Autonomous AI computations on a secure blockchain
Access AEON Chain through our unified RPC API with 56 supported methods. Benefit from intelligent routing across multiple providers, real-time node health monitoring, and optimized performance with economy and performance routing strategies. Get started with instant API access and transparent pricing.
Method | Usage | Providers | Price | Latency |
|---|---|---|---|---|
debug_getBadBlocks | Low | 1 | - - | - - |
debug_getTrieFlushInterval | Low | 1 | - - | - - |
debug_storageRangeAt | Low | 1 | - - | - - |
debug_traceBlock | Low | 1 | - - | - - |
debug_traceBlockByHash | Low | 1 | - - | - - |
debug_traceBlockByNumber | Low | 1 | - - | - - |
debug_traceCall | Low | 1 | - - | - - |
debug_traceTransaction | Low | 1 | - - | - - |
eth_accounts | Low | 1 | $3.00/M $6.00/M | - - |
eth_blobBaseFee | Low | 1 | $3.00/M $6.00/M | - - |
AEON Chain is a Layer 1 blockchain network identified by chain ID 10025, utilizing AEON Token (AEON) as its native currency with 18 decimal places. The network supports RPC endpoints.
AEON Chain is designed to facilitate autonomous, trustless, and self-optimizing computations at scale, particularly in the realm of artificial general intelligence (AGI). It employs agentic encryption frameworks that allow AI models to perform computations over encrypted data, ensuring privacy and security without the need for trusted execution environments. The network leverages homomorphic encryption and dynamic optimization algorithms to enable real-time, multi-objective optimization across various computational resources.
The AEON ecosystem is built on a high-throughput, low-latency blockchain, providing a robust infrastructure for decentralized AGI applications. The AEON Token (AEON) serves multiple purposes within the network, including compute settlement, staking by validator nodes, governance over protocol parameters, and incentive alignment across the decentralized AGI infrastructure.
In October 2025, AEON launched the x402 Facilitator on BNB Chain, advancing real-world autonomous AI payments. This integration enables AI agents to independently execute online transactions by embedding payments directly into standard HTTP interactions, transforming the "402 Payment Required" web status code into a functional payment rail. The x402 Facilitator enhances this protocol with verifiable transactions, on-chain settlement, and immutable receipts, allowing AI agents to interact seamlessly with service providers across the BNB ecosystem.
