https://sostcore.com/sost-logo.pngSOST — Sovereign Stock TokenNative Proof-of-Work chain with protocol-level gold reserve allocation. Native chain. No bridges. No smart contracts on the SOST base layer. No governance tokens.Genesis Block: March 15, 2026 — 18:00:00 UTCPublic announcement: April 05, 2026 — Decision to advance the originally planned launch date
✓ MAINNET LIVE — Explorer: SOST Explorer — Blockchain Explorer (live stats)Last updated: April 14, 2026 — cASERT V5 hard fork active since block 4,300 (determinism fix + liveness + extreme-profile entry cap). For current height and live data, visit the explorer.
⚡ PRE-MARKET STATUS ⚡SOST is currently in
PRE-MARKET phase.
- There is NO active market yet.
- There is NO exchange listing yet.
- There is NO guaranteed price.
Current value references are based on an internal model (PoPC — Proof of Personal Custody), which is used
exclusively for economic testing. Approximately $6,000 USD equivalent has been committed within PoPC as a reference layer for internal valuation experiments. PoPC does NOT represent a real market price, does NOT imply liquidity, and does NOT guarantee future valuation.
We are actively inviting:- Miners
- Node operators
- Independent testers
to participate in network stress testing and validation.
This phase is designed to:
- Identify bugs
- Validate consensus stability (ConvergenceX + cASERT)
- Test emission dynamics
- Improve infrastructure
Planned public launch phase and exchange outreach: from June 16, 2026, subject to testing progress and stabilityUntil then: SOST should be considered an
experimental system in live testing.
"SOST does not simulate a market — it prepares for one."External Testing InvitationSOST is not a fork and not a parameter-tweaked clone of an existing PoW chain. It is a completely new native Proof-of-Work protocol built around its own original consensus stack, including the
ConvergenceX proof-of-work algorithm, custom difficulty behavior, bootstrap/sync path, P2P rules, and economic design.
Because of that, the current pre-market period is exactly the right time to subject the system to serious external testing.
I would like to explicitly invite:- Independent security researchers
- External reviewers
- Miners
- Node operators
- Adversarial testers
to put the protocol under stress and try to break assumptions wherever possible.
This includes, for example:
- Bootstrap chain import behavior
- Historical and live sync behavior
- P2P edge cases under plaintext transport
- Encrypted P2P transport behavior, fallback logic, and performance under load
- ConvergenceX transcript / proof verification paths
- Consensus stability under adversarial conditions
- Fork / reorg handling
- Difficulty adjustment behavior
- Mempool and transaction propagation
- Wallet / node interoperability
- Unexpected crash or desync scenarios
SOST is experimental and has not been audited by any external security firm. That is precisely why these two months of pre-market live testing matter.
If there is a weakness, I want it found now.
If there is a bug, I want it reported now.
If there is a hidden consensus, networking, or ConvergenceX edge case, I want it exposed now.
Constructive criticism, hostile testing, reproducible bug reports, and detailed logs are all welcome.
Thank you to everyone already testing the network. Your reports are helping harden the protocol before broader participation.
⚠ IMPORTANT DISCLAIMER — READ BEFORE PARTICIPATING ⚠SOST is
experimental software. It is a
completely new, original proof-of-work protocol written from scratch in C++17. SOST is
NOT a fork of Bitcoin, Litecoin, Monero, Ethereum, RandomX, Ethash, Equihash, CryptoNight, or any other existing cryptocurrency or mining algorithm. The entire codebase — consensus rules, PoW algorithm (ConvergenceX), difficulty adjustment (cASERT), transaction validation, UTXO model, P2P networking, and wallet — has been designed and implemented independently.
Security notice:- This codebase has NOT been audited by any external security firm. Testing has been conducted exclusively using internal computational tools, automated test suites, and manual code review by the developer.
- The protocol has NOT been stress-tested by a large number of independent miners. During the early network validation period, mining was conducted primarily by the founder as part of live consensus and infrastructure testing.
- As with any complex cryptographic software, undiscovered vulnerabilities may exist. The developer is continuously working to identify and fix bugs, but no guarantee of perfect security can be made.
- The decision to advance the public announcement date was made to enable community participation earlier. This means the protocol has had less real-world testing than originally planned.
