All tags
48 topics across Field Notes. Jump to a tag to see every post filed under it.
- Blockchain3
- Bitcoin2
- CBDCs2
- Cybersecurity2
- Stablecoins2
- USDC2
- USDT2
- AI Agents1
- AI Bots1
- AI Search1
- Artificial Intelligence1
- Banking Fees1
- Big Tech1
- Bitcoin Energy Use1
- Bitcoin Environmental Impact1
- Bitcoin Mining1
- Bot Traffic1
- BTC1
- Crypto1
- Crypto Autonomy1
- Crypto Mining1
- Crypto Regulation1
- Cryptocurrency1
- Cryptocurrency Risk1
- DAI1
- Dead Internet Theory1
- Decentralization1
- Decentralized Finance1
- DeFi1
- Digital Currency1
- Digital Identity1
- Digital Money1
- Digital Privacy1
- Fake Engagement1
- Financial Centralization1
- Financial Privacy1
- Financial Sovereignty1
- Internet Centralization1
- Internet Freedom1
- Internet Traffic1
- Online Scams1
- Open Web1
- Proof Of Work1
- Quantum Computing1
- Renewable Energy1
- Synthetic Media1
- Tokenized Assets1
- Web31
Blockchain
3 postsBitcoin’s Energy Use Is Real. The Waste Argument Is Not.
Bitcoin’s energy use is real, but consumption alone does not determine waste. The real question is whether the value and security of an open global monetary network justify its energy cost.
The Internet Doesn’t Decentralize Itself
From DARPA to Big Tech to blockchain to AI, the web keeps swinging between openness and capture. The next phase will not decentralize by accident.
The Vulnerability of Blockchain Technology to Quantum Decryption
Quantum computing will not magically break blockchains overnight, but it does create real risks for public-key cryptography, exposed wallets, and older address types. Here’s what crypto users should understand about quantum threats, post-quantum security, and the future of blockchain protection.
Bitcoin
2 postsBitcoin’s Energy Use Is Real. The Waste Argument Is Not.
Bitcoin’s energy use is real, but consumption alone does not determine waste. The real question is whether the value and security of an open global monetary network justify its energy cost.
The Vulnerability of Blockchain Technology to Quantum Decryption
Quantum computing will not magically break blockchains overnight, but it does create real risks for public-key cryptography, exposed wallets, and older address types. Here’s what crypto users should understand about quantum threats, post-quantum security, and the future of blockchain protection.
CBDCs
2 postsStablecoins, CBDCs, and the Future of Digital Money
Stablecoins are one of the most useful parts of crypto, but also one of the least understood. This paper breaks down fiat-backed, crypto-backed, algorithmic, commodity-backed stablecoins, and CBDCs to explain how they work, where the risks are, and why the future of digital money is really a fight over trust, control, liquidity, and financial sovereignty.
The Financial Cost of Centralization
Centralization is often sold as convenience, but its costs show up through fees, frozen funds, surveillance, payment restrictions, and lost financial autonomy. This article explores how banks, stablecoins, CBDCs, and financial gatekeepers turn control into cost, and why preserving parallel financial systems matters.
Cybersecurity
2 postsThe Dead Internet Theory Was Early, Not Wrong
In 2022, I argued that bots were already shaping much more of the internet than most people realized. In 2026, the issue is broader. AI crawlers, automated agents, synthetic profiles, scam automation, fake engagement, and algorithmic feeds now influence how we search, interact, trade, trust, and form opinions online.
The Vulnerability of Blockchain Technology to Quantum Decryption
Quantum computing will not magically break blockchains overnight, but it does create real risks for public-key cryptography, exposed wallets, and older address types. Here’s what crypto users should understand about quantum threats, post-quantum security, and the future of blockchain protection.
Stablecoins
2 postsStablecoins, CBDCs, and the Future of Digital Money
Stablecoins are one of the most useful parts of crypto, but also one of the least understood. This paper breaks down fiat-backed, crypto-backed, algorithmic, commodity-backed stablecoins, and CBDCs to explain how they work, where the risks are, and why the future of digital money is really a fight over trust, control, liquidity, and financial sovereignty.
The Financial Cost of Centralization
Centralization is often sold as convenience, but its costs show up through fees, frozen funds, surveillance, payment restrictions, and lost financial autonomy. This article explores how banks, stablecoins, CBDCs, and financial gatekeepers turn control into cost, and why preserving parallel financial systems matters.
USDC
2 postsStablecoins, CBDCs, and the Future of Digital Money
Stablecoins are one of the most useful parts of crypto, but also one of the least understood. This paper breaks down fiat-backed, crypto-backed, algorithmic, commodity-backed stablecoins, and CBDCs to explain how they work, where the risks are, and why the future of digital money is really a fight over trust, control, liquidity, and financial sovereignty.
The Financial Cost of Centralization
Centralization is often sold as convenience, but its costs show up through fees, frozen funds, surveillance, payment restrictions, and lost financial autonomy. This article explores how banks, stablecoins, CBDCs, and financial gatekeepers turn control into cost, and why preserving parallel financial systems matters.
USDT
2 postsStablecoins, CBDCs, and the Future of Digital Money
Stablecoins are one of the most useful parts of crypto, but also one of the least understood. This paper breaks down fiat-backed, crypto-backed, algorithmic, commodity-backed stablecoins, and CBDCs to explain how they work, where the risks are, and why the future of digital money is really a fight over trust, control, liquidity, and financial sovereignty.
The Financial Cost of Centralization
Centralization is often sold as convenience, but its costs show up through fees, frozen funds, surveillance, payment restrictions, and lost financial autonomy. This article explores how banks, stablecoins, CBDCs, and financial gatekeepers turn control into cost, and why preserving parallel financial systems matters.