Embodiments relate to a trading platform with a distributed computer infrastructure. A system and method for trading digital assets that involves integrating a hybrid order book, a matching engine, an automated market manager, and safe margin lending service.

The disclosed embodiments relate to automatically enabling unconstrained inputs of data, e.g., related to quantities of a proposed trade order for submission to an electronic trading system from parties in an electronic data transaction system that enforces constraints, e.g., a maximum precision in specified quantities, on the inputs relating to the proposed trades that can be submitted by the counterparties. The disclosed embodiments relate to a user interface and system that enables a participant to specify quantities for trades with an increased precision, e.g., fractional quantities, enabling more precise alignment of the transactional characteristics with the specific goals of the participant, in an electronic trading system which constrains tradeable quantities to a maximum allowable precision, e.g., such as whole number quantities, based on business and/or regulatory requirements, e.g., requirements which dictate, for example, that transactions may only take place in whole number quantities or units.

The disclosed embodiments relate to automatically enabling unconstrained inputs of data, e.g., related to quantities of a proposed trade order for submission to an electronic trading system from parties in an electronic data transaction system that enforces constraints, e.g., a maximum precision in specified quantities, on the inputs relating to the proposed trades that can be submitted by the counterparties. The disclosed embodiments relate to a user interface and system that enables a participant to specify quantities for trades with an increased precision, e.g., fractional quantities, enabling more precise alignment of the transactional characteristics with the specific goals of the participant, in an electronic trading system which constrains tradeable quantities to a maximum allowable precision, e.g., such as whole number quantities, based on business and/or regulatory requirements, e.g., requirements which dictate, for example, that transactions may only take place in whole number quantities or units.

A network-based computing system can implement a transaction service in which digital wallets of client transaction entities are dynamically monitored to maintain a balance within a liquidity tranche unique to each transaction entity. The computing system can further execute a smart liquidity model that parses transaction requests into smaller clips and execution timing intervals such that risk of transaction failure is minimized or eliminated.