Chiliz Unveils Fan Token Roadmap Ahead of 2026 FIFA World Cup Push

Chiliz, the sports and fan engagement blockchain, has unveiled a three-phase roadmap outlining how it plans to expand Fan Tokens ahead of the 2026 FIFA World Cup in the United States. The project is making a big return to the US market with new Fan Token launches tied to national teams and broader blockchain expansion. Detailed in its newly released 2030 manifesto, the roadmap positions 2026 as the year Chiliz moves from experimentation to full-scale execution. Chiliz Roadmap For 2026. Source: Chiliz 2030 Manifesto Regulatory Clarity Paves the US Market Re-Entry The company says it expects to announce its first US Fan Token partnerships in Q1 2026, marking a return after several years of limited activity due to regulatory uncertainty. In parallel, Chiliz plans to launch Fan Tokens linked to national teams in summer 2026. Unlike club-based tokens, national team Fan Tokens are designed around major tournaments and international competitions. With the World Cup approaching, Chiliz is targeting a broader, event-driven fan base beyond traditional club supporters. Fan Tokens started as a purely fan engagement asset.This year, it’s time for @FanTokens to evolve into a global accessible, SportFi-ready asset class by going omni-chain and introducing a dynamic supply that reflect the club's real world performance.#ChilizVision2030 ⚡ $CHZ pic.twitter.com/OaD4LcqpG2— Chiliz – The Sports Blockchain (@Chiliz) February 6, 2026 Omnichain Expansion to Unlock DeFi Access Another major change arriving in 2026 is Chiliz’s move to an omnichain model. Starting in the first quarter, Fan Tokens will be bridged to external blockchains using cross-chain infrastructure. In simple terms, this allows Fan Tokens to move outside the Chiliz ecosystem and interact with other blockchains. The shift is designed to improve liquidity, enable cross-chain trading and arbitrage, and allow Fan Tokens to be used in decentralized finance applications beyond their native network. New Tokenomics and Product...