🎮
PRE-MARKET PHASE — NETWORK UNDER ACTIVE TESTING — PUBLIC LAUNCH: JUNE 16, 2026
SOST Protocol

Sovereign Stock Token
ConvergenceX Native Proof-of-Work
Protocol

CPU-friendly blockchain with constitutional gold reserves. Every block mined allocates 25% to purchase tokenized precious metals and 25% to Proof of Personal Custody rewards — hardcoded at genesis, immutable forever.

SOST · Sovereign Stock Token · ConvergenceX PoW · Constitutional Gold Reserves

MAINNET | No ICO · No Premine · No VCs · No Governance
Genesis Block
March 15, 2026 — 18:00:00 UTC
⚠ INFRASTRUCTURE TEST PHASE — Real-environment protocol stress testing in progress. Independent miners and nodes already active. Public launch: June 16, 2026.
Official Public Launch
June 16, 2026 — 00:00:00 UTC
COMING SOON
SOST App for Android
Currently under review by the Google Play team.
Download will be available on Google Play Store once approved.
TRY WEB VERSION →
CHAIN STATUS · LIVE
connecting...
⏱ TIME  ·  ⚙ WORK  ·  ◆ SCARCITY  ·  ◈ STORE OF VALUE
// FUNDAMENTALS — THE FOUR PILLARS

What gives SOST intrinsic value

Four properties hardcoded at genesis, immutable forever, with no governance override. Two enforce credibility (Time, Work). Two enforce value (Scarcity, Store of Value).

⏱ PILLAR 1 — TIME
10 min / block

Target spacing of 600 seconds between blocks. Difficulty self-corrects every block via the cASERT controller — bidirectional, integer-only, with a 288-block average and equalizer profiles for emergency relief and hardening. Predictable cadence. No bulk retargets.

⚙ PILLAR 2 — WORK
CPU · 8 GB RAM

Native ConvergenceX Proof-of-Work — not a fork of Bitcoin SHA-256, Monero RandomX, Ethereum Ethash, Equihash, CryptoNight, Scrypt, X11, or any prior algorithm. Memory-hard by construction: 4 GB dataset + 4 GB scratchpad = 8 GB total per mining thread. Per-block 256-op program changes every block. CPU-friendly by design, ASIC-hostile by construction. Verifier reconstructs sampled rounds in ~0.2 ms with 500 MB of RAM.

◆ PILLAR 3 — SCARCITY
4,669,201 SOST

Hard cap. The number is the first seven significant digits of Feigenbaum's δ (≈ 4.6692016…), the universal constant that governs the period-doubling route to chaos in dynamical systems — the same kind of system ConvergenceX itself solves. No premine. No ICO. No dev tax. No inflation lever. Forever. Emission decays per epoch with q = e-1/4 ≈ 0.7788.

Each epoch is exactly 2.5029 years — the Feigenbaum α constant. ~95% of the supply is mined in the first ~12 epochs (~30 years); the remaining tail decays asymptotically across deeper epochs:
· ~99% → ~18 epochs (~45 years)
· ~99.9% → ~28 epochs (~70 years)
· ~99.99% → ~36 epochs (~91 years)
· ~99.999% → ~46 epochs (~115 years)

The cap of 4,669,201 SOST is an asymptotic limit by mathematical construction — it is never strictly hit, only approached forever. That is the point: scarcity guaranteed by mathematics, not by a calendar.

◈ PILLAR 4 — STORE OF VALUE
Up to 50% → Gold

Up to half of total supply is gradually converted into gold-backed value, by consensus, every block:

25%Proof of Personal Custody (PoPC): contracts collateralised by tokenised gold today, by physically self-custodied gold in the future, with on-chain cryptographic proof and operator privacy preserved.

25%Perpetual Gold Vault: protocol-funded, one-way purchases of tokenised precious metals (XAUT/PAXG today, broader basket later), accumulated forever in a Heritage Reserve. Observable reserve ratio — not a peg, not a redemption right.

