Automata Dedicated Node Hosting | OnFinality

Automata Network is a modular attestation layer that brings hardware-verified trust to decentralized systems. By leveraging Trusted Execution Environments (TEEs) such as Intel SGX/TDX and AMD SEV-SNP, Automata enables developers to build Web3 applications with verifiable machine integrity and on-chain attestation.

At its core, Automata supports privacy-preserving services like anonymous voting, MEV mitigation, and encrypted compute across blockchains. Its architecture spans multiple planes including ledger, control, compute, and service—to ensure seamless interoperability, data confidentiality, and high assurance for developers and users alike.

With its middleware framework, Automata bridges existing blockchain infrastructure and emerging Web3 use cases. Rollups, DAOs, and decentralized applications can adopt Automata’s attestation SDKs and modules for secure and auditable execution. The network’s design helps elevate trust, transparency, and privacy across the Web3 stack while reducing barriers for adoption.

Why Run an Automata Dedicated Node?

Running a dedicated Automata node gives you direct access to the network without relying on public endpoints. This is critical for production dApps, wallets, DeFi products, analytics tools, games, bots, and backend services that require consistent performance, low latency, and high availability. With a dedicated node, you control the resources, can enable archive or trace capabilities, and avoid rate limits imposed by shared infrastructure.

OnFinality Managed Node Infrastructure

OnFinality provides managed node infrastructure for Automata, handling node deployment, monitoring, and maintenance so your team can focus on building. Our platform offers:

• One-click deployment of dedicated nodes on Automata mainnet.
• Real-time analytics on request usage, errors, and performance.
• Automatic updates and security patches.
• Multi-region availability to reduce latency for your users.
• Archive and trace support (subject to plan and network configuration).

Connecting to Your Automata Node

Once your dedicated node is deployed, you receive a unique RPC endpoint (HTTP and WebSocket) that your applications can use to read blockchain data, submit transactions, and interact with smart contracts. The endpoint uses the Substrate JSON-RPC protocol. You can test connectivity with the chain_getBlock method before moving critical traffic.

Use Cases for Automata RPC

• dApps: Enable users to interact with privacy-preserving services.
• Wallets: Provide reliable access for transaction signing and balance queries.
• DeFi: Execute swaps, lending, and yield strategies with low latency.
• Analytics: Index on-chain data for dashboards and reporting.
• Bots and automation: Run trading bots or monitoring scripts with consistent uptime.