/**
 * Commitment-bond types — motebit/bond@1.0.
 *
 * Permissive floor (Apache-2.0), Layer 0. The interoperable format for an
 * agent's anti-sybil **commitment bond** — a self-signed proof-of-funds at the
 * agent's OWN sovereign Solana address. Any implementation can produce and
 * verify a `BondCommitment` with these types + `@motebit/crypto`.
 *
 * Phase 1 is an anti-sybil staked **signal**, NOT collateral / escrow /
 * recourse — see [`docs/doctrine/commitment-bond.md`]. The recourse-half
 * artifacts (`BondCall` / `BondDefault`) are deliberately NOT defined here:
 * fixing a wire shape for an unproduced mechanism is speculative. They land
 * with the recourse phase, designed to fit that implementation.
 *
 * The load-bearing anti-sybil binding lives in the verifier, not the type: a
 * `BondCommitment` is valid only if `bonded_address` equals
 * `deriveSolanaAddress(bonded_public_key)` — base58btc of the 32-byte key — so
 * the bond is proof-of-funds at the agent's OWN sovereign wallet and one wallet
 * cannot back many identities. `@motebit/crypto`'s `verifyBondCommitment`
 * enforces it; `check-bond-address-binding` locks that the enforcement cannot
 * be silently removed.
 */
import type { SettlementAsset } from "./settlement-asset.js";
/** Spec identifier for the commitment-bond artifact family. */
export declare const BOND_COMMITMENT_SPEC_ID: "motebit/bond@1.0";
/**
 * An agent's self-signed commitment bond — a proof that, at `issued_at`, the
 * agent had committed `bond_amount_micro` of `asset` at `bonded_address` on
 * `chain`. The relay RPC-verifies the live backing balance and NEVER custodies
 * the capital (the bond is read, never held). The artifact is self-anchoring:
 * it is signed by `bonded_public_key`, and `bonded_address` is derived from
 * that same key, so the bond proves control of the address it names. Binding
 * the bond to a claimed `motebit_id` (the key→id check) is the verifying
 * relay's separate responsibility — the `verifySovereignBinding` shape — not
 * this artifact's.
 */
export interface BondCommitment {
    /** UUID v7, generated by the bonding agent. */
    bond_id: string;
    /** MotebitId of the bonding agent. */
    motebit_id: string;
    /**
     * Hex of the 32-byte Ed25519 identity public key that signs this bond. The
     * agent's identity key — the same key whose base58btc encoding IS
     * `bonded_address`.
     */
    bonded_public_key: string;
    /**
     * The base58 sovereign address holding the backing capital. MUST equal
     * `deriveSolanaAddress(bonded_public_key)` — the verifier rejects any
     * commitment where it does not. This is the anti-sybil binding.
     */
    bonded_address: string;
    /** Committed amount in integer USDC micro-units (1 USD = 1,000,000). */
    bond_amount_micro: number;
    /** The settlement asset backing the bond. USDC at land. */
    asset: SettlementAsset;
    /**
     * CAIP-2 chain identifier the `bonded_address` lives on
     * (e.g. `solana:5eykt4UsFv8P8NJdTREpY1vzqKqZKvdp`).
     */
    chain: string;
    /** Unix ms — when the bond was issued. */
    issued_at: number;
    /** Unix ms — when the bond commitment expires and must be re-issued. */
    expires_at: number;
    /**
     * Cryptosuite discriminator. Always `"motebit-jcs-ed25519-b64-v1"` — JCS
     * canonicalization, Ed25519 primitive, base64url signature. Verifiers reject
     * missing or unknown values fail-closed.
     */
    suite: "motebit-jcs-ed25519-b64-v1";
    /** Ed25519 over canonical JSON of all fields except signature. */
    signature: string;
}
/**
 * Structural type guard — shape only, NOT signature or binding validity. A
 * `true` result means the fields are present and well-typed; it does NOT mean
 * the bond verifies. Cryptographic validity (signature + the address binding)
 * is `@motebit/crypto`'s `verifyBondCommitment`; backing solvency is the
 * relay's RPC read.
 */
export declare function isBondCommitment(value: unknown): value is BondCommitment;
//# sourceMappingURL=bond.d.ts.map