#bem
bem
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Few words, lots of information.
Every time they develop a new circuit project, they have to build processors, creating more scenarios that consume BEM.
On-chain circuits will eventually need to break free from the cycle of mining, selling, and cashing out, and move toward validation on real devices. This is also a major innovation in the blockchain industry.
#TapeOut #BEM https://twitter.com/0xManner/status/2121054008626618735
Few words, lots of information.
Every time they develop a new circuit project, they have to build processors, creating more scenarios that consume BEM.
On-chain circuits will eventually need to break free from the cycle of mining, selling, and cashing out, and move toward validation on real devices. This is also a major innovation in the blockchain industry.
#TapeOut #BEM https://twitter.com/0xManner/status/2121054008626618735
Every time they develop a new circuit project, they have to build processors, creating more scenarios that consume BEM.
On-chain circuits will eventually need to break free from the cycle of mining, selling, and cashing out, and move toward validation on real devices. This is also a major innovation in the blockchain industry.
#TapeOut #BEM https://twitter.com/0xManner/status/2121054008626618735
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Article
TapeOut Ecosystem: November 12 Morning BriefingGood morning, everyone! Here’s a quick introduction for those who are new:
TapeOut is a protocol that brings circuit design, tape-outs, formal verification, and the Proof of Design (PoD) mechanism on-chain. It currently operates mainly on BNB Chain and X Layer. Users build logic circuits on a browser canvas using basic components such as NAND gates and latches as the smallest units. Once confirmed, the components are destroyed and minted as tamper-proof circuit NFTs. These hardware entities become permanently verifiable computing carriers, participate in PoD mining under the protocol’s rules, and continuously generate
TapeOut Ecosystem: November 12 Morning Briefing
Good morning, everyone! Here’s a quick introduction for those who are new:
TapeOut is a protocol that brings circuit design, tape-outs, formal verification, and the Proof of Design (PoD) mechanism on-chain. It currently operates mainly on BNB Chain and X Layer. Users build logic circuits on a browser canvas using basic components such as NAND gates and latches as the smallest units. Once confirmed, the components are destroyed and minted as tamper-proof circuit NFTs. These hardware entities become permanently verifiable computing carriers, participate in PoD mining under the protocol’s rules, and continuously generate
TapeOut is a protocol that brings circuit design, tape-outs, formal verification, and the Proof of Design (PoD) mechanism on-chain. It currently operates mainly on BNB Chain and X Layer. Users build logic circuits on a browser canvas using basic components such as NAND gates and latches as the smallest units. Once confirmed, the components are destroyed and minted as tamper-proof circuit NFTs. These hardware entities become permanently verifiable computing carriers, participate in PoD mining under the protocol’s rules, and continuously generate
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$BEM BEM may be hinting at something to come… 👀
The price is tempting, the current zone is worth watching, and the technical action is showing some interesting signs.
For those who know how to read the situation, this could be a golden opportunity—but remember: big opportunities call for risk management, not impulsiveness.
A calculated risk is worth considering… Don’t chase the price; let it come to you. 🎯
#BEM #Crypto #Web3 #smartmoney
$BEM BEM may be hinting at something to come… 👀
The price is tempting, the current zone is worth watching, and the technical action is showing some interesting signs.
For those who know how to read the situation, this could be a golden opportunity—but remember: big opportunities call for risk management, not impulsiveness.
A calculated risk is worth considering… Don’t chase the price; let it come to you. 🎯
#BEM #Crypto #Web3 #smartmoney
The price is tempting, the current zone is worth watching, and the technical action is showing some interesting signs.
For those who know how to read the situation, this could be a golden opportunity—but remember: big opportunities call for risk management, not impulsiveness.
A calculated risk is worth considering… Don’t chase the price; let it come to you. 🎯
#BEM #Crypto #Web3 #smartmoney
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Smart money has its eyes on Cat tonight👽 BEM is up +79.90% in 24h, but its market cap is only $14.1M—a small-cap token with 9,178 people playing around. Smart money net inflows are only around $-5383, so it looks more like a test position. This is the kind of setup you watch for fun; put real money in and you could instantly become exit liquidity😅 Do you trade based on smart money signals? #BSC #链上数据 #SmartMoney
#BEM +79.90%
Smart money has its eyes on Cat tonight👽 BEM is up +79.90% in 24h, but its market cap is only $14.1M—a small-cap token with 9,178 people playing around. Smart money net inflows are only around $-5383, so it looks more like a test position. This is the kind of setup you watch for fun; put real money in and you could instantly become exit liquidity😅 Do you trade based on smart money signals? #BSC #链上数据 #SmartMoney
#BEM +79.90%
#BEM +79.90%
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📰 A 16-year-old developer brings the idea of “making chips” onto the blockchain.
