Wallet verification
Local signing, native addresses, multi-provider RPC comparison, and light-client checkpoints.
PRE-TESTNET DEVELOPMENT
SOV Network is a native, non-EVM Layer 1 in active development—built around verifiable consensus, Ed25519 accounts, and infrastructure that can be operated independently.
Mainnet is not live. No public token sale is offered on this website.
01 / ARCHITECTURE
The protocol uses its own transaction format, account model, address space, and wallet verification boundary. Compatibility is defined by open specifications—not by imitating Ethereum JSON-RPC.
Local signing, native addresses, multi-provider RPC comparison, and light-client checkpoints.
Non-validator full nodes, bounded native routes, and isolated edge gateways.
Independent validator operators, signed evidence, state sync, and fault campaigns.
Canonical transactions, deterministic state commitments, Ed25519 authorization, and sov1 addresses.
02 / PRINCIPLES
A
Mainnet readiness requires distinct operators, infrastructure, control paths, and publicly reviewable evidence.
B
Wallets should verify network identity, transaction bytes, provider agreement, and consensus checkpoints locally.
C
Unclear state, inconsistent heights, invalid signatures, and unsafe deployment configuration are rejected rather than guessed.
03 / ROADMAP
Dates are not promised before the security and decentralization gates are satisfied.
Native transaction, consensus application, state sync, wallet SDK, and bounded RPC work.
Independent hosts, fault testing, public telemetry, and external review.
Reference wallet, public explorer, provider registry, and vendor integration.
Genesis ceremony and launch only after the published gates pass.
SOV NETWORK
This website will publish testnet access, technical documentation, explorer links, and mainnet readiness evidence as they become available.
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