🔐Security & Upgrade Framework
SquareStrategy’s ERC-1001 protocol is engineered for autonomy, immutability, and verifiable safety. No team wallets, no custody, no external control — only code, mathematics, and transparent state.
Security is achieved not through permission, but through architecture.
⚙️ 1 Core Security Principles
Code > Custody
All actions are executed on-chain. No private keys can intervene or extract funds.
Modular Isolation
Each module — Pool, Execution, Burn — is independent. A malfunction in one cannot affect the others.
Event Transparency
Every buy, relist, burn, or allocation emits a public event visible on explorers and dashboards.
Immutable Parameters
Critical constants (fee ratio, burn logic, thresholds) are locked at deployment.
Versioned Evolution
New ERC-1001 releases can be deployed without altering live contracts. Existing Strategies remain functional.
🧩 2 Security Flow Diagram
Figure 3.5 — Security Architecture Flow Every transaction passes through isolated logic layers with transparent state reporting. No off-chain custody, no administrative intervention, no discretionary access.
🔐 3 Contract Isolation & Failsafes
Controller Contract: routes calls and validates logic. Holds no ETH directly.
Pool Contract: stores ETH safely until threshold conditions are met.
Execution Engine: interacts with marketplaces under strict gas and slippage constraints.
Burn Module: operates exclusively on its dedicated balance stream.
If any call fails or returns invalid data, the protocol reverts automatically — funds remain frozen within the contract until the next valid state transition.
🔁 4 Upgrade Path
ERC-1001 follows a versioned deployment model rather than mutable proxies.
Each upgrade = a new contract version (e.g., ERC-1001-V2).
Older Strategies remain operational and immutable.
Collections may voluntarily migrate to newer versions, preserving decentralization and forward compatibility.
No live contract can be edited, and no stored data can be rewritten.
🧮 5 Audit & Verification
To guarantee reliability and transparency:
Independent Security Audits before every mainnet release.
Public Code Verification on block explorers.
Continuous Stress Testing against gas spikes, marketplace outages, and flash-loan exploits.
Event-based tracking dashboards for real-time analysis of pools, burns, and executions.
Every line of defense is measurable — nothing operates in the dark.
🧩 6 Summary
Fully autonomous, non-custodial architecture.
Immutable core logic and isolated modules.
Deterministic execution — no human override.
Transparent events and public audits.
Versioned evolution without breaking legacy deployments.
SquareStrategy’s ERC-1001 framework represents a new security paradigm for NFT protocols: a system where code is law, transparency is built-in, and trust is replaced by verifiable design.
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