Solana has proposed the p-token plan, optimizing transaction efficiency by up to 98%. This summary is generated by AI. The Solana Foundation has launched proposal SIMD-0266, introducing an efficient alternative p-token, optimizing the SPL Token program, reducing compute unit usage by 98%, and freeing up approximately 12% of block space. The p-token is backward compatible and introduces new instructions to optimize DeFi operations, having completed auditing and being consistent with existing programs. This move will enhance Solana's network performance. According to ChainCatcher, the Solana Foundation's latest proposal SIMD-0266 plans to launch p-token as an efficient alternative to the current SPL Token program. This optimized version can reduce the compute unit usage of the Token program by up to 98% through zero allocation and zero-copy data access technologies, and it is expected to free up about 12% of block space for other transactions. The p-token is fully backward compatible, allowing users to replace it directly without modifying code. The newly added Batch and UnwrapLamports instructions further optimize common DeFi operation processes. Neodyme has completed the audit, confirming that the p-token outputs are consistent with the existing SPL Token program. This proposal will work in conjunction with other network optimization measures such as the 100M CU block to collectively enhance the overall performance and transaction throughput of the Solana network.