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Perc-CLI Autoforking Platform
Percolator-based autonomous AI protocol
ArkGuardian is a decentralized leverage trading platform designed to deliver fully on-chain perpetual and margin trading infrastructure with deterministic risk controls and capital-efficient liquidity provisioning.
About ArkGuard
• Our Vision
ArkGuard envisions a future where AI-generated contracts, private perps, and zero-visibility liquidity routing form the foundation of a fully automated, MEV-free, and intelligence-driven DeFi universe.
• Our Mission
Build an AI-driven autoforking engine (ACE) capable of generating, optimizing, and deploying smart contracts autonomously, reducing human error and accelerating innovation.
ArkGuard is a protocol where anyone can deploy AI-created smart contracts, access private markets, and benefit from automated liquidity systems built on Solana’s high-performance rails.
PERC AI Codes Autoforking Engine
An autonomous engine that generates, audits, and deploys smart contracts based on market signals, risk data, and system performance.
Autonomous Threat Detection
Every execution is fragmented into micro-routes, randomized across concealed lanes, and scrubbed of identifiable signatures.
x402 Obfuscation Layer
Every execution is fragmented into micro-routes, randomized across concealed lanes, and scrubbed of identifiable signatures.
Ark ensures zero-pattern settlement swaps leave no traceable footprint.
Cross-Chain Privacy
Voyager reads and shields multi-chain transaction data, creating silent cross-chain continuity.
Resources
Ethical Immutable Standards
Privacy as a Right
ArkGuardian preserves user anonymity and trading confidentiality through ZK and x402 private routing, ensuring: No MEV exploitation, No surveillance traces, No data harvesting
Responsible AI Development
Ark’s AI follows strict constraints: All AI-generated contracts must pass ZK integrity proofs, No unauthorized self-deployment, Autonomous forks require verifiable safety checks
Security-by-Design
All modules follow: Formal verification, Continuous autonomous audits, Attack-surface minimization