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@Charon_AI DEV RUG. SAVE YOUR MONEY.

A fake bundled token using the CHARON name has been launched. Please be careful. There is only one official $CHARON token, and the only official CA is: 0x5efe15C1783a5fE04ED289f3760e03afe3d6BbA3 Do not trust any other token claiming to be associated with CHARON. We keep building.

@Charon_AI @bankrbot @aeonframework DEV SCAM. DONT BUY IT.

$CHARON is live on @bankrbot CA: 0x5efe15c1783a5fe04ed289f3760e03afe3d6bba3 we put a ton of effort into shipping the MVP and have been building for the last two weeks. for the MVP, we integrated codex since it runs locally. next is @aeonframework, which runs on github actions and needs an aeon-native hook/adapter. we are already in contact with @aaronjmars. we launched the token on bankr to support development, inference costs, and bring more attention to what we are building.

@Charon_AI Smell like HOLD.

@holdfast_fdn Explain why sell all tokens. Fraudster....999

🎲 "Will 120 Flux be enough?" Depends on the isle's garrison — and defenders have the edge. Against a 60-Flux garrison: 60 (match) → ~43% 120 (2×) → ~52% 400 (~7×) → ~66% Matching loses more than it wins. The Herald shows your exact % before you commit.

How to actually play Holdfast — a 90-second guide. 🧵⚓ The goal: take isles and hold them. Every isle you hold yields Flux to you each tick. The more ground you hold, the richer you grow.

@holdfast_fdn Explain why sell all tokens. Fraudster....666

💰 Flux is your war chest. You commit it to attack an isle: Win → you take the isle + a share of its garrison. Lose → most of your committed Flux burns (some goes to the defender). Spend to expand; hold isles to refill.

@holdfast_fdn Explain why sell all tokens. Fraudster....,,

@holdfast_fdn @bankrbot Explain why sell all tokens. Fraudster. 777

@holdfast_fdn Explain why sell all tokens. Fraudster.134

Enter the war on Base sepolia holdfast.foundation/holdfast-isles… Hold what is yours.

@holdfast_fdn @igoryuzo Explain why sell all tokens. Fraudster.999

@holdfast_fdn Explain why sell all tokens. Fraudster.....

Play Holdfast with a Hermes agent: npm i @holdfastfdn/agent-sdk It holds its own key and signs its own moves. The loop: faucet → read the world → sign a move → submit. Plug a Hermes brain into decideMove() and it plays itself. It can win. It can lose. It can't cheat. ⚓ Hold what is yours. holdfast.foundation ⚓

How to play Holdfast ⚓ Play Holdfast as a human: 1. Open @holdfast_gmbot on Telegram 2. Speak your order — "take the eastern isle with 120 flux" 3. The tick closes, the world settles on @base, and the Herald returns with news of what changed — even while you slept. No menus. No client. Just talk. ⚓

@holdfast_fdn @base @igoryuzo Explain why sell all tokens. Fraudster....

@holdfast_fdn Explain why sell all tokens. Fraudster.

Explain why sell all tokens. Fraudster....

@rivectum DEV RUG

This is the official contract address for $RVT, the native token of the Rivectum autonomous RWA allocation protocol. 0x76417e0BB5f6EC1049a6e931Fbf6b8Cc55Dd5B07 clanker.world/clanker/0x7641…

@rivectum RUG. DEV SELLING.

@rivectum SAVE YOUR MONEY. DONT BUY IT.

What Is Rivectum? A New Era of Autonomous RWA Allocation on Base Introduction to the Rivectum Protocol Rivectum is an autonomous Real World Asset (RWA) allocation protocol built on Base Sepolia, designed to bring institutional-grade portfolio management logic on-chain without relying on human operators for every decision. At its core, Rivectum is a smart vault specifically an ERC-4626 tokenized vault that accepts USDC deposits and automatically reallocates capital across a curated set of tokenized RWA instruments based on live yield data. The protocol is fully self-sufficient: once deployed and configured, no front-end interaction is required to keep it running. The idea behind Rivectum is simple but powerful. In traditional finance, portfolio rebalancing is a labor-intensive, error-prone process. In DeFi, most vault protocols require manual governance votes or trusted multisigs to adjust allocations. Rivectum replaces both with an autonomous on-chain agent a Bun/TypeScript process that runs a cron loop every five minutes, reads yield signals from a mock RWA oracle, computes an optimal allocation strategy, signs a cryptographic intent, and submits it directly to the vault contract on-chain. What makes Rivectum particularly compelling is its deterministic strategy. The protocol enforces a 60/40 allocation rule: 60% of vault TVL goes to the highest-yielding whitelisted underlying RWA vault, and 40% to the second-best. No single asset can exceed 60% of total capital, limiting concentration risk. All rebalancing decisions are recorded immutably both in an SQLite agent database and on the Base Sepolia blockchain, creating a complete, auditable decision trail. Rivectum is currently live on Base Sepolia testnet. The vault contract is deployed at 0xCe101Df4aaF8613198AEd73C7AfC1A43eA5ACCe8, and you can interact with it today via the live dashboard at app.rivectum.xyz or through the rivectum CLI tool. The codebase is fully open source at github.com/rivectumRWA.

