ICAN

Menese Protocol: The Multichain OS Proving “Yes, the Internet Can” on ICP On the Internet Computer, the slogan of $ICAN is simple: Yes, the internet can. Menese Protocol is one of the clearest demonstrations of what that actually looks like in production.​ Meneseprotocol Menese is a sovereign cross-chain operating system and DeFi protocol built entirely on ICP. It uses the network’s chain-key cryptography and threshold signing so users can hold, send, receive, and execute across 50+ chains from a single non-custodial interface — without traditional bridges, external guardians, or corporate custody. Transactions are constructed and signed on-chain on ICP, then broadcast to Bitcoin, Ethereum, Solana, XRP, Cardano, Sui, NEAR, TON, Aptos, Litecoin, TRON, and more.​ forum.dfinity What Makes It Different Most cross-chain setups still rely on wrapped assets, multisigs, or centralized relayers. Menese treats ICP as the coordination and execution layer. Secure vaults exist across supported chains; users control their keys via protocol-level cryptography rather than a service provider. The frontend and backend both run on-chain, so there is no traditional server dependency for core execution.​ Meneseprotocol Live DEX integrations already cover multiple ecosystems: Uniswap (EVM), Raydium (Solana), ICPSwap and KongSwap (ICP), Minswap (Cardano), Autobahn (XRP), Cetus (Sui), and Ref Finance (NEAR), among others. Users can move assets and trade from one place. The project has also integrated venues such as THORChain and Hyperliquid and supports access to certain tokenized real-world assets.​ cms.ledgerlife Privacy as a First-Class Feature Public blockchains make every payment and balance trivially traceable. Menese has shipped a practical countermeasure on ICP. Private ICP is live: users can move ICP into a private balance and send payments that do not appear in the normal public address history. Cryptographic proofs are generated in the browser and verified on-chain. The project’s Shielded Ledger Hivemind uses Groth16 zero-knowledge proofs verified inside an ICP canister (implemented in Motoko), with notes and keys never leaving the user’s browser. Private lookups are answered without the ledger learning the query.​ cms.ledgerlife Private balances for ckBTC (ICP’s 1:1 Bitcoin-linked token) are also live, with private swaps between ckBTC and ICP expected shortly and liquidity providers able to earn fees. A Privacy SDK lets developers add private balances and checkout flows to their own apps in a few lines of code. Private BTC and USDC support are on the roadmap.​ cms.ledgerlife Traction and Decentralization Path Menese has operated production infrastructure for roughly a year. It reports nearly 1,000 retail users, SDK and custom canister integrations with ecosystem projects plus at least one external enterprise, and earlier community pre-sale activity. The team has published plans to decentralize via an SNS DAO with a fixed 100 million MENES supply, directing a raise toward listings, marketing, infrastructure, and (at the high end) protocol liquidity. Existing holders and stakers are intended to carry over.​ forum.dfinity The project is backed by Mercatura Forum and ICP Hub Egypt, with technical advisory input that includes early Internet Computer contributors.​ forum.dfinity Why This Matters on ICP Menese shows what becomes possible when chain-key cryptography, canister execution, and reverse-gas economics are combined: a single on-chain interface that reaches Bitcoin, Ethereum, Solana, and non-EVM chains without the usual custody or bridge risks, plus emerging privacy tools that keep balances and payment details off the public record. It is infrastructure first — vaults, signing, swaps, and shielded flows — rather than a pure narrative play. For the broader Internet Computer ecosystem, projects like this expand what “fully on-chain” can mean beyond ICP-native assets.

The sand is running. ⏳ On the Internet Computer, a furnace just lit up. Soon (soonlaunchpad.fun) is a fully on-chain, proof-of-work token launchpad and meme engine. Anyone can launch a token in about a minute. Buy it on a bonding curve. Or mine half the supply with one-tap “rig” canisters that burn cycles. When the curve fills, the token automatically lists on ICPSwap with permanently locked liquidity. No admin keys. No team allocation. No rug pull button. This is what a fair launch looks like when it’s built natively on $ICP. How it actually works Every token has a fixed 1 billion supply (8 decimals): 400M (40%) sold on the bonding curve 500M (50%) mined by the community 100M (10%) paired with the raised funds at graduation to seed the DEX pool The curve starts with virtual liquidity and scales up to 16× from the first token to the last. Support bases include $ICP, ckBTC, ckETH, ckSOL, ckUSDC, ckUSDT, $BOB, and TCYCLES. When the curve hits 100%, the canister deploys a real ICRC ledger, creates the ICPSwap pool, and sends the LP tokens to the blackhole (aaaaa-aa). Liquidity is locked forever. Mining is the other half of the game. Users spawn “rig” canisters that burn cycles solving SHA-256 puzzles (~30-second blocks, 2,500 tokens per block early on, with halvings). 99% of fuel goes to the work; 1% is a fee split between the token creator and the platform. Difficulty adjusts dynamically. Rewards earned before listing unlock at graduation. Creators earn real money without dumping a bag: 0.5% of every curve trade, 0.5% of mining fuel, and half the ICPSwap pool fees, paid automatically. Graduation is already happening This isn’t just theory. Multiple tokens have already filled their curves and listed on ICPSwap with locked liquidity, including: $SOON (the platform’s own token) $ENGINE $CCAT (Computer Cat) $PIERRES $SPOT (Spotlight) And others Each one graduated automatically. The raised funds + the 100M reserve seeded real ICPSwap pools, with LP tokens blackholed. No team can pull the liquidity. The mechanism works exactly as designed. Soonscreener is heating up One of the clearest signs of growing traction is $SNSC (Soonscreener). It’s already past the 50% mark on its bonding curve, with strong recent momentum — price up ~18% in 24h, hundreds of ICP raised, solid curve volume, and dozens of active traders. It’s one of the closest tokens to graduation right now, sitting alongside other active names like $BCOMP (Bitcoin Computer) and $CKPUP. The bonding curve phase is where the early community forms, mining starts, and the furnace begins to roar. $SNSC is showing real attention as people position ahead of a potential listing. Why this matters for the ICP ecosystem $ICP has always been about real computation, not just speculation. Soon turns that into a feature. The mining rigs are a cycle furnace. At peak periods, Soon’s canisters have accounted for a massive share of the network’s total cycle burn—sometimes a quarter or more—from a tiny fraction of total canisters. Cycles require $ICP to be burned to create. That is real, verifiable economic activity flowing back into the network’s security and economics. It also brings cross-chain capital on-chain the right way. You can now sign in with Phantom, MetaMask, Solflare, Rabby, or Coinbase Wallet. Deposit $SOL, $ETH, $USDC, $USDT, or $BTC in one click. They land as native chain-key tokens (ckSOL, ckETH, ckBTC, etc.) minted by the network itself—1:1 backed, no custodians, no wrapped IOUs. Then launch, trade, or mine with them. Agents are first-class citizens. Soon ships native Model Context Protocol (MCP) support. AI agents can query markets, monitor curves, buy, sell, and spawn/steer rigs with their own keys. No API keys. No permissioned middlemen. Just canister calls. Relics add a new layer: NFTs you can only mine. Lucky block hashes (far more leading zeros than required) mint generative art to the miner. Tbc

