UTF is a type framework built around two layers: a person's Core Operating Mode and their Seasonal Operating Mode. This page is the type library, so anyone can browse the COM types and SOM modes before taking the assessments.
Their core operating mode: the broad pattern in how they notice, decide, prioritize, and move through complexity.
21 core modes generated from the full COM pattern
Their current season: the capacity, pressure, pull, and life-state their COM is operating inside right now.
9 seasonal modes across capacity, output, people, and change
Explore the broad COM types and SOM modes. These are standalone previews; a person's actual result depends on the full assessment.
COM + SOM are the two layers of UTF. COM shows the stable core pattern. SOM shows the current season around it. Browsing both libraries helps people see how different types and seasons can look before taking the full assessment.
Optional details on how COM and SOM work together.
Most systems blur stable identity and current condition. UTF separates them first, then brings them back together in the final combined profile.
COM reads the stable operating pattern. SOM reads current capacity, pressure, pull, and opportunity.
The distinction matters because the same core type can look very different in different seasons.
It is dimensional, not binary. Signals can rise together, conflict, or shift expression depending on the season around them.
Different people make better choices when they understand their core pattern and the season they are operating in, instead of forcing one generic strategy onto every version of themselves.
UTF helps people understand how they process, explain, and respond, so they can work better with others who do not move through information the same way.
People can see whether they are in a build season, a recovery season, a social season, or a readjustment window. The goal is not to label a life forever, but to read the gear someone is actually in.
The library gives people a clean way to compare patterns, understand friends' results, and see how each COM type or SOM mode differs from the others.
COM and SOM are separate on purpose. COM gives the stable core pattern; SOM gives the current operating season.
The same COM type can feel very different in different seasons, which is why UTF lets people browse both libraries separately before seeing how their own results combine.
UTF is new, but it is not random. It is built around recognizable measurement principles: defined constructs, multi-item scoring, continuous dimensions, the trait-state distinction, and ongoing validation as evidence grows.
COM is designed to estimate a relatively stable operating pattern. It samples functional domains tied to cognition and behavior: attention, information processing, pattern recognition, decision orientation, structure building, ambiguity tolerance, change response, social-field perception, energy direction, and pressure behavior.
The score is not based on one dramatic answer. Individual items are treated as repeated signals inside a broader construct map. A single answer can inform the read, but it does not create the type by itself.
Each measured signal is continuous. You land somewhere on a range, not on one side of a wall. The COM type is the shape created when those ranges are read together. That is why two people can share a COM type while still having different underlying profiles.
UTF types are a communication layer over a mathematical profile. The 21 types come from recurring stable response patterns across the scored dimensions, not from forced binaries or aesthetic labels. The type gives the pattern a usable name, while the profile underneath shows the fuller shape behind it.
SOM is measured separately because current state is not the same thing as stable trait. SOM estimates the active operating layer around the core: recent capacity, recovery need, output demand, change pressure, people load, stability need, and where attention is being pulled right now.
This separation matters. People often confuse a pressured season with their identity. UTF keeps those layers apart so the profile can show both what is stable and what is being amplified, constrained, or redirected in the current chapter.
SOM is not a permanent label or a mood quiz. It is a state-like read of the season the person is operating inside now.
Sound measurement starts with structure: defined constructs, repeated signals, and scoring that can be checked, not from exposing the answer key. A serious model defines constructs, writes items to sample those constructs, scores repeated signals instead of isolated answers, checks internal consistency, and studies whether results converge with real user feedback and related measures.
UTF follows that measurement logic: continuous dimensions instead of forced binaries, multi-item signals instead of one-question conclusions, pattern scoring instead of flat labels, and a strict separation between trait-like COM and state-like SOM.
UTF is not claiming to be a finished clinical instrument or a published diagnostic assessment. It is a self-reflection and coaching framework built in a way that can be tested. Reliability, convergence, discriminant patterns, and practical usefulness can be evaluated as the dataset grows. That is the standard UTF holds itself to: not valid by declaration, but built so that evidence can confirm or correct it.
The public pages explain the measurement territory without exposing the scoring engine. The exact dimension map, item-to-construct links, item weights, thresholds, gates, and type formation rules are proprietary.
That is deliberate. A test that can be reverse engineered can be performed for. Keeping the scoring structure closed protects the honesty of the result while still letting users understand the kind of model they are taking.