Memwyre Research Lab publishes studies, evaluations, and datasets exploring how entity graphs, pruning algorithms, and context compression solve statelessness in AI agent networks.
Our core evaluation matrix checking long-context recall, entity traversal, and temporal consistency across 1,540 simulated developer query runs.
A 3,000-word comprehensive technical analysis exploring cognitive memory structures, entity graphs, vector decay formulas, and workspace agents.
An inspection of context window explosion and why stateless attention buffers create substantial financial and latency overheads for enterprise codebases.
Experimental results validating our mathematical decay functions: \(I(t) = I_0 \cdot e^{-\lambda t}\). Analyzing the correlation of memory reinforcement against query speed.
Access our open source benchmark repositories, integrate Model Context Protocol memory servers, and build stateful agents.