#bitcoinmining
bitcoinmining
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If you are still treating $BTC mining hardware as a pure electricity drain, stop now. Rising energy costs and thinning margins are eating away at everyday miners who cannot compete with industrial operations.
While mega-farms pivot toward massive AI data centers, grassroots innovators are finding practical ways to turn waste heat into everyday value. A delivery driver recently created PizzAxe, a portable pizza warmer powered by a Bitaxe 801 Gamma Turbo mining rig running right from a car 12V outlet.
The mobile rig delivers around 4.1 TH/s at roughly 80W, using liquid cooling to redirect ASIC heat through tubing directly beneath the pizzas. Some will dismiss this as an impractical gimmick that can never match institutional $ETH staking or massive hash farms, but repurposing thermal energy locally changes the math on consumer-tier mining efficiency.
Is dual-purpose heat recycling the path forward for decentralized hashpower, or does scale always win?
#BitcoinMining #CryptoTech #ProofOfWork
If you are still treating $BTC mining hardware as a pure electricity drain, stop now. Rising energy costs and thinning margins are eating away at everyday miners who cannot compete with industrial operations.
While mega-farms pivot toward massive AI data centers, grassroots innovators are finding practical ways to turn waste heat into everyday value. A delivery driver recently created PizzAxe, a portable pizza warmer powered by a Bitaxe 801 Gamma Turbo mining rig running right from a car 12V outlet.
The mobile rig delivers around 4.1 TH/s at roughly 80W, using liquid cooling to redirect ASIC heat through tubing directly beneath the pizzas. Some will dismiss this as an impractical gimmick that can never match institutional $ETH staking or massive hash farms, but repurposing thermal energy locally changes the math on consumer-tier mining efficiency.
Is dual-purpose heat recycling the path forward for decentralized hashpower, or does scale always win?
#BitcoinMining #CryptoTech #ProofOfWork
While mega-farms pivot toward massive AI data centers, grassroots innovators are finding practical ways to turn waste heat into everyday value. A delivery driver recently created PizzAxe, a portable pizza warmer powered by a Bitaxe 801 Gamma Turbo mining rig running right from a car 12V outlet.
The mobile rig delivers around 4.1 TH/s at roughly 80W, using liquid cooling to redirect ASIC heat through tubing directly beneath the pizzas. Some will dismiss this as an impractical gimmick that can never match institutional $ETH staking or massive hash farms, but repurposing thermal energy locally changes the math on consumer-tier mining efficiency.
Is dual-purpose heat recycling the path forward for decentralized hashpower, or does scale always win?
#BitcoinMining #CryptoTech #ProofOfWork
26
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Picture this: a delivery driver is cruising through evening traffic, keeping dinner warm while quietly stacking sats from the front seat.
Most retail miners threw in the towel years ago after rising electricity costs and industrial-scale farms made small operations feel like a money-losing hobby.
While mega-mining firms are spending billions retrofitting massive facilities to host high-performance compute for AI projects like $TAO, one independent builder found a far simpler way to repurpose waste heat. Instead of dumping energy into expensive cooling systems, PizzAndy turned thermal output into a functional tool by creating PizzAxe, a portable food-warming bag powered directly by ASIC hardware.
The setup plugs straight into a car's 12V outlet, running a Bitaxe 801 Gamma Turbo that pulls about 4.1 TH/s at 80W. By circulating liquid coolant through tubing beneath the food, it keeps deliveries oven-fresh while steadily contributing hashrate to the $BTC network on a shoestring budget.
Do you think decentralized micro-mining with practical heat reuse has a real future for everyday users, or will industrial data centers always dominate the space?
#BitcoinMining #CryptoInnovation #ProofOfWork
Picture this: a delivery driver is cruising through evening traffic, keeping dinner warm while quietly stacking sats from the front seat.
Most retail miners threw in the towel years ago after rising electricity costs and industrial-scale farms made small operations feel like a money-losing hobby.
While mega-mining firms are spending billions retrofitting massive facilities to host high-performance compute for AI projects like $TAO , one independent builder found a far simpler way to repurpose waste heat. Instead of dumping energy into expensive cooling systems, PizzAndy turned thermal output into a functional tool by creating PizzAxe, a portable food-warming bag powered directly by ASIC hardware.
The setup plugs straight into a car's 12V outlet, running a Bitaxe 801 Gamma Turbo that pulls about 4.1 TH/s at 80W. By circulating liquid coolant through tubing beneath the food, it keeps deliveries oven-fresh while steadily contributing hashrate to the $BTC network on a shoestring budget.
Do you think decentralized micro-mining with practical heat reuse has a real future for everyday users, or will industrial data centers always dominate the space?
#BitcoinMining #CryptoInnovation #ProofOfWork
Most retail miners threw in the towel years ago after rising electricity costs and industrial-scale farms made small operations feel like a money-losing hobby.
While mega-mining firms are spending billions retrofitting massive facilities to host high-performance compute for AI projects like $TAO , one independent builder found a far simpler way to repurpose waste heat. Instead of dumping energy into expensive cooling systems, PizzAndy turned thermal output into a functional tool by creating PizzAxe, a portable food-warming bag powered directly by ASIC hardware.
The setup plugs straight into a car's 12V outlet, running a Bitaxe 801 Gamma Turbo that pulls about 4.1 TH/s at 80W. By circulating liquid coolant through tubing beneath the food, it keeps deliveries oven-fresh while steadily contributing hashrate to the $BTC network on a shoestring budget.
Do you think decentralized micro-mining with practical heat reuse has a real future for everyday users, or will industrial data centers always dominate the space?
#BitcoinMining #CryptoInnovation #ProofOfWork
47
Turning mining heat into lunch might look like free utility, but micro-mining on the go is usually a fast track to fried car electronics and negative ROI.
Most people jump into niche mining hardware thinking they found a clever lifehack, only to realize the hardware wear and power draw drain more capital than they generate.
A delivery driver recently built PizzAxe, running a Bitaxe 801 Gamma Turbo off a car 12V outlet to keep food warm with liquid cooling tubes. The rig pushes roughly 4.1 TH/s while drawing around 80W of power. While repurposing thermal waste works on industrial scales with assets like $BTC, running liquid cooling loops and ASIC chips inside a moving vehicle introduces massive failure points, from coolant leaks on electrical sockets to killing your vehicle battery before hitting a single valid share.
With hash difficulty where it is for $BTC and $BCH, is DIY hardware innovation worth the hardware risk, or are setups like this purely for the novelty?
