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Tianjin University Professor Founds Startup to Make AI Memories Learnable, Pushing AI Toward an Era of Experience

Professor Hao Jianye from Tianjin University founded MemoraX AI to turn agent memory into a trainable learning problem, aiming to move AI from a model-centric era to an experience-driven one. He argues that true memory goes beyond storage and retrieval, requiring decisions about what to remember, when to update, and what to forget.

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Memory as Infrastructure: How MemoraX Turns Agents' 'Memory' into a Trainable Learning Problem

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As large model context windows expand, long-term memory for agents remains a weak point. MemoraX AI, founded by Tianjin University professor Hao Jianye, attempts to turn 'what to remember and what to forget' into an end-to-end trainable problem with learnable memory models, advocating that memory should be a neutral infrastructure layer independent of models.

  • MemoraX AI was founded by Tianjin University professor Hao Jianye in April this year, positioning itself as a unified memory infrastructure across platforms and models.
  • Hao Jianye believes that true Memory must possess three key features: active filtering, dynamic updating, and intelligent retrieval, distinguishing it from passive mechanisms like context and RAG.
  • MemoraX adopts an 'endogenous' learnable memory model, trained through end-to-end task feedback, rather than 'external' solutions driven by rules or workflows.
Open section navigationFrom Reinforcement Learning to Agent Memory: The Same Core Problem

From Reinforcement Learning to Agent Memory: The Same Core Problem

Hao Jianye's academic and industrial trajectory spans reinforcement learning, multi-agent systems, and deep reinforcement learning applications in game AI, intelligent recommendation, autonomous driving, network optimization, and chip design. In his view, from his doctoral studies to founding MemoraX, the underlying problem has remained unchanged: how can an agent leverage past experiences during continuous interaction to improve future decision-making?

The emergence of large models and agents has changed the task environment and information forms, but not this essence. When agents face not structured states and rewards but natural language, code, user preferences, and cross-month project experiences, 'how to remember the past' becomes a prerequisite for 'using the past.'

What Is True Memory: Not Just Context or RAG

Hao Jianye clearly distinguishes between context, RAG, and true Memory. Context merely flattens raw information for the model, and RAG passively retrieves via similarity search; neither addresses active understanding, filtering, and distillation of information.

True Memory must possess three core features: active filtering and extraction (identifying what is worth long-term retention), dynamic management and updating (continuously integrating and correcting with new information), and intelligent invocation and experience reuse (proactively recalling at the right time and distilling into transferable experience).

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Credibility boundary

This article's information primarily comes from DeepTech's exclusive interview with Hao Jianye, representing the founder's own account. Some data (such as test scores and costs) are from MemoraX's internal test results, not independently verified by third parties, and should be regarded as source_claim.

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