- Historical P2P sync, plaintext fallback, encrypted end-to-end transport, and bootstrap import have now all been validated in repeated runs; however, as with any young protocol, further real-world edge cases may still be discovered and fixed.
Risk acknowledgment:- Every participant is solely responsible for their own participation decisions.
- You may lose funds committed to participation. Mining, holding, and interacting with experimental cryptocurrency software carry inherent risks including but not limited to: software bugs, consensus failures, network attacks, hardware failure, and market volatility.
- The author and developer (NeoB) assumes NO liability for any losses resulting from the use of this software, whether caused by bugs, vulnerabilities, design flaws, or any other reason.
- This is an experimental protocol in its early operational phase. Participants should exercise maximum diligence and caution.
- SOST is not financial advice, not a security, and not a promise of future value.
Ongoing security posture: The developer is actively and continuously monitoring the network, searching for potential security vulnerabilities, and deploying fixes as they are identified. Hard checkpoints are now managed by an automated dynamic system that updates every 30 minutes without requiring node recompilation. A comprehensive emergency response plan is in place. Community-reported bugs will be investigated and addressed with highest priority.
Quick Specs| Parameter | Value |
| Algorithm | ConvergenceX v2.0 (memory-hard, CPU-friendly) |
| Block time | 600s (10 min) |
| Max supply | 4,669,201 SOST (hard cap by construction) |
| Emission | Exponential decay, q = e^(-1/4) ≈ 0.7788 |
| Coinbase split | 50% miner / 25% Gold Funding Vault / 25% PoPC Pool |
| Difficulty | cASERT unified rate control · blocks <1,450 → V1 (48h halflife, 6.25% delta cap) · blocks ≥1,450 → V2 (24h halflife, 12.5% delta cap) · blocks ≥4,170 → V4 (sentinel fix + stateful Ahead Guard) · blocks ≥4,300 → V5 (stateless Ahead Guard, post-slew Safety Rule 1, EBR cliffs, anti-stall floor 1h, H10+ entry cap +1/block) |
| Encoding | SOSTCompact Q16.16 fixed-point |
| Coinbase maturity | 1,000 blocks (~7 days) |
| Premine | NONE |
| ICO / IEO | NONE |
| Dev tax | NONE |
| Source | GitHub (public from genesis) |
V5 Ahead Guard (block 4,300+): stateless per-block check with post-slew Safety Rule 1 — removes the hidden static-state bug that caused deterministic drift.
Emergency Behind Release (EBR): when lag ≤ −10 blocks, profile cliffs unlock relief at E2/E3/E4 levels.
Anti-stall floor: reduced from 2h to 1h so a stuck chain recovers twice as fast.
Extreme-profile entry cap: once H ≥ H10, the profile can only rise by +1 per block, preventing B0→H12 overshoots.
The ProblemGold has 5,000 years of monetary history. It is the most trusted store of value across civilizations. But gold has zero programmability — you cannot send it over TCP/IP, you cannot split it into eight decimal places, and you cannot verify its custody without a trusted third party.
Existing gold-backed tokens (XAUT, PAXG) attempt to bridge this gap. They are ERC-20 tokens on Ethereum — centralized custodians hold the gold, the tokens can be frozen by the issuer, and the entire scheme depends on counterparty trust in a single entity. If Paxos or Tether Gold decides your tokens are problematic, they disappear. This is not sound money.
The trust model is the fundamental failure. XAUT holders trust Tether to maintain 1:1 reserves in a Swiss vault. PAXG holders trust Paxos to not freeze their tokens. Both trust their respective custodians to survive regulatory action, remain solvent, and not selectively enforce terms of service. The gold exists in a vault you cannot visit, managed by a company you cannot audit, under a jurisdiction that may change its rules. Every gold-backed ERC-20 is a bearer instrument for counterparty risk dressed up as sound money.
Bitcoin pioneered digital scarcity through proof-of-work — a breakthrough that changed the world. SOST builds on that foundation by exploring a different design: connecting PoW scarcity to physical gold accumulation at the protocol level, through consensus rules that are immutable at genesis. This is not a criticism of Bitcoin — it is an exploration of a complementary approach.
The SolutionEvery SOST block automatically allocates 25% of the coinbase reward to a Gold Funding Vault address. This is not a governance decision. It is not a DAO vote. It is a consensus rule — any block that does not include the correct 50/25/25 split to the correct constitutional addresses is invalid and rejected by every node on the network. The split is hardcoded at genesis and cannot be modified.
