Joy Cotey V3W9
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Deposit 100U😁
Quoted content has been removed
Waiting for your code 🥲
阿丁之预言家
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Is everyone awake?
Let's have a contract code😀
Let's have a contract code😀
Do you need a ladder?
阿丁之预言家
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The favorite presale project is here! There's no need to explain why presales are favored; the previous presales I pushed for were at least 5 times, and the highest was nearly 20 times, all guaranteed profits. Just go for it!
The recent leaders on BSC are undoubtedly giggle and 4, both backed by CZ. The mood is high, and everyone is diving in without hesitation. I just found a presale project that I think has potential, called baby4, which combines the two hottest elements, 4 and giggle, making it relatable and easy to spread.
The presale lasts only 4 hours, accepting just 200B, and has already raised 100B, so you can still participate! I estimate a minimum of 5-10 times!
Participate on the official website: https://www.baby4.org/
The recent leaders on BSC are undoubtedly giggle and 4, both backed by CZ. The mood is high, and everyone is diving in without hesitation. I just found a presale project that I think has potential, called baby4, which combines the two hottest elements, 4 and giggle, making it relatable and easy to spread.
The presale lasts only 4 hours, accepting just 200B, and has already raised 100B, so you can still participate! I estimate a minimum of 5-10 times!
Participate on the official website: https://www.baby4.org/
Contract address?
Quoted content has been removed
Everyone benefits equally.
100 points are truly fragrant 🤓
#币安Alpha上新
#币安Alpha上新
They are all genuinely wanting to turn the situation around, the question is whether they have the patience.
The next thousand-fold ceiling on the Bsc chain is right at Alpha, an overwhelming wealth!
Come, let's ambush a hundred-fold coin together this time. But first, let me make it clear: only those who truly want to turn the tables are invited to strategize together.
Come, let's ambush a hundred-fold coin together this time. But first, let me make it clear: only those who truly want to turn the tables are invited to strategize together.
It should be in the dapp section of the wallet.
Four .MEME is launching a new presale, if you want to participate, you can check it out.
creditslink is building an AI-driven on-chain identity verification and credit scoring system, pushing Web3 finance towards a future that is collateral-free and inclusive.
Presale time: August 28 at 8 AM - August 30 at 8 AM (UTC)
Purchase method and maximum limits:
$USD1 : 50 pieces – 4,000 pieces
$FORM : 10 pieces - 1,000 pieces
creditslink is building an AI-driven on-chain identity verification and credit scoring system, pushing Web3 finance towards a future that is collateral-free and inclusive.
Presale time: August 28 at 8 AM - August 30 at 8 AM (UTC)
Purchase method and maximum limits:
$USD1 : 50 pieces – 4,000 pieces
$FORM : 10 pieces - 1,000 pieces
Do you need to use a VPN?
Four .MEME is launching a new presale, if you want to participate, you can check it out.
creditslink is building an AI-driven on-chain identity verification and credit scoring system, pushing Web3 finance towards a future that is collateral-free and inclusive.
Presale time: August 28 at 8 AM - August 30 at 8 AM (UTC)
Purchase method and maximum limits:
$USD1 : 50 pieces – 4,000 pieces
$FORM : 10 pieces - 1,000 pieces
creditslink is building an AI-driven on-chain identity verification and credit scoring system, pushing Web3 finance towards a future that is collateral-free and inclusive.
Presale time: August 28 at 8 AM - August 30 at 8 AM (UTC)
Purchase method and maximum limits:
$USD1 : 50 pieces – 4,000 pieces
$FORM : 10 pieces - 1,000 pieces
Do you need to use a VPN?
Brothers, the time for speculation has come again $CDL
@four_meme_ has launched a new pre-sale payment method similar to the first $SKYAI
1. Did not inform us about the fundraising launch
2. Cannot see the background of the project party
3. Fixed range limits for each wallet ( $USD1 :50~4000 $FOUR :10~1000)
4. Refund for excess amounts
Just now, @four_meme_ launched a points system, but this new investment does not require any four points
The time for speculation has come, what do you brothers think?
