mutuus
Computing primitives drawn from biology
What if software could self-heal, adapt to workloads, and gracefully degrade like living systems? Mutuus explores that question through data structures, operational strategies, and coordination patterns inspired by biology.
Organic Structures
Data structures with biological counterparts, formally specified and benchmarked
Dendrite Ring
Counterpart to Fixed-interval time-series retention (Prometheus, InfluxDB)
Diatom Bitmap
Counterpart to Roaring Bitmap (alternative)
Echo Field
Counterpart to HNSW + IVF vector index (FAISS, Milvus)
See It In Action
Watch biological primitives adapt, compress, and self-organize in real time.
Nacre Array Compression Simulation
Watch a Nacre Array partition elements into hot, warm, and cold tiles in real time. Cold segments compress into dense storage while hot segments remain instantly accessible.
Watch primitives in action ->Latest Research
Nacre Array: A Segmented Dynamic Array with Thermal State Management and Structural Fracture Planes
B. D. Phillips
Read paper ->