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The Crypto Jack
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Zcash (ZEC) is a privacy-focused cryptocurrency, and like Bitcoin, it undergoes a "halving" event approximately every four years. During a halving, the block reward given to miners is reduced by 50%, which decreases the rate at which new ZEC coins are generated.
### Key Points about Zcash Halving:
1. **Purpose**: The halving process is designed to reduce inflation over time and control the total supply of Zcash. The total supply is capped at 21 million ZEC, similar to Bitcoin.
2. **Next Halving**: Zcash’s last halving occurred in November 2020, which reduced the block reward from 6.25 ZEC to 3.125 ZEC. The next halving is in 49 days, further reducing the reward to 1.5625 ZEC.
3. **Impact**: The reduction in supply typically generates interest in the market, as fewer new coins are introduced, potentially affecting ZEC's price. Past halvings for cryptocurrencies have often led to increased market activity and speculation about price appreciation.
4. **Mining**: Zcash uses a proof-of-work consensus mechanism, and the halving impacts miners directly by reducing their earnings per block mined. This could lead to reduced miner participation if prices do not rise proportionally to offset the reduced rewards.
5. **Privacy Focus**: A unique aspect of Zcash is its zero-knowledge proof protocol called zk-SNARKs, which allows transactions to be shielded for privacy. The halving event does not affect the technology itself but is significant from a supply-demand perspective.
Overall, Zcash halvings are an important mechanism that can influence market dynamics, miner behavior, and ZEC’s price over time.
#BinanceLaunchpoolHMSTR #SpotGoldATH #CATIonBinance #BTCReboundsAfterFOMC #NeiroOnBinance
$NEIRO $BTC $PEPE
### Key Points about Zcash Halving:
1. **Purpose**: The halving process is designed to reduce inflation over time and control the total supply of Zcash. The total supply is capped at 21 million ZEC, similar to Bitcoin.
2. **Next Halving**: Zcash’s last halving occurred in November 2020, which reduced the block reward from 6.25 ZEC to 3.125 ZEC. The next halving is in 49 days, further reducing the reward to 1.5625 ZEC.
3. **Impact**: The reduction in supply typically generates interest in the market, as fewer new coins are introduced, potentially affecting ZEC's price. Past halvings for cryptocurrencies have often led to increased market activity and speculation about price appreciation.
4. **Mining**: Zcash uses a proof-of-work consensus mechanism, and the halving impacts miners directly by reducing their earnings per block mined. This could lead to reduced miner participation if prices do not rise proportionally to offset the reduced rewards.
5. **Privacy Focus**: A unique aspect of Zcash is its zero-knowledge proof protocol called zk-SNARKs, which allows transactions to be shielded for privacy. The halving event does not affect the technology itself but is significant from a supply-demand perspective.
Overall, Zcash halvings are an important mechanism that can influence market dynamics, miner behavior, and ZEC’s price over time.
#BinanceLaunchpoolHMSTR #SpotGoldATH #CATIonBinance #BTCReboundsAfterFOMC #NeiroOnBinance
$NEIRO $BTC $PEPE
Ethereum has one of the strongest charts I've ever seen.
$ETH roadmap $4,000 → $7,000 → $13,000 in 2026–2027.
The Clarity Act could accelerate this move faster than most people expect.
$BTC
#USToCancelIranAttackSubjectToDeal CryptoLiquidationsReach$330MInADayColdcardExploitHits$89MAcrossThreeWavesGoldTradesAbove$4000
$ETH roadmap $4,000 → $7,000 → $13,000 in 2026–2027.
The Clarity Act could accelerate this move faster than most people expect.
$BTC
#USToCancelIranAttackSubjectToDeal CryptoLiquidationsReach$330MInADayColdcardExploitHits$89MAcrossThreeWavesGoldTradesAbove$4000
The $10,000+ $ETH Thesis:
Everyone is asking whether Ethereum can reach $10,000 or not.
The better question is: What if $10,000 is simply the next logical milestone?
Here's why.
1. The chart is telling a story most people are ignoring.
$ETH has spent years building a massive accumulation base.
Every cycle has produced higher lows.
Long term support has held despite multiple bear markets.
The logarithmic trend suggests Ethereum is approaching the expansion phase where price historically moves vertically rather than gradually.