@four_meme_ has launched a new pre-sale payment method similar to the first $SKYAI
1. Did not inform us about the fundraising launch
2. Cannot see the background of the project party
3. Fixed range limits for each wallet ( $USD1 :50~4000 $FOUR :10~1000)
4. Refund for excess amounts
Just now, @four_meme_ launched a points system, but this new investment does not require any four points
The time for speculation has come, what do you brothers think?
Do you have a wallet address?
In that wallet?
In that wallet?
The first multi-zero coin of the okB chain 10 Oil War God Charge #Moco
The airdrop points are not enough for the transaction fee 😂
币界网
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Gate Alpha will launch the twelfth phase of the points airdrop, holding 138 points allows early access to claim 1750 ANI
According to news from Coin World, Gate Alpha will launch the ANI points airdrop on August 18 at 18:00 (UTC+8). Users holding ≥ 138 Gate Alpha points can claim 1750 ANI airdrop tokens. Limited quantity, first come first served. This event will consume 15 Gate Alpha points. According to official news, the top 4 coins in today's Gate Alpha price increase rankings are: FORK (1446.73%), AIN (665.02%), Broligarch (412.01%), and Waluigi (322.77%). Gate Alpha now supports popular public chains such as SOL, ETH, BNB Chain, Base, and World Chain, and enables seamless trading of cross-chain tokens through contract address search functionality, facilitating a one-click access to on-chain tokens.
#Treehouse
Founder of Treehouse
Brandon Goh (CEO): The leader shaping the vision of Treehouse.
Kang Loh (CSO): Co-founder responsible for strategic operations.
Bryan Goh: Co-founder who plays a key role in protocol development.
Treehouse Financing
Treehouse has raised a total of $18 million from leading venture capital firms in traditional finance and the crypto space over multiple funding rounds.
Financing details: ● Pre-seed round (September 2021): $2.4 million ● Seed round (March 2022): $18 million, through Simple Agreement for Future Tokens (SAFT) ● Strategic financing round (end of 2024/beginning of 2025): undisclosed amount, fully diluted valuation of $400 million
Why Choose Treehouse?
Traditional DeFi faces the issues of yield fragmentation and lack of standardized benchmarks, making it difficult to create and price fixed-income products. Treehouse addresses these challenges through groundbreaking innovations:
Experienced leadership team: Founded by former Morgan Stanley and traditional finance executives, with deep institutional experience and a track record of success in the fixed-income market.
Strong investor validation: Raised $18 million from top investors including MassMutual Ventures, Binance Labs, and Lightspeed, demonstrating institutional confidence in the team and vision.
Real-time network traction: Operational with a TVL of $560 million and over 44,000 users, proving market demand for unified DeFi yields and product-market fit.
Industry-first innovations: Created the first unified yield token (tAssets) and decentralized benchmark interest rate (DOR), establishing infrastructure for DeFi fixed income.
Institutional-grade security: Multiple audits from leading security firms and partnerships with established protocols ensure robust risk management and operational safety.
Strategic partnerships: Collaboration with RockX for staking infrastructure, security development with BuildBear Labs, and integration across major DeFi protocols demonstrate ecosystem strength.
#Treehouse
Founder of Treehouse
Brandon Goh (CEO): The leader shaping the vision of Treehouse.
Kang Loh (CSO): Co-founder responsible for strategic operations.
Bryan Goh: Co-founder who plays a key role in protocol development.
Treehouse Financing
Treehouse has raised a total of $18 million from leading venture capital firms in traditional finance and the crypto space over multiple funding rounds.
Financing details: ● Pre-seed round (September 2021): $2.4 million ● Seed round (March 2022): $18 million, through Simple Agreement for Future Tokens (SAFT) ● Strategic financing round (end of 2024/beginning of 2025): undisclosed amount, fully diluted valuation of $400 million
Why Choose Treehouse?
