Treasury

Issuance, Verification, and Purpose

Notes are verified through serial databases, digital signatures, mempool checks, and blockchain ledger confirmation.

The treasury emphasizes collectible and artistic value while enabling low-velocity sovereign digital transactions.

Luna Wallet

Luna Wallet is the desktop wallet client used for account balance checks, signing transfers, and day-to-day treasury operations.

Core workflow: create or import your wallet, sync with the network, then use the transfer form to send and receive Ling Treasury banknotes. Wallet signatures are used to authorize transfers.

Typical use cases include personal holdings, payment transfers between users, and monitoring incoming/outgoing transaction history.

Luna Node

Luna Node provides blockchain node/mining functionality and supports validation, transfer relay, and chain participation for the Ling Treasury network.

Node operation flow: run a synced node, maintain mempool connectivity, validate and relay transactions, then participate in block production/mining according to network rules.

Hashing workloads in Luna Node use custom CPU and CUDA core optimizations to improve mining and verification performance when supported hardware is available.

In practice, Luna Node powers infrastructure roles: hosting full chain data, supporting transfer propagation, and providing observability through mempool and chain viewers.

Cryptography Profile (SM2 / SM3 / SM4)

The Ling Treasury and identity stack follows the Chinese national standard cryptography suite: SM2 for public-key signatures, SM3 for hashing and integrity checks, and SM4 for symmetric encryption in protected data and transport contexts.

In this platform codebase, SM2/SM3 are directly used in Linggov identity and document signing flows. This provides verifiable signatures for issuance and governance records while keeping hash-based integrity checks aligned with the same standard family.