#BitcoinMining #CryptoTech
Turning mining heat into lunch might look like free utility, but micro-mining on the go is usually a fast track to fried car electronics and negative ROI.
Most people jump into niche mining hardware thinking they found a clever lifehack, only to realize the hardware wear and power draw drain more capital than they generate.
A delivery driver recently built PizzAxe, running a Bitaxe 801 Gamma Turbo off a car 12V outlet to keep food warm with liquid cooling tubes. The rig pushes roughly 4.1 TH/s while drawing around 80W of power. While repurposing thermal waste works on industrial scales with assets like $BTC , running liquid cooling loops and ASIC chips inside a moving vehicle introduces massive failure points, from coolant leaks on electrical sockets to killing your vehicle battery before hitting a single valid share.
With hash difficulty where it is for $BTC and $BCH , is DIY hardware innovation worth the hardware risk, or are setups like this purely for the novelty?
#BitcoinMining #CryptoTech
Most people jump into niche mining hardware thinking they found a clever lifehack, only to realize the hardware wear and power draw drain more capital than they generate.
A delivery driver recently built PizzAxe, running a Bitaxe 801 Gamma Turbo off a car 12V outlet to keep food warm with liquid cooling tubes. The rig pushes roughly 4.1 TH/s while drawing around 80W of power. While repurposing thermal waste works on industrial scales with assets like $BTC , running liquid cooling loops and ASIC chips inside a moving vehicle introduces massive failure points, from coolant leaks on electrical sockets to killing your vehicle battery before hitting a single valid share.
With hash difficulty where it is for $BTC and $BCH , is DIY hardware innovation worth the hardware risk, or are setups like this purely for the novelty?
#BitcoinMining #CryptoTech
28
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OpenAI’s $856B Compute Expansion Reprices Bitcoin Miners ⚡️🤖
The massive capital pouring into AI compute has shifted the primary bottleneck from silicon chips to power grid access and energized data center capacity.
Building new high-density data centers takes years due to long grid-interconnection queues. Bitcoin miners already control gigawatts of active, high-voltage infrastructure. As a result, operational mining facilities have become prime targets for AI developers seeking immediate energy capacity.
Key Highlights:
• Repricing by the Megawatt: Markets are increasingly valuing mining facilities by their available megawatt capacity and power contract terms, rather than just hash rate or Bitcoin yield.
• Long-Term Revenue Stability: Transitioning capacity to High-Performance Computing (HPC) hosting provides miners with predictable, long-term leasing revenue, insulating them from crypto market volatility.
• The Hybrid Pivot: Major miners (such as Core Scientific, IREN, and TeraWulf) are reallocating energized capacity to AI hosting, transforming the mining sector into a foundational layer for global compute infrastructure.
Is the AI power crisis reshaping the long-term economics of PoW mining?
#Bitcoin #AI #BitcoinMining .
OpenAI’s $856B Compute Expansion Reprices Bitcoin Miners ⚡️🤖
The massive capital pouring into AI compute has shifted the primary bottleneck from silicon chips to power grid access and energized data center capacity.
Building new high-density data centers takes years due to long grid-interconnection queues. Bitcoin miners already control gigawatts of active, high-voltage infrastructure. As a result, operational mining facilities have become prime targets for AI developers seeking immediate energy capacity.
Key Highlights:
• Repricing by the Megawatt: Markets are increasingly valuing mining facilities by their available megawatt capacity and power contract terms, rather than just hash rate or Bitcoin yield.
• Long-Term Revenue Stability: Transitioning capacity to High-Performance Computing (HPC) hosting provides miners with predictable, long-term leasing revenue, insulating them from crypto market volatility.
• The Hybrid Pivot: Major miners (such as Core Scientific, IREN, and TeraWulf) are reallocating energized capacity to AI hosting, transforming the mining sector into a foundational layer for global compute infrastructure.
Is the AI power crisis reshaping the long-term economics of PoW mining?
#Bitcoin #AI #BitcoinMining .
The massive capital pouring into AI compute has shifted the primary bottleneck from silicon chips to power grid access and energized data center capacity.
Building new high-density data centers takes years due to long grid-interconnection queues. Bitcoin miners already control gigawatts of active, high-voltage infrastructure. As a result, operational mining facilities have become prime targets for AI developers seeking immediate energy capacity.
Key Highlights:
• Repricing by the Megawatt: Markets are increasingly valuing mining facilities by their available megawatt capacity and power contract terms, rather than just hash rate or Bitcoin yield.
• Long-Term Revenue Stability: Transitioning capacity to High-Performance Computing (HPC) hosting provides miners with predictable, long-term leasing revenue, insulating them from crypto market volatility.
• The Hybrid Pivot: Major miners (such as Core Scientific, IREN, and TeraWulf) are reallocating energized capacity to AI hosting, transforming the mining sector into a foundational layer for global compute infrastructure.
Is the AI power crisis reshaping the long-term economics of PoW mining?
#Bitcoin #AI #BitcoinMining .
310
CleanSpark is aiming to raise $2.23 billion through a major debt offering to fund its massive data center expansion projects.
#CleanSpark #BitcoinMining
CleanSpark is aiming to raise $2.23 billion through a major debt offering to fund its massive data center expansion projects.
#CleanSpark #BitcoinMining
#CleanSpark #BitcoinMining
9
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👀 BITCOIN MINERS HAVE $100B IN AI DEALS — BUT MOST REVENUE HASN’T ARRIVED
Bitcoin miners are increasingly pivoting toward AI infrastructure, but most of the headline $100 billion in AI deals has yet to become actual revenue.
More than 4 GW of AI and high-performance computing capacity is reportedly under contract across publicly traded miners tracked by CoinShares. Yet only about 550 MW is currently billing, leaving most of the contracted capacity dependent on future construction, financing and deployment.
The gap matters because investors are already assigning higher valuations to miners with AI/HPC contracts. Their advantage increasingly comes from access to scarce grid-connected power and existing data-center sites.
The key question is whether these contracts can translate into operating revenue at scale.
#Bitcoinmining #AI #BTC
#ThuyBNB
$BTC $BNB $NEAR
👀 BITCOIN MINERS HAVE $100B IN AI DEALS — BUT MOST REVENUE HASN’T ARRIVED
Bitcoin miners are increasingly pivoting toward AI infrastructure, but most of the headline $100 billion in AI deals has yet to become actual revenue.
