Hey MemOS team 👋
We noticed your arXiv paper (2507.03724) and the impressive benchmarks (+43.7% vs OpenAI Memory, 35% token savings). We've been pursuing similar research from a different angle and thought a comparison could benefit both projects.
Our Work
We maintain an OpenClaw fork with a cognitive memory architecture (~150 files, 7 modules). We've written 5 academic papers, each covering a different aspect of agent memory:
| Paper |
Module |
Key Contribution |
| ENGRAM |
Context compaction |
Treats context limits as cache eviction (LRU/LFU-inspired), not summarization. Sleep consolidation pipeline. |
| CORTEX |
Agent identity |
EWMA SyncScore measures persona drift mid-conversation. Auto re-injection when drift > threshold. |
| HIPPOCAMPUS |
Retrieval indexing |
Pre-computed concept index (500 anchors → 9500 chunks). O(1) lookup vs runtime vector search. |
| LIMBIC |
Humor detection |
Bisociation detection in embedding space (Koestler's theory formalized). |
| SYNAPSE |
Multi-model reasoning |
RAAC debate protocol with cognitive diversity scoring. |
Overlap with MemOS
Your memory type taxonomy (working, episodic, semantic, procedural, strategic) is nearly identical to our ENGRAM's — we'd love to compare the implementation approaches:
- Your MemOS Cloud API vs our SQLite-native zero-infra approach — different trade-offs worth benchmarking
- Your token savings claims vs our HIPPOCAMPUS pre-computed indexing — both reduce inference-time cost, different mechanisms
- Skill memory (your unique contribution) vs our procedural memory — how do they compare on cross-task reuse?
What We're Exploring Now
Context Anatomy — per-turn visual decomposition of the prompt: system prompt vs. history vs. tools vs. retrieval. A debugger for what the model actually sees.
Curiosity-Driven Exploration — agent autonomously identifies knowledge gaps and generates questions. Proactive memory, not just reactive.
Proposal
- Benchmark comparison on LoCoMo / LongMemEval using both systems
- Architecture deep-dive — we share our papers, you share insights from your arXiv work
- Joint exploration of pre-computed indexing + your token optimization
Fork: globalcaos/tinkerclaw
Happy to share full PDFs of all 5 papers. 🤝
Hey MemOS team 👋
We noticed your arXiv paper (2507.03724) and the impressive benchmarks (+43.7% vs OpenAI Memory, 35% token savings). We've been pursuing similar research from a different angle and thought a comparison could benefit both projects.
Our Work
We maintain an OpenClaw fork with a cognitive memory architecture (~150 files, 7 modules). We've written 5 academic papers, each covering a different aspect of agent memory:
Overlap with MemOS
Your memory type taxonomy (working, episodic, semantic, procedural, strategic) is nearly identical to our ENGRAM's — we'd love to compare the implementation approaches:
What We're Exploring Now
Context Anatomy — per-turn visual decomposition of the prompt: system prompt vs. history vs. tools vs. retrieval. A debugger for what the model actually sees.
Curiosity-Driven Exploration — agent autonomously identifies knowledge gaps and generates questions. Proactive memory, not just reactive.
Proposal
Fork: globalcaos/tinkerclaw
Happy to share full PDFs of all 5 papers. 🤝