OEX FSM Trading Logic Optimization

I need an expert who can dive straight into my finite-state-machine rules and tighten every transition that fires automated orders. The signals originate in TradingView, flow through our existing TS-EL strategy layer, and finally route to our TS execution servers; what’s missing is rock-solid OEX logic sequencing that calls entries and exits at precisely the right state change.

Your mission is to examine the current state diagrams, rewrite or refine the conditions that trigger both entry and exit signals, and leave me with a deterministic, test-backed model that my coders can wire up without second-guessing. You should already know how to structure order-execution logic for program trading, be comfortable thinking in discrete states rather than linear indicators, and have a proven feel for high-frequency timing issues typical of OEX instruments.

Because we already have in-house coders and an operator, I’m not asking for implementation—they will translate your logic into Pine Script/EL code. I’m asking for the optimized rule set, supporting rationale, and verification evidence so we can drop it straight into production. I’ll supply the current diagrams, trade logs, and performance metrics under NDA the moment we agree.

Deliverables (must-haves)
• A fully documented FSM map with precise guard conditions for every state transition covering both entry and exit paths
• Edge-case and timing test scenarios that prove each transition behaves correctly on OEX historical data
• A short hand-off brief that pinpoints any remaining assumptions or configurable thresholds

Urgency is real: I’d like to begin reviews within 48 hours and lock the final logic no later than next week. If you thrive on sharpening trading algorithms under tight deadlines, let’s talk.