Traditional DeFi faces the issues of yield fragmentation and lack of standardized benchmarks, making it difficult to create and price fixed-income products. Treehouse addresses these challenges through groundbreaking innovations:
Experienced leadership team: Founded by former Morgan Stanley and traditional finance executives, with deep institutional experience and a track record of success in the fixed-income market.
Strong investor validation: Raised $18 million from top investors including MassMutual Ventures, Binance Labs, and Lightspeed, demonstrating institutional confidence in the team and vision.
Real-time network traction: Operational with a TVL of $560 million and over 44,000 users, proving market demand for unified DeFi yields and product-market fit.
Industry-first innovations: Created the first unified yield token (tAssets) and decentralized benchmark interest rate (DOR), establishing infrastructure for DeFi fixed income.
Institutional-grade security: Multiple audits from leading security firms and partnerships with established protocols ensure robust risk management and operational safety.
Strategic partnerships: Collaboration with RockX for staking infrastructure, security development with BuildBear Labs, and integration across major DeFi protocols demonstrate ecosystem strength.
#Treehouse
@TreehouseFi
#Treehouse and $TREE
The birth of the TREE model breaks through these limitations. The TREE model is a Transformer-based graph representation learning AI model that can handle both homogeneous and heterogeneous networks, where homogeneous networks contain only genes, while heterogeneous networks include various node types such as transcription factors (TF), miRNA, and IncRNA.
▲(a) Multi-omics data collection and homogeneous/heterogeneous network construction; (b) Overall model flowchart for cancer gene prediction; (c) Gene representation learning layer of the model; (d) Multi-channel integration module.
02
TREE's 'Superpowers'
Research shows that TREE exhibits superior performance on 8 biological pan-cancer networks and 31 cancer-specific networks. Compared to 5 network-based AI methods, TREE has the best AUC and AUPR metrics, with an average AUC improvement of 5.91% and AUPR improvement of 9.87%, demonstrating the model's generalization and robustness.
At the same time, TREE also performs excellently in terms of interpretability. Mutations are crucial in cancer gene identification, and TREE has advantages in precisely locating rare mutation genes; heterogeneous information allows TREE to verify significant cancer gene regulatory mechanisms through network pathways.
▲Venn diagram of cancer candidate genes identified by all methods
After scoring all common unlabeled genes in the network, TREE recommended 57 potential cancer candidate genes, suggesting they may be associated with cancer. Subsequently, researchers tested the model's performance using the entire dataset, and the results showed that the evaluation results provided by the model were stable and consistent, indicating that TREE is a reliable tool for identifying new cancer candidate genes.
#Treehouse and $TREE
The birth of the TREE model breaks through these limitations. The TREE model is a Transformer-based graph representation learning AI model that can handle both homogeneous and heterogeneous networks, where homogeneous networks contain only genes, while heterogeneous networks include various node types such as transcription factors (TF), miRNA, and IncRNA.
▲(a) Multi-omics data collection and homogeneous/heterogeneous network construction; (b) Overall model flowchart for cancer gene prediction; (c) Gene representation learning layer of the model; (d) Multi-channel integration module.
02
TREE's 'Superpowers'
Research shows that TREE exhibits superior performance on 8 biological pan-cancer networks and 31 cancer-specific networks. Compared to 5 network-based AI methods, TREE has the best AUC and AUPR metrics, with an average AUC improvement of 5.91% and AUPR improvement of 9.87%, demonstrating the model's generalization and robustness.
At the same time, TREE also performs excellently in terms of interpretability. Mutations are crucial in cancer gene identification, and TREE has advantages in precisely locating rare mutation genes; heterogeneous information allows TREE to verify significant cancer gene regulatory mechanisms through network pathways.
▲Venn diagram of cancer candidate genes identified by all methods
After scoring all common unlabeled genes in the network, TREE recommended 57 potential cancer candidate genes, suggesting they may be associated with cancer. Subsequently, researchers tested the model's performance using the entire dataset, and the results showed that the evaluation results provided by the model were stable and consistent, indicating that TREE is a reliable tool for identifying new cancer candidate genes.