A move from around $1,800 to $10,000 is approximately 5.4x. That sounds huge until you remember $ETH has delivered far larger moves in previous cycles.
2. Bitcoin is digital money
.
Ethereum is the infrastructure.
Every major crypto narrative eventually touches Ethereum like Stablecoins, DeFi, Tokenization, Real world assets, NFTs, AI onchain applications, Layer 2 ecosystems and Institutional settlement.
As blockchain adoption grows, Ethereum captures value from the activity occurring on its network.
3. Supply Is Becoming Scarcer. Unlike previous cycles ETH issuance is much lower.
A portion of transaction fees is burned.
Staking removes millions of ETH from liquid circulation.
Growing demand combined with constrained supply is one of the strongest long term price drivers in any market.
4. Institutions Are Just Getting Started like BlackRock and fidelity. They buy assets with Proven security, Deep liquidity, Regulatory clarity, Strong and developer ecosystems.
Ethereum checks all four boxes.
If pension funds, sovereign wealth funds, and asset managers begin allocating even a small percentage to ETH, the available supply can tighten quickly.
5. Network Effects Win
The largest developer community.
The most applications.
The deepest liquidity.
The strongest ecosystem.
History shows network effects compound over time. The leading platform often becomes even stronger as adoption grows.
6. Most people won't buy ETH below $2,000 because they're waiting for lower prices like $1100 or $800.
Everyone is asking whether Ethereum can reach $10,000 or not.
The better question is: What if $10,000 is simply the next logical milestone?
Here's why.
1. The chart is telling a story most people are ignoring.
$ETH has spent years building a massive accumulation base.
Every cycle has produced higher lows.
Long term support has held despite multiple bear markets.
The logarithmic trend suggests Ethereum is approaching the expansion phase where price historically moves vertically rather than gradually.
A move from around $1,800 to $10,000 is approximately 5.4x. That sounds huge until you remember $ETH has delivered far larger moves in previous cycles.
2. Bitcoin is digital money
.
Ethereum is the infrastructure.
Every major crypto narrative eventually touches Ethereum like Stablecoins, DeFi, Tokenization, Real world assets, NFTs, AI onchain applications, Layer 2 ecosystems and Institutional settlement.
As blockchain adoption grows, Ethereum captures value from the activity occurring on its network.
3. Supply Is Becoming Scarcer. Unlike previous cycles ETH issuance is much lower.
A portion of transaction fees is burned.
Staking removes millions of ETH from liquid circulation.
Growing demand combined with constrained supply is one of the strongest long term price drivers in any market.
4. Institutions Are Just Getting Started like BlackRock and fidelity. They buy assets with Proven security, Deep liquidity, Regulatory clarity, Strong and developer ecosystems.
Ethereum checks all four boxes.
If pension funds, sovereign wealth funds, and asset managers begin allocating even a small percentage to ETH, the available supply can tighten quickly.
5. Network Effects Win
The largest developer community.
The most applications.
The deepest liquidity.
The strongest ecosystem.
History shows network effects compound over time. The leading platform often becomes even stronger as adoption grows.
6. Most people won't buy ETH below $2,000 because they're waiting for lower prices like $1100 or $800.
$ETH
Binance Academy
·
--
What Is the Ethereum Glamsterdam Upgrade?
Key Takeaways
Glamsterdam is a major Ethereum protocol upgrade. It was originally targeted for June 2026, but later delayed to Q3 2026.
The upgrade focuses on three goals: parallelizing transaction processing, expanding block capacity, and preventing database bloat through gas repricing.
The proposals include EIP-7732 (enshrined proposer-builder separation), EIP-7928 (block-level access lists), and EIP-8037 (addressing gas repricing).
The Ethereum Foundation has set a target of 200 million gas as a post-upgrade capacity goal, a significant increase from the current approximately 60 million.
Introduction
Glamsterdam is a major Ethereum upgrade that was originally targeted for June 2026, but has been delayed to Q3 2026. The Ethereum Foundation confirmed the revised timeline, citing the need for additional testing and interoperability work across consensus and execution clients.
Glamsterdam builds on the progress of the Fusaka upgrade in December 2025, which introduced PeerDAS for improved data availability. Where Fusaka focused on foundational refinements, Glamsterdam aims to scale Ethereum's base layer by reorganizing how the network creates and verifies blocks.
