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luxuriant and tall ❤️ NewLife
NOYA: A Next-Generation Protocol Reshaping the Decentralized Finance Paradigm Introduction NOYA is ushering in a new era of decentralized finance (DeFi). Through a revolutionary protocol design, it enables AI agents to precisely control cross-chain liquidity in a fully trustless manner. Built on a modular system architecture, the protocol innovatively integrates three core components: a highly secure private guardian network, an AI-compatible trustless oracle system, and a competitive ecosystem platform for AI strategists and asset managers. A disruptive innovation in the DeFi space, NOYA utilizes a multi-intent parallel processing architecture to simultaneously optimize multiple financial objectives. Its infrastructure fully supports three core functions: Optimal Liquidity Placement (TULP), Intelligent Leverage and Collateral Management (LYFA), and Lowest Borrowing Rate Implementation (NOBO). These protocol modules are ready for deployment and will be launched as planned. The NOYA ecosystem achieves unprecedented financial strategy execution capabilities through the collaborative operation of Omnistrategies and Omnivaults, combined with cutting-edge zero-knowledge machine learning (ZKML) technology. Even more groundbreaking, NOYA redefines DeFi interactions by launching the world's first zero-click, voice-only DeFi terminal. Users can complete the entire DeFi process, including token swaps, cross-chain bridging, fund transfers, and yield farming, with just voice commands. With the continued integration of more functional intents and voice interaction scenarios, NOYA is creating a truly all-voice DeFi experience. With its robust system architecture and AI-driven intelligent strategies, NOYA is reshaping the future of decentralized finance, setting a new trustless standard for full-chain liquidity management and financial strategy execution. Industry Pain Point Analysis Strategy Singleness Dilemma: The current DeFi ecosystem primarily relies on basic strategies such as automatic reinvestment and leverage, lacking dynamic strategy solutions that integrate advanced financial engineering and AI technologies. This makes it difficult to effectively capture market opportunities and conduct comprehensive risk management. @NetworkNoya Liquidity Fragmentation Challenge: The widespread adoption of multi-chain and Rollup technologies has led to severe liquidity fragmentation, making it difficult for users to maximize returns and inefficiently executing cross-chain strategies. Centralized Black Box Risks: Despite touting decentralization, the existing DeFi system still relies on centralized intermediaries, introducing not only systemic risks but also exposing users to potential risks due to opaque operations. On-chain AI Implementation Bottlenecks: The computational costs and resource limitations of blockchain environments severely constrain the deployment of AI models, hindering the real-time execution and optimization of complex financial strategies. High-level Strategy Demand Gap: The market urgently needs intelligent strategy solutions that can autonomously optimize across protocols and environments. Existing protocols lack flexibility and depth to meet this demand. AI Output Reliability Issues: While AI holds great potential in the DeFi sector, the instability of early model outputs requires robust verification mechanisms, fault-tolerant frameworks, and result interpretation systems to ensure reliability. @KaitoAI #Kaito
NOYA: A Next-Generation Protocol Reshaping the Decentralized Finance Paradigm

Introduction
NOYA is ushering in a new era of decentralized finance (DeFi). Through a revolutionary protocol design, it enables AI agents to precisely control cross-chain liquidity in a fully trustless manner. Built on a modular system architecture, the protocol innovatively integrates three core components: a highly secure private guardian network, an AI-compatible trustless oracle system, and a competitive ecosystem platform for AI strategists and asset managers.

A disruptive innovation in the DeFi space, NOYA utilizes a multi-intent parallel processing architecture to simultaneously optimize multiple financial objectives. Its infrastructure fully supports three core functions: Optimal Liquidity Placement (TULP), Intelligent Leverage and Collateral Management (LYFA), and Lowest Borrowing Rate Implementation (NOBO). These protocol modules are ready for deployment and will be launched as planned.

The NOYA ecosystem achieves unprecedented financial strategy execution capabilities through the collaborative operation of Omnistrategies and Omnivaults, combined with cutting-edge zero-knowledge machine learning (ZKML) technology.

Even more groundbreaking, NOYA redefines DeFi interactions by launching the world's first zero-click, voice-only DeFi terminal. Users can complete the entire DeFi process, including token swaps, cross-chain bridging, fund transfers, and yield farming, with just voice commands. With the continued integration of more functional intents and voice interaction scenarios, NOYA is creating a truly all-voice DeFi experience.

With its robust system architecture and AI-driven intelligent strategies, NOYA is reshaping the future of decentralized finance, setting a new trustless standard for full-chain liquidity management and financial strategy execution.