More than 4 GW of AI and high-performance computing capacity is reportedly under contract across publicly traded miners tracked by CoinShares. Yet only about 550 MW is currently billing, leaving most of the contracted capacity dependent on future construction, financing and deployment.
The gap matters because investors are already assigning higher valuations to miners with AI/HPC contracts. Their advantage increasingly comes from access to scarce grid-connected power and existing data-center sites.
The key question is whether these contracts can translate into operating revenue at scale.
#Bitcoinmining #AI #BTC
#ThuyBNB
$BTC $BNB $NEAR
Bitcoin miners are increasingly pivoting toward AI infrastructure, but most of the headline $100 billion in AI deals has yet to become actual revenue.
More than 4 GW of AI and high-performance computing capacity is reportedly under contract across publicly traded miners tracked by CoinShares. Yet only about 550 MW is currently billing, leaving most of the contracted capacity dependent on future construction, financing and deployment.
The gap matters because investors are already assigning higher valuations to miners with AI/HPC contracts. Their advantage increasingly comes from access to scarce grid-connected power and existing data-center sites.
The key question is whether these contracts can translate into operating revenue at scale.
#Bitcoinmining #AI #BTC
#ThuyBNB
$BTC $BNB $NEAR
70
BITDEER JUST PRINTED 1,310 BTC.
Bitdeer reports that August production reached 1,310 BTC, up about 249% YoY.
Self-mining capacity: 79.9 EH/s
Co-hosting capacity: 21.6 EH/s
Total self-mining capacity: 84.1 EH/s
From a Bitcoin mining company to a BTC production machine.
THE MINERS ARE STILL PRINTING.
Is Bitdeer accelerating its hash rate or entering an increasingly fierce mining race?
#bitcoin #Bitdeer #crypto #Bitcoinmining
$BTDR.US
{stock_us}(BTDR.US)
BITDEER JUST PRINTED 1,310 BTC.
Bitdeer reports that August production reached 1,310 BTC, up about 249% YoY.
Self-mining capacity: 79.9 EH/s
Co-hosting capacity: 21.6 EH/s
Total self-mining capacity: 84.1 EH/s
From a Bitcoin mining company to a BTC production machine.
THE MINERS ARE STILL PRINTING.
Is Bitdeer accelerating its hash rate or entering an increasingly fierce mining race?
#bitcoin #Bitdeer #crypto #Bitcoinmining
$BTDR.US
Bitdeer reports that August production reached 1,310 BTC, up about 249% YoY.
Self-mining capacity: 79.9 EH/s
Co-hosting capacity: 21.6 EH/s
Total self-mining capacity: 84.1 EH/s
From a Bitcoin mining company to a BTC production machine.
THE MINERS ARE STILL PRINTING.
Is Bitdeer accelerating its hash rate or entering an increasingly fierce mining race?
#bitcoin #Bitdeer #crypto #Bitcoinmining
$BTDR.US
BTC+0.78%
BTDRUS-0.39%
136
Ethiopia Miners Hit Hard By Power Cuts
Ethiopia is slashing power supply to Bitcoin miners by 77 percent due to declining hydropower levels. The state utility is now prioritizing residential households and local manufacturers over mining operations.
#BitcoinMining #Hydropower
Ethiopia Miners Hit Hard By Power Cuts
Ethiopia is slashing power supply to Bitcoin miners by 77 percent due to declining hydropower levels. The state utility is now prioritizing residential households and local manufacturers over mining operations.
#BitcoinMining #Hydropower
Ethiopia is slashing power supply to Bitcoin miners by 77 percent due to declining hydropower levels. The state utility is now prioritizing residential households and local manufacturers over mining operations.
#BitcoinMining #Hydropower
2
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Ethiopia has slashed power to Bitcoin miners, restricting them to just 23% of their contracted capacity. This dramatic cut highlights the risks of relying solely on weather-dependent hydropower.
While renewable energy is key to BTC's green future, climate-driven grid instability poses a real challenge to mining continuity. Can miners balance sustainability with operational reliability?
#BitcoinMining #GreenEnergy #CryptoNews
Ethiopia has slashed power to Bitcoin miners, restricting them to just 23% of their contracted capacity. This dramatic cut highlights the risks of relying solely on weather-dependent hydropower.
While renewable energy is key to BTC's green future, climate-driven grid instability poses a real challenge to mining continuity. Can miners balance sustainability with operational reliability?
#BitcoinMining #GreenEnergy #CryptoNews
While renewable energy is key to BTC's green future, climate-driven grid instability poses a real challenge to mining continuity. Can miners balance sustainability with operational reliability?
#BitcoinMining #GreenEnergy #CryptoNews
69
High production costs are keeping AI focused miners away from Bitcoin. With average cash costs hitting 75500 dollars in Q2, the profitability gap remains too wide for a quick return.
#BitcoinMining #HashRate
High production costs are keeping AI focused miners away from Bitcoin. With average cash costs hitting 75500 dollars in Q2, the profitability gap remains too wide for a quick return.
#BitcoinMining #HashRate
#BitcoinMining #HashRate
13
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#bitcointhirdsingleblockreorginfourweeks
🚨 Bitcoin Had 3 One-Block Reorgs in 4 Weeks. Should You Be Worried?
At block 966,500, AntPool and SpiderPool found valid blocks pointing to the same parent at almost the same time.
One branch won.
The other disappeared.
That sounds scary.
But technically, this is normal Bitcoin behavior.
The winning AntPool chain accumulated more proof-of-work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what's actually interesting?
The frequency. 👀
This was the third one-block reorganization in just four weeks.
The previous two occurred at blocks 962,722 and 963,853.
One reorg isn't the story.
Three in four weeks is what deserves monitoring.
And here's the bigger twist:
The reorg itself isn't the main decentralization concern. Hashrate concentration is.
Data cited in the research puts Foundry USA around 33.6% and AntPool around 17.9% of network hashrate.
But there's an important distinction:
Mining pool share ≠ one entity controlling the network.
Miners can switch pools, and a temporary one-block fork is fundamentally different from a deep chain reorganization or successful 51% attack.
That's why comparing this event with an 18-block replacement on another PoW network can be misleading.
Bitcoin's one-block fork was resolved normally.
And the fact that independent nodes can observe these competing blocks is part of the system working as designed.
One caveat:
The often-cited “one reorg every ~47 days” statistic hasn't been independently verified here, so the exact degree of abnormality remains uncertain.
