proactive-memory

Tag

Cards List
#proactive-memory

OpenWiki Brains: Proactive Memory for AI Agents (7 minute read)

TLDR AI · yesterday Cached

LangChain launches OpenWiki Brains, a framework for proactive memory for AI agents that automatically builds and updates wikis from connected sources like Gmail, Notion, and git repos.

0 favorites 0 likes
#proactive-memory

Proactive Memory for Long-Horizon Agents (16 minute read)

TLDR AI · yesterday Cached

This paper introduces a proactive memory agent that operates alongside a standard action agent to selectively inject memory-grounded reminders during long-horizon tasks, mitigating behavioral state decay. Experiments on Terminal-Bench and τ²-Bench show significant improvements in pass@1, and the approach is demonstrated with both weak and strong action agents.

0 favorites 0 likes
#proactive-memory

@omarsar0: New research from Meta. (bookmark it) It's on how to fix agents that forget previously made decisions. It's well know t…

X AI KOLs Timeline · 4d ago Cached

Meta researchers propose a proactive memory agent that runs alongside an unmodified action agent to surface relevant past decisions and prevent forgetting in long-horizon tasks. Their method improves pass@1 on Terminal-Bench 2.0 and tau-squared-Bench by 8.3 and 6.8 percentage points respectively.

0 favorites 0 likes
#proactive-memory

Remember When It Matters: Proactive Memory Agent for Long-Horizon Agents

Hugging Face Daily Papers · 5d ago Cached

This paper introduces a proactive memory agent that runs alongside an action agent to prevent behavioral state decay in long-horizon tasks, achieving significant improvements on Terminal-Bench2.0 and τ^2-Bench. The authors also train Qwen3.5-27B using SFT and GRPO as an early step toward open-weight memory policies.

0 favorites 0 likes
#proactive-memory

Cognifold: Always-On Proactive Memory via Cognitive Folding

arXiv cs.AI · 2026-05-14 Cached

Introduces Cognifold, a brain-inspired always-on proactive memory for LLM agents that continuously organizes fragmented event streams into self-emerging cognitive structures via graph-topology self-organization, extending Complementary Learning Systems theory with a prefrontal intent layer.

0 favorites 0 likes
← Back to home

Submit Feedback