User strategy boundary
You retain complete ownership of strategy logic. SQV does not:- Select your instruments or data feeds
- Define subscription fields or market depth
- Determine failure behavior or normalization rules
- Write order logic or execution models
- Design your internal modular structure
SOOV: Symphony Orchestra Omega Vector
SOOV is the first named subvector under SQV. It represents a future high-performance, C++-only FIX architecture informed by historic QuanuX work. SOOV is planned as a bounded, deterministic messaging layer for trading communication. Detailed FIX behavior is not yet canonical; no FIX session, feed adapter, or broker integration is currently implemented.Future scope
SQV is the planned home for ratified quantitative framework components across later delivery phases. Expected areas include:- Backtesting engines
- Broker C++ APIs
- Indicator libraries
- Quantitative mathematics
- Data-stream architecture
Current status
SQV is a canonical architecture contract only. No SQV or SOOV engine, FIX session, feed adapter, strategy runtime, broker integration, backtester, indicator library, or data-stream component is currently implemented.How SQV relates to other vectors
SHV
Supplies hardware capability evidence that constrains quantitative engine design.
SNV
Records the Nodes where quantitative workloads execute.
SKV
Governs SQV contracts, evolution, and official publication relationships.