🧠 Square Insight:
A one-block reorg isn't Bitcoin's real problem. Mining concentration is the metric worth watching.
The question isn't whether Bitcoin can survive a one-block reorg.
It can.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
{future}(BTCUSDT)
#Bitcoin #BitcoinMining #Decentralization
Market commentary only. Not financial advice.
#bitcointhirdsingleblockreorginfourweeks
🚨 Bitcoin Had 3 One-Block Reorgs in 4 Weeks. Should You Be Worried?
At block 966,500, AntPool and SpiderPool found valid blocks pointing to the same parent at almost the same time.
One branch won.
The other disappeared.
That sounds scary.
But technically, this is normal Bitcoin behavior.
The winning AntPool chain accumulated more proof-of-work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what's actually interesting?
The frequency. 👀
This was the third one-block reorganization in just four weeks.
The previous two occurred at blocks 962,722 and 963,853.
One reorg isn't the story.
Three in four weeks is what deserves monitoring.
And here's the bigger twist:
The reorg itself isn't the main decentralization concern. Hashrate concentration is.
Data cited in the research puts Foundry USA around 33.6% and AntPool around 17.9% of network hashrate.
But there's an important distinction:
Mining pool share ≠ one entity controlling the network.
Miners can switch pools, and a temporary one-block fork is fundamentally different from a deep chain reorganization or successful 51% attack.
That's why comparing this event with an 18-block replacement on another PoW network can be misleading.
Bitcoin's one-block fork was resolved normally.
And the fact that independent nodes can observe these competing blocks is part of the system working as designed.
One caveat:
The often-cited “one reorg every ~47 days” statistic hasn't been independently verified here, so the exact degree of abnormality remains uncertain.
🧠 Square Insight:
A one-block reorg isn't Bitcoin's real problem. Mining concentration is the metric worth watching.
The question isn't whether Bitcoin can survive a one-block reorg.
It can.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
#Bitcoin #BitcoinMining #Decentralization
Market commentary only. Not financial advice.
🚨 Bitcoin Had 3 One-Block Reorgs in 4 Weeks. Should You Be Worried?
At block 966,500, AntPool and SpiderPool found valid blocks pointing to the same parent at almost the same time.
One branch won.
The other disappeared.
That sounds scary.
But technically, this is normal Bitcoin behavior.
The winning AntPool chain accumulated more proof-of-work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what's actually interesting?
The frequency. 👀
This was the third one-block reorganization in just four weeks.
The previous two occurred at blocks 962,722 and 963,853.
One reorg isn't the story.
Three in four weeks is what deserves monitoring.
And here's the bigger twist:
The reorg itself isn't the main decentralization concern. Hashrate concentration is.
Data cited in the research puts Foundry USA around 33.6% and AntPool around 17.9% of network hashrate.
But there's an important distinction:
Mining pool share ≠ one entity controlling the network.
Miners can switch pools, and a temporary one-block fork is fundamentally different from a deep chain reorganization or successful 51% attack.
That's why comparing this event with an 18-block replacement on another PoW network can be misleading.
Bitcoin's one-block fork was resolved normally.
And the fact that independent nodes can observe these competing blocks is part of the system working as designed.
One caveat:
The often-cited “one reorg every ~47 days” statistic hasn't been independently verified here, so the exact degree of abnormality remains uncertain.
🧠 Square Insight:
A one-block reorg isn't Bitcoin's real problem. Mining concentration is the metric worth watching.
The question isn't whether Bitcoin can survive a one-block reorg.
It can.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
#Bitcoin #BitcoinMining #Decentralization
Market commentary only. Not financial advice.
1
1
683
Verified
#bitcointhirdsingleblockreorginfourweeks
🚨 Bitcoin saw 3 reorgs (block reorganizations) of a single block within 4 weeks. Should we be worried?
At block 966,500, AntPool and SpiderPool found valid blocks that point to the same parent in nearly the same time window.
One branch won.
The other disappeared.
This looks concerning.
But technically, this is normal behavior for Bitcoin.
AntPool’s winning chain accumulated more Proof-of-Work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what’s actually noteworthy?
The repetition. 👀
This was the third reorganization of the same block within just four weeks.
The previous two happened at blocks 962,722 and 963,853.
One reorg isn’t the story.
Three times in four weeks is what’s worth watching.
Here’s the bigger shift:
The reorganization itself isn’t the main decentralization concern. Hashrate concentration is.
The data cited in the study places Foundry USA at around 33.6% and AntPool at around 17.9% of the network’s total hashrate.
But there’s an important distinction:
Mining pool share ≠ a single entity controlling the network.
Miners can switch pools, a temporary branch on one block differs fundamentally from a deep reorganization of a chain, or from a successful 51% attack.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
#Bitcoin #BitcoinMining #Decentralization
#bitcointhirdsingleblockreorginfourweeks
🚨 Bitcoin saw 3 reorgs (block reorganizations) of a single block within 4 weeks. Should we be worried?
At block 966,500, AntPool and SpiderPool found valid blocks that point to the same parent in nearly the same time window.
One branch won.
The other disappeared.
This looks concerning.
But technically, this is normal behavior for Bitcoin.
AntPool’s winning chain accumulated more Proof-of-Work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what’s actually noteworthy?
The repetition. 👀
This was the third reorganization of the same block within just four weeks.
The previous two happened at blocks 962,722 and 963,853.
One reorg isn’t the story.
Three times in four weeks is what’s worth watching.
Here’s the bigger shift:
The reorganization itself isn’t the main decentralization concern. Hashrate concentration is.
The data cited in the study places Foundry USA at around 33.6% and AntPool at around 17.9% of the network’s total hashrate.
But there’s an important distinction:
Mining pool share ≠ a single entity controlling the network.
Miners can switch pools, a temporary branch on one block differs fundamentally from a deep reorganization of a chain, or from a successful 51% attack.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
#Bitcoin #BitcoinMining #Decentralization
🚨 Bitcoin saw 3 reorgs (block reorganizations) of a single block within 4 weeks. Should we be worried?
At block 966,500, AntPool and SpiderPool found valid blocks that point to the same parent in nearly the same time window.
One branch won.
The other disappeared.
This looks concerning.
But technically, this is normal behavior for Bitcoin.
AntPool’s winning chain accumulated more Proof-of-Work, while SpiderPool’s block became orphaned.
The cost?
About 3.14 BTC in mining rewards for the losing block.
So what’s actually noteworthy?
