CosmicReach

Transforming Web3 projects with strategic KOL and influencer marketing. Let's make your project stand out.

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. @Katana is here to win.

Katana integrated @okx Wallet for asset management

Katana integrated AUSD stablecoin with @withAUSD.

Katana integrated @MorphoLabs for optimized lending pool liquidity

Katana integrated @SushiSwap for deep DEX liquidity and LP yields.

Katana integrated @vertex_protocol for perpetual futures trading liquidity.

Katana integrated @Agglayer for Ethereum cross-chain asset bridging.

Katana integrated VaultBridge for yield-bearing vbTokens

Katana integrated @SuccinctLabs Labs for scalability and proof generation.

Katana integrated @0xPolygon CDK and OP Stack.

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Learn Web3 for FREE

full @boundlesshq Protocol explained:

Problem to Solution:
ZK adoption challenges → Boundless protocol

Spot Market:
Request → Auction → Fulfillment → Payment

Service Agreements:
Bulk needs → Contracts → Capacity planning

Token Economics:
Work proof → Rewards → Fee distribution

Governance:
$ZKC Token holders → Protocol parameters

Decentralization:
Market forces → Competition → Fair pricing

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Learn ZK-proofs for FREE:

I built the @boundlesshq simulator game. 👀

"Learn the workings of ZK-proofs."

How to play:

1. Choose Proof Type

→ Select from the dropdown (Merkle Tree, Range Proof, etc.).

2. Create Proof

→ Click "Create Proof Request."

3. Watch Provers Compete

→ Bob & Charlie bid when the price is right.

4. Distribute Rewards

→ "Distribute $ZKC Rewards."

I want to know your feedback, @kashvii. 🍓

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Learn Web3 for FREE:

Lock-In

Study katana.

1/ Chain-Owned Liquidity on @katana Chain:

2/ katana simplified model.

3/ Katana''s deep liquidity.

4/ katana DeFi ecosystem

[CosmicReach @CosmicReach_]

@Param_eth @Novastro_xyz gNOVAS

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Learn Web3 for FREE:

@Novastro_xyz Technical Architecture explained.

$NOVAS

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Deep dive into the $EIGEN protocol:

The origin of @eigencloud and its architecture comparison are explained.

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Learn Web3 for FREE:

→ moralis. io
→ learnweb3. io
→ useweb3. xyz
→ thirdweb. com
→ metaschool. so
→ cryptozombies. io
→ dappuniversity. com
→ alchemy. com/university
→ solidity-by-example. org
→ updraft.cyfrin. io/courses
→ ethernaut.openzeppelin. com

Save this :)

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If you're creating content about @katana ( $KAT ):

I want to connect to support you and learn from your content.

Here are content topics you can create.

Let's connect. 🙌

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Web3 remote jobs: Earn in USD/USDT:

→ jobs3 .io
→ defi. jobs
→ laborx. com
→ sha256. org
→ she256. org
→ remote3. co
→ web3. career
→ web3board. io
→ wellfound. com
→ remoteok. com
→ cryptojobs. com
→ beincrypto. com
→ pompcrypto .jobs
→ cryptojobslist. com
→ cryptocurrencyjobs. co

Save this :)

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If you're a Web3/crypto marketer.

Increase your reach, build connections, and earn more than anyone else.

Read this: you're doing something wrong.

🧵↓

[CosmicReach @CosmicReach_]

RT @Param_eth: Deep Dive into VaultBridge on @Katana Chain:

VaultBridge: Bridges crypto assets like ETH, USDT, USDC into 1:1 value tokens…

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Study these two projects:

1. @prjx_hl by @BOBBYBIGYIELD and @Lamboland_

This project is launching on HyperEVM. Excited for its potential.

2. @yapyo_arb by @arbitrum, powered by Kaito

Similar to Loudio but with a unique reward system: social influence drives revenue, leading to token buybacks.

NFA, DYOR.

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Deep Dive into Chain-Owned Liquidity on @katana Chain:

Katana is a Layer 2 blockchain focused on DeFi, offering deep liquidity, high yields, and sustainable DeFi development.

Chain-Owned Liquidity (COL)

COL = Blockchain-managed liquidity, ensuring price stability, execution, and user incentives/rewards.

Katana stores assets on-chain using DeFi dApps:

1. Spot DEX: SushiSwap
2. Lending/Borrowing: MorphoLabs
3. Perpetual DEX/Futures: Vertex Protocol

These dApps ensure deep liquidity on Katana.

COL Funding:

1. Sequencer Fees: From transaction gas fees.

2. Yield Revenue: From bridged assets, vaults, and native stablecoins.

3. Agora USD (AUSD) Revenue: Katana’s native stablecoin.

4. VaultBridge Revenue: From bridged yield-bearing assets (vbTokens).

Katana emphasizes user-centric interoperability with AggLayer, ZK proofs, and fast exits.

Core Team:
- @omnifient
- @mfisher10x
- @0xWillButton
- @Ignatius_ZY
- @Crypto_Texan
- @EauDoon

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Rust for Everything:

Rust + Actix = APIs
Rust + Tauri = Desktop apps
Rust + tch-rs = Deep learning
Rust + Serde = Data serialization
Rust + Bevy = Game development
Rust + Rayon = Parallel computing
Rust + Rocket = Web development
Rust + Diesel = Database interaction
Rust + Yew = Front-end development
Rust + Substrate = Custom blockchains
Rust + Solana = Blockchain development
Rust + Polkadot = Cross-chain blockchain
Rust + Tokio = Asynchronous programming
Rust + WebAssembly = Cross-platform apps
Rust + TensorFlow-rs = AI and machine learning

LEARN RUST; THANK ME LATER.