**ICP Cloud Engines & Canisters: The Sovereign Cloud That Looked at AWS and Said “Hold My Cycles”** Most blockchains are still out here explaining why their smart contract needs a separate website hosted on a cloud company that can randomly go offline and post a status update. The Internet Computer just built the whole stack on-chain, named the units canisters, and then casually dropped Cloud Engines like “yeah, governments can have their own private cloud now too.” The official motto might as well be $ICAN. ### Canisters: Smart Contracts That Actually Have a Job A canister is basically a WebAssembly program that refuses to be normal. It holds code *and* state, can store hundreds of gigabytes without crying, runs real computation, and serves web pages straight to your browser. No more “the logic is decentralized but the login page lives on someone else’s server.” The reverse-gas model means the canister (or the developer who still believes in it) pays in cycles. Users often just show up and use the app like it’s 2012. It’s the closest crypto has gotten to “the house is buying, you just vibe.” As of early November 2026 there are roughly 1.27 million of these things running across about 42 subnets. That’s a lot of “I can build that” energy that actually got deployed instead of living in a Discord forever.[](<dashboard.internetcomputer.o…>) ### Cloud Engines: Your Own Tamperproof Cloud, No Landlord, No Maintenance Window Cloud Engines are the part where ICP stopped being theoretical and started offering private, configurable subnets. You pick nodes from a marketplace (country, operator, hardware class—basically the crypto version of “I want my servers in Switzerland and I don’t want to talk about it”), the protocol stitches them together, and you get a serverless environment that keeps running even if you swap the underlying capacity later. Vendor lock-in said goodbye and nobody really fought it. Pakistan is already running one for government apps and a national chat app aimed at a huge user base. Switzerland has a sovereign subnet for regulated and AI stuff. Node providers get most of the money (~80%), and a slice gets used to buy and burn ICP—Mission 70’s polite way of saying “if this actually gets used, inflation can take a seat.” It’s AWS features without the AWS outage Twitter thread. Or the AWS bill that makes your finance team consider a career change. ### What Actually Makes It Different (Besides the Coping) - Full-stack on-chain: frontend, backend, storage, and logic in one place. Most other chains still outsource the parts users actually see and then call it “decentralized.” - Finality in roughly 1–2 seconds and throughput numbers that make dashboards look impressive. Critics correctly point out that headline TPS includes internal messages and queries, so the “real” user-facing number is lower. Still faster than waiting for your other L1 to confirm you can move your bags. - Chain-key cryptography so verification is cheap and multi-chain moves (ckBTC and friends) don’t require the usual bridge hopium. - Built for the AI era: Caffeine for building apps by talking to them, Claude connector so an AI can poke around canisters and query data, and persistent memory so agents don’t forget everything the second the conversation ends. - Resilience pitch: replicated across independent nodes, no traditional OS/stack for the hosted code to get owned the usual ways. Not invincible (known data-center locations and governance-admitted nodes are real things), but a different threat model than “the cloud provider had a bad afternoon.” DeFi TVL is still modest (low single-digit millions recently), so this isn’t a pure trading casino yet. The chart has been through some things since 2021. Classic $ICAN energy: ambitious tech, early real deployments, and a community that looks at the price and still says “yeah but the canisters are up.”#ICP #InternetComputer #ICAN #YesTheInternetCan #CloudEngines #Canisters #Web3 #SovereignCloud #DFINITY

$ICAN $ICP @soonlaunchpad @ ➡️ ICanDfinity.life soonlaunchpad.fun/t/bbf5u-xq… @RuggyICP @realclownicp @clownitx @InsaneICPclown @meme_icp @soonlaunchpad @ICP100X @itsjack006 @TweetByWale @mosesibb @icircle_nft @accumulatingicp @dominic_w @dfinity