Industry Pain Point Analysis
Strategy Singleness Dilemma: The current DeFi ecosystem primarily relies on basic strategies such as automatic reinvestment and leverage, lacking dynamic strategy solutions that integrate advanced financial engineering and AI technologies. This makes it difficult to effectively capture market opportunities and conduct comprehensive risk management.

@NetworkNoya

Liquidity Fragmentation Challenge: The widespread adoption of multi-chain and Rollup technologies has led to severe liquidity fragmentation, making it difficult for users to maximize returns and inefficiently executing cross-chain strategies.

Centralized Black Box Risks: Despite touting decentralization, the existing DeFi system still relies on centralized intermediaries, introducing not only systemic risks but also exposing users to potential risks due to opaque operations.

On-chain AI Implementation Bottlenecks: The computational costs and resource limitations of blockchain environments severely constrain the deployment of AI models, hindering the real-time execution and optimization of complex financial strategies.

High-level Strategy Demand Gap: The market urgently needs intelligent strategy solutions that can autonomously optimize across protocols and environments. Existing protocols lack flexibility and depth to meet this demand.

AI Output Reliability Issues: While AI holds great potential in the DeFi sector, the instability of early model outputs requires robust verification mechanisms, fault-tolerant frameworks, and result interpretation systems to ensure reliability.

@KaitoAI #Kaito
luxuriant and tall ❤️ NewLife
luxuriant and tall ❤️ NewLife
Crypto Newbie
07-30 06:06
NOYA Infrastructure Architecture @NetworkNoya Modular Design NOYA utilizes a core modular design to ensure future adaptability. Its architecture divides key functions into independent modules: data oracle, training module, behavior logging, execution layer, verification layer, cross-chain bridging, and messaging. Each module has clear responsibilities: Data oracle: Currently, an optimistic verification mechanism is used for data input, and a fraud proof system is under development to ensure data authenticity and integrity. Training module: Managed by an intelligent agent architecture, the training process is flexible and adaptable, but requires that historical model result proofs be stored on IPFS via NOYA pre-submitted inputs. Behavior logging: All operations and proofs are uploaded to IPFS to ensure traceability and verifiability. Execution layer: Keepers are responsible for transaction verification and execution, maintaining the integrity of network operations. Verification layer: Watchers monitor blockchain behavior in real time, providing a second line of defense. Cross-chain bridging: The modular bridging solution supports multiple LiFi bridge options to meet diverse cross-chain needs. Message Communication: A secure communication protocol based on the integration of LayerZero and Polyhedra ensures reliable cross-chain message transmission. These modules work together to build NOYA's highly scalable and secure infrastructure, continuously addressing the evolving needs of blockchain technology. On-Chain AI Model Stabilization Solution (ZKML) The Zero-Knowledge Machine Learning Revolution AI technology has become a transformative force for improving the efficiency of fields like decentralized finance (DeFi), but on-chain AI integration continues to face the core challenge of prohibitively high blockchain transaction computing costs. To address this, NOYA, in collaboration with Modulus Labs and EZKL, has innovatively developed a ZKML (Zero-Knowledge Machine Learning) architecture based on zk-SNARKs (Zero-Knowledge Succinct Non-Interactive Arguments), creating a new paradigm for on-chain AI applications. ZKML's core breakthroughs lie in: - Trustless on-chain verification of model outputs - Complete privacy protection of model weights This dual feature not only safeguards the intellectual property competitive advantage of model designers, but also completely eliminates additional trust assumptions. Its technical principles can be summarized as follows... @KaitoAI #Kaito
NOYA Infrastructure Architecture
@NetworkNoya
Modular Design
NOYA utilizes a core modular design to ensure future adaptability. Its architecture divides key functions into independent modules: data oracle, training module, behavior logging, execution layer, verification layer, cross-chain bridging, and messaging. Each module has clear responsibilities:

Data oracle: Currently, an optimistic verification mechanism is used for data input, and a fraud proof system is under development to ensure data authenticity and integrity.

Training module: Managed by an intelligent agent architecture, the training process is flexible and adaptable, but requires that historical model result proofs be stored on IPFS via NOYA pre-submitted inputs.

Behavior logging: All operations and proofs are uploaded to IPFS to ensure traceability and verifiability.

Execution layer: Keepers are responsible for transaction verification and execution, maintaining the integrity of network operations.

Verification layer: Watchers monitor blockchain behavior in real time, providing a second line of defense.

Cross-chain bridging: The modular bridging solution supports multiple LiFi bridge options to meet diverse cross-chain needs.
Message Communication: A secure communication protocol based on the integration of LayerZero and Polyhedra ensures reliable cross-chain message transmission.

These modules work together to build NOYA's highly scalable and secure infrastructure, continuously addressing the evolving needs of blockchain technology.