@Treehouse F i
#Treehouse and $TREE
What are the roles of TREE? 1. Interest Rate Fragmentation Crisis The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences displayed when the same asset is traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of Infrastructure in Professional Finance Traditional finance heavily relies on benchmark interest rates such as LIBOR (now SOFR) when pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, which limits the development of complex fixed income products needed by institutional investors. Without standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited Yield Optimization Opportunities The opportunity to generate stable returns through interest rate arbitrage strategies has historically only been accessible to institutional participants with substantial capital and complex infrastructure. Retail investors and small institutions are unable to effectively exploit the interest rate differences between protocols, thus missing out on the enhanced returns that professional traders habitually acquire.
#Treehouse and $TREE
What are the roles of TREE? 1. Interest Rate Fragmentation Crisis The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences displayed when the same asset is traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of Infrastructure in Professional Finance Traditional finance heavily relies on benchmark interest rates such as LIBOR (now SOFR) when pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, which limits the development of complex fixed income products needed by institutional investors. Without standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited Yield Optimization Opportunities The opportunity to generate stable returns through interest rate arbitrage strategies has historically only been accessible to institutional participants with substantial capital and complex infrastructure. Retail investors and small institutions are unable to effectively exploit the interest rate differences between protocols, thus missing out on the enhanced returns that professional traders habitually acquire.
@Treehouse fi
#Treehouseand $TREE
What are the functions of TREE? 1. The fragmentation crisis of interest rates The cryptocurrency fixed income market is severely fragmented, showing significant interest rate differences when the same assets are traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and restrict the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of infrastructure in professional finance Traditional finance relies heavily on benchmark interest rates such as LIBOR (now SOFR) for pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, limiting the development of complex fixed income products required by institutional investors. In the absence of standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited opportunities for yield optimization The opportunity to generate stable returns through interest rate arbitrage strategies has historically only been available to institutional participants with significant capital and complex infrastructure. Retail investors and smaller institutions cannot effectively take advantage of interest rate differences between protocols, thus missing out on the enhanced returns that professional traders habitually capture.
What are the functions of TREE? 1. The fragmentation crisis of interest rates The cryptocurrency fixed income market is severely fragmented, showing significant interest rate differences when the same assets are traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and restrict the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of infrastructure in professional finance Traditional finance relies heavily on benchmark interest rates such as LIBOR (now SOFR) for pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, limiting the development of complex fixed income products required by institutional investors. In the absence of standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited opportunities for yield optimization The opportunity to generate stable returns through interest rate arbitrage strategies has historically only been available to institutional participants with significant capital and complex infrastructure. Retail investors and smaller institutions cannot effectively take advantage of interest rate differences between protocols, thus missing out on the enhanced returns that professional traders habitually capture.
@Treehouse Fi
#Treehouseand $TREE
What are the functions of TREE? 1. Fragmentation of interest rates The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences for the same asset when traded across different protocols. Unlike traditional finance, where a unified benchmark interest rate ensures market efficiency, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where lending rates for ETH can exhibit dramatic changes across platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable, predictable reference rates. 2. Lack of infrastructure in professional finance Traditional finance heavily relies on benchmark interest rates like LIBOR (now SOFR) when pricing trillions of dollars in financial products, ranging from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, which limits the development of complex fixed income products required by institutional investors. Without standardized reference rates, creating products such as interest rate swaps, floating rate notes, or complex yield curves is nearly impossible. 3. Limited yield optimization opportunities Opportunities to generate stable returns through interest rate arbitrage strategies have historically been available only to institutional participants with substantial capital and complex infrastructure. Retail investors and small institutions are unable to effectively capitalize on interest rate differences between protocols, missing out on enhanced yields that professional traders routinely obtain.