TapeOut was initiated by Blonskr on August 15, 2026. The earliest result on BNB Chain was a 4-bit on-chain CPU—Behemoth. Its performance obviously can’t compare to real-world processors, but this machine proves at least one thing: digital circuits can be built on-chain step by step starting from the most basic logic gates.
🔥 TapeOut’s core building blocks are simple: NAND handles logical computation, while LATCH is responsible for storing state. Users can drag these components into the Canvas, wire them up, run tests, and then “tape out” the finalized design to ultimately generate a Circuit NFT.
This NFT isn’t just a normal image—it’s a concrete circuit netlist that records the input, logic processing, and output rules. After that, other developers can treat the completed Circuit as a black-box module and keep calling it. In other words: someone builds an adder first, and then later builders don’t have to start from dozens of NANDs again—they can simply continue assembling.
💡 What makes this gameplay truly interesting is that it turns basic components, Circuits, Processors, and applications into an on-chain toolkit that can be endlessly combined. On August 21, 2026, TapeOut opened PoD mining and also launched the token BEM, with a total supply of 21 million. Rewards are controlled by the Proof of Design mechanism.
PoD doesn’t reward raw computing power—it rewards the ability of developers to design circuits, contribute components, and pass verification. The raw materials are NAND and LATCH; the Circuit is the product. PoD verifies and incentivizes, and BEM carries the rewards. Honestly, it’s far more interesting than viewing it as a mining project alone.
🤔 Do you think TapeOut will stay in the geek-experiment stage, or will it truly attract more developers to build on-chain machines together?
#TapeOut #BEM #链上硬件 #ProofOfDesign
📰 A 16-year-old developer brings the idea of “making chips” onto the blockchain.
TapeOut was initiated by Blonskr on August 15, 2026. The earliest result on BNB Chain was a 4-bit on-chain CPU—Behemoth. Its performance obviously can’t compare to real-world processors, but this machine proves at least one thing: digital circuits can be built on-chain step by step starting from the most basic logic gates.
🔥 TapeOut’s core building blocks are simple: NAND handles logical computation, while LATCH is responsible for storing state. Users can drag these components into the Canvas, wire them up, run tests, and then “tape out” the finalized design to ultimately generate a Circuit NFT.
This NFT isn’t just a normal image—it’s a concrete circuit netlist that records the input, logic processing, and output rules. After that, other developers can treat the completed Circuit as a black-box module and keep calling it. In other words: someone builds an adder first, and then later builders don’t have to start from dozens of NANDs again—they can simply continue assembling.
💡 What makes this gameplay truly interesting is that it turns basic components, Circuits, Processors, and applications into an on-chain toolkit that can be endlessly combined. On August 21, 2026, TapeOut opened PoD mining and also launched the token BEM, with a total supply of 21 million. Rewards are controlled by the Proof of Design mechanism.
PoD doesn’t reward raw computing power—it rewards the ability of developers to design circuits, contribute components, and pass verification. The raw materials are NAND and LATCH; the Circuit is the product. PoD verifies and incentivizes, and BEM carries the rewards. Honestly, it’s far more interesting than viewing it as a mining project alone.
🤔 Do you think TapeOut will stay in the geek-experiment stage, or will it truly attract more developers to build on-chain machines together?
#TapeOut #BEM #链上硬件 #ProofOfDesign
TapeOut was initiated by Blonskr on August 15, 2026. The earliest result on BNB Chain was a 4-bit on-chain CPU—Behemoth. Its performance obviously can’t compare to real-world processors, but this machine proves at least one thing: digital circuits can be built on-chain step by step starting from the most basic logic gates.
🔥 TapeOut’s core building blocks are simple: NAND handles logical computation, while LATCH is responsible for storing state. Users can drag these components into the Canvas, wire them up, run tests, and then “tape out” the finalized design to ultimately generate a Circuit NFT.
This NFT isn’t just a normal image—it’s a concrete circuit netlist that records the input, logic processing, and output rules. After that, other developers can treat the completed Circuit as a black-box module and keep calling it. In other words: someone builds an adder first, and then later builders don’t have to start from dozens of NANDs again—they can simply continue assembling.
