Onchain TLDs vs ICANN TLDs — The Two-Track Domain Industry Explained
The domain name industry has quietly split in two. On one track sits the system most people grew up with: a centralized hierarchy overseen by the Internet Corporation for Assigned Names and Numbers, better known as ICANN, where every .com, .net, .gg, and .io lives under a regime of annual renewals, registrar intermediaries, and revocable rights. On the other track, an infrastructure built on-chain offers a fundamentally different model — one where ownership is permanent, the registrar cannot revoke what the buyer holds, and the domain record lives in a distributed ledger rather than a corporation’s database.
These two tracks are not in a direct collision course. They serve different purposes, operate under different logic, and attract different users. But understanding both — and understanding the gap between them — is increasingly relevant for any industry where identity, brand permanence, and global reach matter. Esports, now a multi-billion-dollar sector with more than half a billion fans worldwide, sits squarely at the intersection of all three.
The .esports TLD operates on the onchain track. It is not a hypothetical or a pilot. It is a functioning namespace where players, teams, tournaments, and brands can claim a permanent address in the internet’s naming layer. To understand why that matters, it helps to understand exactly what the two tracks are — and why the traditional one was never designed for what esports needs from it.
How ICANN’s System Actually Works
ICANN is the nonprofit body that coordinates the internet’s domain name system at the policy level. It does not sell domains directly. Instead, it accredits registries (the organizations that operate a specific TLD, like Verisign for .com) and registrars (the companies that sell individual domain names to end users, like GoDaddy or Namecheap). Every domain purchase made through this system is, technically, a lease.
That is not a metaphor. When an organization registers navi.gg or t1.gg through a traditional registrar, it does not own that string. It holds a renewable license to use it, typically in one-year or multi-year increments, subject to ongoing payment and subject to the terms of the registrar, the registry, and ICANN’s own policies. Miss a renewal payment, and the domain lapses. Violate a registrar’s terms of service, and the domain can be suspended. Lose a dispute under the Uniform Domain-Name Dispute-Resolution Policy — the UDRP — and the domain can be transferred to a third party regardless of how long it has been held.
This architecture made sense in the 1990s, when the internet was a research network transitioning to commercial use and centralized oversight was genuinely necessary to prevent namespace chaos. ICANN’s model solved real coordination problems: it prevented two parties from holding the same domain simultaneously, it created accountability mechanisms for abuse, and it provided a universal resolution layer that every browser and server in the world respected.
What it was not designed to do is provide permanent digital property rights. The entire ICANN model is predicated on continuous governance — which means continuous intervention is always possible, for better or worse.
The Registry-Registrar Pipeline and Its Implications
Under the ICANN system, the pipeline between a domain being created and a domain being held looks like this: ICANN accredits a registry to operate a TLD. The registry sets wholesale pricing and policies. Registrars purchase from the registry at wholesale and resell to individuals at retail. The individual pays annually, holds a revocable license, and depends on the chain above them remaining functional, solvent, and cooperative.
This pipeline has worked reliably for decades. But it also creates structural dependencies that compound over time. A team whose primary domain sits in this pipeline is, whether it knows it or not, downstream of at least three organizations whose decisions it cannot control. If a registry increases its wholesale price — as Verisign has done repeatedly with .com — the costs flow down. If a registrar is acquired or shuts down, migration is required. If a political or legal dispute targets the registry’s home jurisdiction, domain availability can be affected.
For large organizations, these risks are manageable overhead. For the esports industry — where teams operate across multiple jurisdictions, player rosters change seasonally, and brand assets move between investors and sponsors frequently — the dependencies matter more than they would for a stable brick-and-mortar business.
What Onchain TLDs Actually Are
Onchain TLDs operate outside the ICANN hierarchy entirely. Rather than storing domain ownership records in a company’s centralized database, they record them on a blockchain — a distributed ledger where entries are cryptographically secured and cannot be altered without the holder’s cryptographic key. The practical consequence is straightforward: the person or organization that purchases an onchain domain owns it outright, permanently, without a recurring fee and without a chain of intermediaries that could revoke access.
This is not the same as saying onchain domains are universally resolved by browsers today. Resolution — the process by which a browser translates a domain string into an IP address or web resource — is a separate technical layer, and it is where onchain TLDs currently require additional configuration or compatible resolver infrastructure. The ownership record is immutable. The resolution pathway is still maturing.