The repetition. 👀
This was the third reorganization of the same block within just four weeks.
The previous two happened at blocks 962,722 and 963,853.
One reorg isn’t the story.
Three times in four weeks is what’s worth watching.
Here’s the bigger shift:
The reorganization itself isn’t the main decentralization concern. Hashrate concentration is.
The data cited in the study places Foundry USA at around 33.6% and AntPool at around 17.9% of the network’s total hashrate.
But there’s an important distinction:
Mining pool share ≠ a single entity controlling the network.
Miners can switch pools, a temporary branch on one block differs fundamentally from a deep reorganization of a chain, or from a successful 51% attack.
The better question is:
What happens if mining concentration keeps increasing?
$BTC
#Bitcoin #BitcoinMining #Decentralization
3
4
1.8k
#bitcointhirdsingleblockreorginfourweeks
Is the Bitcoin network glitching? 🛑
Spiderpool and Antpool just went head-to-head in a literal mining race, resulting in a single-block reorganization at block height 966,500.
Both pools mined a valid block at the exact same time. Ultimately, Antpool won the sprint and secured the chain, leaving Spiderpool’s block behind.
Here is the wild part: This is the third time this has happened in just four weeks! (We saw the exact same thing on Aug 16 and Aug 24).
Should you be worried?
Not at all. This isn't a hack, bug, or network flaw. It’s just Bitcoin’s Proof-of-Work consensus functioning exactly as designed. When two miners strike gold at the exact same second, the network temporarily keeps both until one chain gets the next block first to break the tie.
The network is healthy, the blocks keep ticking, and the miners keep racing. 🏃♂️💨
Did you know these mini "chain reorgs" happened this often, or is this completely new to you? Let me know below! 👇
#BTC #BitcoinMining
$BTC
{future}(BTCUSDT)
$ETH
{future}(ETHUSDT)
$BNB
{future}(BNBUSDT)
#bitcointhirdsingleblockreorginfourweeks
Is the Bitcoin network glitching? 🛑
Spiderpool and Antpool just went head-to-head in a literal mining race, resulting in a single-block reorganization at block height 966,500.
Both pools mined a valid block at the exact same time. Ultimately, Antpool won the sprint and secured the chain, leaving Spiderpool’s block behind.
Here is the wild part: This is the third time this has happened in just four weeks! (We saw the exact same thing on Aug 16 and Aug 24).
Should you be worried?
Not at all. This isn't a hack, bug, or network flaw. It’s just Bitcoin’s Proof-of-Work consensus functioning exactly as designed. When two miners strike gold at the exact same second, the network temporarily keeps both until one chain gets the next block first to break the tie.
The network is healthy, the blocks keep ticking, and the miners keep racing. 🏃♂️💨
Did you know these mini "chain reorgs" happened this often, or is this completely new to you? Let me know below! 👇
#BTC #BitcoinMining
$BTC
$ETH
$BNB
Is the Bitcoin network glitching? 🛑
Spiderpool and Antpool just went head-to-head in a literal mining race, resulting in a single-block reorganization at block height 966,500.
Both pools mined a valid block at the exact same time. Ultimately, Antpool won the sprint and secured the chain, leaving Spiderpool’s block behind.
Here is the wild part: This is the third time this has happened in just four weeks! (We saw the exact same thing on Aug 16 and Aug 24).
Should you be worried?
Not at all. This isn't a hack, bug, or network flaw. It’s just Bitcoin’s Proof-of-Work consensus functioning exactly as designed. When two miners strike gold at the exact same second, the network temporarily keeps both until one chain gets the next block first to break the tie.
The network is healthy, the blocks keep ticking, and the miners keep racing. 🏃♂️💨
Did you know these mini "chain reorgs" happened this often, or is this completely new to you? Let me know below! 👇
#BTC #BitcoinMining
$BTC
$ETH
$BNB
1
125
Verified
#bitcointhirdsingleblockreorginfourweeks
Is the Bitcoin network getting jammed? 🛑
Spiderpool and Antpool just ran into each other in a literal mining race, causing a one-block reorganization at block height 966,500.
Both pools mined a valid block at exactly the same moment. In the end, Antpool won the race and resolved the chain, leaving Spiderpool’s block behind.
And the crazy part: this is the third time it has happened in just four weeks! (We saw the same thing on August 16 and August 24.)
Should you be worried?
Of course not. This isn’t a hack, a bug, or a network issue. It’s simply Bitcoin’s Proof-of-Work consensus working exactly as designed. When two miners “hit gold” in the exact same second, the network temporarily holds two chains together until one chain finds the next block first to break the tie.
The network is fine, the blocks keep going, and miners keep racing. 🏃♂️💨
Did you know that these small “chain reorganizations” happen with this frequency, or is it completely new to you? Tell me below! 👇
Follow please
#BTC #BitcoinMining
$BTC
{future}(BTCUSDT)
#bitcointhirdsingleblockreorginfourweeks
Is the Bitcoin network getting jammed? 🛑
Spiderpool and Antpool just ran into each other in a literal mining race, causing a one-block reorganization at block height 966,500.
Both pools mined a valid block at exactly the same moment. In the end, Antpool won the race and resolved the chain, leaving Spiderpool’s block behind.
And the crazy part: this is the third time it has happened in just four weeks! (We saw the same thing on August 16 and August 24.)
Should you be worried?
Of course not. This isn’t a hack, a bug, or a network issue. It’s simply Bitcoin’s Proof-of-Work consensus working exactly as designed. When two miners “hit gold” in the exact same second, the network temporarily holds two chains together until one chain finds the next block first to break the tie.
The network is fine, the blocks keep going, and miners keep racing. 🏃♂️💨
Did you know that these small “chain reorganizations” happen with this frequency, or is it completely new to you? Tell me below! 👇
Follow please
#BTC #BitcoinMining
$BTC
Is the Bitcoin network getting jammed? 🛑
Spiderpool and Antpool just ran into each other in a literal mining race, causing a one-block reorganization at block height 966,500.
Both pools mined a valid block at exactly the same moment. In the end, Antpool won the race and resolved the chain, leaving Spiderpool’s block behind.
And the crazy part: this is the third time it has happened in just four weeks! (We saw the same thing on August 16 and August 24.)
Should you be worried?
Of course not. This isn’t a hack, a bug, or a network issue. It’s simply Bitcoin’s Proof-of-Work consensus working exactly as designed. When two miners “hit gold” in the exact same second, the network temporarily holds two chains together until one chain finds the next block first to break the tie.