What Is the Glamsterdam Upgrade?
Glamsterdam is a combined execution-layer and consensus-layer upgrade. The name follows Ethereum's convention of pairing a city name for the execution layer ("Amsterdam") with a star name for the consensus layer ("Gloas"), combined into "Glamsterdam."
The upgrade centers on three main goals. First, speeding up processing through parallelization, allowing the network to process many transactions simultaneously instead of one by one.
Second, expanding capacity by splitting block creation and verification duties to give the network more time to propagate larger amounts of data.
Third, preventing database bloat by adjusting fees to reflect the long-term hardware cost of storing new data, which unblocks future gas limit increases.
In short, Glamsterdam introduces structural changes to ensure the network can continue to perform well and sustainably while increasing capacity.
Key Proposals in Glamsterdam
EIP-7732: Enshrined Proposer-Builder Separation (ePBS)
Currently, the relationship between block proposers and block builders is not part of Ethereum's core protocol. It relies on trusted third-party middleware known as relays, most notably MEV-Boost.
This off-protocol arrangement creates a bottleneck: validators must rush through transaction broadcasting and execution in a tight 2-second window, limiting how much data the network can handle per block.
EIP-7732 formally separates the role of the proposer (who selects the consensus block) from the builder (who assembles the execution payload), enshrining this hand-off directly into the protocol. This removes the need for third-party middleware and introduces trustless builder payments built into the protocol itself.
To address the 2-second bottleneck, ePBS introduces a Payload Timeliness Committee (PTC) and a dual-deadline logic. Validators can attest to the consensus block and the execution payload separately, expanding the propagation window from 2 seconds to approximately 9 seconds. This extra time allows Ethereum to safely process much larger blocks without stressing the network.
ePBS also has implications for staking pools, which will need architectural updates to enable trustless monitoring. However, the overall staking experience may improve through a refined builder selection process.
EIP-7928: Block-Level Access Lists (BALs)
Today, Ethereum processes transactions sequentially. The network does not know what data a transaction will access or modify until the transaction runs, so validators must process transactions one by one to avoid conflicts. This creates a single-lane road where throughput is limited by the speed of serial execution.
Block-Level Access Lists (BALs) change this by providing an upfront map of all transaction dependencies. The execution layer stores a full block access list detailing every account the transactions will touch, along with the final results of those changes. The block header contains a compact fingerprint of this list.
With this map in place, validators can process non-conflicting transactions in parallel instead of sequentially. Nodes can also sync faster by reading the final results without replaying every transaction, a feature called executionless sync. BALs lay the groundwork for a significant increase in Layer 1 throughput.
EIP-8037: Gas Repricing
A higher gas limit only helps if the network can handle the resulting state growth without degrading performance. EIP-8037 introduces smarter pricing for data storage by raising the cost of state-creating operations. The goal is to make state expansion more expensive while keeping computation relatively cheaper.
This repricing is designed to work alongside the 200 million gas target. Without it, a higher gas limit could lead to excessive state growth that makes running a node increasingly expensive. By aligning gas costs with the actual long-term hardware burden of storing new data, EIP-8037 ensures that capacity increases remain sustainable.
The 200 Million Gas Limit Target
The Ethereum Foundation has described a 200 million gas limit as a "credible post-Glamsterdam target" for the network. This would be a significant increase from the current gas limit of approximately 60 million. However, the Foundation has framed this as a capacity goal rather than a guaranteed setting on day one of the upgrade.
The gas limit determines how much computation can fit in a single block. Raising it means more transactions and smart contract operations can be processed per block, but it also means blocks become larger and more resource-intensive to validate. Glamsterdam's combination of ePBS, BALs, and gas repricing is designed to make this increase safe and sustainable.
Timeline and Current Status
As mentioned, the original target for Glamsterdam was June 2026. The Ethereum Foundation confirmed that the upgrade is now expected in Q3 2026. The delay stems from ePBS not progressing fast enough, with interoperability issues across consensus and execution clients still being resolved.
Devnets for the upgrade are already live, with testing conducted at an interop event in Svalbard, Norway. The upgrade is in its final testing phase. Public testnet activation is expected before any mainnet launch, but no confirmed testnet date has been announced.
