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The Difference Between a CBDC and a Stablecoin is...?
Other than the fact that a CBDC is issued by a Central Bank and a stablecoin is issued by crypto, banking, or investment corporations, are there any other differences between the two? Stablecoins can absolutely be programmed just like CBDCs, and their supply is artificial/arbitrary and controlled by a small group. Stablecoins can be seized by a central authority just like CBDCs, and their usage is easily trackable once a wallet is linked to an identity (I suppose with CBDC this is automatic). Of course coins can be blacklisted or rate-limited. In other words, stablecoins and CBDCs represent roughly the same "digital ID hellscape" we are currently faced with. 👀
#cryptocurrency
Other than the fact that a CBDC is issued by a Central Bank and a stablecoin is issued by crypto, banking, or investment corporations, are there any other differences between the two? Stablecoins can absolutely be programmed just like CBDCs, and their supply is artificial/arbitrary and controlled by a small group. Stablecoins can be seized by a central authority just like CBDCs, and their usage is easily trackable once a wallet is linked to an identity (I suppose with CBDC this is automatic). Of course coins can be blacklisted or rate-limited. In other words, stablecoins and CBDCs represent roughly the same "digital ID hellscape" we are currently faced with. 👀
#cryptocurrency
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AI Is Coming for Wall Street’s Lazy Money. Bitcoin Could Be the Biggest Winner.
**Your bank has been earning interest on your procrastination.**
You meant to compare rates. Question the fees. Find a better home for your savings.
**You were busy. The money stayed.**
**AI could change that.**
Imagine an assistant checking the alternatives every day. Suddenly, your money has a permanent attention span.
Now apply that scrutiny to 30-year financial promises from businesses whose competitive advantages could disappear in two.
**Bitcoin’s volatility is visible. The fragility inside a supposedly “safe” investment can take much longer to surface.**
As AI makes financial inertia harder to exploit, Bitcoin’s scarcity, verifiability, and potential as collateral could earn it a much bigger role.
Wall Street built fortunes around customers who were too busy to ask questions.
**What happens when everyone has an assistant asking them?**
#cryptocurrency
**Your bank has been earning interest on your procrastination.**
You meant to compare rates. Question the fees. Find a better home for your savings.
**You were busy. The money stayed.**
**AI could change that.**
Imagine an assistant checking the alternatives every day. Suddenly, your money has a permanent attention span.
Now apply that scrutiny to 30-year financial promises from businesses whose competitive advantages could disappear in two.
**Bitcoin’s volatility is visible. The fragility inside a supposedly “safe” investment can take much longer to surface.**
As AI makes financial inertia harder to exploit, Bitcoin’s scarcity, verifiability, and potential as collateral could earn it a much bigger role.
Wall Street built fortunes around customers who were too busy to ask questions.
**What happens when everyone has an assistant asking them?**
#cryptocurrency
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Ethereum is far and away the most decentralized ledger. Its real node count is 10,000 to 20,000
Ethereum's validator count, about 869,000 today, is sometimes presented as a count of the machines running the network, but that framing is inaccurate.
Each validator is a staked identity with its own keys, and it runs as software on a node. A single node can run thousands of them.
A node is a computer running Ethereum's client software. It checks every new block against the protocol's rules on its own.
Since the Merge, a full Ethereum node runs two clients side by side: an execution client, which runs transactions and keeps track of balances and contracts, and a consensus client, which follows the beacon chain and agrees with the rest of the network on which blocks are final. Each one talks on its own peer-to-peer network, so the public trackers count them separately.
On Oct 5, Etherscan found 11,781 execution nodes (Etherscan https://etherscan.io/nodetracker ), and ProbeLab found 8,397 consensus nodes (ProbeLab https://probelab.io/ethereum/ ).
Every one of these counts misses nodes. These tools find nodes by reaching out to them, so any node behind a home router that won't take incoming connections never gets counted.
Researchers at IMDEA Networks, who checked 36 blockchains every day for seven months, say their own Ethereum count is only a minimum for this reason. They also found thousands of extra nodes they couldn't tie to any one network (IMDEA study https://arxiv.org/abs/2511.15388 ), and they found that Ethernodes counts far fewer Ethereum nodes than their own tools found.
ProbeLab, the team behind the consensus count above, watched network traffic on another chain, Celestia, instead of reaching out to nodes. It found about 20% more nodes than reaching out did, and it says Ethereum likely has hidden nodes too.
My estimate is that Ethereum's real node count is 10,000 to 20,000.
Even at that smaller number, Ethereum is far and away the most decentralized ledger in the world. Its nodes run six separately built execution clients and six consensus clients, so a bug in one of them doesn't affect every node. Ordinary people can run one of those nodes at home. The ethereum.org site links a guide that shows you can turn even a Raspberry Pi 4 into a full Ethereum node.
#cryptocurrency
source
Ethereum's validator count, about 869,000 today, is sometimes presented as a count of the machines running the network, but that framing is inaccurate.
Each validator is a staked identity with its own keys, and it runs as software on a node. A single node can run thousands of them.
A node is a computer running Ethereum's client software. It checks every new block against the protocol's rules on its own.
Since the Merge, a full Ethereum node runs two clients side by side: an execution client, which runs transactions and keeps track of balances and contracts, and a consensus client, which follows the beacon chain and agrees with the rest of the network on which blocks are final. Each one talks on its own peer-to-peer network, so the public trackers count them separately.
On Oct 5, Etherscan found 11,781 execution nodes (Etherscan https://etherscan.io/nodetracker ), and ProbeLab found 8,397 consensus nodes (ProbeLab https://probelab.io/ethereum/ ).
Every one of these counts misses nodes. These tools find nodes by reaching out to them, so any node behind a home router that won't take incoming connections never gets counted.
Researchers at IMDEA Networks, who checked 36 blockchains every day for seven months, say their own Ethereum count is only a minimum for this reason. They also found thousands of extra nodes they couldn't tie to any one network (IMDEA study https://arxiv.org/abs/2511.15388 ), and they found that Ethernodes counts far fewer Ethereum nodes than their own tools found.
ProbeLab, the team behind the consensus count above, watched network traffic on another chain, Celestia, instead of reaching out to nodes. It found about 20% more nodes than reaching out did, and it says Ethereum likely has hidden nodes too.
My estimate is that Ethereum's real node count is 10,000 to 20,000.
Even at that smaller number, Ethereum is far and away the most decentralized ledger in the world. Its nodes run six separately built execution clients and six consensus clients, so a bug in one of them doesn't affect every node. Ordinary people can run one of those nodes at home. The ethereum.org site links a guide that shows you can turn even a Raspberry Pi 4 into a full Ethereum node.
#cryptocurrency
source