The network is fine, the blocks keep going, and miners keep racing. 🏃♂️💨
Did you know that these small “chain reorganizations” happen with this frequency, or is it completely new to you? Tell me below! 👇
Follow please
#BTC #BitcoinMining
$BTC
9
1
1.1k
🎉 BIG WIN: One solo miner just beat astronomical odds.
After nearly a 40 day drought with zero solo blocks found, a miner running through Braiins Solo pool hit block 966,351 and walked away with $244,920 in bitcoin, the entire block subsidy plus fees, all to themselves.
$BTC
{spot}(BTCUSDT)
My take: stories like this are why solo mining still has a cult following even though the odds are brutal. One lucky block and years of running at a loss suddenly make sense.
📌 Sharing personal opinions only. Not financial advice.
Would you ever try solo mining for a shot at this, or is pool mining the only sane move? 👇
#bitcoin #BTC #BitcoinMining #CryptoNews #crypto
🎉 BIG WIN: One solo miner just beat astronomical odds.
After nearly a 40 day drought with zero solo blocks found, a miner running through Braiins Solo pool hit block 966,351 and walked away with $244,920 in bitcoin, the entire block subsidy plus fees, all to themselves.
$BTC
My take: stories like this are why solo mining still has a cult following even though the odds are brutal. One lucky block and years of running at a loss suddenly make sense.
📌 Sharing personal opinions only. Not financial advice.
Would you ever try solo mining for a shot at this, or is pool mining the only sane move? 👇
#bitcoin #BTC #BitcoinMining #CryptoNews #crypto
After nearly a 40 day drought with zero solo blocks found, a miner running through Braiins Solo pool hit block 966,351 and walked away with $244,920 in bitcoin, the entire block subsidy plus fees, all to themselves.
$BTC
My take: stories like this are why solo mining still has a cult following even though the odds are brutal. One lucky block and years of running at a loss suddenly make sense.
📌 Sharing personal opinions only. Not financial advice.
Would you ever try solo mining for a shot at this, or is pool mining the only sane move? 👇
#bitcoin #BTC #BitcoinMining #CryptoNews #crypto
1
9
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The Bitcoin President: Chapter 3 — Fueling the Fire 🚜⚡The heat radiating off the Permian Basin oil field in West Texas was brutal, even at midnight. Huge metal pumps marched against the dark sky like giant iron birds, pulling crude oil from deep underground. High above the wells, massive fire stacks flared, burning off excess natural gas into the desert air.
Inside a cramped, air-conditioned trailer at the edge of the field, Cole Vance—a veteran field engineer—slammed a wrench onto his desk.
"They want us to do what?!" Cole yelled into his satellite phone, his voice competing with the roar of the generators outside.
"You heard the directive, Cole," a voice from the Department of Energy crackled through the static. "Direct orders from the White House. You aren’t flaring that gas anymore. A fleet of flatbed trucks is pulling into your sector in ten minutes. They are carrying modular shipping containers packed with liquid-cooled ASIC Bitcoin mining rigs. You have until sunrise to plug them directly into your gas turbine generators."
Cole stared at the phone in disbelief. "Sir, I’m an oil man, not a crypto miner! This grid is built for drilling, not printing digital money!"
"Figure it out, Cole. Wall Street is trying to tank the market. The President needs those rigs hashing before the opening bell."
The line went dead.
Cole stepped out of the trailer into the hot desert wind. Within minutes, the headlights of a massive convoy cut through the dust. Heavy trucks carrying secure, steel containers rolled to a stop. Teams of technicians in hardhats scrambled out, running heavy electrical cables as thick as a man's arm toward the field's power station.
Cole pulled out his phone to check the markets. His trading app flashed a bright, warning orange.
BITCOIN: $73,450. DOWN 5% IN TWO HOURS.
The Wall Street short attack was working. The price was bleeding fast, falling toward the dangerous $71,000 cliff.
"Hey, boss!" a young technician shouted, running up to Cole with a rugged tablet. "We’re hooking up the first bank of three thousand mining rigs now. But the power draw is insane. If we don’t balance the voltage from the gas turbines perfectly, we’re going to blow the transformers and blackout the whole field!"
Cole looked at the plummeting price on his phone, then at the roaring fire of the gas flares. If they succeeded, they would build the foundation of a new economic era. If they failed, they would destroy millions of dollars of government equipment on national television.
"Fire up the backup turbines!" Cole roared, strapping his hardhat on tight. "Let’s give the President his power!"
🚨 RACE AGAINST THE CLOCK!
While Wall Street dumps billions to crash BTC to $71,000, Texas engineers are fighting to plug thousands of secret government mining rigs directly into the oil fields!
👇 Drop a comment: Will Texas get the hash rate online in time to save the market, or will the power grid blow up? Let me know if you want Chapter 4!
#Bitcoinmining #btchashrate #CryptoFiction #BTC走势分析 #BinanceSquare
The Bitcoin President: Chapter 3 — Fueling the Fire 🚜⚡
The heat radiating off the Permian Basin oil field in West Texas was brutal, even at midnight. Huge metal pumps marched against the dark sky like giant iron birds, pulling crude oil from deep underground. High above the wells, massive fire stacks flared, burning off excess natural gas into the desert air.
Inside a cramped, air-conditioned trailer at the edge of the field, Cole Vance—a veteran field engineer—slammed a wrench onto his desk.
"They want us to do what?!" Cole yelled into his satellite phone, his voice competing with the roar of the generators outside.
"You heard the directive, Cole," a voice from the Department of Energy crackled through the static. "Direct orders from the White House. You aren’t flaring that gas anymore. A fleet of flatbed trucks is pulling into your sector in ten minutes. They are carrying modular shipping containers packed with liquid-cooled ASIC Bitcoin mining rigs. You have until sunrise to plug them directly into your gas turbine generators."
Cole stared at the phone in disbelief. "Sir, I’m an oil man, not a crypto miner! This grid is built for drilling, not printing digital money!"
"Figure it out, Cole. Wall Street is trying to tank the market. The President needs those rigs hashing before the opening bell."
The line went dead.
Cole stepped out of the trailer into the hot desert wind. Within minutes, the headlights of a massive convoy cut through the dust. Heavy trucks carrying secure, steel containers rolled to a stop. Teams of technicians in hardhats scrambled out, running heavy electrical cables as thick as a man's arm toward the field's power station.
