Estimated reading time: 6 minutes
You can hold a boardroom together through a crisis. You can absorb a failed deal, a hostile negotiation, a quarter that misses, and stay measured. So it makes no sense that the dishwasher left open, or a short reply from your partner, or someone merging into your lane, is the thing that tips you over.
If you are a high performer, this is one of the most disorienting patterns you can experience. The scale of your reaction has stopped matching the size of the trigger. You stay composed where composure is expensive, then lose it over something that does not matter.
When the small things cost you more than the big ones
You have probably noticed the shape of it. Under genuine pressure, you are precise. The stakes focus you. Then you get home, or the day slows down, and the irritation arrives with no proportion to it. A tone. A delay. A minor inconvenience. You snap at the team, or at the people you least want to snap at, and a moment later you cannot fully explain why.
You are not overreacting because you have become difficult, or because your standards have slipped. You are reacting to a signal your nervous system is still carrying. The trigger in front of you is small. The charge behind the response is not, because it was never fully released in the first place.
Why this happens
Think of your nervous system the way an engineer thinks about a signal in an allocated time slot. A demand arrives, your sympathetic nervous system mobilises energy to meet it, and once the demand passes, that energy is meant to release so the channel clears for what comes next.
In a high performing life, the demands rarely stop long enough for that release to happen. One meeting closes and the next opens. The mobilisation stays switched on. What should have been a clean pulse becomes a stagnant wave, a charge that never got its window to discharge and instead keeps looping in the background.
This is sympathetic hyperactivity. Your system is running elevated as a baseline, not as an event. And a system running that hot changes how it reads the world. Ordinary input gets scored as threat, because a nervous system already braced for danger has a very low bar for what counts as danger. The open dishwasher is not the problem. It is simply the moment your system finally finds something small enough to discharge against.
None of this is a fault in you. It is your nervous system doing exactly what it is built to do, protect you, mobilise you, keep you ready. The response is entirely functional. It has simply stopped being calibrated to the actual size of the events in front of you.
Why the usual fixes fall short
The instinct is to manage the reaction. Count to ten. Reframe the thought. Promise yourself you will stay calm next time. Add more discipline to a system that is already over disciplined.
This works until it does not, and it tends to fail at exactly the wrong moment. Willpower is a top down instruction. It asks the thinking brain to override a response that is being generated much lower down, in a system that is faster than thought and does not take direction from it. You cannot reason your way out of a physiological state.
Worse, the effort of holding the reaction down is itself another demand. You are asking an already loaded system to carry more load. It looks like control from the outside. Inside, the charge is still looping, still waiting for the next small thing to release against. Managing the reaction never touches the state that produces it.
The somatic pathway
My work does not ask you to manage the reaction better. It regulates the system that generates it.
We start by identifying the stagnation point, the place where the signal got stuck and never completed its release. That looping charge lives in the body, not the calendar, so this is somatic and precise rather than reflective. We are locating distortion in the signal, then working to clear it.
From there the work is recalibration. We restore your nervous system’s access to parasympathetic recovery, the state that lets a mobilised charge actually discharge and the channel return to baseline. As that pathway comes back online, the stagnant wave releases. Your system stops running braced by default. This is what nervous system regulation is for, and it is why the results hold in a way that managed reactions never do. You are not building a better override. You are restoring coherence to the system itself.
What changes when it resolves
The first thing you notice is space. A gap opens between what happens and how you respond, and in that gap you have a choice you did not have before.
Proportion returns. The small things read as small, because your system is no longer scoring ordinary input as threat. You are not white knuckling your patience with the team or your family. There is simply less charge waiting to fire, so there is less to hold.
And your capacity under real pressure does not diminish. It sharpens. A regulated system mobilises cleanly when the stakes are genuine, then recovers cleanly afterwards. You get the edge without the residue.
Where to Begin
For most high performers, this pattern has usually been building for years, and structured work moves faster than solo practice. That is what the Executive Protocol is built for.
Frequently Asked Questions
Because a genuine crisis gives your mobilised energy a clear channel to discharge through, while small moments do not. Under real pressure your nervous system has somewhere to direct the charge. In ordinary moments the looping signal has no obvious outlet, so it releases against whatever minor trigger is nearest.
No. It is a sign your nervous system is running in sympathetic hyperactivity, an elevated baseline built up from demands that never got their release window. The response is fully functional and protective. It has simply lost its calibration to the actual size of events, which is a state you can regulate.
Control through willpower is a top down override, and it fails under load because the reaction is generated faster than thought and below it. Holding it down also adds demand to an already loaded system. Lasting change comes from regulating the state that produces the reaction, not from managing the reaction itself.
Those approaches work at the level of thought, strategy and behaviour. This works at the level of the nervous system that generates the response in the first place. It is somatic and physiological rather than cognitive, focused on releasing a stuck signal and restoring recovery, so proportion returns from the system up rather than being managed from the top down.
Related reading: Why High Performers Can’t Switch Off and The Same Relationship Pattern Keeps Repeating.
About the Author
Maya Khoury is the founder of Engineering Somatics™, a consulting practice that applies radio frequency engineering principles to nervous system regulation for executives and decision-makers. She works with high performers whose composure under real pressure sits alongside a reactivity they cannot explain, restoring proportion by regulating the system rather than managing the response.
If this article resonated with you, book an Initial Exchange to explore whether the Executive Protocol is the right fit.
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