import { ClientWalletInfo, DomainConfig, EpisteryStatus, WalletConfig, KeyExchangeRequest, KeyExchangeResponse } from './utils/index.js';
export declare class Epistery {
    private static ipfsApiUrl;
    private static ipfsGatewayUrl;
    private static isInitialized;
    private static readonly FALLBACK_GAS_LIMIT;
    constructor();
    static initialize(): Promise<void>;
    static createWallet(): ClientWalletInfo;
    static getStatus(client: ClientWalletInfo, server: DomainConfig): Promise<EpisteryStatus>;
    static handleKeyExchange(request: KeyExchangeRequest, serverWallet: WalletConfig): Promise<KeyExchangeResponse | null>;
    /**
     * Prepares an unsigned "add rivet to IdentityContract" transaction
     *
     * @param signerAddress - Address of the rivet calling addRivet (must be authorized)
     * @param contractAddress - Address of the IdentityContract
     * @param rivetAddressToAdd - Address of the rivet to add
     * @param rivetName - Name for the new rivet
     * @param domain - Domain context
     * @returns Unsigned transaction ready for client to sign
     */
    static prepareAddRivetToContract(signerAddress: string, contractAddress: string, rivetAddressToAdd: string, rivetName: string, domain: string): Promise<any>;
    /**
     * Submits a client-signed transaction to the blockchain
     *
     * This is the final step in client-side signing flow.
     * The transaction is already signed and immutable.
     * Server just broadcasts it to the blockchain.
     *
     * @param signedTx - Complete signed transaction (hex string)
     * @returns Transaction receipt
     */
    static submitSignedTransaction(signedTx: string): Promise<any>;
}
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