💥 Gate Square Event: #PostToWinFLK 💥
Post original content on Gate Square related to FLK, the HODLer Airdrop, or Launchpool, and get a chance to share 200 FLK rewards!
📅 Event Period: Oct 15, 2025, 10:00 – Oct 24, 2025, 16:00 UTC
📌 Related Campaigns:
HODLer Airdrop 👉 https://www.gate.com/announcements/article/47573
Launchpool 👉 https://www.gate.com/announcements/article/47592
FLK Campaign Collection 👉 https://www.gate.com/announcements/article/47586
📌 How to Participate:
1️⃣ Post original content related to FLK or one of the above campaigns (HODLer Airdrop / Launchpool).
2️⃣ Content mu
Monad: The High-Performance EVM-Compatible Layer 1 Blockchain and Its October 14, 2025 Airdrop
In the competitive landscape of blockchain innovation as of October 2025—amid crypto's rebound from the $19 billion liquidation crash triggered by U.S.-China tariff tensions—Monad stands out as a groundbreaking Layer 1 (L1) blockchain designed to supercharge Ethereum's scalability without sacrificing compatibility. Developed by Monad Labs, Monad is a full rebuild of the Ethereum Virtual Machine (EVM), delivering up to 10,000 transactions per second (TPS), 1-second block times, and single-slot finality while maintaining 100% EVM bytecode and RPC API compatibility. This allows seamless migration of Ethereum dApps, tools, and wallets, addressing Ethereum's bottlenecks like low throughput (15 TPS) and high gas fees. Backed by a $225 million Series A round from Paradigm in 2024, Monad's testnet has processed over 2.44 billion transactions with 240+ ecosystem projects, positioning it as a "Solana-speed Ethereum" for DeFi, gaming, and AI applications.
Monad's Technical Edge: Parallel Execution and Beyond
Monad achieves its performance through four key innovations: optimistic parallel execution (processing transactions simultaneously), asynchronous execution (decoupling consensus from execution), MonadDB (a custom state database using Patricia Tries for 90% reduced hardware needs), and a high-performance Proof-of-Stake consensus with 800ms block times. This enables consumer-grade dApps—think high-frequency trading bots or real-time gaming—without Ethereum's constraints. Unlike Solana's non-EVM approach, Monad preserves Ethereum's vast developer ecosystem, attracting projects wary of rewrites. With low fees (<$0.001/tx) and sub-second finality, it's primed for mass adoption in 2025's multi-chain era.
The October 14 Airdrop: Claim Portal Opens, Details Teased
Monad's highly anticipated airdrop claim portal launches on October 14, 2025, marking a major milestone ahead of its mainnet rollout (late 2025). Confirmed via X on October 9, the portal allows eligible testnet participants and early adopters to verify and prepare claims for the native MON token. While specifics like allocation amounts, eligibility criteria (e.g., testnet interactions like claiming $MON test tokens or minting Monadverse NFTs), and vesting schedules remain undisclosed, community speculation points to retroactive rewards based on activities since the February 2025 public testnet. Polymarket odds favor an October drop at 33%, with full TGE possibly in November/December. Perpetual markets on Hyperliquid trade MON-USD at $0.12 (implying $12B FDV for 100B supply), drawing $28 million daily volume.
Why Monad Matters: Scaling Ethereum for the Masses
Monad's EVM compatibility lowers barriers for Ethereum devs, potentially onboarding millions to scalable dApps in gaming (e.g., LootGO) and DeFi (e.g., PancakeSwap ports). Partnerships with Circle, Chainlink, and Orderly Network enhance oracles and stablecoins, while $60 million in dev grants fuel growth. In a post-crash world favoring resilient L1s, Monad's speed could capture 10% of Ethereum's TVL ($150B+).
Trading Guide: Pre-TGE, speculate on Hyperliquid perps: Batch $0.10-0.08 dips, avg $0.09, 5% stop, target $0.15. Aggressive: 3x above $0.11 for $0.18.
In summary, Monad's October 14 claim portal teases a transformative L1—engage testnets via official docs, secure multi-sig wallets, and monitor announcements. In October 2025's surge, Monad could redefine scalability.