The only Layer-1 blockchain where privacy is protocol standard, not an afterthought. Build anonymous applications with Monero-level cryptography without implementing complex Ring Signatures yourself.
CONTACT FOUNDER(design will change — early-stage testing demo)
Privacy coins like Monero provide strong anonymity but can't run applications.
Smart contract platforms like Ethereum enable rich apps but have transparent blockchains — every transaction, balance, and interaction is public forever.
Centralized "privacy" apps rely on servers that can be raided, censored, or compromised. They're not truly decentralized.
The market lacks infrastructure where privacy is the default.
LAC combines Monero's battle-tested anonymity (Ring Signatures, Stealth Addresses) with application-platform architecture.
Developers get privacy by default — no need to implement complex cryptography. Build on LAC and inherit Monero-level anonymity automatically.
Dual-layer architecture: permanent ledger for critical data + ephemeral layer that auto-deletes after 5 minutes, leaving zero forensic traces.
Privacy as infrastructure, not as feature.
Every transaction hidden among 10 decoys. Blockchain analysis cannot determine which input is real. Makes tracking mathematically infeasible.
Recipients never expose real addresses. Each transaction generates unique one-time address. Monitoring blockchain reveals nothing.
Kyber-768 post-quantum encryption protects against future quantum attacks. NIST-standardized lattice-based cryptography.
Permanent ledger for critical data + ephemeral layer that auto-deletes after 5 minutes. Solves blockchain bloat while ensuring privacy.
19 winners per block. No ASIC advantage. No whale monopoly. Small participants regularly earn rewards. True decentralization.
Works behind NAT without port forwarding. Automatic peer discovery. No single point of failure. Resilient architecture.
LAC is a working project with 20,000+ tested blocks. Complete anonymous infrastructure for privacy-native applications. Reach out to discuss technical details or collaboration opportunities.
Email: fresrty@gmail.com