The remaining 25% flows to a PoPC Pool powering Proof of Personal Custody — a mechanism that rewards holders who self-custody gold and prove it.
Model A — Bond with Autocustody. The participant declares an Ethereum wallet holding XAUT or PAXG, locks a SOST bond (10-25% of gold value, based on SOST/gold price ratio), and commits to maintain custody for 1 to 12 months. Random audits derived from ConvergenceX block entropy verify custody. On success: bond returned + reward (up to 20% of bond at Tier 1, dynamically adjusted by participation tier and pool utilization). Protocol fee: 3%. On failure: bond slashed automatically (50% PoPC Pool / 50% Gold Vault). The gold never leaves the user's wallet. Anti-whale tiers apply above 10 oz.
Model B — Timelocked Escrow. The participant deposits XAUT/PAXG into an immutable escrow contract on Ethereum. SOST reward paid immediately (up to 8% of gold value at Tier 1, dynamically adjusted). Protocol fee: 8%. At expiry, depositor withdraws 100% of gold. No audits. No bond. No slash.
SOST is not pegged to gold. Holders have no redemption right against the reserve. There is no stablecoin mechanic, no oracle dependency for consensus, and no algorithmic peg.
PoPC Activation ConditionsPoPC (Proof of Personal Custody) is implemented in software and publicly documented, but it is
NOT yet active on mainnet.
PoPC activation will occur only once the following technical and network conditions are met:
- Block height ≥ 5,000 — activation is tied to a protocol milestone and will not occur before this threshold.
- Sustained network stability — the chain must demonstrate consistent block production, stable synchronization across nodes, and absence of critical consensus or networking issues.
- Sufficient node and miner participation — a minimum level of independent nodes and active miners is required to ensure reliable operation under real network conditions.
- PoPC contract validation (Model A) — registration, audit, reward, and slashing flows must be fully validated under live network testing conditions.
- Ethereum escrow deployment (Model B) — final escrow contracts must be deployed, verified, and publicly auditable before Model B activation.
- Explorer and wallet integration readiness — public interfaces must correctly reflect PoPC states such as pending, active, completed, and slashed.
Activation note: PoPC activation is
protocol-scheduled but condition-dependent. Reaching block 5,000 is a necessary condition, but activation will proceed only once the system is considered stable and all required components are fully operational.
ConvergenceX v2.0 — Technical DetailsIn simple terms: Bitcoin adjusts in bulk every ~14 days — if hashrate doubles overnight, difficulty doesn't respond for up to 2 weeks. Monero adjusts every block but uses a single EWMA formula with one control signal. SOST adjusts every block using a full PID controller with 5 weighted inputs
(U = 0.05·r + 0.40·lag + 0.15·I + 0.05·burst + 0.02·V) and 17 dynamic profiles that change the stability parameters of the ConvergenceX puzzle itself — not just the difficulty target, but how hard the stability basin check is. This makes the chain more resistant to hashrate attacks and faster to recover from mining disruptions.
ConvergenceX is not a hash lottery. Each mining attempt requires solving a 32×32 linear system through 100,000 sequential rounds of integer-only gradient descent, then proving the solution sits in a stable basin of attraction.
Memory-hard: 4 GB dataset + 4 GB scratchpad = ~8 GB total mining memory. Node validation: ~500 MB only.
Per-block program: 256-operation program changes every block. No fixed ASIC circuit can optimize for it.
cASERT difficulty: Per-block adjustment, 17 equalizer profiles, anti-stall recovery zones.
Integer-only consensus: Zero floating-point operations. Q16.16 fixed-point difficulty encoding.