💡 What makes this gameplay truly interesting is that it turns basic components, Circuits, Processors, and applications into an on-chain toolkit that can be endlessly combined. On August 21, 2026, TapeOut opened PoD mining and also launched the token BEM, with a total supply of 21 million. Rewards are controlled by the Proof of Design mechanism.
PoD doesn’t reward raw computing power—it rewards the ability of developers to design circuits, contribute components, and pass verification. The raw materials are NAND and LATCH; the Circuit is the product. PoD verifies and incentivizes, and BEM carries the rewards. Honestly, it’s far more interesting than viewing it as a mining project alone.
🤔 Do you think TapeOut will stay in the geek-experiment stage, or will it truly attract more developers to build on-chain machines together?
#TapeOut #BEM #链上硬件 #ProofOfDesign
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Why did I start paying close attention to $BEM?
If you think Web3 is nothing but memes and air coins, you may have missed the narrative behind TapeOut Protocol $BEM.
This isn’t just another mining rig.
TapeOut moves the underlying logic of chip design onto the blockchain. You drag-and-drop NAND (NOT gates) and LATCH (latches) onto the canvas to build a circuit. The moment you click “tape out,” the transistors are actually destroyed in the real world—creating a permanent circuit NFT. That’s your mining rig. Mining isn’t about hashing power; it’s about whose circuit design is more clever and lower-cost. This mechanism is called PoD (Proof of Design).
The tokenomics are so clean it doesn’t feel like something from this market.
$BEM has a total supply of 21 million, with roughly a halving every ~4 years. There’s no pre-mine and no team allocation reserved. Minting authority is fully controlled by the mining contract, and external addresses cannot mint additional tokens. The cumulative minted amount is only 0.073% of the total supply—meaning the circulating supply is extremely low.
CZ’s “one-click like-retweet-follow” is just the starting point.
CZ liked, commented on, and followed that 16-year-old developer, Blonskr, and the project blew up overnight. In the first 24 hours, trading volume even surged to 1,300 BNB (about $800,000). But what truly got overlooked was the free distribution of the Genesis CPU—something that can’t be mined and looks “useless” at first glance. The supply is 10 million, and it’s been fully distributed for free. Some in the community have compared it to early Bitcoin ecosystem sats: free things, with the widest holder base and the strongest narrative soil.
$BEM briefly pumped by over 900%, reaching $84, with market cap touching $2.17 million. After that, a pullback washed out a large portion of the floating supply. But the underlying logic hasn’t changed: a 16-year-old boy on BNB Chain rebuilt the mining gameplay using circuit design; CZ has seen it, and the community is building—while most people are still watching for the next meme.
The biggest risk—an upgradeable contract—was even voluntarily abandoned by the kid himself today.
Geek romance: profits are never written in the revenue table of a whitepaper. #BEM
Why did I start paying close attention to $BEM?
If you think Web3 is nothing but memes and air coins, you may have missed the narrative behind TapeOut Protocol $BEM.
This isn’t just another mining rig.
TapeOut moves the underlying logic of chip design onto the blockchain. You drag-and-drop NAND (NOT gates) and LATCH (latches) onto the canvas to build a circuit. The moment you click “tape out,” the transistors are actually destroyed in the real world—creating a permanent circuit NFT. That’s your mining rig. Mining isn’t about hashing power; it’s about whose circuit design is more clever and lower-cost. This mechanism is called PoD (Proof of Design).
The tokenomics are so clean it doesn’t feel like something from this market.
$BEM has a total supply of 21 million, with roughly a halving every ~4 years. There’s no pre-mine and no team allocation reserved. Minting authority is fully controlled by the mining contract, and external addresses cannot mint additional tokens. The cumulative minted amount is only 0.073% of the total supply—meaning the circulating supply is extremely low.
CZ’s “one-click like-retweet-follow” is just the starting point.
CZ liked, commented on, and followed that 16-year-old developer, Blonskr, and the project blew up overnight. In the first 24 hours, trading volume even surged to 1,300 BNB (about $800,000). But what truly got overlooked was the free distribution of the Genesis CPU—something that can’t be mined and looks “useless” at first glance. The supply is 10 million, and it’s been fully distributed for free. Some in the community have compared it to early Bitcoin ecosystem sats: free things, with the widest holder base and the strongest narrative soil.
$BEM briefly pumped by over 900%, reaching $84, with market cap touching $2.17 million. After that, a pullback washed out a large portion of the floating supply. But the underlying logic hasn’t changed: a 16-year-old boy on BNB Chain rebuilt the mining gameplay using circuit design; CZ has seen it, and the community is building—while most people are still watching for the next meme.
