Digital Archery 2.0 Allocation and Prioritization Methods in the Next Round

As ICANN prepares to launch the 2026 round of its New gTLD Program, one of the most closely watched policy developments concerns how applications will be prioritized and allocated for processing. In the 2012 round, ICANN attempted to solve the problem of processing thousands of applications simultaneously through a controversial mechanism known as Digital Archery. The system was intended to determine the order in which applications would be evaluated, but it quickly became the subject of intense criticism due to technical flaws, perceived unfairness, and general confusion. The method was ultimately abandoned before it was fully implemented, and ICANN resorted to a manual lottery to establish processing order. Now, more than a decade later, the question looms large: how will ICANN handle prioritization in 2026, and will a Digital Archery 2.0 emerge?

The fundamental challenge remains unchanged: in a global application window with potentially thousands of submissions, ICANN must determine a fair, transparent, and efficient way to process applications without overwhelming its evaluation resources or creating arbitrary delays. The 2012 round demonstrated that a first-come, first-served model was untenable, both technically and from an equity standpoint. Applicants in different time zones, with different infrastructure capabilities, and varying levels of ICANN familiarity would not be on equal footing. The initial idea behind Digital Archery—allowing applicants to pre-select a time and then measure the precision of their target “hit” using a timestamped web interface—was designed to reward technological accuracy rather than application readiness. However, it quickly became apparent that disparities in internet latency, system integrity concerns, and strategic gaming made it unsuitable for a fair and credible process.

For the 2026 round, ICANN has proposed a new multi-phase approach to application processing that avoids the pitfalls of both Digital Archery and random lotteries while introducing a more structured and predictable allocation method. Central to this updated framework is the concept of application batches tied to predefined categories, such as brand TLDs, community applications, geographic names, and open generics. Rather than evaluate all applications simultaneously or prioritize them through artificial time-based competition, ICANN will process these categories in staggered tranches. This allows for more targeted evaluation resources and policy considerations specific to each type of TLD.

Within each category, ICANN has introduced a hybrid prioritization model. For brand and geographic applications, which are expected to involve fewer contention sets and have well-defined policy tracks, prioritization will be based largely on application completeness and readiness to proceed. ICANN will evaluate these applications in the order that applicants satisfy specific pre-delegation milestones, such as contracting prerequisites, technical testing readiness, and public comment resolutions. This “readiness-based” approach incentivizes applicants to come prepared, without creating an arbitrary race to a digital timestamp.

For open generics and other high-volume categories, ICANN has proposed a randomized draw system, similar to the lottery used in 2012, but enhanced with transparency safeguards and regional balancing components. Applications will be grouped into pools by continent or subregion, and a proportional number of evaluation slots will be allocated to each group to ensure global equity. This addresses longstanding concerns that the 2012 process unintentionally favored applicants from North America and Europe, where awareness and infrastructure capacity were strongest.

In place of the flawed Digital Archery system, ICANN is developing a secure digital token issuance process using blockchain timestamping or trusted timestamping authorities (TTAs). This system will allow ICANN to generate randomized, verifiable tokens tied to each application without reliance on the applicant’s ability to manipulate timing precision. The use of modern cryptographic verification ensures transparency and auditability while minimizing the potential for gaming. Applicants will receive these tokens after completing all required documentation and validation checks, and the tokens will be drawn in a publicly observable ceremony to establish processing order.

ICANN has also incorporated a community prioritization track for applications with a defined public interest mission or community support. These applications will be evaluated first within their respective categories, and if they pass specific community criteria—such as demonstrable support, non-discriminatory registration policies, and mission alignment—they may bypass randomized or readiness-based prioritization entirely. This reflects ICANN’s commitment to fostering equitable internet representation and addressing systemic imbalances from the previous round.

A further innovation in the 2026 prioritization process is the integration of predictive processing analytics. ICANN will use historical evaluation data and machine learning models to anticipate the complexity and resource intensity of each application. Applications projected to be low-risk or straightforward—such as renewal bids for legacy TLDs or repeat applicants using established backend registry providers—may be processed earlier to accelerate throughput. Meanwhile, more complex applications, such as those involving new registry service models, name collision risk, or closed generic structures, will be sequenced later to allow for more comprehensive review.

Another crucial change is the formal introduction of “pause points” in the application processing timeline. Rather than allow every application to advance linearly, ICANN will implement decision gates after each major phase—initial evaluation, objection resolution, and contracting. This allows ICANN to prioritize applications that are ready for delegation and avoid logjams caused by unresolved disputes or missing information. It also gives applicants greater predictability in planning their launch strategies.

Throughout the 2026 round, ICANN has committed to publishing regular updates and statistical overviews of the prioritization process. Transparency dashboards will allow applicants and the public to see the status of each batch, the number of applications in each prioritization pool, and projected timelines for evaluation milestones. This level of procedural transparency, absent in the 2012 round, is aimed at restoring trust and legitimacy in the process.

In total, the 2026 approach to allocation and prioritization reflects the lessons of Digital Archery’s failure, replacing it with a more sophisticated, equitable, and multi-layered framework. By combining readiness-based sequencing, randomized selection with regional fairness, and community-first processing, ICANN aims to ensure that the evaluation pipeline is manageable, fair, and aligned with public interest principles. While some applicants may still find aspects of the new system unpredictable, it represents a significant evolution from the chaotic and uneven landscape of the first round. The specter of Digital Archery has not been resurrected, but in its place stands a more thoughtful and deliberate architecture for managing the next great expansion of the internet’s domain name space.

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As ICANN prepares to launch the 2026 round of its New gTLD Program, one of the most closely watched policy developments concerns how applications will be prioritized and allocated for processing. In the 2012 round, ICANN attempted to solve the problem of processing thousands of applications simultaneously through a controversial mechanism known as Digital Archery.…