Moonshot AI Founder Yang Zhilin Cites Algorithm Scaling for Stable Pricing, Outlines AI Agent Adoption Roadmap
At the 2026 Zhongguancun Forum, Moonshot AI founder Yang Zhilin confirmed the company has not raised prices thanks to algorithmic cost reductions, while predicting phased AI agent adoption from early adopters to universal productivity penetration.
At the 2026 Zhongguancun Forum held today, Yang Zhilin, founder of Moonshot AI (Yue Zhi An Mian), addressed the company's recent pricing strategy and the evolving landscape of artificial intelligence development. Yang confirmed that the company has not raised product prices recently, attributing cost stability to effective algorithmic scaling and technology application that have driven down operational expenses.
Regarding the proliferation of AI agents, Yang outlined a three-phase adoption curve. In the short term, core users will consist of technology-sensitive early adopters eager to experiment with new capabilities. The medium term will see rapid adoption among knowledge workers using computers for office tasks, accompanied by exponential growth in individual token consumption. Looking further ahead, Yang predicted that embodied AI development will enable agents to penetrate all productivity-related professions and expand into entertainment sectors, achieving comprehensive market saturation.
During a keynote speech on open-source AI, Yang positioned the company's Kimi K2.5 model as an emerging industry standard, noting that hardware manufacturers increasingly rely on open-source model evaluation sets to demonstrate performance improvements. He observed a fundamental shift in AI research methodologies, moving from dependence on massive internet data with minimal human annotation toward reinforcement learning approaches where humans curate high-quality tasks—particularly driving advances in programming and mathematics.
Yang anticipates the next evolutionary leap will see AI systems taking greater control over research processes. Future AI researchers will utilize substantial token allocations to synthesize novel tasks and environments, with AI systems autonomously defining optimal reward functions and exploring new network architectures. This transition, he argued, will significantly accelerate the pace of AI research and development.
The founder also referenced recent remarks at NVIDIA's GTC 2026 conference, emphasizing that breaking through the intelligence ceiling of large language models requires fundamental architectural reconstruction. Yang identified three critical dimensions driving Kimi's evolution: token efficiency, long-context capabilities, and agent clustering, stressing the need to redesign core components including optimizers, attention mechanisms, and residual connections.