2. Next-generation on-chain liquidity infrastructure BAT

2.1 About BAT

BAT is a multi-chain professional trading infrastructure designed to capitalize on the on-chain liquidity trend. Its core goal is to provide high-performance, low-latency, and controllable on-chain execution paths for high-frequency trading and strategic funds. With an execution system at its core, the platform provides universal infrastructure capabilities to traders, strategic partners, asset issuers, and developers, supporting on-chain trading and asset allocation needs across multiple roles and scenarios.

The BAT system integrates modules for inter-chain communication, liquidity aggregation, trade execution, strategy scheduling, and risk identification, forming a robust execution system capable of supporting professional trading activities. The system incorporates a high-performance AI matching engine and path optimizer, combined with intelligent risk control mechanisms and a visual scheduling system. It supports the simultaneous execution of cross-chain orders, completing signal response and fund deployment within milliseconds. Furthermore, BAT provides a standardized API interface, ensuring convenient access for external developers and modular scalability.

As a core native function of the system, AIBat is deeply integrated into the BAT infrastructure and positioned as an on-chain intelligent trading engine. It features real-time perception, factor scoring, strategy scheduling, and self-learning capabilities, enabling continuous capture of short-term, reproducible alpha opportunities and efficient execution within the on-chain environment. AIBat not only serves the platform's own strategy system but also provides general capabilities for third-party developers and institutional traders.

At present, based on this underlying infrastructure, the BAT platform has further launched the user-oriented core application layer BAT platform, including on-chain trading terminals, asset issuance centers and derivatives trading modules. This provides users with diversified trading and liquidity management tools and creates a complete framework covering asset issuance, transaction execution, risk management and profit optimization.

2.2 Our Vision

BAT's vision is to become the core carrier layer in the process of on-chain liquidity migration, and to build a multi-chain trading infrastructure network with stable performance, a strategy-friendly design, and systematic availability for the next generation of professional traders.

2.3 Key features of the system

The trading infrastructure built by BAT differs significantly from existing AMMs, limit order books, or cross-chain bridges. It uses AI to reconstruct execution paths and system structures for specialized on-chain liquidity. We will establish liquidity collaboration from a full-chain perspective, rewrite system coordination processes with a strategically friendly manner, and design sustainable profit and capacity control mechanisms with a closed-loop system, ultimately forming a structurally differentiated infrastructure paradigm.

• Super CEX-level trading experience

BAT supports multiple order types and atomic matching logic. The failure rate, slippage error, and response delay during the transaction process are systematically compressed to a predictable range, achieving on-chain support for high-frequency strategies and professional trading funds for the first time. The stability and flexibility of the overall execution closed loop provide high-performance, low-latency, and highly controllable execution capabilities, enabling strategists to achieve operational accuracy and deployment confidence close to that of centralized exchanges in a decentralized environment.

• Multi-chain unity and liquidity fragmentation integration

BAT abstracts liquidity resources, previously dispersed across multiple chains, heterogeneous pools, and isolated bridge structures, into a unified, callable execution path. This allows the strategy system to manage multi-chain assets from a single account perspective, fundamentally breaking down structural barriers to inter-chain transactions and deployments. The platform's standardization and abstraction of liquidity structures significantly reduces the cost and complexity of cross-chain strategy deployment, establishing a stable system foundation for high-frequency cross-chain trading, path arbitrage, and unified capital allocation.

• Strategy native friendliness

BAT fully supports standardized configuration of strategy orders, real-time data feedback, and dynamic calibration of execution results, forming a complete strategy lifecycle management system. Strategy accounts not only provide low-cost access to system resources but also automatically evolve their execution logic driven by multi-dimensional indicators, forming a highly self-consistent closed-loop optimization path without the need for external monitoring.

• Profit model around trading behavior

BAT has developed a revenue mechanism closely tied to execution costs, slippage margins, and capacity allocation. This dynamically links revenue distribution to system load, preventing revenue dilution or execution degradation caused by uncontrolled capacity expansion. By comprehensively regulating resource consumption, strategy performance, and network status, BAT achieves a dynamic coupling of efficiency boundaries and profit margins, providing a long-term, stable economic foundation for system operation.