Difficulty adjustment — how SOST compares:| Feature | Bitcoin | Monero | SOST |
| Adjustment frequency | Every 2,016 blocks (~2 weeks) | Every block | Every block |
| Response speed | 2-week lag | ~720-block EWMA | 8-block short + 96-block long EWMA |
| Halflife | ~2 weeks (fixed) | ~720 blocks (~24h) | 24h, with 5 PID-weighted signals |
| Max change per block | N/A (bulk) | EWMA smoothed | 12.5% hard cap per block |
| Dynamic profiles | None (1 formula) | None (1 formula) | 17 profiles (E4 through H12) |
| Anti-stall | None | None | Zone-based decay + emergency easing |
| Control signals | 1 (time delta) | 1 (timestamp EWMA) | 5 (rate, lag, integrator, burst, volatility) |
| Math type | Floating-point | 128-bit integer | Q16.16 fixed-point (zero float) |
Fair Launch — Full Transparency- Genesis: March 15, 2026, 18:00:00 UTC
- Block 0 reward: 7.85100863 SOST, with miner, Gold Vault, and PoPC Pool allocations enforced by consensus rules
- No coins pre-mined. No coins reserved for founder or investors
- No dev tax. The protocol-defined miner allocation is paid to the mining address that finds the block
- Source code: Public on GitHub from genesis
- Hard checkpoints: Historical checkpoints through block 3554 are currently hardcoded. Dynamic checkpoint and assumevalid updates continue on top of that without requiring node recompilation.
Founder mining disclosure: The founder mined solo during the early post-genesis phase as part of the network validation process required by the complexity and experimental nature of this new proof-of-work system. The blocks mined from genesis onward have not been arbitrary; they have been part of the real-world testing needed to validate block production, propagation, difficulty adjustment, cASERT transitions, and overall consensus stability under live conditions. All mined blocks are publicly verifiable on the explorer. The founder had no algorithmic advantage — the same binary, the same rules. The code was public from day one.
Tokenomics- Epoch 0 reward: 7.85100863 SOST per block
- Decay factor: q = e^(-1/4) ≈ 0.7788 per epoch (~22.12% reduction)
- Epoch length: 131,553 blocks (~2.5 years)
- Hard cap: 4,669,201 SOST — mathematical consequence, not a counter
- ~95% mined after ~12 epochs (~30 years). 100% emission completes over ~82 epochs (~205 years)
- No inflation mechanism. No minting function. No governance override.
- ~50% to miners, ~25% to Gold Vault, ~25% to PoPC Pool — every block, forever
Transaction Fees| Parameter | Value |
| Min fee rate | 1 stock/byte (0.00000001 SOST/byte) |
| Typical TX (~250 bytes) | ~0.00000250 SOST |
| Fee split | 50% miner / 25% Gold Vault / 25% PoPC Pool |
| Fee market | RBF (Replace-by-Fee) + CPFP (Child-Pays-for-Parent) |
| Arithmetic | Rational integer (no floating-point in consensus) |
Fees follow the same constitutional 50/25/25 split as block subsidies. Even after emission ends (~year 2228), fees continue accumulating gold reserves in perpetuity.
Synchronization NoticeHistorical P2P sync issues reported during early live testing have now been identified and resolved.
The following methods have been validated successfully:
- Direct P2P sync (plaintext)
- Bootstrap chain import over HTTPS
- Encrypted P2P sync, including encrypted/plaintext fallback and encrypted end-to-end operation
These fixes affected the
networking / transport layer only.
This does
NOT change consensus.
This does
NOT change emission.
This does
NOT require regenesis.
This does
NOT imply chain corruption.
No hard fork was required.
Operational note:
- --p2p-enc off remains the fastest option for historical sync
- --p2p-enc on now works, but historical sync is slower under full encryption due to transport overhead
- Bootstrap remains available as an optional fast-start / fallback path
How to MineRequirements: Linux x86_64, 8 GB RAM minimum, CPU-only (GPU provides no advantage).
Low-memory systems (8–12 GB RAM): If
std::bad_alloc occurs during ConvergenceX dataset loading, a swap file may be added before starting the miner:
sudo fallocate -l 4G /swapfile
sudo chmod 600 /swapfile
sudo mkswap /swapfile
sudo swapon /swapfile
This provides temporary overflow memory during the 4 GB dataset load. Once loading completes, normal mining operation remains stable.
# Build
git clone https://github.com/Neob1844/sost-core.git
cd sost-core && mkdir build && cd build
cmake .. -DCMAKE_BUILD_TYPE=Release
make -j$(nproc)
cp ../genesis_block.json .