The biggest risk—an upgradeable contract—was even voluntarily abandoned by the kid himself today.
Geek romance: profits are never written in the revenue table of a whitepaper. #BEM
If you think Web3 is nothing but memes and air coins, you may have missed the narrative behind TapeOut Protocol $BEM.
This isn’t just another mining rig.
TapeOut moves the underlying logic of chip design onto the blockchain. You drag-and-drop NAND (NOT gates) and LATCH (latches) onto the canvas to build a circuit. The moment you click “tape out,” the transistors are actually destroyed in the real world—creating a permanent circuit NFT. That’s your mining rig. Mining isn’t about hashing power; it’s about whose circuit design is more clever and lower-cost. This mechanism is called PoD (Proof of Design).
The tokenomics are so clean it doesn’t feel like something from this market.
$BEM has a total supply of 21 million, with roughly a halving every ~4 years. There’s no pre-mine and no team allocation reserved. Minting authority is fully controlled by the mining contract, and external addresses cannot mint additional tokens. The cumulative minted amount is only 0.073% of the total supply—meaning the circulating supply is extremely low.
CZ’s “one-click like-retweet-follow” is just the starting point.
CZ liked, commented on, and followed that 16-year-old developer, Blonskr, and the project blew up overnight. In the first 24 hours, trading volume even surged to 1,300 BNB (about $800,000). But what truly got overlooked was the free distribution of the Genesis CPU—something that can’t be mined and looks “useless” at first glance. The supply is 10 million, and it’s been fully distributed for free. Some in the community have compared it to early Bitcoin ecosystem sats: free things, with the widest holder base and the strongest narrative soil.
$BEM briefly pumped by over 900%, reaching $84, with market cap touching $2.17 million. After that, a pullback washed out a large portion of the floating supply. But the underlying logic hasn’t changed: a 16-year-old boy on BNB Chain rebuilt the mining gameplay using circuit design; CZ has seen it, and the community is building—while most people are still watching for the next meme.
The biggest risk—an upgradeable contract—was even voluntarily abandoned by the kid himself today.
Geek romance: profits are never written in the revenue table of a whitepaper. #BEM
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Article
TapeOut and BEM shareTapeOut indeed doesn't magically create new physical computing power. At the foundation, it's still the CPUs of the BSC nodes that execute it—and nobody needs to evade that.
But the question is: whether a protocol has value does not depend on whether it invented new transistors.
Ethereum also didn't create new CPUs, Uniswap didn't create new dollars, and GitHub didn't create new code execution capability. What they created are new ways of organization, property relationships, validation methods, and collaboration mechanisms.
What TapeOut truly does is not “replacing real-world CPUs with NAND.”
TapeOut and BEM share
TapeOut indeed doesn't magically create new physical computing power. At the foundation, it's still the CPUs of the BSC nodes that execute it—and nobody needs to evade that.
But the question is: whether a protocol has value does not depend on whether it invented new transistors.
Ethereum also didn't create new CPUs, Uniswap didn't create new dollars, and GitHub didn't create new code execution capability. What they created are new ways of organization, property relationships, validation methods, and collaboration mechanisms.
What TapeOut truly does is not “replacing real-world CPUs with NAND.”
But the question is: whether a protocol has value does not depend on whether it invented new transistors.
Ethereum also didn't create new CPUs, Uniswap didn't create new dollars, and GitHub didn't create new code execution capability. What they created are new ways of organization, property relationships, validation methods, and collaboration mechanisms.
What TapeOut truly does is not “replacing real-world CPUs with NAND.”
