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Synix

Synix

Synix is a research and engineering program focused on long-lived memory systems for agents.

The site has four distinct layers:

  • shipped software
  • architecture in design
  • draft protocol
  • conceptual model
A four-part map showing build system, memory architecture, Synixolis protocol, and conceptual model as distinct layers of the Synix program.
The site mixes shipped software, architecture work, draft protocol material, and conceptual research. Treat the pages accordingly.

Components

Section titled “Components”

Synix Build System shipped — Open-source declarative memory pipeline. Content-addressed storage, DAG execution, incremental rebuilds, provenance tracking, hybrid search. Python, MIT license, 10 releases.

Memory Architecture in design — Proposed architecture for moving from batch memory construction to continuously maintained memory with explicit lifecycle management.

Synixolis Protocol draft — Protocol specification for persistent state, lifecycle management, coordination, and fault isolation in single-node and multi-node deployments.

Foundations

Section titled “Foundations”

The conceptual model is the theory layer behind the design:

  • The thesis frames the architectural problem
  • The CDR framework proposes three candidate structural properties: compress, divide, renew
  • The Synixolis model describes the collective case
  • Prior work maps related research and existing systems

Status

Section titled “Status”
  • The build system is the only shipped software layer.
  • The memory architecture is partly inherited from the build system and partly still in design.
  • Synixolis is a draft protocol, not a validated standard.
  • The conceptual model is an active research program, not a finished theory.