Have You Ever Wondered How the Internet Knows Where to Go?
When you type youtube.com into your browser, something amazing happens in less than a second. Your computer doesn't actually understand the word "YouTube." Computers only understand numbers. So a hidden system — called DNS — translates that name into a number like 142.250.190.78, and that number is the real address of the YouTube computer somewhere in the world.
Think of DNS like the internet's phone book. Instead of looking up a person's name to get their phone number, DNS looks up a website's name to get its computer address (called an IP address).
Without DNS, you would have to memorize a different string of numbers for every single website you wanted to visit. That would be almost impossible! DNS makes the internet friendly for humans.
Who Controls the Phone Book?
Here's where things get interesting — and a little bit scary.
The internet's phone book is not owned by everyone equally. It is controlled by a small group of organizations. The most important one is called ICANN — the Internet Corporation for Assigned Names and Numbers. ICANN is the organization that decides which top-level domains (TLDs) can exist. A TLD is the last part of a web address, like .com, .org, .net, or .edu.
Want to create a brand new TLD like .school or .kids? Under the current system, you have to apply to ICANN, wait years for approval, and pay hundreds of thousands of dollars. Most people can never do this — only big corporations and governments can afford it.
This means a tiny group of humans controls the naming of the entire internet. They can block names, take names away, or censor websites by simply removing them from the phone book. If your name disappears from the phone book, it's like you no longer exist online.
The Street Signs of the Internet
Imagine your neighborhood. Every street has a name on a sign. You use those signs to find your way around. Now imagine that one company owns ALL the street signs in the whole world. They decide what the streets are called. They can change street names whenever they want. They can even make a street disappear from the map.
That is basically how the current internet works. ICANN and a group of organizations called Certificate Authorities (CAs) act as the owners of all the signs. They are trusted to be honest — but they are still vulnerable to hacking, government pressure, censorship, and corruption.
History shows this is not just a theory. Governments have forced domain registrars to take down websites. Companies have had their domains seized. Journalists and activists have lost their online homes overnight.
What If Nobody Owned the Street Signs?
What if, instead of one company owning all the signs, every person in the neighborhood helped guard them together? What if the signs were made of material that nobody could secretly change — and every person in the neighborhood could check that the signs were correct?
That is the idea behind Handshake (HNS).
Handshake is a decentralized, permissionless naming protocol. Instead of ICANN controlling the root zone (the master list of all TLDs), Handshake puts that power on a blockchain — a kind of shared record book that thousands of computers around the world all hold together. No single person, company, or government can change it secretly.
On Handshake, anyone — including you — can register a top-level domain. You do not need to ask permission from ICANN. You do not need to pay hundreds of thousands of dollars. You just need to participate in a fair auction using HNS coins.
How Does the Handshake Auction Work?
Think of it like bidding on a very special item at a fair. Here's how the Handshake name auction works, step by step:
- You find a name you want. Maybe you want the TLD .learn or .kids. You check if it has been registered yet on the Handshake blockchain.
- You place a blind bid. You decide how many HNS coins you are willing to pay, but you hide your real bid so others cannot see it. This is called a sealed bid.
- The auction runs for about five days. Other people can also bid on the same name during this time.
- Reveal period. Everyone reveals their real bids. The highest bidder wins — but here is the clever part: the winner only pays the second-highest bid amount. This is called a Vickrey auction. It is designed to be fair so that nobody overpays.
- Losers get their coins back. If you don't win, all your locked HNS coins are returned to you.
- The winner's payment is burned. The coins paid by the winner are permanently removed from the supply — this helps make HNS coins more valuable over time.
After winning, you become the true owner of that TLD on the Handshake blockchain. Nobody can take it from you as long as you hold your private keys.
A Big Update in 2025: HNS Got Stronger
In August 2025, something important happened to Handshake. A soft fork activated on the network — a kind of upgrade that the community of miners agreed to make together, with no company or foundation in charge.
The soft fork ended the original airdrop claim period, which was a special program that gave free HNS coins to open-source software developers when Handshake launched. Since then, 6,548 airdrops were issued. By ending unclaimed airdrops, the total supply of HNS was reduced by approximately 56% — from 2.04 billion coins down to around 889 million coins. A smaller supply means each coin becomes more meaningful.
This upgrade also made Handshake a true Proof-of-Work (PoW) blockchain — like Bitcoin — where all new coins only come from miners doing real work to secure the network.
What Makes Handshake Different from Regular DNS?
| Feature | Traditional DNS (ICANN) | Handshake (HNS) |
|---|---|---|
| Who controls it? | ICANN + Certificate Authorities | Everyone on the network |
| Can names be censored? | Yes | No |
| Can you create your own TLD? | Only with years + hundreds of thousands of $ | Yes, via a fair auction |
| Who holds the keys? | Registrars and ICANN | You |
| Can it be hacked centrally? | Yes — single points of failure | No — distributed across thousands of nodes |
Why Should Kids and Teenagers Care?
You are growing up in a world where your identity, your school records, your creative work, and your friendships increasingly exist online. The names that point to those places on the internet are controlled by organizations you have never heard of — and cannot vote for.
Handshake offers a different future: one where you own your name. One parent in the HNS community famously registered his daughter's first name on Handshake the day she was born — a digital gift that no company can ever take away.
The internet was invented to be open and free for everyone. Handshake is an experiment to make sure it stays that way — and you can be part of it.
Your First Step
Ready to explore? You can start by visiting learnhns.com/start for a beginner's path — zero to your first domain in about 20 minutes. You can also try resolving Handshake sites using the open-source Fingertip resolver and browse the decentralized web directly from your browser.
The internet of names belongs to whoever is brave enough to learn how it works. Welcome to Handshake.