Hardcoded at genesis · immutable forever · no governance override

// AUDIT & VERIFY
Every property above is checkable from public artefacts. SOST publishes a deliberately short list of claims it makes and a longer list of claims it does not make.
✓ CLAIMS YOU CAN CHECK TODAY
  • Open source from genesis — github.com/Neob1844/sost-core
  • No premine, no ICO, no dev tax — reproducible from genesis_block.json
  • Constitutional immutability — 50/25/25 split and hard cap live in include/sost/params.h
  • Observable gold reserve — Etherscan
  • SbPoW miner-identity binding — every block from #7,100 carries a Schnorr signature over its PoW commitment
  • Deterministic build — rebuild from main and the output hash matches the running binary
  • Mainnet operation publicly logged — every incident in the BCT announcement thread
✗ NOT CLAIMED
  • Post-quantum signature safety — current scheme is secp256k1 + BIP-340 Schnorr; PQ migration is on the roadmap, not active
  • Audited by an external security firm — not yet; independent reviewers welcome
  • Market price floor — no peg, no redemption claim against the gold reserve
  • Regulatory clearance in any jurisdiction — assess locally before participating
  • Listing on any centralised exchange — pre-market; outreach planned from 2026-06-16
  • Network maturity — chain is young, hashrate is concentrated, decentralisation is in progress
Full breakdown: Honest Assessment · comparative table: Positioning vs other PoW chains
// 00 — NETWORK PARAMETERS

Key Statistics

Max Supply
~4,669,201SOST
Feigenbaum δ × 10&sup6;
Block Time
10min
cASERT unified targeting
Initial Reward
7.8510SOST
Smooth exponential decay
Coinbase Split
50/25/25
Miner / Gold / PoPC
Algorithm
ConvergenceX
CPU-mined, 8GB mining / 500MB node
Genesis
2026-03-15
18:00:00 UTC
Gold Spot (XAUT/PAXG avg)
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SOST Price
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Emission Curve — Smooth Exponential Decay
Live Block Data

Target block spacing is 600 seconds (10 minutes), maintained by the cASERT unified difficulty adjustment system. The bitsQ primary controller handles hashrate changes; the equalizer prevents short-term emission acceleration.

View live block data on Explorer →
Reward Decay Schedule
EpochYearsReward / BlockDecay
00 – 2.57.85100863 SOST
12.5 – 5~6.1145 SOST× 0.7788
25 – 7.5~4.7613 SOST× 0.7788
37.5 – 10~3.7084 SOST× 0.7788
410 – 12.5~2.8882 SOST× 0.7788
512.5 – 15~2.2492 SOST× 0.7788

q = e-1/4 ≈ 0.7788 · Epoch = 131,553 blocks (≈2.5 years)

Constitutional Split — Every Block
50% Miner
25% Gold Funding Vault
25% PoPC Pool

Hardcoded at genesis. Immutable.

ConvergenceX v2.0 — Proof of Irreversible Convergence
4GB memory scratchpad · 100,000 gradient rounds · 32×32 matrix per block
256-op per-block program · 8 ALU operation types · memory-hard, CPU-friendly design
4 stability perturbation tests · Contraction factor c = 7/10 · CPU L3 cache optimized
Full technical details →
Genesis Block

Block 0 mined on March 15, 2026 at 18:00:00 UTC. First reward: 7.85100863 SOST split constitutionally between miner, Gold Funding Vault, and PoPC Pool.

View genesis block details →
Gold Price — Last 24 Hours
XAUT PAXG
View all markets →
SOST PoPC Reference Price — Last 24 Hours
SOST/USD (PoPC ref.)

Not a market price. Calculated as: (1.2 oz × gold spot) ÷ SOST supply. Updates when SOST is listed on an exchange.

View all markets →
// 00b — CODEBASE FOOTPRINT

SOST Core vs BTC Core

Lines-of-code totals for the SOST stack as of 2026-05-10, side by side with the Bitcoin Core reference implementation. LOC is a rough engineering metric — not a quality, security or decentralisation metric — but it gives a sense of how much surface area the project covers.

ComponentSOSTBitcoin Core
Blockchain core (C++ / protocol)36,442~280–310k
Front-end & explorer (HTML + JS + CSS)69,975
Materials Engine (Python)161,282
Geaspirit — geo-mineral ML (Python)9,386
Auth gateway (Python)704
Documentation (markdown)23,975(separate)
Total code (excl. docs)~278,000~280–310k
Total code + docs~302,000

1. The blockchain core alone is 5–7× smaller than Bitcoin Core. Bitcoin Core has 15+ years of P2P hardening, scripting (Script + Taproot), thousands of tests, and dozens of network conditions handled in production. SOST does not, and pretending otherwise would be dishonest.

2. The full SOST stack matches Bitcoin Core in order of magnitude only because SOST is a vertical. The total includes a Materials Discovery Engine (161k LOC) and a geological prospectivity ML stack (Geaspirit) that Bitcoin Core does not contain. Comparing totals across different problem domains is not apples-to-apples.