Some reports suggest an internal developer target around late August 2026, but this is not an official date. The main risk to the timeline is further delay if testing exposes additional issues, particularly around ePBS implementation and cross-client consistency.
What Comes After Glamsterdam?
The Ethereum Foundation is also scoping the next major upgrade after Glamsterdam, called Hegotà, planned to follow Glamsterdam with timing described as late 2026 or later depending on development progress.
Hegotà is expected to introduce Verkle Trees, which replace Ethereum's current data structure with a more efficient one that enables stateless clients.
EIP-8141, known as Frame Transactions, is also being considered for Hegotà. It would introduce native account abstraction by making transaction verification programmable, allowing users to choose post-quantum signature schemes instead of being locked to ECDSA. However, EIP-8141 is still in Draft status and has not been confirmed for inclusion.
Beyond Hegotà, the Foundation is advancing the Strawmap, its long-term quantum-resistant roadmap. This work includes hash-based signatures (leanXMSS), a minimal zkVM (leanVM) for compressing quantum-safe signatures, and weekly interop testing across more than 10 client teams.
FAQ
When will the Glamsterdam upgrade activate?
The Ethereum Foundation has targeted Q3 2026, but no confirmed mainnet activation date has been announced. Devnets are live, and public testnet activation is expected before mainnet. Some reports mention late August 2026 as an internal developer target, but this is not official.
What is enshrined proposer-builder separation (ePBS)?
The ePBS (EIP-7732) moves the relationship between block proposers and block builders into Ethereum's core protocol, removing the need for third-party relay middleware like MEV-Boost.
It introduces a Payload Timeliness Committee and dual-deadline logic that expands the block propagation window from 2 seconds to approximately 9 seconds, allowing the network to handle larger blocks.
What are block-level access lists (BALs)?
BALs (EIP-7928) provide an upfront map of all transaction dependencies within a block. By telling validators which accounts each transaction will touch before execution begins, BALs enable parallel processing of non-conflicting transactions and faster node syncing through executionless sync.
Will Glamsterdam reduce gas fees?
Glamsterdam's primary goal is to increase network capacity and throughput, not to reduce gas fees directly. By raising the gas limit target and enabling parallel execution, more transactions can fit in each block, which could help reduce congestion-related fee spikes.
However, EIP-8037 also raises costs for state-creating operations to prevent database bloat, so some operations may become more expensive.
What is the difference between Glamsterdam and Fusaka?
Fusaka, activated in December 2025, introduced PeerDAS for improved data availability and increased blob parameters for Layer 2 networks. Glamsterdam builds on this foundation by focusing on Layer 1 scaling through ePBS, block-level access lists, and gas repricing. Where Fusaka primarily benefited Layer 2 rollups, Glamsterdam targets the base layer directly.
Closing Thoughts
Glamsterdam is an important step in Ethereum's scaling roadmap. The upgrade aims to prepare Ethereum for substantially higher throughput without sacrificing decentralization or node accessibility.
Key changes include enshrining proposer-builder separation, introducing parallel transaction processing through block-level access lists, and repricing gas to manage state growth.
The delay to Q3 2026 reflects the complexity of the changes involved. The ePBS alone restructures how blocks are built and propagated, and ensuring interoperability across all client implementations takes time.
Further Reading
What Is Ethereum and How Does It Work?
Ethereum Fusaka Upgrade: All You Need to Know
How Do Gas Fees Work on Ethereum?
What Is an Ethereum Improvement Proposal (EIP)?
Blockchain Layer 1 vs. Layer 2 Scaling Solutions
Disclaimer: This content is presented to you on an "as is" basis for general information and educational purposes only, without representation or warranty of any kind. It should not be construed as financial, legal, or other professional advice, nor is it intended to recommend the purchase of any specific product or service. You should seek your own advice from appropriate professional advisors. Where the content is contributed by a third-party contributor, please note that those views expressed belong to the third-party contributor, and do not necessarily reflect those of Binance Academy. Digital asset prices can be volatile. The value of your investment may go down or up and you may not get back the amount invested. You are solely responsible for your investment decisions and Binance Academy is not liable for any losses you may incur. For more information, see our Terms of Use, Risk Warning, and Binance Academy Terms.
Glamsterdam is a major Ethereum protocol upgrade. It was originally targeted for June 2026, but later delayed to Q3 2026.