On-Chain AI Model Stabilization Solution (ZKML)
The Zero-Knowledge Machine Learning Revolution
AI technology has become a transformative force for improving the efficiency of fields like decentralized finance (DeFi), but on-chain AI integration continues to face the core challenge of prohibitively high blockchain transaction computing costs. To address this, NOYA, in collaboration with Modulus Labs and EZKL, has innovatively developed a ZKML (Zero-Knowledge Machine Learning) architecture based on zk-SNARKs (Zero-Knowledge Succinct Non-Interactive Arguments), creating a new paradigm for on-chain AI applications.

ZKML's core breakthroughs lie in:
- Trustless on-chain verification of model outputs
- Complete privacy protection of model weights
This dual feature not only safeguards the intellectual property competitive advantage of model designers, but also completely eliminates additional trust assumptions. Its technical principles can be summarized as follows...
@KaitoAI #Kaito
0xTodd🦇🔊
0xTodd🦇🔊
Crypto Newbie
07-21 01:30
I saw the news @yalaorg that Yala's TGE will be held next week, just when Bitcoin has just reached a new high, Bitcoin and Bitcoin are climbing to new heights, liquidity is abundant, and sentiment is Fomo. Looking back, Babylon's TGE was accidentally held in mid-April, which was the only time Bitcoin fell below 80K this year. It's really fate and time. Someone once asked what the difference is between the two BTC Fi. Today, I'm going to open a post to talk about it on the eve of TGE. First, it's the implementation method of the protocol. Babylon will have its own independent L1 in the future, using Bitcoin collateral as an additional security guarantee, and its status is somewhat similar to that of Bitcoin sidechains. Specifically, $BABY holders will run PoS nodes and be responsible for block generation; while Bitcoin collateralists are responsible for verification and final signatures. The advantage of this is that independent L1 has faster performance and greater freedom. Yala, on the other hand, directly uses Ethereum as the settlement layer and will not issue its own chain, which is equivalent to a packaged version of Bitcoin. In this way, the chain security is guaranteed by Ethereum, and the bottleneck of protocol security is mainly concentrated on cross-chain bridges and multi-signatures. The advantage of this is that the use of Ethereum will obtain better compatibility, and obviously, product development will be faster. In addition, the product goals of the two are also different. After Babylon has its own L1, it will focus on DeFi, RWA and various applications like other public chains. The main focus is a big and comprehensive one. After Yala crossed BTC to Ethereum, it focused on the stablecoin track. It allows $YBTC to over-collateralize the stablecoin $YU (somewhat similar to ETH over-collateralizing DAI/USDS in MakerDAO), so $YALA specializes in stablecoins. Considering the recent smooth progress of the genius bill, it is also timely to take advantage of the east wind. Now more and more people realize that the killer applications of blockchain are actually - Bitcoin, Ethereum and stablecoins, and the applications built around them hope to add icing on the cake.
I saw the news @yalaorg that Yala's TGE will be held next week, just when Bitcoin has just reached a new high, Bitcoin and Bitcoin are climbing to new heights, liquidity is abundant, and sentiment is Fomo.

Looking back, Babylon's TGE was accidentally held in mid-April, which was the only time Bitcoin fell below 80K this year.

It's really fate and time.

Someone once asked what the difference is between the two BTC Fi. Today, I'm going to open a post to talk about it on the eve of TGE.

First, it's the implementation method of the protocol.

Babylon will have its own independent L1 in the future, using Bitcoin collateral as an additional security guarantee, and its status is somewhat similar to that of Bitcoin sidechains. Specifically, $BABY holders will run PoS nodes and be responsible for block generation; while Bitcoin collateralists are responsible for verification and final signatures.

The advantage of this is that independent L1 has faster performance and greater freedom.
Yala, on the other hand, directly uses Ethereum as the settlement layer and will not issue its own chain, which is equivalent to a packaged version of Bitcoin. In this way, the chain security is guaranteed by Ethereum, and the bottleneck of protocol security is mainly concentrated on cross-chain bridges and multi-signatures.
The advantage of this is that the use of Ethereum will obtain better compatibility, and obviously, product development will be faster.

In addition, the product goals of the two are also different.

After Babylon has its own L1, it will focus on DeFi, RWA and various applications like other public chains. The main focus is a big and comprehensive one.

After Yala crossed BTC to Ethereum, it focused on the stablecoin track. It allows $YBTC to over-collateralize the stablecoin $YU (somewhat similar to ETH over-collateralizing DAI/USDS in MakerDAO), so $YALA specializes in stablecoins.

Considering the recent smooth progress of the genius bill, it is also timely to take advantage of the east wind.

Now more and more people realize that the killer applications of blockchain are actually - Bitcoin, Ethereum and stablecoins, and the applications built around them hope to add icing on the cake.