How to buy Handshake (HNS)

What is Handshake and what problem does it solve?

Handshake is a decentralized, permissionless naming protocol designed to shift the control of the internet's root DNS naming zone away from centralized authorities. In the current internet architecture, domain names and social handles rely on centralized actors. This structure depends on the honesty of these entities and remains vulnerable to fraud, hacking, and censorship. Handshake aims to replace this with a peer-to-peer system where every participant validates and manages the root zone.

The protocol does not seek to replace the entire Domain Name System (DNS), as most of that infrastructure is already decentralized. Instead, it focuses specifically on the root zone file and the root servers. By removing the dependence on the Internet Corporation for Assigned Names and Numbers (ICANN), Handshake attempts to create a more resilient internet where users actually own their names rather than renting them from a central authority.

What are Handshake's current market statistics?

Handshake currently holds a market rank of #181. The token is trading at $0.37837423 with a total market capitalization of $134,793,111.94. Trading activity is significant, with a 24-hour volume of $3,632,054.747.

The asset has shown extreme short-term momentum. Price increases include a 50.40% gain in 24 hours, a 96.19% increase over 7 days, and a 183.72% surge over the last 30 days. In terms of supply, the maximum supply is capped at 2,040,000,000 HNS, with 356,242,840.981 coins currently in circulation.

How does Handshake's technology work?

Handshake operates as a UTXO-based blockchain, meaning it tracks "unspent transaction outputs" to manage ownership, similar to how Bitcoin functions. It utilizes a Proof-of-Work (PoW) consensus mechanism, where computers compete to solve complex mathematical puzzles to secure the network and validate transactions. This PoW approach is used specifically to prevent "Sybil attacks," which occur when one person creates many fake identities to gain unfair control over a network.

The protocol introduces on-chain smart contract features called covenants. These are designed to limit how future transaction outputs are used, providing a layer of security for the naming system. To make the system accessible, Handshake provides two types of software: hsd, a full node daemon written in Javascript for those who want to secure the network, and hnsd, a light client written in C. The light client allows for name resolution and verification without requiring the heavy hardware of a full node.

The primary utility of the HNS coin is to facilitate a transparent name auction process. Because there is an economic cost to registering a name, it prevents any single entity from claiming all available top-level domains (TLDs). This creates a base layer for a decentralized internet where cryptographic ownership replaces the need for a central registrar.

What is the community and social sentiment around Handshake?

Sentiment around Handshake is heavily centered on the themes of digital sovereignty and censorship resistance. Official communications from the @hns account emphasize a "Protocols, not promises" philosophy. There is a strong narrative linking Handshake to the "Internet of Agents," suggesting that as AI agents proliferate, they will require decentralized identities (such as .agent domains) to operate without central gatekeepers.

The community actively highlights real-world applications of censorship resistance. For example, the project has pointed to the use of the .palestine TLD to secure archives that were censored on traditional DNS. There is also a recurring theme of "owning" versus "renting" online identities, contrasting Handshake with centralized platforms like X, Google, and even some other decentralized naming services.

However, the sentiment is not entirely uniform. Some users have expressed frustration regarding "centralized scams" within the ecosystem. There are also reports of users facing issues when transferring domains between services, such as moving from Namebase to Shake Station, indicating some friction in the user experience for non-technical holders.

Where can you buy HNS?

Handshake is available on several exchanges. Based on the available data, the following options are available:

• Gate.io lists over 2,250 cryptocurrencies and is a strong choice for those seeking variety. It offers a trust rating of 8/10 and supports spot, futures, and margin trading with a max leverage of 100x.
• MEXC is a highly accessible option for buying HNS and is known for listing a wide array of altcoins.
• Namebase is specifically integrated with the Handshake ecosystem for domain management and acquisition.
• Bittrex is one of the most established exchanges for trading HNS.
• ZB.COM provides an additional venue for HNS liquidity.
• BigONE is another exchange where HNS is available for trade.
• CoinEx offers HNS trading pairs.
• Hotbit provides access to HNS markets.
• ViteX is an available trading option.

Should you buy HNS? Risk and potential evaluation

The potential for HNS lies in its fundamental challenge to the centralized DNS root. If the industry shifts toward a "Sovereign Individual" model where AI agents and humans demand ownership of their digital identities, Handshake's architecture is well-positioned. The recent price surge of over 183% in 30 days suggests a growing market interest in this narrative, particularly the convergence of AI and decentralized naming.

On the risk side, Handshake faces a steep adoption curve. For the protocol to succeed, users must move away from the traditional DNS system they have used for decades. There is also the risk of competition from other naming services like ENS. Furthermore, the reliance on PoW means the network's security is tied to the number of active miners and the economic value of the coin.

This asset likely suits investors with a high risk tolerance and a long-term time horizon who believe in the total decentralization of internet infrastructure. It is not a low-risk investment due to the experimental nature of the protocol.

This is not financial advice. Always do your own research (DYOR) before investing.

Frequently asked questions about Handshake

What blockchain is Handshake built on?

Handshake is its own independent blockchain protocol. It is a UTXO-based system that uses Proof-of-Work to secure the network and manage the root DNS naming zone.

Who created Handshake?

The project was co-founded by Joseph Poon and Andrew Lee. Other co-founders include Boyma Fahnbulleh and Christopher Jeffrey. Joseph Poon is also known for co-creating the Lightning Network and Plasma.

What makes Handshake unique compared to other DNS projects?

Unlike projects that try to decentralize all of DNS, Handshake specifically targets the root zone and top-level domains. It aims to replace the root zone file and root servers to reduce dependence on ICANN.

How do I use HNS?

HNS is used as a utility coin to participate in name auctions. Participants use HNS to bid for and register top-level domains, which prevents any single entity from claiming all available names.

What are the risks and outlook for Handshake?

The primary technical risk is the "experimental" nature of the protocol. While the goal of a decentralized root zone is ambitious, the actual transition of global internet traffic from ICANN to Handshake is a massive hurdle. If mainstream browsers and operating systems do not integrate Handshake resolution, the utility of HNS remains limited to a niche community of privacy advocates.

From a regulatory perspective, the project's focus on censorship resistance makes it a target for governments that prefer centralized control over internet content. The recent mention of Italian fines against Cloudflare for failing to censor DNS highlights the tension between decentralized protocols and state regulations.

The near-term trajectory is currently bullish, driven by the "AI agent" narrative and strong price momentum. If the project successfully launches the .agent TLD phase in 2026, it could provide a concrete use case that drives further adoption. However, the long-term outlook depends on whether the network can grow its user base enough to satisfy Metcalfe's Law, where the value of the network increases exponentially with its number of users.