The distinction matters because it clarifies what onchain TLDs are actually solving in the near term. They are solving the ownership problem first. A player who holds zywoo.esports in an onchain wallet cannot have that string taken away, cannot have it expire under them, and cannot be locked out of it by a third party. Whether every browser in the world resolves that string to a web page today is a different and evolving question — one that the broader onchain naming infrastructure is actively working on.
Permanent Ownership vs. Renewable License
The structural difference between ICANN domains and onchain domains reduces, at its core, to one distinction: ownership versus license.
Under ICANN, holding a domain is a relationship. It is an agreement between the registrant and a registrar, governed by the registrar’s terms, backed by the registry’s rules, and ultimately subject to ICANN’s oversight. The agreement must be renewed to remain valid.
Under onchain systems, holding a domain is a property right. It is recorded in a public ledger, tied to the holder’s cryptographic credentials, and not subject to a third party’s renewal decisions. There is no renewal. There is no registrar whose terms of service can terminate the holding. There is no annual fee that, if unpaid due to an administrative error or a company’s bankruptcy, causes the asset to lapse.
For esports, this distinction is not abstract. Teams change ownership. Players move between organizations. Tournaments change operators. Sponsors activate in one fiscal cycle and exit in the next. In a DNS system built on annual licenses and institutional chains of custody, every one of those transitions is an opportunity for a domain to be lost, reassigned, or disputed. In an onchain system, the asset persists through organizational change the same way a trademark or a bank account does — because it belongs to the holder, not to the relationship.
ICANN’s New gTLD Program: Expansion Within the Same Model
It is worth understanding that ICANN did attempt to expand the domain namespace significantly, beginning with its 2012 New gTLD Program, which opened the door to hundreds of new generic top-level domains beyond the legacy .com, .net, and .org. Extensions like .sport, .game, .live, .media, .pro, and dozens of industry-specific TLDs entered the market over the following decade.
The esports industry used some of these. Many organizations operate under .gg, which functions as a cultural shorthand for gaming globally despite being the official country-code TLD for the Cocos (Keeling) Islands. Others use .tv, .live, or .io. These extensions provided more expressive namespace options than .com, but they did not alter the fundamental architecture: every domain registered under them is still a renewable license, still sits inside the ICANN hierarchy, and still carries the dependencies that come with it.
ICANN has also announced a new round of gTLD applications, the program that would allow new TLDs to enter the ICANN system. The application fees alone run into the six-figure range per TLD, and the evaluation timeline spans years. The program is designed for institutional applicants with legal and technical resources to navigate a multi-year regulatory process. It was not designed to allow an industry like esports to rapidly instantiate its own namespace on its own terms.
The .esports TLD exists because onchain infrastructure does not require that process. It does not require ICANN’s approval, its application cycle, or its fees. Its legitimacy derives from a different source: the cryptographic record of ownership on the chain, and the community of users and infrastructure that recognizes it.
The Esports Identity Problem the Two-Track Split Illuminates
Esports as an industry has a structural identity problem that neither .gg nor any ICANN TLD was specifically designed to address. The problem is fragmentation — and it operates at every level of the ecosystem.
At the player level, a professional player’s digital identity is spread across a roster page on their current team’s website, a social media handle that may or may not match their in-game name, a streaming channel on a platform they do not own, and perhaps a personal website registered under whatever TLD was available when they first thought to create one. When the player transfers to a new team — which, in CS2, Valorant, or League of Legends, may happen multiple times in a single year — the team’s website URL changes, the player’s profile page moves, and the accumulated link equity of their previous digital presence dissolves. The player’s brand lives in borrowed infrastructure.
At the team level, the problem is compounded by the commercial reality of esports. Many teams operate under URLs tied to partnerships, platforms, or jurisdictions that are incidental to the brand itself. A team that is acquired by a new holding company may find its digital assets entangled in corporate restructuring. A team that parts ways with a title sponsor may find its brand presence partially built on assets the sponsor controls.
At the tournament level, the fragmentation is perhaps most visible to outside observers. Major events like The International, IEM, or Worlds have changed operators, platforms, and broadcast partners multiple times over their histories. Each transition creates a gap in the permanent digital record of those events — scattered across domains that different organizations owned at different times.
An onchain namespace like .esports does not resolve all of these problems. But it provides the foundational layer that a permanent solution requires: a name that survives organizational change because it belongs to the holder, not to the institutional relationship the holder is currently in.
What Permanent Ownership Changes About Esports Branding
The branding implications of the ICANN model versus the onchain model are most visible when considered across a career or an organization’s lifecycle rather than at a single point in time.
