Technical Solutions Group, LLC

Technical Solutions Group, LLC We are a managed services provider offering computer IT services and support for business clients

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12/29/2025

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In 1971, a man sent himself a message nobody remembers—and accidentally invented the way 5 billion people would communicate for the next fifty years.
Cambridge, Massachusetts. BBN Technologies. A basement lab filled with machines the size of refrigerators, humming and clicking, connected by wires to a strange new network called ARPANET.
Ray Tomlinson sat alone.
He was a 29-year-old computer engineer working on a problem nobody had asked him to solve. ARPANET already allowed people to leave messages on shared computers—but only if you shared the same machine. If you wanted to send a note to someone using a different computer, you were out of luck.
Ray thought that was silly.
So he started tinkering. Not because his boss told him to. Not because there was funding or a deadline. Just because it seemed like something the network should be able to do.
He wrote a program called SNDMSG—"send message"—that could transfer a text file from one computer to another across the network. It worked. But there was a problem.
How do you tell the computer where to send the message?
You needed a way to separate the person's name from the machine's name. Something clear. Something simple. Something that wouldn't confuse the computer.
Ray looked at his Model 33 Teletype keyboard. Most keys were letters or numbers. Punctuation was sparse. But there, on the upper row, sat a symbol almost nobody used.
@
It was an accounting symbol—shorthand for "at the rate of" when calculating prices. It had survived on keyboards mostly out of habit. Ray figured nobody would miss it.
He made a decision in seconds that would shape the next half-century of human communication.
Username @ Computer Name.
Simple. Elegant. Permanent.
He typed a test message. Something forgettable—probably "QWERTYUIOP" or another string of random characters. He sent it from one machine to another, both sitting in the same room, connected through ARPANET's sprawling network.
It worked.
Ray sent the first networked email. To himself. In an empty lab. With no witnesses.
He later couldn't even remember what the message said. "Entirely forgettable," he called it.
But what happened next wasn't forgettable at all.
Within weeks, ARPANET engineers started using Ray's system. Within months, email accounted for 75% of all traffic on the network. People who'd been sending memos and making phone calls suddenly had a faster, quieter, more efficient way to communicate.
They loved it.
By the 1980s, email spread beyond research labs into universities, corporations, and eventually homes. By the 1990s, it was everywhere. The @ symbol—Ray's casual choice from a forgotten accounting character—became one of the most recognized symbols on Earth.
Today, over 330 billion emails are sent every day. That's 3.8 million per second.
Email created entire industries: marketing automation, cybersecurity, productivity software, spam filters, customer service platforms. Careers were built on it. Relationships formed through it. Revolutions organized with it.
And Ray Tomlinson never tried to own it.
He didn't patent email. Didn't trademark the @ symbol. Didn't start a company or demand royalties. He was an engineer, not an entrepreneur. He built it because the problem was there, and solving problems was what he did.
In 2012, Google invited Ray to their headquarters to celebrate the 40th anniversary of email. They gave him a cake shaped like an @ symbol. He seemed slightly embarrassed by the attention.
When reporters asked him about inventing email, he downplayed it. "I just happened to be in the right place at the right time," he said. "It was a fairly obvious thing to do."
To Ray, it wasn't a revolution. It was just good engineering.
In 2016, Ray Tomlinson died of a heart attack at seventy-four. Gmail's official Twitter account posted a tribute: "Thank you, Ray Tomlinson, for inventing email and putting the @ sign on the map."
Millions of people saw it. Most had no idea who he was.
Because Ray never became famous. He never gave a TED talk or wrote a bestselling memoir. He never became a billionaire or household name. He lived quietly, worked on projects that interested him, and died having changed the world in ways most people never realized.
Think about that.
Every email you've ever sent—job applications, love letters, meeting invites, password resets, breakup messages, acceptance letters, apologies, thank-yous, spam about discounted furniture—all of them carry the ghost of Ray's decision in 1971.
That @ symbol you type without thinking? Ray chose it in seconds, alone in a lab, solving a problem nobody had asked him to solve.
No venture capital. No product launch. No press release. Just an engineer noticing something missing and quietly building it into existence.
The world celebrates founders who raise millions and disrupt industries. We make documentaries about visionaries who change everything with bold speeches and flashy keynotes.
But some of the most important revolutions happen in silence.
One man. One keyboard. One overlooked symbol. One message sent to himself that nobody remembers.
And suddenly, billions of people had a way to say: I'm here. Are you there?
Ray Tomlinson didn't change the world by shouting. He changed it by typing.
And fifty years later, we're still using the language he invented—one @ at a time.