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Deep dive into @AbstractChain Architecture:

Abstract: A Layer 2 ZK Rollup on Ethereum, designed to scale transactions, reduce gas fees, inherit Ethereum's security, and use ZK proofs for L2 execution validation.

Architecture Overview:

1. Layer 2 (off-chain):
- RPC node
- Sequencer
- Prover
- ETH operator

2. Layer 1 (Ethereum):
- L1 rollup contract
- Verifier
- Bridges

3. Bridging Mechanism:
- Secure deposits/withdrawals via state proofs
- Supports blobs via EIP-4844

Transaction Lifecycle:

Abstract (Processed) → Transaction submitted via RPC →

Sequencer executes, forms block, sends to prover

→ Ethereum (Validating)

→ ETH operator batches blocks, posts state diffs to Ethereum

→ Ethereum (Executing)

→ Prover generates ZK-SNARK, submits to rollup contract via proveBatches()

→ Rollup contract finalizes state, calls executeBatches(), logs commitment

Core team:
- @masoncags (Head of Ecosystem)
- @Phin_totten (Head of Marketing)
- @gitmoney (Maxi)
- @CashBowie (Co-inventor)
- @jarrodwatts (Developer Relations)
- @0xCygaar (Contributor)
- @rajpatel (Ecosystem Lead)
- @abrilzucchi (Head of AI Growth)

Resources to learn:
https://t.co/RUCYt7ODKf

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Learn Web3 for Free: Day 5/15

Aptos Blockchain Transaction Deep Dive:

1. Client → REST Service

A client submits a transaction to an Aptos fullnode's REST service.

2. REST Service → Mempool

The fullnode's REST service sends the transaction to its mempool, which verifies it and returns an acceptance/rejection status. For example, a transaction is rejected if its sequence number is less than the sender's current sequence number.

3. Mempool → Mempool

The fullnode’s mempool forwards the transaction to a validator fullnode’s mempool, which sends it to validator VX’s mempool only if the sequence number matches the sender’s account sequence number. Each mempool performs identical checks, potentially discarding the transaction without feedback before consensus.

4. REST Service → Storage

The REST service queries the storage component directly when a client requests data (e.g., checking an account balance) on the $APT blockchain.

@Aptos architecture flowchart.

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Lock in for the next 6 months:

- Read blockchain's whitepaper.
- Study VMs like HyperEVM.
- Explore verifiable proofs from EigenLayer.
- Learn about nodes.
- Dive into new protocols.
- Create content about them.

This will completely change your life.

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Learn Web3 for FREE:

HyperEVM Architecture:

HyperEVM:

The Hyperliquid blockchain consists of two main components:

- HyperCore
- HyperEVM

Both are tightly integrated, sharing the HyperBFT consensus, which boosts transaction speed.

HyperCore Functions:
- Trading engine (spot, perpetuals, liquidation)

HyperEVM Functions:
- Smart contracts (EVM-compatible)

EVM (Ethereum Virtual Machine) allows writing smart contracts in Solidity.

Technical Architecture:

HyperEVM builds and compiles smart contracts, while HyperCore handles trading, liquidation, and order book operations.

Example:

A project launches an ERC20 token (X token) on HyperEVM, linked to HyperCore’s spot asset, enabling trading on HyperCore’s order book.

Users can also use the token in HyperEVM dApps on the Hyperliquid chain.

Benefits:

Direct Listing:
- No shady practices like CEXes demanding token supply or USDT for listing.

token: $HYPE token (@HyperliquidX)

Tools for Builders:
- Mainnet RPC: https://t.co/Gr7dzlzWdC
- Testnet RPC: https://t.co/riPPrtg0yw
- Explorer: HypurrScan, Stakely, Quicknode
- Indexers: Blocksense, Redstone, Pyth, LayerZero
- Block Toggle UI: https://t.co/BotEC9XTgg
- Python SDK, Gas tools, and more on GitHub.

Contributors:

@iliensinc
@Valinorae
@hypurr
@chameleon_jeff

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Learn Web3 for FREE: Day 3/15

Blockchain: @monad_xyz

Layer 1 blockchain compatible with Ethereum apps, designed for speed and low-cost transactions.

Smart Contract Development: Code with Solidity on Ethereum’s system (EVM).

How It Works:

→ Speed: Processes 70,000+ transactions per second with 1-second block times.

→ Parallel Processing: Executes multiple transactions simultaneously, unlike Ethereum’s sequential method.

→ Low Fees: Transactions cost less than a cent.

Token: $MON Token (Pre-TGE)

Founders:

@keoneHD
@0x_eunice

Team:

@0x_Abdul: Head of DeFi
@HelloShreyas: Leading Consumer
@acceleratooooor: Growth

Free Resources:

Monad Testnet: https://t.co/y0MBntIzjc

Guides: https://t.co/mcq7Se9gUo (simple developer tutorials)

NFA, DYOR