Meta Platforms is exploring partnerships with major AI rivals, including Google and OpenAI, to strengthen artificial intelligence capabilities within its apps, according to a report by The Information. The publication cited individuals familiar with the discussions, indicating that Meta’s leadership is actively evaluating the potential of integrating models from these external companies to improve performance and user experience across its platforms. The move comes as Meta faces increasing pressure to accelerate its AI development, especially after its recent AI product launches have drawn criticism for falling short of expectations compared to competitors. While Meta has invested heavily in its own large language models, such as Llama, the company is now considering leveraging existing AI technologies from Google and OpenAI to quickly deliver more advanced features in areas like content generation, search, and personalization. Executives at Meta are reportedly weighing the strategic benefits of using third-party models—particularly in scenarios where building in-house solutions would be too slow or resource-intensive. The discussions are still in early stages, and no formal agreements have been reached. However, the possibility of collaboration reflects a broader industry trend where even the most ambitious AI developers are turning to external tools to fill gaps and speed up innovation. The Information noted that Meta’s AI leadership team is focused on delivering tangible improvements to users, especially in its core products like Facebook, Instagram, and WhatsApp. By integrating powerful models from Google or OpenAI, the company could enhance features such as image and video generation, smart replies, and AI-powered recommendations. This shift also underscores the evolving competitive landscape in AI, where no single company can dominate every aspect of the technology stack. Even as Meta continues to invest in its own AI infrastructure, the idea of strategic alliances with rivals is gaining traction as a pragmatic path forward.