There are some things you should never tell chatbots. :
12/13/2025

There are some things you should never tell chatbots. :

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New identity theft scam to be aware of! Don't scan those unexpected QR codes!!
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02/27/2025

In just four minutes, a quantum computer solved a problem that would take the most advanced classical supercomputer billions of years.

This groundbreaking achievement came from researchers in China, who developed Jiuzhang, a 76-qubit photon-based quantum computer prototype. Unlike traditional computers, Jiuzhang relies on an intricate system of lasers, mirrors, prisms, and photon detectors to perform computations using a method known as Gaussian boson sampling. This technique involves detecting and counting photons, and with the ability to count 76 photons, Jiuzhang far exceeded the five-photon limit of classical supercomputers.

Beyond being a theoretical milestone, Gaussian boson sampling has real-world potential. It could be applied to solving complex problems in quantum chemistry, advanced mathematics, and even aid in the development of a large-scale quantum internet.

While both quantum and classical computers are designed to solve problems, they function in fundamentally different ways. Quantum computers leverage principles of quantum mechanics—such as superposition and entanglement—to perform calculations at unprecedented speeds, making them far more powerful for specific types of computations.

And here's the reason to use a password manager instead of storing passwords in your browser.
09/15/2024

And here's the reason to use a password manager instead of storing passwords in your browser.

Hackers are using a clever Chrome browser lockdown attack to force users into revealing their Google account credentials. Here’s how to stop them.

Don't get taken advantage of this holiday shopping season!
12/14/2023

Don't get taken advantage of this holiday shopping season!

Halloween wasn’t very long ago but, with Black Friday and Cyber Monday on the horizon, some people are already focusing on holiday shopping and gift-giving. This year, holiday spending is projected to reach record levels, according to the National Retail Federation. The industry group expects spe

Don't be so quick to install apps on your smart phone or devices. Do you know what rights you are giving up when use som...
05/03/2023

Don't be so quick to install apps on your smart phone or devices. Do you know what rights you are giving up when use some of these? Here's some interesting information about Lensa AI the portrait app.

Why You Need to Think Twice Before Using Lensa AI & Other Self-Portrait Apps Posted on February 23, 2023 It’s a common theme. You begin seeing these amazing CGI images of your friends on Facebook or Instagram. You think, “How can I make one?” Filters and self-portrait apps have come a long way...

What do you think about the rapid advance of Artificial Intelligence? One of the originators is concerned. Has technolog...
05/02/2023

What do you think about the rapid advance of Artificial Intelligence? One of the originators is concerned. Has technology gone too far?

Famous AI pioneer Geoffrey Hinton announces he is leaving Google amidst regrets and concerns. Find out what worries him here

Strange or unexpected web search results? It could be a malicious browser extension.
10/25/2022

Strange or unexpected web search results? It could be a malicious browser extension.

Researchers at Guardio Labs have discovered a new malvertizing campaign pushing Google Chrome and Microsoft Edge extensions that hijack searches and insert affiliate links into webpages.

03/10/2022

Technical Solutions Group, LLC is a managed services provider in Connecticut.

Address

225 Research Drive Ste 6
Milford, CT
06460

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Monday 9am - 5pm
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Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm
Saturday 9am - 5pm

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+12038769980

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