What are the functions of TREE? 1. Fragmentation of interest rates The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences for the same asset when traded across different protocols. Unlike traditional finance, where a unified benchmark interest rate ensures market efficiency, DeFi often lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where lending rates for ETH can exhibit dramatic changes across platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable, predictable reference rates. 2. Lack of infrastructure in professional finance Traditional finance heavily relies on benchmark interest rates like LIBOR (now SOFR) when pricing trillions of dollars in financial products, ranging from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, which limits the development of complex fixed income products required by institutional investors. Without standardized reference rates, creating products such as interest rate swaps, floating rate notes, or complex yield curves is nearly impossible. 3. Limited yield optimization opportunities Opportunities to generate stable returns through interest rate arbitrage strategies have historically been available only to institutional participants with substantial capital and complex infrastructure. Retail investors and small institutions are unable to effectively capitalize on interest rate differences between protocols, missing out on enhanced yields that professional traders routinely obtain.
@TreehouseFi
Treehouse (TREE) was launched on July 29. Eligible users can claim airdrops using Binance Alpha points on the Alpha event page after trading opens. Specific eligibility criteria and the quantity of claims have not yet been announced. So what roles does this project, led by Binance, serve? Can its value skyrocket in the future? Let's learn more in advance! 1. What is TREE? TREE, or Treehouse, is an innovative decentralized application that introduces revolutionary fixed-income infrastructure to the cryptocurrency ecosystem. Unlike traditional DeFi tokens focused on lending or staking, the protocol provides comprehensive infrastructure to solve the fundamental problem of interest rate fragmentation in on-chain markets. TREE addresses key flaws in cryptocurrency fixed income through two main innovations: Treehouse Assets (tAssets) and Decentralized Offered Rates (DOR). tAssets are liquid staking tokens that allow users to earn real yields through interest rate arbitrage, while DOR creates the first decentralized consensus mechanism for benchmark interest rate setting in the cryptocurrency market. The protocol currently operates through tETH and the DOR mechanism, with plans for future governance tokenization on its decentralized roadmap. 2. What roles does TREE serve? 1. Interest Rate Fragmentation Crisis The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences for the same asset traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi typically lacks a unified reference point, leading to inefficiencies that suppress institutional adoption and hinder the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial tools that require stable and predictable reference interest rates. 2. Lack of Infrastructure in Professional Finance Traditional finance relies heavily on benchmark interest rates like LIBOR (now SOFR) for pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, limiting the development of complex fixed-income products needed by institutional investors. Without standardized reference rates, it is almost impossible to create products such as interest rate swaps, floating-rate notes, or complex yield curves. 3. Limited Opportunities for Yield Optimization Opportunities to generate stable returns through interest rate arbitrage strategies have historically been available only to institutional participants with substantial capital and complex infrastructure. Retail investors and small institutions cannot effectively exploit interest rate differences between protocols, missing out on enhanced returns typically captured by professional traders. 3. Basic Information on the TREE Project Project Name: TREE Total Token Supply: 1 billion tokens Project Track: ETH Chain, BNB Chain Financing Information: Treehouse has raised $18 million to build a future DeFi analytics platform. The seed round was led by an undisclosed large fintech investor, with participation from venture capital funds, institutions, and angel investors, including Mirana Ventures, Lightspeed Venture Partners, MassMutual Ventures, and Binance. The project developers include Brandon Goh as Co-Founder and CEO of TreeHouse, Ben L. as Co-Founder and Chief Strategy/Operations Officer, Bryan Goh as Co-Founder, and Thư Nhữ Anh as Backend Lead. 4. What are the future development prospects of TREE? TREE represents a fundamental breakthrough in DeFi infrastructure, addressing the critical gaps in managing interest rate fragmentation and establishing benchmark rates through innovative solutions that limit institutional adoption of cryptocurrencies. Although the TREE token has not yet been issued, the protocol's complex tAssets and DOR mechanisms demonstrate the technological foundation needed for a revolutionary fixed-income market. The unique combination of tAssets yield optimization and DOR benchmark rate creation makes it a key infrastructure for the next stage of DeFi evolution. As the cryptocurrency market matures, Treehouse addresses fundamental market inefficiencies with a comprehensive approach, establishing itself as a cornerstone technology for the development of complex financial products. For investors and institutions seeking exposure to next-generation DeFi infrastructure, the Treehouse protocol offers attractive opportunities through its current tETH product while building a more comprehensive ecosystem that could define how the decentralized future of the fixed-income market operates.
