SmartHoldem SmartHoldem
WEB 4.0

Tokenomics · STH · Web 4.0

STH Tokenomics

From Consensus Coin to Web 4.0 Infrastructure Fuel

Real Infrastructure. Real Utility. Real Scarcity.

0STH

Total Supply

0STH

Permanently Burned

Halted

Emission (Update 2.0)

Web 3.0 → Web 4.0

The Evolution: From Digital Currency to Infrastructure Fuel

Web 3.0 to Web 4.0 evolution

Web 3.0 tokens pay for computation. Web 4.0 coins pay for infrastructure. SmartHoldem STH is evolving from a DPoS consensus coin into the foundational fuel for a decentralized physical internet.

When the network scales, the demand for the fuel scales.
Token distribution 2017

Fair Launch · 2017

Initial Distribution (2017)

Genesis supply capped at 240,000,000 STH. Distribution executed under community-voted BitcoinTalk escrows.

  • 83%

    ICO Participants

  • 8%

    Advisors & Angels

  • 6%

    Development Fund

  • 3%

    Bounty Campaign

Fair Launch · No Pre-mine · Community Oversight

Update 2.0

Emission Model Evolution

Before Update 2.0

Inflationary Model

Continuous block emission capped at 256,425,000 STH by 2041. Traditional DPoS reward scheme.

After Update 2.0

Deflationary Model

Emission completely halted. Strictly limited, deflationary supply.

Block emission in the DPoS consensus has been completely stopped.

Emission evolution

Supply ↓ Demand ↑

Deflationary Mechanics

Emission Halted

No new coins are created. Supply is capped.

Burning Mechanisms

Fees are locked or burned in on-chain pools.

Utility-Driven Demand

Real-world usage creates organic, sustained demand.

Deflationary mechanics
Backed by real infrastructure

Physical Backing

Backed by Real Infrastructure

  • Your coins represent real value: gigabytes of storage, hours of uptime, and megabits of bandwidth.
  • Network growth directly increases demand for STH - more data stored = more coins locked.
  • No cloud providers, no middlemen - infrastructure owned by the community.
STH utility in Web 4.0

Utility Layer

STH Utility in Web 4.0

Powering the Decentralized Physical Internet

STH is the direct payment for real-world storage and data distribution. Every byte stored is backed by physical utility.

Name Registration

1 STH

Reserve u://username on the SmartHoldem name registry.

dApp Publication

~100 STH

Register a decentralized app; fee scales with bundle size.

Paid Messaging

msg_cost_sth

Anti-spam pricing - attacker cost scales linearly with volume.

Subscriptions

sub:<user>

Creator monetization via recurring on-chain subscriptions.

Paid Groups

entry_fee

Community monetization - coin-gated groups and forums.

Boost-Pools

sth_boost:<app_id>

Availability market - developers stake STH to guarantee dApp seeding.

Full Utility Spectrum
Payment of transaction fees
Voting for delegates (DPoS consensus)
Token issuance
Burn transactions (deflationary)
Asset transfers
SmartNet P2P transactions
Multipayments
SmartNotes generation (ZKP)
Game transactions

Every utility creates organic demand for STH while keeping the network clean and spam-free.

Autonomous Economy

The Perpetual Economic Loop

The Currency of Autonomous Networks

Perpetual economic loop
1

Users spend STH

2

Fees flow to Global Seeding Pool

3

Seeders earn STH

4

Seeders spend STH

5

Developers earn STH

No platform tax. No intermediary. STH moves P2P between value creators.

Seeder economics formula

Proof-of-Utility

Seeder Economics

Reward Formula

Estimated = (Base + seededGb × density + activeApps × PerApp) × Kup

Parameters

ParameterValue
Base~5 STH / day (baseline availability reward)
density~0.5 STH / GB / day (storage-weighted payout)
PerAppBonus per distinct app seeded
K_up0.0 – 1.0 uptime multiplier (see below)

Uptime Multiplier — Kup

1.0

Elite

98 – 100% uptime

0.5

Flaky

90 – 97.9% uptime

0.0

Dead Node

< 90% uptime

Economic Firewall

Anti-Spam Economic Proof

Legacy P2P

Cspam = 0

Network is floodable. Attackers pay nothing.

Netfory

Cspam = N × msg_cost_sth

Example: 1,000,000 messages × 0.01 STH = 10,000 STH burned.

Spam becomes economically devastating before a single message is delivered.

Anti-spam economic proof

Cross-Chain

STH Across Major Blockchains

Liquidity Without Borders

STH is available as wrapped tokens across major networks through XBTS DEX - our official cross-chain liquidity bridge. Trade, stake, and use STH on Ethereum, BSC, TON, and Solana - not just on SmartHoldem blockchain. When you send native STH to the gateway, an equivalent amount of wrapped STH is minted on the target chain. Sending it back burns the wrapped tokens and releases native STH.

Access to 35+ DeFi pools on multiple chains.
Trade on major DEXs without leaving your preferred ecosystem.
Seamless conversion with minimal slippage via XBTS DEX.

Official Contract Addresses

BSC
0x625d64c3384aa6d6841a1608ae0ce48776981d38
ETH
0x625d64C3384AA6d6841a1608aE0Ce48776981D38
TON
EQAtsA8GtJTCQNGTg3VwJtjcLfxteTx4-aDvBBuB1wPNDuhP
SOL
85cwf2cKGCYt8tTtcwhmrUBLe5RNbUKptfo3VtNQJSTH
Audited Gateways · Transparent Mint/Burn · Multi-Chain Liquidity
Your stake in the decentralized future

Manifesto

STH: Scarcity Meets Utility

STH is no longer just a consensus reward. It is a scarce, utility-driven asset backing real-world decentralized infrastructure.

Your Stake in the Decentralized Future

STH isn't just a number in your wallet. It's your ownership share in a global network of servers, storage, and bandwidth - infrastructure that belongs to the community, not corporations.

Every coin represents real utility: the power to store data, send messages, publish apps, and earn by supporting the network.

This is the Web 4.0 revolution you can hold in your hand.

Servers
Storage
Network
Earnings
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Join the Web 4.0 revolution!

249.6M coins. 0% inflation. Infinite utility. The future is decentralized - and it's already here.