SomniaOFT priceSOMI

~ @Somnia_Network just kicked off its Liquidity Points Program ⇛ 1,000,000 $SOMI set aside for rewards ⇛ Season 1 runs for 90 days ⇛ Provide liquidity → earn SLP points → claim your share You can join in on: • DEXs • Lending platforms • Liquid staking protocols It’s simple: the more liquidity you provide, the more points you earn. The earlier you get in, the better your rewards.

$SOMI The aim of a truly open, persistent Metaverse isn’t held back by transactions but by where and how data is stored. A single expansive virtual world — packed with 3D meshes, high-res textures, and rich metadata — produces petabytes of content. Centralized cloud hosting creates censorship and single-point-of-failure risks that contradict the ethos of decentralization. As a Layer-1 designed for the Open Metaverse, Somnia must therefore embed strong cryptographic links to decentralized storage systems such as IPFS and Filecoin to safeguard persistence and immutability. Somnia’s L1 should remain focused on finalizing state—ownership, locations, and permissions—while offloading large asset files to decentralized storage. This separation of concerns scales the system: the chain records small, verifiable pointers (hashes or CIDs), and the storage network holds the bulky content. That design keeps Somnia fast and low-latency for interactive state changes while relying on storage protocols built for verifiable long-term retention. IPFS is central to asset integrity under the M8 protocol. When a creator mints an avatar or a structure, the actual 3D binary is stored on IPFS and the resulting CID is anchored on Somnia, tied to the creator’s M8 ID and the asset contract. Content-addressing means links point to the content itself — if the file changes, the CID changes — giving cryptographic assurance against silent modification and providing strong protection for IP and DRM-like guarantees. Filecoin supplies the economic layer for perpetual storage. IPFS provides content addressing; Filecoin provides market-driven incentives so critical world data—core maps, canonical logs, and essential asset files—remain redundantly stored across independent providers. Somnia developers or the DAO can fund Filecoin deals that emit provable, repeated commitments that the data is intact over time, shifting long-term hosting responsibility to an incentivized decentralized marketplace. To preserve a smooth user experience, Somnia must bridge persistence with performance. Fetching massive assets from distributed backends can add latency, so the sensible approach is hybrid: leverage IPFS/Filecoin for immutable proof and durability, and implement smart caching and regional node strategies in Somnia’s SDK and edge infrastructure. Local caches, regional gateway nodes, or cooperative CDN-like overlays keep hot assets nearby while the blockchain and storage network provide the canonical proofs. In short, interoperability between Somnia L1 and decentralized storage is foundational, not optional. By combining on-chain state finality with content-addressed storage and Filecoin’s economic assurances, Somnia can ensure Metaverse assets remain verifiable, censorship-resistant, and persistently available—while using caching layers to deliver the low-latency performance users expect. This handoff between specialized compute (L1) and specialized storage (IPFS/Filecoin) forms the scalable, resilient backbone for a lasting Open Metaverse.

$SOMI moving as we expected 😎

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