人工智能现已能够以前所未有的速度对视频游戏进行反编译，将编译后的程序逆向工程为源代码。1 这一技术能够让开发者在数天内完成老旧游戏向现代平台的移植并优化其性能，相比传统手工反编译需时数年的做法，效率大幅提升。1 例如，IsaacRecomp项目已将2011年的Flash版本《以撒的结合》升级至1440p分辨率和165帧的帧率。1 其他涉及该技术的项目还包括Colin McRae Rally 2.0、《最终幻想战术进阶》、《银河战士Prime》和《棘轮与克拉克》等经典游戏。1 此外，正在开发中的AnyPS5项目已成功将包括《Animal Well》在内的多款PS5游戏移植到PC平台。1
然而，这项技术的广泛应用也带来了不容忽视的风险。1 反编译本身完全合法，但难以证明所获得的代码是否为窃取他人成果，这使得知识产权保护面临挑战。1 任何人都可能对他人的软件进行反编译，随意修改或声称所有权，从而造成严重的知识产权侵害问题。1
Artificial intelligence has begun to dramatically accelerate the process of reverse-engineering video games and software, converting compiled code back into readable source code at unprecedented speed. 1 What once required years of manual labor can now be accomplished in days, enabling developers to port legacy games to modern platforms and enhance their performance within a compressed timeframe. 1
Projects leveraging this capability demonstrate the technology's potential impact. IsaacRecomp upgraded the 2011 Flash version of The Binding of Isaac to run at 1440p resolution and 165 frames per second, 1 while other initiatives have targeted games including Colin McRae Rally 2.0, Final Fantasy Tactics Advance, Metroid Prime, and Ratchet and Clank. 1 The emerging AnyPS5 project has already begun porting PlayStation 5 titles to PC, with games such as Animal Well successfully transferred. 1
However, the technology presents substantial challenges to intellectual property protection. While decompilation itself is entirely legal, 1 the ease with which anyone can now reverse-engineer another developer's software creates significant vulnerabilities. There is no reliable mechanism to verify whether decompiled code has been stolen or properly licensed, potentially rendering traditional copyright safeguards ineffective. 1 The benefits for game preservation and accessibility must be weighed against the risk that creators could lose control over their work or see their code appropriated without attribution. 1
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