The upgrade focuses on three goals: parallelizing transaction processing, expanding block capacity, and preventing database bloat through gas repricing.
The proposals include EIP-7732 (enshrined proposer-builder separation), EIP-7928 (block-level access lists), and EIP-8037 (addressing gas repricing).
The Ethereum Foundation has set a target of 200 million gas as a post-upgrade capacity goal, a significant increase from the current approximately 60 million.
Introduction
Glamsterdam is a major Ethereum upgrade that was originally targeted for June 2026, but has been delayed to Q3 2026. The Ethereum Foundation confirmed the revised timeline, citing the need for additional testing and interoperability work across consensus and execution clients.
Glamsterdam builds on the progress of the Fusaka upgrade in December 2025, which introduced PeerDAS for improved data availability. Where Fusaka focused on foundational refinements, Glamsterdam aims to scale Ethereum's base layer by reorganizing how the network creates and verifies blocks.
What Is the Glamsterdam Upgrade?
Glamsterdam is a combined execution-layer and consensus-layer upgrade. The name follows Ethereum's convention of pairing a city name for the execution layer ("Amsterdam") with a star name for the consensus layer ("Gloas"), combined into "Glamsterdam."
The upgrade centers on three main goals. First, speeding up processing through parallelization, allowing the network to process many transactions simultaneously instead of one by one.
Second, expanding capacity by splitting block creation and verification duties to give the network more time to propagate larger amounts of data.
Third, preventing database bloat by adjusting fees to reflect the long-term hardware cost of storing new data, which unblocks future gas limit increases.
In short, Glamsterdam introduces structural changes to ensure the network can continue to perform well and sustainably while increasing capacity.
Key Proposals in Glamsterdam
EIP-7732: Enshrined Proposer-Builder Separation (ePBS)
Currently, the relationship between block proposers and block builders is not part of Ethereum's core protocol. It relies on trusted third-party middleware known as relays, most notably MEV-Boost.
This off-protocol arrangement creates a bottleneck: validators must rush through transaction broadcasting and execution in a tight 2-second window, limiting how much data the network can handle per block.
EIP-7732 formally separates the role of the proposer (who selects the consensus block) from the builder (who assembles the execution payload), enshrining this hand-off directly into the protocol. This removes the need for third-party middleware and introduces trustless builder payments built into the protocol itself.
To address the 2-second bottleneck, ePBS introduces a Payload Timeliness Committee (PTC) and a dual-deadline logic. Validators can attest to the consensus block and the execution payload separately, expanding the propagation window from 2 seconds to approximately 9 seconds. This extra time allows Ethereum to safely process much larger blocks without stressing the network.
ePBS also has implications for staking pools, which will need architectural updates to enable trustless monitoring. However, the overall staking experience may improve through a refined builder selection process.
EIP-7928: Block-Level Access Lists (BALs)
Today, Ethereum processes transactions sequentially. The network does not know what data a transaction will access or modify until the transaction runs, so validators must process transactions one by one to avoid conflicts. This creates a single-lane road where throughput is limited by the speed of serial execution.
Block-Level Access Lists (BALs) change this by providing an upfront map of all transaction dependencies. The execution layer stores a full block access list detailing every account the transactions will touch, along with the final results of those changes. The block header contains a compact fingerprint of this list.
With this map in place, validators can process non-conflicting transactions in parallel instead of sequentially. Nodes can also sync faster by reading the final results without replaying every transaction, a feature called executionless sync. BALs lay the groundwork for a significant increase in Layer 1 throughput.
EIP-8037: Gas Repricing
A higher gas limit only helps if the network can handle the resulting state growth without degrading performance. EIP-8037 introduces smarter pricing for data storage by raising the cost of state-creating operations. The goal is to make state expansion more expensive while keeping computation relatively cheaper.
This repricing is designed to work alongside the 200 million gas target. Without it, a higher gas limit could lead to excessive state growth that makes running a node increasingly expensive. By aligning gas costs with the actual long-term hardware burden of storing new data, EIP-8037 ensures that capacity increases remain sustainable.
The 200 Million Gas Limit Target
The Ethereum Foundation has described a 200 million gas limit as a "credible post-Glamsterdam target" for the network. This would be a significant increase from the current gas limit of approximately 60 million. However, the Foundation has framed this as a capacity goal rather than a guaranteed setting on day one of the upgrade.
