Jupiter price

.@miranetwork, @bitdealernet, @GOATRollup how can we implement an AI-based Bitcoin liquidity engine? Mira's on-chain AI verification layer can generate accurate and fast trading signals for the Bitcoin market, while Bitdealer's Solana-based liquidity terminal offers one-click trade execution and dynamic pool management. GOAT Network's Bitcoin ZK rollup supports trust-minimized bridges, yield-bearing Bitcoin products, and sub-second payments. By combining these three systems, Mira's verified AI signals are transmitted to Bitdealer's trading router, and the resulting cash flow is settled through GOAT's Bitcoin layer 2. This allows for automated market making, inter-layer liquidity routing, and risk-neutral Bitcoin financial strategies to be implemented simultaneously. First, in the AI-based market-making sector, Mira achieves a consensus accuracy of about 96-97 percent and can verify within seconds through a hybrid consensus structure. Bitdealer utilizes routing from Jupiter and Meteor to automatically execute Bitcoin trading pairs based on AI signals, while GOAT Network supports the same AI agent to perform direct payments on Bitcoin layer 2. As a result, a dual-exchange market-making structure with verified signal integrity and trading transparency is established. Second, cross-layer liquidity routing goes through three stages: Bitcoin deposit, trading on Solana, and then Bitcoin withdrawal. Users deposit Bitcoin into the GOAT Network and move the issued pegBTC to Bitdealer's pool on Solana. Trades are executed through multiple paths via the Jupiter router, and Meteor's liquidity management mechanism continuously adjusts the price range. After the trade, profits are converted back to pegBTC and reverted to native Bitcoin through the GOAT rollup. The overall latency is kept within about one minute, making it suitable for high-frequency rebalancing. Third, in terms of risk management, directional risk is controlled by establishing delta-neutral positions in GOAT Network's derivatives market. Bridge risk can be mitigated as Mira performs real-time oracle verification to detect anomalies early, while liquidity risk is alleviated through Bitdealer's refund policy and profit-based buyback system. The speed of signal verification, execution, and settlement throughout the entire trading process is maintained at 1 second, 0.5 seconds, and 3 seconds respectively, minimizing the spread of Bitcoin trading pairs and reducing inventory risk. Fourth, integration into a regulatory-friendly Bitcoin financial structure is also possible. Mira provides an auditable data foundation through cryptographic proof of AI outputs, while Bitdealer records all transactions on-chain and maintains whitepapers and audits that comply with relevant regulatory standards. GOAT Network manages Bitcoin collateral in a time-locked form and includes KYC options in the bridge interval, allowing institutional funds to enter. Each platform meets regulatory reporting, consumer protection, and data verification in their respective areas, forming a legitimate Bitcoin liquidity loop. In conclusion, these three elements form a structurally complementary relationship. Mira addresses the AI trust issue, Bitdealer enhances trading depth, and GOAT resolves bridge reliability. The APIs and SDKs of each component are already public, allowing integration through an intermediary layer that maps Mira's authentication signals to Bitdealer's order format and GOAT Network's payment intent without fundamental redesign. However, the absence of Bitcoin trading support from Bitdealer and the dispute delays of the GOAT bridge remain short-term bottlenecks. Nevertheless, this combination has the potential to realize the first fully automated loop encompassing AI verification, real-time execution, and Bitcoin settlement. This will activate liquidity while maintaining Bitcoin security, satisfying both institutional investors and general users seeking Bitcoin-based returns.