TREE, short for Treehouse, is an innovative decentralized application that introduces a revolutionary fixed-income infrastructure for cryptocurrencies, creating a cryptocurrency ecosystem. Unlike traditional DeFi tokens that focus on lending or staking, this protocol provides a comprehensive infrastructure to address the fundamental problem of fragmented interest rates in on-chain markets. TREE addresses key flaws in crypto fixed income through two main innovations: Treehouse Assets (tAssets) and Decentralized Offered Rate (DOR). tAssets are liquid staking tokens that allow users to obtain real returns through interest rate arbitrage, while DOR creates the first decentralized consensus mechanism for benchmark interest rate setting in the crypto market. The protocol currently operates through tETH and the DOR mechanism and plans to implement future governance tokenization in its decentralized roadmap.
1. Interest Rate Fragmentation Crisis The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences for the same asset when traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that inhibit institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of Infrastructure for Professional Finance Traditional finance heavily relies on benchmark interest rates like LIBOR (now SOFR) for pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, limiting the development of complex fixed-income products needed by institutional investors. Without standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited Opportunities for Yield Optimization Opportunities to generate stable returns through interest rate arbitrage strategies have historically only been available to institutional participants with large amounts of capital and complex infrastructure.
1. Interest Rate Fragmentation Crisis The cryptocurrency fixed income market is severely fragmented, with significant interest rate differences for the same asset when traded across different protocols. Unlike traditional finance, which ensures market efficiency through a unified benchmark interest rate, DeFi often lacks a unified reference point, leading to inefficiencies that inhibit institutional adoption and limit the development of complex financial products. This fragmentation is particularly evident in the Ethereum lending market, where the interest rates for borrowing ETH can vary dramatically between platforms like Aave, Compound, and Spark. This inconsistency creates uncertainty for users seeking the best terms and hinders the development of complex financial instruments that require stable and predictable reference rates. 2. Lack of Infrastructure for Professional Finance Traditional finance heavily relies on benchmark interest rates like LIBOR (now SOFR) for pricing trillions of dollars in financial products, from corporate bonds to derivative contracts. The cryptocurrency market lacks equivalent infrastructure, limiting the development of complex fixed-income products needed by institutional investors. Without standardized reference rates, it is nearly impossible to create products such as interest rate swaps, floating rate notes, or complex yield curves. 3. Limited Opportunities for Yield Optimization Opportunities to generate stable returns through interest rate arbitrage strategies have historically only been available to institutional participants with large amounts of capital and complex infrastructure.
TREE represents a fundamental breakthrough in DeFi infrastructure, addressing the key gaps in dealing with fragmented interest rates and establishing reference rates through innovative solutions, which have limited institutional adoption of cryptocurrencies. Although the TREE token has not yet been issued, the protocol's complex tAssets and DOR mechanisms demonstrate the technological foundation required for a revolutionary fixed income market. The unique combination of the protocol's tAssets yield optimization and DOR benchmark rate creation makes it a key infrastructure for the next stage of DeFi evolution. As the cryptocurrency market matures, Treehouse addresses fundamental market inefficiencies with a comprehensive approach, establishing itself as a cornerstone technology for the development of complex financial products. For investors and institutions seeking to engage with next-generation DeFi infrastructure, the Treehouse protocol offers attractive opportunities through its current tETH product while building a more comprehensive ecosystem that could define how decentralized fixed income markets operate in the future. Recently, the cryptocurrency market has been performing very well, with many entry opportunities in both spot and futures markets. However, if one cannot analyze market trends, determine directions, and accurately grasp entry and exit points, it can lead to being trapped, cutting losses, or even liquidation!
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