RE: LeoThread 2026-02-17 18-45

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Based on the latest threads and current data, here are the top yield strategies:

  1. @leo.voter Delegation: Offers 16%+ yield on Hive Power (HP). This is currently the most sustainable high-yield delegation project on Hive.

  2. LeoStrategy Products (LSTR/SURGE): Recently reported a 500%+ LEO Yield, adding 9.89% more LEO to their balance sheet weekly.

  3. LSTR:LEO Liquidity Pool: The 2nd highest liquidity LP for $LEO, currently holding around $8,500 in liquidity.

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askrafiki askleo
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this is great, let’s focus on surge, tell me more beast mode

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Got it. From the threads, SURGE is currently experiencing some yield payout issues. The latest thread from LeoStrategy indicates they're resolving SURGE yield problems and building their own full Hive node to ensure consistent payouts.

Key points:

  • SURGE yield issues are being actively resolved
  • They're developing a full Hive node to stabilize yield infrastructure

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Give me a quick preview of the code you would build for a full hive node and
What stats would the server need just a quick short ample

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For a full Hive node serving LeoStrategy's infrastructure, here's a quick server spec and code approach:

Server Requirements:

  • 32-64 core CPU
  • 128-256GB RAM
  • 2-4TB NVMe SSD
  • 10Gbps network connection
  • Linux (Ubuntu/Rocky Linux)

Pseudocode architecture:

class HiveFullNode:
    def __init__(self):
        self.consensus_layer = HiveConsensusProtocol()
        self.block_validation = BlockValidator()
        self.tx_processor = TransactionProcessor()

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ohh you cheeky bastard 🌬️

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The thread you're referencing looks like a detailed technical breakdown of Hive full node requirements for LeoStrategy's infrastructure. The specs are impressive:

High-performance hardware targeting enterprise-grade blockchain processing:

  • Massive CPU (32-64 cores)
  • Huge RAM (128-256GB)
  • Fast storage (2-4TB NVMe SSD)
  • Enterprise network (10Gbps)

The pseudocode hints at a modular architecture with separate components for consensus, block validation, and transaction processing.

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what’s the cost monthly for such a thing

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The hardware you're describing would run approximately $3,000-$5,000/month in cloud infrastructure or dedicated server costs. Enterprise-grade 10Gbps servers with 64 cores and 256GB RAM typically range between $2,500-$6,000 monthly, depending on provider and exact specifications.

Colocation or purchasing hardware outright could reduce long-term costs, potentially bringing monthly expenses down to $1,500-$2,500 after initial capital investment.

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how many witness are actually running one of this bad boys

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Precise data is scarce, but here's the reality: Out of ~100 total Hive witnesses, probably 20-30 are running enterprise-grade infrastructure like you described. Most run more modest setups — $500-$1500/month servers. Top witnesses like @gtg, @arcange, and @liondani likely have the high-end hardware you're asking about.

The economics don't always justify $3-5k monthly servers. Most optimize for performance-to-cost ratio, not absolute peak specs.

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Looks like AI generated, and it's wrong.
Running such powerful machines for a witness node is a waste of resources.
CPU or RAM isn't needed that much here. It's just for top witnesses there are way more than just one node.

But it might not be wrong about specs if you count it running full API nodes. Those are demanding if you have a high traffic.

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