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Smart money is watching a new project tonight 👽 BEM24h has surged -24.91%, but the market cap is only $7.6M—just a small-cap that 7,352 people are playing with. The net inflow from smart money is also only around $-9404, more like a test position being played. This setup is good for watching for fun—if you put in real money, you’re likely to quickly become the bag holder 😅 Do you trade based on smart money signals? #BSC #MEME #On-chain data
#BEM -24.91%
Smart money is watching a new project tonight 👽 BEM24h has surged -24.91%, but the market cap is only $7.6M—just a small-cap that 7,352 people are playing with. The net inflow from smart money is also only around $-9404, more like a test position being played. This setup is good for watching for fun—if you put in real money, you’re likely to quickly become the bag holder 😅 Do you trade based on smart money signals? #BSC #MEME #On-chain data
#BEM -24.91%
#BEM -24.91%
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I saw people saying this coin can be arbitraged. Is that true? Has anyone tried it? #bem
Calculation based on buying with 5U and selling across pools:
Buy price: $34.03
Sell price: $40.91
Price difference: 20.22%
Purchase amount: 5U
Theoretical gross profit: 1.01U
$bem
I saw people saying this coin can be arbitraged. Is that true? Has anyone tried it? #bem
Calculation based on buying with 5U and selling across pools:
Buy price: $34.03
Sell price: $40.91
Price difference: 20.22%
Purchase amount: 5U
Theoretical gross profit: 1.01U
$bem
Calculation based on buying with 5U and selling across pools:
Buy price: $34.03
Sell price: $40.91
Price difference: 20.22%
Purchase amount: 5U
Theoretical gross profit: 1.01U
$bem
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For those just getting started with TapeOut, here are 4 beginner-friendly diagrams👇
Circuits, BEM, containers… These names might seem a little confusing, but we can learn about them as we explore.
First, click “4-bit Adder” on the canvas, change two numbers, and see how it calculates the result. This step is free. If you’re interested, follow along with the diagrams and give it a try. If anything’s unclear, ask in the comments～
Website: tapeout.net
Created by: tapecode.ai
#TapeOut #BEM
For those just getting started with TapeOut, here are 4 beginner-friendly diagrams👇
Circuits, BEM, containers… These names might seem a little confusing, but we can learn about them as we explore.
First, click “4-bit Adder” on the canvas, change two numbers, and see how it calculates the result. This step is free. If you’re interested, follow along with the diagrams and give it a try. If anything’s unclear, ask in the comments～
Website: tapeout.net
Created by: tapecode.ai
#TapeOut #BEM
Circuits, BEM, containers… These names might seem a little confusing, but we can learn about them as we explore.
First, click “4-bit Adder” on the canvas, change two numbers, and see how it calculates the result. This step is free. If you’re interested, follow along with the diagrams and give it a try. If anything’s unclear, ask in the comments～
Website: tapeout.net
Created by: tapecode.ai
#TapeOut #BEM
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$BEM #BEM V2 version is about to be released soon
$BEM #BEM V2 version is about to be released soon
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Smart money is eyeing a new project tonight 👽 BEM24h is up 5.90%—but the market cap is only $10.8M, a small-cap being played by 8,140 people. The net inflow from smart money is only around -$8,114 level; it feels more like a test position is being played. This setup is good for watching as a joke, but putting real money in is likely to make you an instant bagholder 😅 Do you trade based on smart money signals? #聪明钱 #链上数据 #BSC
#BEM -5.90%
Smart money is eyeing a new project tonight 👽 BEM24h is up 5.90%—but the market cap is only $10.8M, a small-cap being played by 8,140 people. The net inflow from smart money is only around -$8,114 level; it feels more like a test position is being played. This setup is good for watching as a joke, but putting real money in is likely to make you an instant bagholder 😅 Do you trade based on smart money signals? #聪明钱 #链上数据 #BSC
#BEM -5.90%
#BEM -5.90%
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Come on, Bem! The new TapeOut official website is almost ready to meet everyone! Also, there are desktop client versions for Mac and Windows. #Bem #Tapeout
Come on, Bem! The new TapeOut official website is almost ready to meet everyone! Also, there are desktop client versions for Mac and Windows. #Bem #Tapeout
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#tape #bem #fab
I’ve been researching #Tapeout生态 for the past month. Starting as a complete beginner, I bought transistors and built a mining rig, and now I’m working out the optimal placements myself. This project feels highly engaging, and the creator is also very willing to interact with the community. It feels like something new in the crypto world. Everyone’s welcome to discuss it together, especially the optimal circuits!
#tape #bem #fab
I’ve been researching #Tapeout生态 for the past month. Starting as a complete beginner, I bought transistors and built a mining rig, and now I’m working out the optimal placements myself. This project feels highly engaging, and the creator is also very willing to interact with the community. It feels like something new in the crypto world. Everyone’s welcome to discuss it together, especially the optimal circuits!
I’ve been researching #Tapeout生态 for the past month. Starting as a complete beginner, I bought transistors and built a mining rig, and now I’m working out the optimal placements myself. This project feels highly engaging, and the creator is also very willing to interact with the community. It feels like something new in the crypto world. Everyone’s welcome to discuss it together, especially the optimal circuits!
74
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