# Option 1: Direct P2P sync (fastest historical sync)
rm -rf blocks utxo ~/.sost
./sost-node --genesis genesis_block.json \
--connect seed.sostcore.com:19333 \
--rpc-user YOUR_USER --rpc-pass YOUR_PASS \
--profile mainnet --p2p-enc off
# Option 2: Bootstrap fast-start
curl -o chain.json https://sostcore.com/bootstrap-chain.json
rm -rf blocks utxo ~/.sost
./sost-node --genesis genesis_block.json --chain chain.json \
--connect seed.sostcore.com:19333 \
--rpc-user YOUR_USER --rpc-pass YOUR_PASS \
--profile mainnet --p2p-enc off
# Option 3: Encrypted P2P sync
rm -rf blocks utxo ~/.sost
./sost-node --genesis genesis_block.json \
--connect seed.sostcore.com:19333 \
--rpc-user YOUR_USER --rpc-pass YOUR_PASS \
--profile mainnet --p2p-enc on
# Verify current height
curl -s --user YOUR_USER:YOUR_PASS \
-d '{"method":"getblockcount","params":[],"id":1}' \
http://127.0.0.1:18232
# Run miner (after node is fully synced)
./sost-miner --address YOUR_SOST_ADDRESS \
--rpc 127.0.0.1:18232 --rpc-user YOUR_USER --rpc-pass YOUR_PASS \
--blocks 999999 --profile mainnet
Direct P2P sync is now functional again. For the fastest historical sync, plaintext transport via
--p2p-enc off remains the fastest option. Bootstrap over HTTPS remains available when a node operator wants the quickest possible initialization. Full encrypted P2P via
--p2p-enc on is also functional, including fallback to plaintext peers when required, but historical sync is slower under full encryption.
Security Features- ECDSA secp256k1 + LOW-S enforcement (BIP-62)
- 4-layer block validation (structure, header, consensus, atomic UTXO)
- HD Wallet (BIP39) with 12-word seed phrases
- PSBT offline signing (air-gapped compatible)
- Native 2-of-3 multisig (P2SH)
- RBF + CPFP dynamic fee market
- Optional encrypted P2P transport: X25519 + ChaCha20-Poly1305. Plaintext and encrypted modes are both functional; plaintext remains the fastest for historical sync, while encrypted mode prioritizes transport confidentiality at higher sync overhead.
- Peer ban scoring (misbehavior threshold: 100 points, sync-mode exempt)
- Dynamic assumevalid checkpoints (auto-updated every 30 min, no recompilation needed)
- MAX_REORG_DEPTH = 500 blocks
- cASERT suite: 73 tests covering V3.1 → V5 consensus rules, EBR cliffs, slew boundaries, and extreme-profile entry cap.
EcosystemGeaSpirit — Multi-Commodity Mineral Intelligence PlatformGeaSpirit is an advanced remote sensing and exploration intelligence platform for metallic AND non-metallic mineral systems. Canonical Score 25.1/40 (63%). Validated commodity types: Porphyry Cu (0.882 AUC), Orogenic Au (0.922), IOCG (0.841), SEDEX Cu-Pb-Zn (0.781), Sediment Cu (0.760), Lithium brines/salares (0.891). Gravity integrated. 11+ zones across 4 continents. GEE-operationalized. Remote-first architecture validated: works anywhere on the planet with satellite data alone.
Our goal: know what lies beneath the Earth's surface before the first drill ever turns.Materials Discovery EngineComputational materials discovery. 76,193 materials corpus. 19 campaign profiles including water/lithium/membrane. 35,589 materials screened for multi-function candidates. Novelty-aware consensus ranking with PV false-positive filtering. Runs at $0/month on CPU.
Our goal: design the materials the world needs tomorrow — entirely on a computer, before they ever exist in a lab.
OTC Pre-Market Sale — TEMPORARILY CLOSED⚠ The OTC pre-market sale is currently TEMPORARILY CLOSED. New purchases are not being accepted at this time. The sale will reopen once network stability under cASERT V5 is confirmed and the pending infrastructure work is complete. Follow this thread for the reopening announcement.
Up to 3,000 SOST are planned to be made available at $0.20 each (below PoPC reference of ~$0.22) when the sale reopens.
Source: founder's mining rewards. Gold Vault and PoPC Pool are untouched and verifiable on-chain.
100% of proceeds go to purchasing tokenized gold for the protocol's gold reserve.