3. What the numbers do show. SOST is a serious open-source project (~300k LOC total) with depth beyond a typical altcoin fork — the consensus is custom (ConvergenceX + cASERT), the wallet model is in-house, the front-end is hand-rolled, and the protocol is integrated with two external scientific systems.

4. What the numbers do NOT show. Network effect, peer count, security audits, deployed value, decentralisation. Those are independent of LOC and Bitcoin leads on every one of them.

Counts measured 2026-05-10 with find ... | xargs wc -l over each component's own source tree, excluding build artefacts and vendored code. Bitcoin Core figure is the upstream bitcoin/bitcoin master snapshot, code + tests, no docs.

// 01 — OVERVIEW

What is SOST

Protocol Summary
IMMUTABLE BY DESIGN

SOST is a Proof-of-Work cryptocurrency where each mined block allocates 25% of issuance to an on-chain Gold Funding Vault by consensus. Conversions to XAUT/PAXG are operational actions executed with public attestations and auditable trails. The reserve is observable on Ethereum mainnet — not a peg, not a guarantee, but a verifiable commitment.

ConsensusConvergenceX PoW — memory-hard, CPU-friendly (reference miner CPU-oriented; protocol does not enforce CPU-only at consensus)
Monetary PolicySmooth exponential decay (q=e), Feigenbaum-derived constants, ~30 years to 95% supply
Reserve25% of every block → tokenized gold (XAUT, PAXG) on Ethereum
PoPC25% of every block → Proof of Personal Custody rewards (Phase 2+)
GovernanceNone. Consensus rules are immutable at genesis.
Unit1 SOST = 100,000,000 stocks
Address Formatsost1 + 40 hex chars (20-byte pubkey hash)
SignatureECDSA secp256k1 with LOW-S enforcement
// 02 — THREE PILLARS

Protocol Architecture

PILLAR 01
ConvergenceX PoW

Memory-hard proof-of-work requiring 8GB RAM per mining thread (4GB dataset + 4GB scratchpad). Nodes verify blocks in ~0.2ms with only ~500MB RAM. 100,000 sequential iterations and tight memory coupling raise the cost of a competitive GPU/ASIC port; no claim is made that one is impossible. cASERT unified targeting with bitsQ primary controller and equalizer profiles (E4–H12) for progressive hardening under fast-chain conditions.

Explore Technology →
PILLAR 02
Metals Reserve

25% of every block’s coinbase is allocated to the Gold Funding Vault address by consensus. Accumulated SOST is converted to XAUT/PAXG via TWAP pipeline and deposited into a Heritage Reserve on Ethereum mainnet. Observable reserve ratio — not a peg.

Explore Gold Reserve →
PILLAR 03
Proof of Personal Custody (PoPC)

25% of every block’s coinbase is allocated to the PoPC Pool address. Rewards distributed to holders who prove continued custody of their SOST through cryptographic attestation. Model A (self-custody bonds) and Model B (escrow timelock) available.

Explore PoPC →
// 02b — SOVEREIGN VALUE STACK

E2E, SOST DEX, PoPC Contracts

E2E
Encrypted Coordination

Signed offers, acceptances, cancellations, and settlement notices — off-chain, replay-resistant, cryptographically authenticated. Not chat: private economic coordination with canonical hashes and deterministic serialization.

Technical Details →
DEX
Gold Settlement Layer

SOST ↔ XAUT/PAXG and native precious-metal positions. Peer-to-peer, thin-chain/fat-edge architecture with deal state machine, watchers, and settlement daemon. Ethereum as minimal onboarding rail, SOST as sovereign center.

Technical Details →
PoPC
Contract Layer

Timelocked collateral for self-custodied gold participation. No admin key, no proxy, no pause, no emergency withdrawal. Constitutional and immutable — SOSTEscrow.sol as base.

Technical Details →
// 03 — GET STARTED

Quick Links

MINE
Start Mining SOST

Build from source, create a wallet, connect to the seed node, and mine your first block. CPU only — no GPU required.

Mining Guide →
EXPLORE
Block Explorer

Real-time dashboard with block details, difficulty tracking, emission curve, Gold Funding Vault and PoPC Pool charts, address lookup.

Open Explorer →
READ
Technical Whitepaper

Full protocol specification: ConvergenceX algorithm, monetary policy, reserve mechanics, PoPC design, security analysis, and consensus rules.

Read Whitepaper →
// 04 — DIRECTORY

Explore the Protocol