@@ -12,7 +12,7 @@ and resolution.**
1212### Overview of Documented Proofs:
1313
14141 . Productivity and methodology with results
15- 2 . Task acceptance criteria and setup
15+ 2 . Task acceptance criteria and setup for usage
16163 . Event bus correctness and concurrency
17174 . WebSocket interface for task orchestration (under construction)
18185 . Product safety and failure/recovery mechanisms
@@ -22,8 +22,6 @@ and resolution.**
2222
2323## 1. Productivity
2424
25-
26-
2725### Overview:
2826
2927Token tasks are the paradigm that connects async and threading.
@@ -111,7 +109,7 @@ PARALLEL CHAINS PASSED — chains concurrent, steps ordered within each.
111109
112110### Usage:
113111
114- > #### Example usage of token-threaded tasks in a saturated scenario.
112+ > #### Example of token-threaded tasks in a saturated scenario.
115113
116114``` python
117115import time
@@ -216,15 +214,6 @@ MIXED ORCHESTRATOR COMPLETE
216214 heavy_operation 284 ████████████████████████████████████████████████████████
217215
218216```
219- ---
220-
221- ### Performance Notes:
222-
223- > During saturated burst conditions on an 8-core CPU, TokenGate achieved a measured concurrency ratio
224- > of 7.25× versus the serial estimate. This does not imply perfect 8-core utilization at every instant,
225- > but it does demonstrate strong real-world parallel overlap and substantial wall-clock compression.
226- > In practical terms, the system delivered roughly 725% of single-thread baseline throughput, or about 90%
227- > of the theoretical 8× ceiling, while maintaining continuous worker activity.
228217
229218---
230219
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