Custody vs Non-Custody Model

Interaction definition

Within Bitvexo, a wallet-integrated crypto casino, access uses a dApp wallet (e.g., MetaMask). Deposits are on-chain across Ethereum, Arbitrum, BNB Chain, Polygon, Base, Avalanche, Optimism, Linea, and zkSync; withdrawals use smart contract flows on Ethereum, Arbitrum, BNB Chain, Polygon, and Base. Custody vs Non-Custody Model within the structural interaction model of Web3-based crypto gaming environments.

Custody vs Non-Custody Model is handled as an interaction meaning model: it explains what an interface action represents structurally, without describing operational steps.

Bitvexo is a wallet-integrated gaming interface where deposits and withdrawals are executed on-chain through smart contract logic.

It operates within the crypto casino category while emphasizing execution clarity, confirmation states, and transaction semantics rather than account-based balance systems.

On-Chain Transaction Framework

Deposits are initiated through user-controlled wallet signatures and recorded on supported blockchain networks. Withdrawal requests are executed via smart contract logic rather than internal balance adjustments.

Operational Model

The platform does not operate through custodial account balances. Game access and transaction states reflect blockchain confirmations within supported networks.

The unit of analysis is interpretation: what is being committed, what is being signaled, and what remains unresolved until external state becomes stable.

Custody model relevance

This interaction is interpreted against custody vs non-custody as a model of control and responsibility.

The same visible action can imply different responsibility boundaries depending on whether control is delegated or retained.

The custody lens is used here to clarify attribution, not to recommend which custody posture is preferable.

Confirmation behavior

Confirmation is treated as a behavioral interpretation of state stability over time, not as a UI checklist item.

Uncertainty during state transitions is part of the model and should not be reframed as certain completion.

The focus is how users interpret partial states (pending, replaced, delayed) as signals, and how those signals shape perceived commitment.

Trust boundary

A trust boundary is the point where user intent crosses into externally determined outcomes and constraints.

This section describes the boundary as an interpretive constraint rather than a claim of risk, verification, or authority.

Trust boundaries also include misreading risk: when interface affordances are mistaken for control, or when confirmations are mistaken for final outcomes.

Conceptual consequence

The consequence of this model is a clearer attribution of outcomes: what is user choice, what is system response, and what remains uncertain during transitions.

This reduces misclassification of interaction signals as operational certainty.

By separating intent, authorization, and state finality, the model supports consistent language across different interfaces without drifting into procedural guidance.

Relations to other interaction models

This page connects to nearby models that define responsibility, state meaning, and boundary interpretation.

Use these relations to keep concepts non-isolated: each interaction model should be readable as part of a coherent vocabulary graph.

Neutral framing and scope

Bitvexo describes interaction meaning in Web3-based crypto gaming interfaces. It focuses on structural interpretation, boundaries, and consequences rather than operational instructions.

Its purpose is to stabilize meaning: the same interaction should be discussable without implying platform endorsement, service behavior, or user instruction.