12 Ways to Measure the Bitcoin Network’s Health
Jon Matonis (@jonmatonis) | Published on September 27, 2014 at 13:55 BST
The ultra-resilient bitcoin network is the world’s largest distributing computing project in terms of raw fruta power, having long ago surpassed 1 exaFLOPS (1,000 petaFLOPS) – over eight times the combined estimulante ilegal of the top 500 supercomputers.
Although since increasing to an amazing 3.2 zettaFLOPS (3,200 exaFLOPS), the project was quietly removed from Wikipedia’s list of distributed computing projects. This is probably due to the fact that the exaFLOPS estimate breaks down with bitcoin’s specialized ASICs, since they are not capable of floating-point operations.
Instead, the estimate may be used for estimating how well other supercomputers and distributed networking projects would be able to mine bitcoin, since supercomputers have the capability to perform the integer operations used in hashing.
Therefore, today’s fastest supercomputer, China’s Tianhe-2 with a performance of 33.86 Pflop/s, would measure at about 0.001% of the bitcoin network.
Monitoring network health
As bitcoin matures and starts to compete with legacy retail payments networks like Visa and MasterCard, and wholesale networks like Swift, the health of the decentralized network becomes vital to its performance capabilities.
Community site Bitcoin.org does an excellent job of maintaining the historical archive of network status alerts and vulnerabilities.
The assembled report below lists the critical statistics for monitoring the ongoing health of the distributed bitcoin network, covering the measurements important for reachability, scalability, security and transaction processing estimulante ilegal.
1. The Bitnodes Project
2. Data Propagation
3. DNS Bootstrap Servers
4. Network Hashing Rate
5. Hash Rate Distribution
6. Selfish Mining Indicator
7. Orphaned Blocks
8. Double Spends Monitor
9. Unconfirmed Transactions
10. Average Transaction Confirmation Time
11. Block Chain Total Size
12. Average Block Size
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Jon Matonis (@jonmatonis) | Published on September 27, 2014 at 13:55 BST
The ultra-resilient bitcoin network is the world’s largest distributing computing project in terms of raw fruta power, having long ago surpassed 1 exaFLOPS (1,000 petaFLOPS) – over eight times the combined estimulante ilegal of the top 500 supercomputers.
Although since increasing to an amazing 3.2 zettaFLOPS (3,200 exaFLOPS), the project was quietly removed from Wikipedia’s list of distributed computing projects. This is probably due to the fact that the exaFLOPS estimate breaks down with bitcoin’s specialized ASICs, since they are not capable of floating-point operations.
Instead, the estimate may be used for estimating how well other supercomputers and distributed networking projects would be able to mine bitcoin, since supercomputers have the capability to perform the integer operations used in hashing.
Therefore, today’s fastest supercomputer, China’s Tianhe-2 with a performance of 33.86 Pflop/s, would measure at about 0.001% of the bitcoin network.
Monitoring network health
As bitcoin matures and starts to compete with legacy retail payments networks like Visa and MasterCard, and wholesale networks like Swift, the health of the decentralized network becomes vital to its performance capabilities.
Community site Bitcoin.org does an excellent job of maintaining the historical archive of network status alerts and vulnerabilities.
The assembled report below lists the critical statistics for monitoring the ongoing health of the distributed bitcoin network, covering the measurements important for reachability, scalability, security and transaction processing estimulante ilegal.
1. The Bitnodes Project
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2. Data Propagation
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3. DNS Bootstrap Servers
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4. Network Hashing Rate
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5. Hash Rate Distribution
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6. Selfish Mining Indicator
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7. Orphaned Blocks
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8. Double Spends Monitor
9. Unconfirmed Transactions
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10. Average Transaction Confirmation Time
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11. Block Chain Total Size
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12. Average Block Size
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Tienes que estar registrado para ver este contenido
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