Zero Overshoot (GSRF Practical) is a log-space soft thermostat: kill mid-band ring,
compress peaks toward a declared normal x*, then hand a calmer series to models or supervisory logic.
Each guide below is a mini-site for one buyer question.
Industrial actuators (flagship) →
Kill mid-band ring without pretending to track. Valve/SCADA evidence; multi-joint density as commercial thesis — not a robot-data claim yet.
GSRF for PdM pipelines →
Sensor → GSRF → features/model. Pre-AI hygiene without claiming a detector.
Robotics sensors & commands →
Calm ringy proprioception / force traces; not delayed teleop command smoothing.
Autonomous / plant control →
Shadow then shape. Explicit multi-minute delay red light.
Positive time series (non-trading) →
Strictly positive signals only. Not investment advice.
Integration overview →
Snippet → gsrf-bench → commercial license path.
Production readiness checklist →
What must be true before shipping GSRF in production.
Runaway feedback / delay →
When feedback delay makes GSRF the wrong command smoother.
Safety cage for recursive filters →
Deterministic limits: tracker, delay, fixed-FA detector.
Locked numbers: Evidence · Industrial batteries: Phase 5 note · Sources: Citations & datasets