
Sign up to save your podcasts
Or


In this interview, Stephan Livera chats with Charlie Spears from Blockspace about Bitcoin's ongoing debates on spam, protocol upgrades, and the future of Bitcoin development. They explore the nuances of on-chain data, the impact of ordinals, and the importance of ecosystem diversity.
Takeaways:
🔸The history and evolution of Bitcoin data debates, including the fork and filter strategies
🔸The real impact of spam and arbitrary data on Bitcoin's security and censorship resistance
🔸Analysis of proposed protocol changes like BIP 110 and their effectiveness in curbing spam
🔸The game theory behind spam vectors and how the ecosystem adapts to soft forks and filters
🔸The role of different Bitcoin clients and the importance of client diversity for network robustness
🔸The future of ordinals, inscriptions, and their potential resurgence tied to Bitcoin's overall adoption and price cycles
🔸Insights into Bitcoin Layer projects and the importance of ecosystem tracking and transparency
🔸The significance of Bitcoin conferences like Opnext for fostering developer-institution collaboration and debate
🔸The overarching principle: increasing Bitcoin adoption as the best solution to data and spam concerns
Timestamps:
(00:00) - Intro
(01:13) - The BIP110 fork and filter debate
(03:59) - Consensus changes vs. policy solutions
(08:36) - Understanding spam and data on the Bitcoin blockchain
(11:29) - Diversity of Bitcoin clients
(14:29) - What is considered spam?
(17:55) - Will BIP110 stop or curb spam?
(24:51) - Evolution of spam tactics in Bitcoin
(29:18) - The future of Ordinals
(32:16) - Does Ordinals & spam make Bitcoin a worse money?
(37:04) - What is ‘Bitcoin Layers’?
(43:02) - What is OPNEXT 2026?
(52:49) - Closing thoughts
Links:
https://x.com/cbspears
https://blockspace.media/
https://x.com/blockspace
https://x.com/opnext2026
https://x.com/oklahomabtc
Stephan Livera links:
Follow me on X: @stephanlivera
Subscribe to the podcast
Subscribe to Substack
By Stephan Livera4.9
398398 ratings
In this interview, Stephan Livera chats with Charlie Spears from Blockspace about Bitcoin's ongoing debates on spam, protocol upgrades, and the future of Bitcoin development. They explore the nuances of on-chain data, the impact of ordinals, and the importance of ecosystem diversity.
Takeaways:
🔸The history and evolution of Bitcoin data debates, including the fork and filter strategies
🔸The real impact of spam and arbitrary data on Bitcoin's security and censorship resistance
🔸Analysis of proposed protocol changes like BIP 110 and their effectiveness in curbing spam
🔸The game theory behind spam vectors and how the ecosystem adapts to soft forks and filters
🔸The role of different Bitcoin clients and the importance of client diversity for network robustness
🔸The future of ordinals, inscriptions, and their potential resurgence tied to Bitcoin's overall adoption and price cycles
🔸Insights into Bitcoin Layer projects and the importance of ecosystem tracking and transparency
🔸The significance of Bitcoin conferences like Opnext for fostering developer-institution collaboration and debate
🔸The overarching principle: increasing Bitcoin adoption as the best solution to data and spam concerns
Timestamps:
(00:00) - Intro
(01:13) - The BIP110 fork and filter debate
(03:59) - Consensus changes vs. policy solutions
(08:36) - Understanding spam and data on the Bitcoin blockchain
(11:29) - Diversity of Bitcoin clients
(14:29) - What is considered spam?
(17:55) - Will BIP110 stop or curb spam?
(24:51) - Evolution of spam tactics in Bitcoin
(29:18) - The future of Ordinals
(32:16) - Does Ordinals & spam make Bitcoin a worse money?
(37:04) - What is ‘Bitcoin Layers’?
(43:02) - What is OPNEXT 2026?
(52:49) - Closing thoughts
Links:
https://x.com/cbspears
https://blockspace.media/
https://x.com/blockspace
https://x.com/opnext2026
https://x.com/oklahomabtc
Stephan Livera links:
Follow me on X: @stephanlivera
Subscribe to the podcast
Subscribe to Substack

769 Listeners

2,185 Listeners

428 Listeners

432 Listeners

1,848 Listeners

291 Listeners

277 Listeners

186 Listeners

80 Listeners

452 Listeners

123 Listeners

123 Listeners

23 Listeners

101 Listeners

44 Listeners