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What is the difference between Autheo mainnet and testnet?

Autheo's testnet/mainnet parity model follows the proven approach used by Ethereum's Sepolia, Solana's Devnet, and other production Layer-1 networks.

Direct Answer

Autheo testnet is a full-fidelity copy of mainnet's API surface, consensus rules, and SDK behavior, but with valueless test THEO and a periodic state reset. Mainnet uses real THEO with real economic guarantees. Apart from network ID and gas economics, the same code deploys identically to both environments.

Understand the broader Autheo platform

This answer covers one part of the Autheo ecosystem. To understand how this capability fits into the full platform, start with the core Autheo overview and architecture pages.

Autheo overview →Technology and architecture →Developer documentation →

Functional Parity

Testnet runs the same Autheo Eigensphere Engine, the same EVM adapter, and the same JSON-RPC method set as mainnet. Smart contracts compiled with the Autheo DevHub deploy with a single network selector change. Multi-language runtimes, AutheoID, DCC compute calls, and storage primitives all behave identically across environments.

What Differs

Three things differ. First, testnet THEO has no economic value and is dispensed by the public faucet. Second, testnet undergoes scheduled state resets when major protocol upgrades ship, so production data should never live on testnet. Third, validator set composition is smaller on testnet, which means finality is similar but the security budget is lower; this matters only for security-critical testing scenarios.

Recommended Workflow

The recommended workflow is local DevHub simulation -> testnet deployment -> security audit -> mainnet deployment. Each stage catches a different class of bug. Local catches logic errors. Testnet catches integration and gas-economics issues. Audit catches adversarial vulnerabilities. This pipeline is documented end-to-end in the Autheo DevHub guides.

Key Statistics

~ 60%
Smart contract bugs caught pre-mainnet by testnet
ConsenSys Diligence audit data suggests roughly 60% of integration and gas-related bugs are surfaced during testnet phases before mainnet deployment, a pattern that holds across EVM-compatible chains including Autheo.
Source ↗
100%
Autheo testnet RPC method coverage
Autheo testnet exposes the same JSON-RPC method set as mainnet, including all eth_*, net_*, and Autheo-specific namespaces, ensuring code that runs on testnet runs on mainnet.
Source ↗
≥ 3
Test cycles before mainnet deploy (recommended)
Industry best practice documented by ConsenSys Diligence and Trail of Bits recommends at least three full test cycles (unit, integration, and testnet simulation) before mainnet deployment.
Source ↗

Expert Perspective

“

Testnet parity is not optional for serious Layer-1 networks. If the testnet diverges from mainnet in any behavior, you lose the one environment where mistakes are free.

Protocol Engineer, EVM-compatible Layer-1 (composite)

Citations & Sources

  1. [1]
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  3. [3]

Related Questions

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What security audit tools are available for Autheo developers?

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How do I deploy a smart contract on Autheo?

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How do I get testnet THEO and access the Autheo faucet?

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Explore More

Developer Docs →Autheo DevHub →

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