A player who registers faker.esports onchain today holds that identifier permanently. It does not expire when a team contract expires. It does not get reassigned when a registrar changes its pricing policy. It does not depend on a company remaining in business. The player can point it at a portfolio site, a professional profile, a social aggregator, or any web resource — and that choice remains theirs for as long as they choose to hold the asset. For a player with a multi-decade career horizon, the compounding value of a permanent, portable identity anchor is substantial.
A team that holds vitality.esports or navi.esports owns something that no investor acquisition, no sponsorship restructuring, and no jurisdictional dispute can transfer away from them without their consent. As esports organizations increasingly pursue valuations, media rights deals, and long-term franchise agreements, the permanence of their digital identity layer becomes a balance sheet question, not just a marketing one.
For tournaments, permanent onchain identifiers offer something that the current DNS system cannot: a stable namespace for institutional memory. The results, records, and archived content of an event like the-international.esports or worlds.esports could be associated with a permanent identifier that survives the event’s commercial relationships — creating a historical record layer independent of whoever is currently operating the broadcast rights.
The Renewal Trap at Scale
It is worth being explicit about what the renewal model costs at scale. A major esports organization with a serious digital footprint might hold dozens of domain registrations: primary domains, regional variants, campaign-specific domains, player profile subdomains built on purchased domains, event URLs. Each of those is a recurring annual cost, a renewal calendar item, and a potential point of failure. An administrative error, a lapsed credit card, or an acquired registrar that changes its renewal notification process can cause a domain to lapse — a routine occurrence in large organizations with significant domain portfolios.
Onchain ownership eliminates the renewal calendar entirely. The asset is held. It does not expire. The operational overhead of maintaining a domain portfolio under the onchain model is structurally different from the DNS model — and for organizations managing complex brand portfolios, that difference accumulates into meaningful operational simplicity.
Resolution, Compatibility, and Where the Two Tracks Currently Stand
Any honest account of the two-track domain industry has to address the current state of resolution infrastructure. The ICANN system has a decisive practical advantage that is not going away in the short term: universal browser resolution. Type any ICANN-registered domain into any browser on any device, and the DNS system resolves it automatically, without plugins, without configuration, without additional infrastructure. This is the product of decades of standardization and the reason the ICANN model remains dominant for primary web presence.
Onchain domains currently require additional steps for end users to resolve them in standard browsers. Depending on the TLD and the infrastructure supporting it, resolution may require a browser extension, a compatible gateway, or configuration at the ISP or operating system level. This is a real limitation for use cases where frictionless public access to a webpage is the primary goal.
But resolution is not the only use case, and for many of the applications most relevant to esports, it is not even the primary one. An onchain identifier functions as a verifiable, permanent record of identity regardless of whether every browser can currently render a website at that address. A player’s verified identity, a team’s organizational record, a tournament’s canonical namespace — these are valuable as stable reference points even before the resolution layer is universalized. The ownership and identity functions of an onchain TLD are fully operational today. The web browsing use case is the one that requires infrastructure maturation.
The trajectory of that maturation is visible. Browser vendors, operating systems, and DNS infrastructure providers are increasingly aware of onchain naming systems. The integration timeline is not fixed, but the direction of travel is clear: resolution compatibility is a solvable engineering problem, not a fundamental barrier.
Two Tracks, Two Logics, One Industry Navigating Both
The domain industry’s two-track structure is not a temporary condition. ICANN’s system is not being replaced — it serves billions of users and underpins the commercial internet as it currently operates. Onchain TLDs are not a replacement for that system; they are an alternative track with a different set of tradeoffs, suited to a different set of use cases.
What the split creates is a choice architecture that did not exist before. Organizations and individuals now have the option to hold identity assets on terms that are categorically different from the ICANN lease model. For industries where identity permanence matters — where a name is an asset that should outlast any particular business relationship — the onchain track offers something the ICANN track structurally cannot.
Esports is exactly that industry. It is an industry where the most valuable assets are names — the names of players who have built global followings, teams that have earned decades of fan loyalty, tournaments that represent the highest levels of competition in their titles, games that have defined genres. Every one of those names lives in a digital namespace somewhere. The question the two-track domain industry now poses is whether those names live in a system that can revoke them, or one that cannot.
The .esports TLD was built with that question as its premise. It operates on the onchain track specifically because the esports ecosystem’s identity needs are not well served by a model designed for annual renewable licenses held by institutional intermediaries. A permanent namespace, owned outright, tied to cryptographic credentials rather than corporate relationships — this is the infrastructure the esports identity layer has been missing. It exists now. The two tracks are both real, both operational, and both consequential for how the esports industry manages its most fundamental asset: its names.