AI Genesis connects developers worldwide with distributed computing resources, reducing AI model costs while ensuring data security through blockchain technology.
AI Genesis addresses critical challenges in AI development through innovative decentralized technology
Reduce AI development costs by 60-70% compared to traditional cloud services by leveraging distributed computing power from global nodes, making AI accessible to everyone.
Access high-performance hardware through our global network, removing barriers to AI innovation for developers of all sizes without needing to invest in expensive GPUs or TPUs.
Protect sensitive data with distributed storage, encryption, and zero-knowledge proofs to ensure privacy and security, allowing users to maintain control over their information.
Utilize idle global computing power to create an efficient resource-sharing network, optimizing resource utilization, reducing environmental impact, and decreasing reliance on new data centers.
Foster innovation by democratizing AI technology, allowing developers of all sizes to access computing resources and tools at low cost to build their own AI applications without resource constraints.
Built on an open, interoperable platform that supports diverse frameworks like TensorFlow and PyTorch, enabling collaboration and ensuring compatibility with existing AI tools and workflows.
Our decentralized computing protocol connects global resources through a seamless, secure network
Developers submit AI tasks via our platform, which are broken into smaller units (shards) for distributed processing, optimizing for parallel execution while maintaining data integrity and security.
Our intelligent scheduling algorithm assigns shards to global computing nodes based on their computing power, bandwidth, and availability, ensuring optimal resource allocation and efficient task completion.
Multiple nodes process shards simultaneously, using IPFS for distributed data storage and blockchain for security. This parallel approach dramatically reduces computation time while maintaining data privacy.
After nodes complete tasks, results are collected, validated through Proof of Computation (PoC), and combined into a final output for developers, with transactions and operations securely logged on the blockchain.
AI Genesis employs cutting-edge technologies to ensure security, performance, and scalability
Task data is split into fragments and encrypted with AES-256 before being distributed across different nodes, ensuring no single node can access a complete dataset and maintaining privacy throughout the process.
Our platform implements ZKP technology allowing nodes to verify computation correctness without revealing raw data, creating a trustless system where privacy is maintained during the entire computation process.
Advanced smart contracts automatically record requirements, assign tasks to nodes, and distribute AIG tokens as rewards upon completion, using immutable blockchain records to ensure complete transparency and fairness.
Our MPC implementation allows multiple nodes to collaboratively process encrypted data, producing accurate results while keeping the original data encrypted, enabling sensitive computations without privacy compromises.
Proprietary model compression techniques reduce AI model size and computational demands through advanced pruning and quantization, enabling even low-power devices to participate in the network for truly distributed AI.
Our unique PoC system requires nodes to submit results with cryptographic hash values that prove workload completion, while redundancy checks assign tasks to multiple nodes to verify consistency and prevent malicious behavior.
The backbone of our decentralized AI platform, powering transactions, incentives, and governance
Our journey to transform AI development through decentralization
Be part of the community democratizing AI technology through blockchain innovation. Together, we're building a more accessible, efficient, and secure AI ecosystem for everyone.