15 Ideas that come to mind, based on Craig Wright's new Git…

15 Ideas that come to mind, based on Craig Wright's new GitHub repositories https://github.com/prof-faustus, suggest building by combining or using these tools:
1. An ultra-secure triple-entry accounting (TEA) system. By combining the triple-entry-evidence, triple-entry-evidence-bsv, and verifiable-accounting-bsv repositories, you can design next-generation enterprise auditing or accounting software. What it does: Instead of having isolated ledgers, each financial transaction generates immutable proofs in the form of Merkle trees anchored directly to the BSV blockchain. Concrete use case: An automated auditing system for businesses or government agencies where financial data is tamper-proof.
2. A Financial Application with Selective Data Disclosure: The verifiable-accounting repository includes implementations of Bulletproofs and elliptic curve cryptography (secp256k1). What it does: It allows for verifiable arithmetic operations without revealing the exact figures (ZKP - Zero-Knowledge Proofs). Practical use case: You can create a tax or banking compliance application where a company proves it is solvent or has paid the correct amount of taxes, without disclosing its actual revenue or trade secrets to third parties.
3. Instant Micropayments and Watchtower Nodes: The bonded-subsat-channel repository provides a reference implementation for payment channels at the sub-satoshi scale. What it does: It contains the code for a self-contained embedded node, a digital wallet, and a watchtower. Concrete use case: A micro-billing infrastructure for the Internet of Things (IoT), where machines pay each other fractions of a cent in real time for bandwidth or energy, securely and off-chain.
4. A Dealerless Online Gaming Platform: The Cardtable project focuses on a decentralized gaming protocol written in TypeScript. What it does: A native state machine that manages card distribution and betting logic directly through blockchain transactions, without a central server ("dealer") being able to cheat. Concrete use case: A fully transparent, auditable, and provably fair online card gaming site (like the In-Between game).
That's not all. By assembling these cryptographic building blocks on a massive scale, you have the foundations to build infrastructures of national or industrial scope. The combination of triple-entry bookkeeping, zero-disclosure proofs (ZKP), and micropayments on Bitcoin SV (BSV) makes it possible to design major systemic solutions. Here are the large-scale industrial and governmental projects that can be built:
5. A National Central Bank Digital Currency (CBDC) Infrastructure. The core of these systems allows for the management of confidential but auditable financial ledgers in real time. The ambitious project: A complete sovereign monetary network where the Central Bank issues the currency, and where commercial banks manage accounts via payment channels (bonded-subsat-channel). The key advantage: The state has absolute traceability against money laundering, while citizens benefit from complete confidentiality of their daily transactions thanks to verifiable accounting.
6. A Real-Time Credit Rating and Interbank Audit System. Today, auditing major banks takes months and relies on self-reporting (as was the case during the 2008 crisis). The ambitious project: A global interbank clearing platform. Each bank records its financial flows in encrypted form. The key advantage: Regulators (such as the IMF or Central Banks) can mathematically audit the solvency and risk level of the entire banking system in real time, without any bank having to disclose its secret trading positions to its competitors.
7. A Fully Automated Land Registry and Tax System for a Nation: The merging of auditable accounting and mass notarization allows for a reinvention of public administration. The ambitious project: A unified state registry merging land ownership, digital identity, and tax collection. The key advantage: Taxes (VAT, transaction taxes) are automatically collected and distributed on an ongoing basis through autonomous contracts. Tax fraud becomes technically impossible because every asset movement generates its own irrefutable geometric proof in the global Merkle tree (triple-entry evidence).
8. A Global Data Exchange Network for the Internet of Things (IoT) and AI. In the era of 5G/6G networks and autonomous AI agents, billions of machines need to exchange data and bill each other for microservices. The ambitious project: An economic backbone for smart grids, internet routing, and delivery drone swarms. The key advantage: Machines use sub-satoshi channels to buy energy, computing power, or millisecond bandwidth from each other. The transaction cost is so low that it allows for the monetization of even a single kilobyte of data on a global scale. A global exchange for derivatives and prediction markets without intermediaries. By pushing the logic of cardtable deposit (decentralized and deterministic serverless gaming) to t…