POMSE is a page-oriented modular storage engine built for AI workloads. Vector-native, E9-powered routing, crash-resilient log-first architecture — storage that thinks. The E9 Engine routes every key through a 9-state recursive manifold.
A recursive, self-correcting storage substrate for the AI era. E9 trajectories replace B-trees and LSM trees as the routing and stabilization fabric.
9-state recursive dynamical system places every key exactly where it belongs. No hash collisions. No hot shards. Self-optimizing placement.
Store, index, and query embeddings natively. Trajectory overlap provides efficient approximate nearest-neighbor without external indexes.
Append-only write-ahead log ensures zero data loss. Crash recovery is O(1). Minimal write amplification.
Variable-size logical pages with E9 metadata. No fixed block sizes. Adapts to your workload.
Built in pure Rust. No runtime. No GC. Every byte accounted for. C FFI available for integration.
Built-in axum HTTP server with WebSocket support. REST API for storage operations. Ready for distributed deployment.
All 81 seed pairs classify into four regimes. The console above routes keys live through this manifold.
Rich coverage, strong state-8 attractors, full 24-step cycles. Hot domains — high-throughput lanes.
HOTStable cycles without attractor dominance. Balanced domains — even distribution.
WARMShort loops rescued cleanly by correction. Compressed/archival domains.
COLD(0,0) — fixed point under all dynamics. The null block, the true singularity.
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