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The AI Agents market is projected to grow by $42B by 2030.
@ionet empowers builders to scale the Agentic Web.đŠŸ
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Soraâs launch shows just how far multi-modal AI has come. But scaling advanced AI like Sora into web3? Thatâs a whole different challenge. đ§”
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In our recent AMA, VP of Engineering @smiraldr discussed how @ionet addresses key challenges in integrating decentralized GPU resources within AI platforms: đ» Creating a unified abstraction layer using containerization technologies đ Implementing end-to
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.@ionet optimizes AI workflows with targeted infrastructure solutions: đ§ Training: Clustering nodes for high-bandwidth data transfer during intensive model training ⥠Inference: Geo-distributed GPUs for ultra-low-latency real-time decision-making @ionet delivers scalable, decentralized compute
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.@ionet integrates Trusted Execution Environments (TEEs) to ensure privacy, security, and compliance in decentralized AI workflows. đĄ What are TEEs? A secure processor area protecting data during computationâessential for: đ Privacy: Encrypting data in transit and at rest, safeguarding sensitive AI operations â Trust: Tamper-resistant AI models đ Regulatory compliance: Meeting global standards like GDPR How @ionet uses TEEs: đ Secure, isolated environments for trustless AI workflows đ End-to-end encryption ensures data privacy and integrity đ» Multi-party computation made seamless for decentralized systems
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.@ionet integrates Trusted Execution Environments (TEEs) to ensure privacy, security, and compliance in decentralized AI workflows. đĄ What are TEEs? A secure processor area protecting data during computationâessential for: đ Privacy: Encrypting data in transit and at rest, safeguarding sensitive AI operations â Trust: Tamper-resistant AI models đ Regulatory compliance: Meeting global standards like GDPR How @ionet uses TEEs: đ Secure, isolated environments for trustless AI workflows đ End-to-end encryption ensures data privacy and integrity đ» Multi-party computation made seamless for decentralized systems .@ionet integrates Trusted Execution Environments (TEEs) to ensure privacy, security, and compliance in decentralized AI workflows. đĄ What are TEEs? A secure processor area protecting data during computationâessential for: đ Privacy: Encrypting data in transit and at rest, safeguarding sensitive AI operations â Trust: Tamper-resistant AI models đ Regulatory compliance: Meeting global standards like GDPR How @ionet uses TEEs: đ Secure, isolated environments for trustless AI workflows đ End-to-end encryption ensures data privacy and integrity đ» Multi-party computation made seamless for decentralized systems @ionet is creating the foundation for trustless, scalable AI is creating the foundation for trustless, scalable AI
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