Research-grade memory layer for LLM systems, with affective state encoding and reproducible benchmarks against Mem0, LangMem, and Letta.
Problem
LLM memory systems often claim persistence without reproducible evidence for recall quality, compression behavior, or state evolution.
System Design
A research-grade memory layer with affective state encoding, benchmark artifacts, and comparison surfaces against existing memory frameworks.
Architecture
- memory store
- affective encoding
- benchmark runner
- claim matrix
Runtime Model
- ingest
- encode
- retrieve
- evaluate
- publish artifacts
Tooling
- Python
- PyTorch
- pydantic
- pytest
- Zenodo
Reliability
- reproducible benchmark runs
- versioned claims
- test-backed package release
Constraints
The public language must stay aligned with evidence. Stronger scientific claims require broader external validation.
Tradeoffs
Research rigor is prioritized over broad framework compatibility or feature surface.
Future
Expand human evaluation, semantic confound tests, and longitudinal memory benchmarks.