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Bitcoin Runs on One Codebase. Here's Why That's a Problem — and What's Being Done About It
What if Bitcoin's biggest long-term vulnerability isn't quantum computers or regulation, but the fact that almost every node on the network runs the same software?
Gil Roberts returns to Hard Money Dispatch, this time joined by Josh (aka Secure Sovereign) from Bitcoin Commons, to talk about something that rarely gets discussed in Bitcoin circles: the case for multiple node implementations.
They've built something genuinely new. A modular, mathematically verified Bitcoin node that can be forked without triggering a civil war. The architecture is designed from scratch to allow different groups to customize and extend the software without destabilizing consensus. AI plays a key role in the verification process, making the kind of rigorous formal proofs that would have been impossibly expensive just a few years ago now actually feasible.
We get into:
This is a conversation about the future of Bitcoin's foundation. Not the price. Not the cycle. The code that everything else depends on.
If you want a say in where the network goes, run a node. If you want to understand what the next generation of node software might look like, listen to this episode.
Subscribe to the Hard Money Dispatch newsletter: https://brian-nibleys-newsletter.beehiiv.com
Bitcoin Commons: https://thebitcoincommons.org BTCDecoded: https://btcdecoded.org Gil Roberts' writings: https://gilroberts.net
Bitcoin #BitcoinNodes #HardMoneyDispatch
Chapters 00:00 Introduction to Bitcoin Commons and Node Software 07:46 Building a 0% Core Node Implementation 17:01 Creating a Market for Alternatives 26:28 The Role of AI in Bitcoin Development 33:05 Attracting Investment and Future Prospects 33:45 Funding Disparities in Crypto 35:34 Deployment and Testing 37:16 Innovating Without Disturbing Bitcoin 38:29 Defining Use Cases 41:55 The Importance of Node Diversity 44:15 Quantum Threats and Bitcoin's Security 47:43 Engineering Constraints and Governance 51:42 AI's Role in Development 59:00 The Future of Bitcoin Implementations
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By Brian Dean NibleyWhat if Bitcoin's biggest long-term vulnerability isn't quantum computers or regulation, but the fact that almost every node on the network runs the same software?
Gil Roberts returns to Hard Money Dispatch, this time joined by Josh (aka Secure Sovereign) from Bitcoin Commons, to talk about something that rarely gets discussed in Bitcoin circles: the case for multiple node implementations.
They've built something genuinely new. A modular, mathematically verified Bitcoin node that can be forked without triggering a civil war. The architecture is designed from scratch to allow different groups to customize and extend the software without destabilizing consensus. AI plays a key role in the verification process, making the kind of rigorous formal proofs that would have been impossibly expensive just a few years ago now actually feasible.
We get into:
This is a conversation about the future of Bitcoin's foundation. Not the price. Not the cycle. The code that everything else depends on.
If you want a say in where the network goes, run a node. If you want to understand what the next generation of node software might look like, listen to this episode.
Subscribe to the Hard Money Dispatch newsletter: https://brian-nibleys-newsletter.beehiiv.com
Bitcoin Commons: https://thebitcoincommons.org BTCDecoded: https://btcdecoded.org Gil Roberts' writings: https://gilroberts.net
Bitcoin #BitcoinNodes #HardMoneyDispatch
Chapters 00:00 Introduction to Bitcoin Commons and Node Software 07:46 Building a 0% Core Node Implementation 17:01 Creating a Market for Alternatives 26:28 The Role of AI in Bitcoin Development 33:05 Attracting Investment and Future Prospects 33:45 Funding Disparities in Crypto 35:34 Deployment and Testing 37:16 Innovating Without Disturbing Bitcoin 38:29 Defining Use Cases 41:55 The Importance of Node Diversity 44:15 Quantum Threats and Bitcoin's Security 47:43 Engineering Constraints and Governance 51:42 AI's Role in Development 59:00 The Future of Bitcoin Implementations