@rivectum SAVE YOUR MONEY. DONT BUY IT....

The rivectum-cli is now fully operational on Base Sepolia testnet. Built on Bun + TypeScript and published at npm install -g rivectum-cli, it gives operators and power users direct terminal access to the RivectumRWA vault no dashboard required. Every interaction with the protocol is available as a typed command: from reading live vault snapshots and rebalance history, to approving USDC, depositing into the ERC-4626 vault, and triggering signed rebalance intents on Base Sepolia . The CLI ships with two namespaces. The agent namespace covers operator functions agent status reads TVL, exchange rate, and agent identity directly from chain; agent decisions queries the SQLite decision log; agent tick runs a full rebalance cycle, dry-run by default and requiring explicit --broadcast --yes to submit a transaction. The user namespace handles depositor flows user preview, user approve, user deposit, and user withdraw all with --json support for scripting and --yes to skip confirmation prompts. For operators running the full stack on a VPS, the agent daemon runs cleanly under PM2 (pm2 start "bun run agent" --name rivectum-agent) with Nginx proxying the Next.js dashboard on port 80. The complete setup guide from fresh Ubuntu install to an active agent loop on Base Sepolia is available at rivectum.xyz/terminal. All commands are sourced directly from the GitHub repo.

@rivectum SAVE YOUR MONEY. DONT BUY IT....

Rivectum Testnet Live: Deposit, Rebalance, and Withdrawal The Rivectum vault is live on Base Sepolia testnet and fully functional end-to-end. After connecting a wallet at app.rivectum.xyz, the deposit flow is clean: approve USDC spending, confirm the deposit transaction, and your balance immediately converts to rvUSDC shares visible in the portfolio panel. The exchange rate, share price, and estimated value update in real time. Withdrawal is equally straightforward: enter an amount, confirm, and USDC returns to your wallet within seconds. Beyond the core vault mechanics, the dashboard covers the full operator picture. The Vault panel shows live TVL, total supply, and current allocation across whitelisted underlying vaults. The History panel logs every deposit, withdrawal, and rebalance event with transaction hashes linkable directly to Base Sepolia BaseScan. The Agent Health panel tracks the autonomous rebalancing agent's status, last tick, and upcoming schedule. The Copilot panel surfaces AI-generated analysis of vault performance and operator recommendations. Leaderboard and Referral panels round out the social layer. All of this runs on Base Sepolia testnet with test tokens no real funds involved. The protocol is unaudited and intended for demonstration and developer testing only. Mainnet is not live. To try it yourself: grab testnet USDC at faucet.circle.com (select Base Sepolia), connect your wallet at app.rivectum.xyz, and the rest takes under two minutes. $RVT

@rivectum SAVE YOUR MONEY. DONT BUY IT.

@rivectum SCAMMMMMMMMMMMMMM.SCAMMMMMMMMMMMMMM.SCAMMMMMMMMMMMMMM.SCAMMMMMMMMMMMMMM.

Real World Assets on Base: Why Rivectum Chose Base Sepolia Bridging TradFi Yield Into DeFi Infrastructure Real World Assets tokenized versions of traditional financial instruments like treasury bills, credit instruments, and trade finance represent one of the most significant growth areas in blockchain. By bringing off-chain yield on-chain, RWA protocols let DeFi users earn returns backed by real economic activity rather than speculative token emissions. Rivectum operates specifically on this frontier, treating tokenized RWA vaults as allocatable underlyings and autonomously optimizing capital across them. Base, Coinbase's Ethereum L2 built on the OP Stack, was the natural choice: low transaction costs (critical for a protocol rebalancing every five minutes), Ethereum-equivalent security, and a growing on-chain asset ecosystem. Base Sepolia provides the identical testnet environment giving developers and early users a fully functional playground without real capital at risk. On Base Sepolia, Rivectum uses mock RWA vaults mTBILL and mCREDIT to simulate tokenized treasury bills and credit instruments. The mock oracle feeds simulated APY values to the agent, which computes allocation decisions accordingly. While testnet yields are simulated, the allocation, ECDSA signing, and rebalance execution run exactly as they would in production. To get started, you need testnet ETH (from the Coinbase Base Sepolia Faucet or Alchemy Faucet) and testnet USDC (mintable via BaseScan). Add Base Sepolia to MetaMask RPC sepolia.base.org, Chain ID 84532 then connect at app.rivectum.xyz.