I posted yesterday about QSCS, a substrate I’m building for deterministic distributed systems. I’ve pushed a substantial update since then and wanted to share the next milestone.
The architecture page is now live, including the first set of state‑machine diagrams.The core idea is that deterministic shared state becomes a first‑class primitive, not an afterthought layered on top of message passing.
New in this update:
HalfPair lifecycle diagram (deterministic state machine)
Collapse semantics and mutation rules
Cleaned‑up navigation and layout
Glass‑style UI for diagrams and overlays
Public contact surface (enquiries@spook.systems)
QSCS is designed as a low‑entropy substrate: idempotent deltas, predictable transitions, and a single committed StateBlock per collapse. The goal is to make coordination predictable across microservices, clusters, and eventually hybrid classical‑quantum systems.
If you’re interested in distributed systems, deterministic coordination, or substrate‑level design, I’d love feedback.
I posted yesterday about QSCS, a substrate I’m building for deterministic distributed systems. I’ve pushed a substantial update since then and wanted to share the next milestone.
The architecture page is now live, including the first set of state‑machine diagrams.The core idea is that deterministic shared state becomes a first‑class primitive, not an afterthought layered on top of message passing.
New in this update:
HalfPair lifecycle diagram (deterministic state machine)
Collapse semantics and mutation rules
Cleaned‑up navigation and layout
Glass‑style UI for diagrams and overlays
Public contact surface (enquiries@spook.systems)
QSCS is designed as a low‑entropy substrate: idempotent deltas, predictable transitions, and a single committed StateBlock per collapse. The goal is to make coordination predictable across microservices, clusters, and eventually hybrid classical‑quantum systems.
If you’re interested in distributed systems, deterministic coordination, or substrate‑level design, I’d love feedback.