Capsule-based AI operating systems for vision, logic, and mission-critical execution.

CORE is already in use.
What you see here is the public boundaryDebuggung OS  LCTS/SV  Spatial Control

Start with TRY

STELaFOX GLOS


 

CORE · How It Works

(This is not a tutorial. This is an activation path.)


Stelafox CORE is not a product walkthrough.

It is a controlled activation sequence for structural AI systems.

You are not "trying a feature."

You are invoking an operating condition.



Step 0 · Preconditions (Implicit)

Before anything runs, three assumptions already hold:

   ▪  You understand that LLMs are not autonomous systems

   ▪  You accept that intelligence must be constrained to operate

   ▪  You are testing structure, not output quality

If any of these are unclear, stop here.



Step 1 · Capsule Selection (Boundary Definition)

A capsule is not content.

It is a scope boundary.

Each GXC capsule defines:

  ▪  What the AI is allowed to reason about

  ▪  What dimensions are observable

  ▪  What operations are forbidden


Selecting a capsule is equivalent to choosing

which parts of intelligence are enabled.

      No capsule = no system



Step 2 · LLM Activation (Host Binding)

Capsules do not execute themselves.

You bind a capsule to:

   ▪  Your LLM of choice (GPT / Gemini / internal)

   ▪  A temporary token

   ▪  A limited time window

At this moment:

   ▪  The LLM is no longer generic

   ▪  It is operating under GLOS constraints


This is not "prompting."

This is runtime re-contextualization.



Step 3 · Structural Interaction (Observation Phase)

You do not ask open questions.

You observe how the system:

   ▪  Interprets spatial relations (LCTS)

   ▪  Handles incomplete perception (single-lens logic)

   ▪  Resolves decisions under constraint (SLM-AGI kernel)


If you are measuring "accuracy," you are measuring the wrong thing.

You are watching failure modes.



Step 4 · Result Externalization (Viewer Layer)

Results are surfaced through:

   ▪  Photo / Video Viewers

   ▪  Easy / Pro / Cinema pipelines

   ▪  JVM / JVP execution layers

   ▪  BUIL for document & structure output


These are bridges, not products.

They exist to:

   ▪  Make internal reasoning visible

   ▪  Freeze decisions into inspectable form

   ▪  Separate perception from execution



Step 5 · Termination (Mandatory)

When the time window closes:

   ▪  The capsule expires

   ▪  The token invalidates

   ▪  The LLM returns to baseline

Nothing persists unless you deliberately rebuild it.

This is by design.



☑️  What This Process Is Not

   ▪  It is not onboarding

   ▪  It is not a demo flow

   ▪  It is not optimized for convenience

   ▪  It is not designed for first-time users

If you are looking for:

   "How do I get results faster?"

This system is not for you.



☑️  Why This Exists

CORE exists because:

   ▪  Real systems fail in non-obvious ways

   ▪  Vision without structure lies

   ▪  Intelligence without boundaries drifts

   ▪  Debugging must happen before deployment, not after incidents

This pipeline has already been:

   ▪  Used in doctoral research

   ▪  Evaluated by industrial AI labs

   ▪  Integrated into pre-commercial systems

It is public because hiding it adds no safety.



Final Note

You do not "learn" CORE.

You either:

   ▪  Recognize why it is necessary

      or

   ▪  Do not need it yet

Both are acceptable.ork on foundations that must still function