The gas limit determines how much computation can fit in a single block. Raising it means more transactions and smart contract operations can be processed per block, but it also means blocks become larger and more resource-intensive to validate. Glamsterdam's combination of ePBS, BALs, and gas repricing is designed to make this increase safe and sustainable.
Timeline and Current Status
As mentioned, the original target for Glamsterdam was June 2026. The Ethereum Foundation confirmed that the upgrade is now expected in Q3 2026. The delay stems from ePBS not progressing fast enough, with interoperability issues across consensus and execution clients still being resolved.
Devnets for the upgrade are already live, with testing conducted at an interop event in Svalbard, Norway. The upgrade is in its final testing phase. Public testnet activation is expected before any mainnet launch, but no confirmed testnet date has been announced.
Some reports suggest an internal developer target around late August 2026, but this is not an official date. The main risk to the timeline is further delay if testing exposes additional issues, particularly around ePBS implementation and cross-client consistency.
What Comes After Glamsterdam?
The Ethereum Foundation is also scoping the next major upgrade after Glamsterdam, called Hegotà, planned to follow Glamsterdam with timing described as late 2026 or later depending on development progress.
Hegotà is expected to introduce Verkle Trees, which replace Ethereum's current data structure with a more efficient one that enables stateless clients.
EIP-8141, known as Frame Transactions, is also being considered for Hegotà. It would introduce native account abstraction by making transaction verification programmable, allowing users to choose post-quantum signature schemes instead of being locked to ECDSA. However, EIP-8141 is still in Draft status and has not been confirmed for inclusion.
Beyond Hegotà, the Foundation is advancing the Strawmap, its long-term quantum-resistant roadmap. This work includes hash-based signatures (leanXMSS), a minimal zkVM (leanVM) for compressing quantum-safe signatures, and weekly interop testing across more than 10 client teams.
FAQ
When will the Glamsterdam upgrade activate?
The Ethereum Foundation has targeted Q3 2026, but no confirmed mainnet activation date has been announced. Devnets are live, and public testnet activation is expected before mainnet. Some reports mention late August 2026 as an internal developer target, but this is not official.
What is enshrined proposer-builder separation (ePBS)?
The ePBS (EIP-7732) moves the relationship between block proposers and block builders into Ethereum's core protocol, removing the need for third-party relay middleware like MEV-Boost.
It introduces a Payload Timeliness Committee and dual-deadline logic that expands the block propagation window from 2 seconds to approximately 9 seconds, allowing the network to handle larger blocks.
What are block-level access lists (BALs)?
BALs (EIP-7928) provide an upfront map of all transaction dependencies within a block. By telling validators which accounts each transaction will touch before execution begins, BALs enable parallel processing of non-conflicting transactions and faster node syncing through executionless sync.
Will Glamsterdam reduce gas fees?
Glamsterdam's primary goal is to increase network capacity and throughput, not to reduce gas fees directly. By raising the gas limit target and enabling parallel execution, more transactions can fit in each block, which could help reduce congestion-related fee spikes.
However, EIP-8037 also raises costs for state-creating operations to prevent database bloat, so some operations may become more expensive.
What is the difference between Glamsterdam and Fusaka?
Fusaka, activated in December 2025, introduced PeerDAS for improved data availability and increased blob parameters for Layer 2 networks. Glamsterdam builds on this foundation by focusing on Layer 1 scaling through ePBS, block-level access lists, and gas repricing. Where Fusaka primarily benefited Layer 2 rollups, Glamsterdam targets the base layer directly.
Closing Thoughts
Glamsterdam is an important step in Ethereum's scaling roadmap. The upgrade aims to prepare Ethereum for substantially higher throughput without sacrificing decentralization or node accessibility.
Key changes include enshrining proposer-builder separation, introducing parallel transaction processing through block-level access lists, and repricing gas to manage state growth.
The delay to Q3 2026 reflects the complexity of the changes involved. The ePBS alone restructures how blocks are built and propagated, and ensuring interoperability across all client implementations takes time.
Further Reading
What Is Ethereum and How Does It Work?
Ethereum Fusaka Upgrade: All You Need to Know
How Do Gas Fees Work on Ethereum?
