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Three projects have already secured their positions in this field: Bittensor uses threshold cryptography to coordinate AI nodes, OceanProtocol uses homomorphic encryption to protect the data market, and RNDR uses GPU computing power to sign and ensure the traceability of rendered works. Most notably, Nvidia's newly released H100 chip natively supports lattice-based cryptography, which will become standard hardware for AI + blockchain projects.0Three projects have already secured their positions in this field: Bittensor uses threshold cryptography to coordinate AI nodes, OceanProtocol uses homomorphic encryption to protect the data market, and RNDR uses GPU computing power to sign and ensure the traceability of rendered works. Most notably, Nvidia's newly released H100 chip natively supports lattice-based cryptography, which will become standard hardware for AI + blockchain projects.1Three projects have already secured their positions in this field: Bittensor uses threshold cryptography to coordinate AI nodes, OceanProtocol uses homomorphic encryption to protect the data market, and RNDR uses GPU computing power to sign and ensure the traceability of rendered works. Most notably, Nvidia's newly released H100 chip natively supports lattice-based cryptography, which will become standard hardware for AI + blockchain projects.2Three projects have already secured their positions in this field: Bittensor uses threshold cryptography to coordinate AI nodes, OceanProtocol uses homomorphic encryption to protect the data market, and RNDR uses GPU computing power to sign and ensure the traceability of rendered works. Most notably, Nvidia's newly released H100 chip natively supports lattice-based cryptography, which will become standard hardware for AI + blockchain projects.