- Phala Network shifts to an AI-agent contract, combining AI with blockchain for decentralized AI agents.
- The upgrade empowers developers to create, own, and monetize AI agents within Web3.
Phala Network has introduced AI-Agent Contract, a blockchain ecosystem development, in partnership with Polkadot. This important development marks a strategic turn toward incorporating artificial intelligence (AI) capabilities into the Web3 environment.
Say hello to the AI-Agent Contract by @PhalaNetwork!
From Phat to AI-Agent Contracts for Smart Agents, Phala is paving the way for the development, ownership, and monetization of AI in Web3 on Polkadot
See announcement for details
— Polkadot (@Polkadot) April 8, 2024
Say hello to the AI-Agent Contract by 
The transition from the Phala Contract to the AI-Agent Contract signifies a deliberate move towards deeper integration of AI with blockchain technology. This evolution is not merely a name alteration but a substantial upgrade designed to unlock AI’s full potential within the Web3 ecosystem.
The development of the AI-Agent Contract is driven by several core objectives aimed at overcoming current limitations within the blockchain ecosystem. These objectives include facilitating seamless AI integration, decentralizing ownership and monetization of AI agents, and expanding the scope of blockchain applications by incorporating AI-driven services. By achieving these objectives, Phala Network seeks to empower the Web3 community and unlock new capabilities for blockchain applications.
Innovative Features of AI-Agent Contract
The AI-Agent Contract introduces several innovative features that distinguish it from its predecessor and other blockchain platforms. These features include an AI-centric approach, modularity and interoperability, a decentralized marketplace for AI agents, and secure and trustless interactions between AI agents and blockchain applications. By leveraging these features, Phala Network aims to foster adoption and innovation within the Web3 ecosystem while enhancing user experience and pushing the boundaries of what blockchain applications can achieve.
As Phala Network transitions towards the AI-Agent Contract, it has outlined a comprehensive roadmap to drive innovation and deepen community ties. The roadmap includes initiatives such as community ownership and tokenomics, integration and partnerships with innovative platforms, and technological advancements, including AI model integration and GPU expansion. This roadmap underscores Phala’s dedication to ongoing innovation and its commitment to enhancing the capabilities and reach of the Phala Network ecosystem.
The upgrade to the AI-Agent Contract marks a significant initiative to empower the Web3 community by tapping into AI’s transformative potential. By offering a platform for the development, deployment, and monetization of AI agents in a decentralized fashion, Phala Network aims to unlock new capabilities, foster adoption and innovation, and improve user experience within the Web3 space. As the launch of the AI-Agent Contract unfolds, the possibilities for collaboration and innovation are vast, signaling a new chapter in integrating AI and blockchain technologies.
PHA and DOT price analysis
Amidst below-average trading volume, Phala network (PHA) has witnessed a 3% decrease over the past 24 hours. The coin now stands at a price of $0.26, reflecting a substantial shift in its value. The recent decline in PHA’s value, coupled with fluctuations in trading volume, suggests a degree of uncertainty among investors regarding the cryptocurrency’s prospects.
Conversely, DOT has experienced a modest 2% increase in its price over the last 24 hours, currently trading at $8.86. However, despite this recent uplift, DOT has encountered a significant setback over the past month, with its value plummeting by 17%. Despite its recent uptick, DOT has been grappling with market volatility and a significant decrease in value over the past month. This turbulent performance underscores the challenges faced by investors in navigating the cryptocurrency