What Is an Ethereum Improvement Proposal (EIP)?
Blockchain Layer 1 vs. Layer 2 Scaling Solutions
Disclaimer: This content is presented to you on an "as is" basis for general information and educational purposes only, without representation or warranty of any kind. It should not be construed as financial, legal, or other professional advice, nor is it intended to recommend the purchase of any specific product or service. You should seek your own advice from appropriate professional advisors. Where the content is contributed by a third-party contributor, please note that those views expressed belong to the third-party contributor, and do not necessarily reflect those of Binance Academy. Digital asset prices can be volatile. The value of your investment may go down or up and you may not get back the amount invested. You are solely responsible for your investment decisions and Binance Academy is not liable for any losses you may incur. For more information, see our Terms of Use, Risk Warning, and Binance Academy Terms.
Coin Name: STBLUSDT
Buy zone : Below $0.0375
Stop loss : $0.027
Take Profit 1: $0.045
Take Profit 2: $0.055
Take Profit 3: $0.098
Max leverage: 2x
Buy zone : Below $0.0375
Stop loss : $0.027
Take Profit 1: $0.045
Take Profit 2: $0.055
Take Profit 3: $0.098
Max leverage: 2x
Coin Name: POPCATUSDT
Buy zone : Below $0.056
Stop loss : $0.0455
Take Profit 1: $0.065
Take Profit 2: $0.080
Take Profit 3: $0.110
Max leverage: 2x
Buy zone : Below $0.056
Stop loss : $0.0455
Take Profit 1: $0.065
Take Profit 2: $0.080
Take Profit 3: $0.110
Max leverage: 2x
Coin Name: 1000FLOKIUSDT
Buy zone : Below $0.0315
Stop loss : $0.0255
Take Profit 1: $0.0355
Take Profit 2: $0.0435
Take Profit 3: $0.0600
Max leverage: 3x
Buy zone : Below $0.0315
Stop loss : $0.0255
Take Profit 1: $0.0355
Take Profit 2: $0.0435
Take Profit 3: $0.0600
Max leverage: 3x
Exact entry and exit signals will be shared soon in my group.
https://app.binance.com/uni-qr/group-chat-landing?channelToken=-ShFkbHsXnERgwapM_gCcQ&type=1&entrySource=sharing_link
https://app.binance.com/uni-qr/group-chat-landing?channelToken=-ShFkbHsXnERgwapM_gCcQ&type=1&entrySource=sharing_link
$AIO
SHORT while you can.
$31000+ profits while Shorting this.
Big SHORTS big Profits.
$RAVE $SIREN
SHORT while you can.
$31000+ profits while Shorting this.
Big SHORTS big Profits.
$RAVE $SIREN
HAHAHAHAHAHAHAHHAHAHAHA
I told you $AIA big crash is coming.
18% down so far.
More to come.
0.08 coming.
I told you $AIA big crash is coming.
18% down so far.
More to come.
0.08 coming.
The Crypto Jack
·
--
Bearish$AIA
BIG CRASH COMING or I will DELETE my Binance account.
ITS GOING to DUMP to 0.08
I'm SHORT with 25x.
Otherwise i will delete my Binance account.
BIG CRASH COMING or I will DELETE my Binance account.
ITS GOING to DUMP to 0.08
I'm SHORT with 25x.
Otherwise i will delete my Binance account.
$AIA
BIG CRASH COMING or I will DELETE my Binance account.
ITS GOING to DUMP to 0.08
I'm SHORT with 25x.
Otherwise i will delete my Binance account.
BIG CRASH COMING or I will DELETE my Binance account.
ITS GOING to DUMP to 0.08
I'm SHORT with 25x.
Otherwise i will delete my Binance account.
This $BULLA meme on @binance $BNB chain is crazy TBH.
51 million on Spot volume. And more than a billion on perps.
While mcap is still 6 or 7 millions.
Crazy.
51 million on Spot volume. And more than a billion on perps.
While mcap is still 6 or 7 millions.
Crazy.
$SKYAI
The BIG CRASH is coming.
Short it to zero.
At resistance right now.
Short with max leverage ang enjoy big profits.
The BIG CRASH is coming.
Short it to zero.
At resistance right now.
Short with max leverage ang enjoy big profits.
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