Arcium’s S1 and S2 airdrop eligibility is now open for checking. If you’ve interacted before, check your eligibility—TGE is finally coming. Eligibility check link: https://t.co/Yq4qXUcVrh @Arcium conducted its community round sale via CoinList in Q1 last year at $0.20, raising approximately $4 million, corresponding to a community round FDV of around $200 million. All community round tokens will be fully unlocked at TGE. At TGE, any unlocking schedule must be evaluated in conjunction with market sentiment, liquidity, and absorption capacity. Compared to many projects with low circulating supply, high FDV, and long-term lockups, Arcium’s community round structure presents a notable difference: the market can begin pricing and trading its true circulating supply earlier. // Arcium is not just another AI application project, nor merely an anonymous transaction or privacy coin—it is a confidential computing infrastructure designed for Solana and multi-chain applications. In simple terms, Arcium isn’t building another AI agent; it enables applications to run in an environment where input data remains private, computation is verifiably trustworthy, and output results are provable. This means $ARX cannot be merely a governance token. It must also fulfill multiple roles within the Arcium network: paying fees, staking, securing nodes, and orchestrating computations. Specifically: - Network usage incurs fees; - Nodes and delegations require staking to participate in network security; - Computation task scheduling and node selection are tied to staking weight and network mechanics; - Governance determines the protocol’s future upgrades and evolution. Therefore, what truly matters about ARX before TGE isn’t just the AI narrative—but understanding that: If Arcium successfully attracts more applications to its confidential computing network, $ARX’s value proposition will center on fees, staking, security, scheduling, and governance. Of course, utility does not guarantee value realization, and infrastructure narratives do not automatically lead to ecosystem explosion. Ultimately, success depends on whether Arcium can consistently attract real developers, real applications, and genuine demand for encrypted computation. Arcium has already demonstrated several ecosystem use cases, including Umbra, Streamflow, Crafts, ReFi Hub, ZINC, and Explorer. Scenarios such as private vesting, sealed-bid auctions, and encrypted computations clearly illustrate Arcium’s practical value: It’s not about hiding everything—but protecting data where confidentiality is needed and delivering verifiable results where trust is required. As AI increasingly processes high-value data, confidential computing will not remain a niche narrative—it may become an indispensable layer of AI infrastructure.