Verify the gold reserve: Etherscan — Gold Reserve WalletFull details (sale closed for now): sostcore.com/sost-otc.html
Roadmap| Milestone | Target | Status |
| Genesis + fair launch | March 15, 2026 | DONE |
| cASERT V2 hard fork (24h halflife) | Block 1,450 | DONE |
| Public announcement + community mining | April 05, 2026 | DONE |
| Native multisig 2-of-3 (P2SH) | Block 2,000 | DONE |
| Dynamic checkpoint system | April 07, 2026 | DONE |
| Bootstrap chain import over HTTPS | April 09, 2026 | DONE |
| Historical bulk P2P sync hardening | April 2026 | DONE |
| Encrypted/plaintext fallback compatibility | April 2026 | DONE |
| Encrypted P2P transport validation | April 2026 | DONE |
| cASERT V3 hard fork (±3 slew rate + lag floor) | Block 4,100 | DONE |
| cASERT V3.1 fix (slew rate enforcement + anti-stall) | Block 4,110 | DONE |
| V4 compatibility patch (profile_index optional 4,100-4,169) | April 13, 2026 | DONE |
| cASERT V4 (Ahead Guard + slew-rate sentinel fix + profile_index persistence) | Block 4,170 | DONE |
| cASERT V5 | Block 4,300 | DONE |
| cASERT V5 details | April 13, 2026 | DONE |
| — stateless Ahead Guard | Block 4,300 | DONE |
| — post-slew Safety Rule 1 | Block 4,300 | DONE |
| — Emergency Behind Release cliffs | Block 4,300 | DONE |
| — anti-stall floor 7200s → 3600s | Block 4,300 | DONE |
| — extreme-profile entry cap (H10+ limited to +1/block) | Block 4,300 | DONE |
| Encrypted transport performance optimization | April 2026 | IN PROGRESS |
| Bond Lock + Escrow Lock + Capsule Protocol | Block 5,000 | Q2 2026 |
| PoPC Model A — first custody contracts | After block 5,000 | Q2-Q3 2026 |
| First gold reserve acquisition | When Gold Vault reaches threshold | TBD |
| Exchange listing exploration | After sufficient hashrate + liquidity | 2026-2027 |
LinksNote: the old explorer.sostcore.com subdomain is deprecated and now redirects automatically.
Contact
LEGAL DISCLAIMERPost-Quantum Security RoadmapSOST uses secp256k1 ECDSA (same as Bitcoin) for transaction signatures. While no quantum threat exists today, SOST has a constitutional migration plan:
- Phase 1 (COMPLETED): Algorithm selected — CRYSTALS-Dilithium (NIST FIPS 204 winner). 2,420-byte signatures, ~0.5ms signing time.
- Phase 2 (2027): liboqs integration prototype. Performance benchmarks on SOST TX structure.
- Phase 3 (2028 Q1): Dual signatures on testnet. New sost2 address prefix for post-quantum keys.
- Phase 4 (2028 Q3): Mainnet activation. Both sost1 (ECDSA) and sost2 (Dilithium) accepted.
- Phase 5 (2030+): ECDSA deprecation via constitutional hard fork (75% miner vote).
SHA-256 hashing remains safe against quantum attacks (Grover's algorithm reduces security to 128-bit, still sufficient). The migration targets only signatures (ECDSA → Dilithium), not hashing.
SOST is experimental, unaudited software. It is a completely new proof-of-work protocol — not a fork of Bitcoin, Litecoin, Monero, RandomX, Ethash, Equihash, CryptoNight, X11, Scrypt, or any other existing cryptocurrency or algorithm. The ConvergenceX proof-of-work algorithm, the cASERT difficulty adjustment, and the constitutional economic model are original designs that have not been independently verified by any third-party security auditing firm.
This software is provided "AS IS" without warranty of any kind. The developer (NeoB) makes no representations or warranties regarding the security, reliability, or fitness for purpose of this software. The protocol has not been tested under adversarial conditions by a large number of independent miners. Undiscovered vulnerabilities, bugs, or design flaws may exist that could result in loss of funds, consensus failures, or other adverse outcomes.
Every participant is solely and entirely responsible for their own participation decisions and for understanding the risks involved. You acknowledge that you may lose funds committed to participation. The developer assumes no liability whatsoever for any direct, indirect, incidental, or consequential damages arising from the use of this software.
The gold reserve mechanism is not a redemption right, not a price guarantee, and not a stability mechanism. SOST is not a security, not a stablecoin, and not financial advice. Consult qualified professionals before making participation, custody, or financial decisions.
By participating in the SOST network (mining, holding, transacting), you accept these terms and acknowledge full personal responsibility for any outcomes.