Cole pulled out his phone to check the markets. His trading app flashed a bright, warning orange.
BITCOIN: $73,450. DOWN 5% IN TWO HOURS.
The Wall Street short attack was working. The price was bleeding fast, falling toward the dangerous $71,000 cliff.
"Hey, boss!" a young technician shouted, running up to Cole with a rugged tablet. "We’re hooking up the first bank of three thousand mining rigs now. But the power draw is insane. If we don’t balance the voltage from the gas turbines perfectly, we’re going to blow the transformers and blackout the whole field!"
Cole looked at the plummeting price on his phone, then at the roaring fire of the gas flares. If they succeeded, they would build the foundation of a new economic era. If they failed, they would destroy millions of dollars of government equipment on national television.
"Fire up the backup turbines!" Cole roared, strapping his hardhat on tight. "Let’s give the President his power!"
🚨 RACE AGAINST THE CLOCK!
While Wall Street dumps billions to crash BTC to $71,000, Texas engineers are fighting to plug thousands of secret government mining rigs directly into the oil fields!
👇 Drop a comment: Will Texas get the hash rate online in time to save the market, or will the power grid blow up? Let me know if you want Chapter 4!
#Bitcoinmining #btchashrate #CryptoFiction #BTC走势分析 #BinanceSquare
Inside a cramped, air-conditioned trailer at the edge of the field, Cole Vance—a veteran field engineer—slammed a wrench onto his desk.
"They want us to do what?!" Cole yelled into his satellite phone, his voice competing with the roar of the generators outside.
"You heard the directive, Cole," a voice from the Department of Energy crackled through the static. "Direct orders from the White House. You aren’t flaring that gas anymore. A fleet of flatbed trucks is pulling into your sector in ten minutes. They are carrying modular shipping containers packed with liquid-cooled ASIC Bitcoin mining rigs. You have until sunrise to plug them directly into your gas turbine generators."
Cole stared at the phone in disbelief. "Sir, I’m an oil man, not a crypto miner! This grid is built for drilling, not printing digital money!"
"Figure it out, Cole. Wall Street is trying to tank the market. The President needs those rigs hashing before the opening bell."
The line went dead.
Cole stepped out of the trailer into the hot desert wind. Within minutes, the headlights of a massive convoy cut through the dust. Heavy trucks carrying secure, steel containers rolled to a stop. Teams of technicians in hardhats scrambled out, running heavy electrical cables as thick as a man's arm toward the field's power station.
Cole pulled out his phone to check the markets. His trading app flashed a bright, warning orange.
BITCOIN: $73,450. DOWN 5% IN TWO HOURS.
The Wall Street short attack was working. The price was bleeding fast, falling toward the dangerous $71,000 cliff.
"Hey, boss!" a young technician shouted, running up to Cole with a rugged tablet. "We’re hooking up the first bank of three thousand mining rigs now. But the power draw is insane. If we don’t balance the voltage from the gas turbines perfectly, we’re going to blow the transformers and blackout the whole field!"
Cole looked at the plummeting price on his phone, then at the roaring fire of the gas flares. If they succeeded, they would build the foundation of a new economic era. If they failed, they would destroy millions of dollars of government equipment on national television.
"Fire up the backup turbines!" Cole roared, strapping his hardhat on tight. "Let’s give the President his power!"
🚨 RACE AGAINST THE CLOCK!
While Wall Street dumps billions to crash BTC to $71,000, Texas engineers are fighting to plug thousands of secret government mining rigs directly into the oil fields!
👇 Drop a comment: Will Texas get the hash rate online in time to save the market, or will the power grid blow up? Let me know if you want Chapter 4!
#Bitcoinmining #btchashrate #CryptoFiction #BTC走势分析 #BinanceSquare
9
🚨 BITCOIN IS RALLYING — BUT BITCOIN MINERS ARE BEING LEFT BEHIND ₿
Bitcoin has climbed roughly 22% since August 17, yet most major mining stocks have significantly underperformed $BTC
{spot}(BTCUSDT)
Why the disconnect? 👇
⛏️ Mining economics remain under pressure
⚡ High energy & infrastructure costs
🤖 Many miners are pivoting toward AI/HPC
📊 Investors are increasingly valuing miners as data-center businesses rather than pure Bitcoin plays
The old relationship between BTC price and mining stocks may be changing.
Bitcoin is moving higher — but will miners eventually catch up? 👀
#Bitcoin #BitcoinMining #HUT8 #CryptoNews
🚨 BITCOIN IS RALLYING — BUT BITCOIN MINERS ARE BEING LEFT BEHIND ₿
Bitcoin has climbed roughly 22% since August 17, yet most major mining stocks have significantly underperformed $BTC
Why the disconnect? 👇
⛏️ Mining economics remain under pressure
⚡ High energy & infrastructure costs
🤖 Many miners are pivoting toward AI/HPC
📊 Investors are increasingly valuing miners as data-center businesses rather than pure Bitcoin plays
The old relationship between BTC price and mining stocks may be changing.
Bitcoin is moving higher — but will miners eventually catch up? 👀
#Bitcoin #BitcoinMining #HUT8 #CryptoNews
Bitcoin has climbed roughly 22% since August 17, yet most major mining stocks have significantly underperformed $BTC
Why the disconnect? 👇
⛏️ Mining economics remain under pressure
⚡ High energy & infrastructure costs
🤖 Many miners are pivoting toward AI/HPC
📊 Investors are increasingly valuing miners as data-center businesses rather than pure Bitcoin plays
The old relationship between BTC price and mining stocks may be changing.
Bitcoin is moving higher — but will miners eventually catch up? 👀
#Bitcoin #BitcoinMining #HUT8 #CryptoNews
28
·
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🔥 Mexico Seizes 300 Crypto Mining Rigs Wired Into a Hydroelectric Dam.
Alongside the rigs, officers took transformers, medium-voltage terminals and working satellite internet antennas from the site in Tlaola, a municipality of roughly 20,000 people. El Pas and Mexico News Daily describe the seized machines as GPUs, which would point away from Bitcoin and toward coins still mined on graphics cards. In Tlaola, a property allegedly used for cryptocurrency mining was secured by @FGRMexico, @SEMAR_mx and the State Public Security of @Gob_Puebla. Electrical infrastructure, satellite internet, and specialized equipment for generating assets were located. Public Security Secretariat (@SSPGobPue) September 6, 2026 While mining is legal in Mexico, prosecutors are preparing a charge of electricity theft.
