technology

I blog here about technology and education, and sometimes about how those two industries cross paths. I'm the blogger. Tim Kellers is on the IT side of this. Though he had done some posts in the past, he is more often updating something or fixing something broken on his server or fixing something in some code. That is not my area of expertise, and I don't really want to know much about it. I just want it to work

In October, it wasn't always working. Posts that I had spent time writing just disappeared. The blog went offline. People told me that they couldn't access it because of security warnings. I stopped posting.

Tim was texting me messages about our .net domain. He created an alternate version at a .icu domain. I had to look up .icu, a top level domain I had never seen before. It means so logically that it is illogical, "I See You."

Tim told me, "That instance runs on different CPU architectures, so I want to do that manual sync first before I move the domain name over." Then he said, "I just synced your post to s35.net," and "I went through an SQL dump of the database and found a whole lot of image files with our very old nji.edu address prefixes. I changed them for a local test, and it looks like a whole lot of broken images are back online.  That string was replaced 554 times according to the log file." 

All of which makes little sense to me. And that's okay with me as long as Tim hangs around.

When I was in Europe in September, I told Tim the site was not working and giving me odd errors. "Just added the Privacy/Cookies/GDPR thing to s35.icu.  Next time you are in Europe, see if the site connects," he texted.

Serendipty35 is back. Tonight is Mischief Night here in Serendipity35land, and I'm hoping no gremlins are out there that will prank Serendipity35.

OpenAI, maker of the world’s most popular chatbot, ChatGPT, launched a web browser, Atlas, this week. Will it make surfing the Internet smarter?

Atlas is available only for computers that run Apple’s MacOS operating system. The company plans to introduce a version for Microsoft Windows and mobile operating systems, including Google’s Android and Apple’s iOS.

I tried it out on my iPad. It doesn't have a traditional address bar. You type the address into the chat window. That essentially removes competing search engines from the process. Google did something similar more than a decade ago with Chrome by integrating the browser and their search engine.

Atlas is very light on using your device's resources because all the heavy lifting is done in the cloud. 

The biggest criticism, or maybe it's a fear, that I've seen early on is that Atlas allows OpenAI to directly gather all user data that can train their future AI technologies. Microsoft (who clearly have a horse in this race) cautions that in exchange for this AI and lighter load, ChatGPT wants permission to watch and remember everything you do online. They say it "out-surveils even Google Chrome, and that’s saying something."

It not only keeps track of which websites you visit. It also stores “memories” of what you look at and do on those sites. It can even control your mouse and browse for you. It could complete an online order for you. (more on that tomorrow)

It is still early to evaluate whether Atlas’s AI capabilities outweigh its data gathering, but the privacy concerns are real and huge. Does OpenAI offer sufficient controls for managing what Atlas remembers? That's unclear. 

This has been the appeal of other browsers, especially DuckDuckGo, which emphasizes its privacy and is also a lighter browser than Chrome or Opera. (I consider Firefox to be somewhere between.) After all, your default browser is your entry point to almost all of your online surfing. (Yes, apps can bypass it.) But Duck Duck Go has a small percentage of the browser market.

Adding AI to browsers is not a new thing that OpenAI invented. Another lesser-known search engine, Perplexity, makes a browser called Comet. Google has added its Gemini bot to Chrome and will soon add "agent" capabilities that let AI do tasks for you, and Atlas has an“Ask ChatGPT” button that lets you chat with the bot about pages you’re viewing. You can ask it to summarize an article, analyze data, or revise your email draft.

OpenAI's response to concerns about privacy and data collection? So far, just a shrug.