Handshake (HNS): Uses, Supply and Risks

Handshake is a decentralized naming protocol built to provide an alternative way to manage internet names, including top-level domains. Instead of relying entirely on a central authority to control the root naming zone, Handshake is designed so network participants validate and manage it together. The project describes itself as an experiment in building internet infrastructure that is less dependent on centralized naming systems and certificate authorities.

HNS is the native cryptocurrency of the Handshake blockchain. It is used within the protocol to register, transfer, and update names. Handshake is not simply a general-purpose payment token: its main stated role is tied to operating the naming system. The project’s goals do not mean that every browser or internet service automatically recognizes Handshake names; use depends on compatible software and services.

HNS is used in Handshake’s on-chain naming process. People can use the token to participate in registering and managing names, including top-level domains. Name allocation involves a bidding or auction process, rather than giving every requested name to the first person who asks. HNS also supports transferring names and updating their records under the protocol’s rules.

The intended benefit is to make control of names less dependent on a single company or authority. In practice, a Handshake name may require compatible resolvers, browsers, or other tools to be useful to visitors. It should not be assumed that a name will work in every standard browser or be recognized by the conventional DNS system. HNS’s utility therefore depends not only on the blockchain, but also on whether people and services adopt the supporting infrastructure.

Handshake uses its own blockchain, and HNS is its native asset. It is not identified here as a token issued on Ethereum or another external chain, so check the network carefully when receiving or sending it. Handshake is described as using proof of work, a system in which miners compete to add blocks and the network verifies transactions. This is different from proof-of-stake systems, where validators generally commit tokens to participate.

As of 2026-11-05, the reported circulating and total supply were both about 678 million HNS, with a maximum supply of about 961 million. These are supply figures, not a guarantee of future value or demand. On that date, the quoted market price was about $0.0029 and market capitalization about $2 million; reported 24-hour trading volume was about $102. Such market figures can change quickly, and low reported trading activity can make it harder to trade without affecting the price.

HNS carries several risks. Its value can fluctuate sharply, and the reported trading volume as of 2026-11-05 was low, which may make buying or selling more difficult. The usefulness of Handshake names depends on adoption: if few users, browsers, resolvers, or services support them, owning or registering a name may have limited practical value. The protocol is also an experiment in changing how internet naming works, so its design and ecosystem should not be treated as a replacement for conventional DNS in every situation.

Proof of work has its own security and resource considerations, and a blockchain’s security depends on the network’s actual participation and operation. Name registration can also involve competition and costs, while mistakes in managing a name or its keys may be difficult to reverse. Consider these technical, adoption, and market risks separately; HNS does not guarantee that a particular name will gain users or retain value.

To hold HNS directly, use a wallet that explicitly supports the Handshake network and its native asset. Do not assume that an Ethereum, Solana, or other chain wallet can receive HNS just because it displays other crypto tokens. Before sending funds, confirm that both the wallet and the receiving service support the same Handshake network and follow their current deposit instructions. A mistaken network or address can result in an unrecoverable transfer.

Keep recovery words and private keys secret and stored securely offline, and be wary of fake wallet applications or people asking for those details. If HNS is held with a custodial exchange or service, that provider controls access to the funds and withdrawal availability may change. Direct wallet storage avoids that particular custody arrangement but makes you responsible for protecting keys and recovery backups. Check that any wallet software is maintained and that it supports the specific Handshake features you need, especially if managing names rather than only holding HNS.