Mining consumes a great deal of energy and generates a lot of noise, which is why operators seek out isolated and very remote locations. That is what alerted us, state security minister Francisco Snchez told reporters. Investigators had tracked reports of illegal mining in the region because of its proximity to the Nuevo Necaxa dam, he said, adding that, There was a very large power connection. Snchez described the site as part of a network exploiting the Sierra Norte's hydroelectric infrastructure, and said the same activity is happening in neighboring states, with searches extending to nearby municipalities.
❓ What do you think—is this the start of a bigger move or just noise? Drop it below.
$BTC $ETH
#SECryptoRegulation #BitcoinMining #AICryptoIntegration
🔥 Mexico Seizes 300 Crypto Mining Rigs Wired Into a Hydroelectric Dam.
Alongside the rigs, officers took transformers, medium-voltage terminals and working satellite internet antennas from the site in Tlaola, a municipality of roughly 20,000 people. El Pas and Mexico News Daily describe the seized machines as GPUs, which would point away from Bitcoin and toward coins still mined on graphics cards. In Tlaola, a property allegedly used for cryptocurrency mining was secured by @FGRMexico, @SEMAR_mx and the State Public Security of @Gob_Puebla. Electrical infrastructure, satellite internet, and specialized equipment for generating assets were located. Public Security Secretariat (@SSPGobPue) September 6, 2026 While mining is legal in Mexico, prosecutors are preparing a charge of electricity theft.
Mining consumes a great deal of energy and generates a lot of noise, which is why operators seek out isolated and very remote locations. That is what alerted us, state security minister Francisco Snchez told reporters. Investigators had tracked reports of illegal mining in the region because of its proximity to the Nuevo Necaxa dam, he said, adding that, There was a very large power connection. Snchez described the site as part of a network exploiting the Sierra Norte's hydroelectric infrastructure, and said the same activity is happening in neighboring states, with searches extending to nearby municipalities.
❓ What do you think—is this the start of a bigger move or just noise? Drop it below.
$BTC $ETH
#SECryptoRegulation #BitcoinMining #AICryptoIntegration
Alongside the rigs, officers took transformers, medium-voltage terminals and working satellite internet antennas from the site in Tlaola, a municipality of roughly 20,000 people. El Pas and Mexico News Daily describe the seized machines as GPUs, which would point away from Bitcoin and toward coins still mined on graphics cards. In Tlaola, a property allegedly used for cryptocurrency mining was secured by @FGRMexico, @SEMAR_mx and the State Public Security of @Gob_Puebla. Electrical infrastructure, satellite internet, and specialized equipment for generating assets were located. Public Security Secretariat (@SSPGobPue) September 6, 2026 While mining is legal in Mexico, prosecutors are preparing a charge of electricity theft.
Mining consumes a great deal of energy and generates a lot of noise, which is why operators seek out isolated and very remote locations. That is what alerted us, state security minister Francisco Snchez told reporters. Investigators had tracked reports of illegal mining in the region because of its proximity to the Nuevo Necaxa dam, he said, adding that, There was a very large power connection. Snchez described the site as part of a network exploiting the Sierra Norte's hydroelectric infrastructure, and said the same activity is happening in neighboring states, with searches extending to nearby municipalities.
❓ What do you think—is this the start of a bigger move or just noise? Drop it below.
$BTC $ETH
#SECryptoRegulation #BitcoinMining #AICryptoIntegration
39
·
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🚨 LATEST BITCOIN MINER UPDATE! ⛏️₿
Bitcoin’s Miner Position Index (MPI) has dropped to -1.2, sitting well below its annual average. 📊
According to Bitfinex, this signals subdued selling pressure from Bitcoin miners. 👀
With miners showing less interest in selling, could this be a positive sign for Bitcoin’s next move? 🚀🔥
The market is watching closely! 📈
#Bitcoin #BTC #Crypto #BitcoinMining #$#Bullish
$BTC
🚨 LATEST BITCOIN MINER UPDATE! ⛏️₿
Bitcoin’s Miner Position Index (MPI) has dropped to -1.2, sitting well below its annual average. 📊
According to Bitfinex, this signals subdued selling pressure from Bitcoin miners. 👀
With miners showing less interest in selling, could this be a positive sign for Bitcoin’s next move? 🚀🔥
The market is watching closely! 📈
#Bitcoin #BTC #Crypto #BitcoinMining #$#Bullish
$BTC
Bitcoin’s Miner Position Index (MPI) has dropped to -1.2, sitting well below its annual average. 📊
According to Bitfinex, this signals subdued selling pressure from Bitcoin miners. 👀
With miners showing less interest in selling, could this be a positive sign for Bitcoin’s next move? 🚀🔥
The market is watching closely! 📈
#Bitcoin #BTC #Crypto #BitcoinMining #$#Bullish
$BTC
47
📉 Hyperscale Data company halts Bitcoin mining in Michigan
Hyperscale Data announced the end of its Bitcoin mining operations at its facilities in the state of Michigan. The decision comes as the company shifts its investment focus and capital toward developing a dedicated artificial intelligence data center in the same state. The company’s Bitcoin holdings have fallen by about 79% since late July.
━━━━━━━━━━━━━━
📊 Impact: 📈 High
🏷️ BITCOIN
#BitcoinMining #HyperscaleData #AI #CryptoNews #Blockchain
📰 Source: cointelegraph.com
📉 Hyperscale Data company halts Bitcoin mining in Michigan
Hyperscale Data announced the end of its Bitcoin mining operations at its facilities in the state of Michigan. The decision comes as the company shifts its investment focus and capital toward developing a dedicated artificial intelligence data center in the same state. The company’s Bitcoin holdings have fallen by about 79% since late July.
━━━━━━━━━━━━━━
📊 Impact: 📈 High
🏷️ BITCOIN
#BitcoinMining #HyperscaleData #AI #CryptoNews #Blockchain
📰 Source: cointelegraph.com
Hyperscale Data announced the end of its Bitcoin mining operations at its facilities in the state of Michigan. The decision comes as the company shifts its investment focus and capital toward developing a dedicated artificial intelligence data center in the same state. The company’s Bitcoin holdings have fallen by about 79% since late July.
━━━━━━━━━━━━━━
📊 Impact: 📈 High
🏷️ BITCOIN
#BitcoinMining #HyperscaleData #AI #CryptoNews #Blockchain
📰 Source: cointelegraph.com
15
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