Miya Tails
Cart 0 item RM0.00 MYR
Cart 0 item RM0.00 MYR
Home
Shop
Wishlist
SAFETY STANDARDS

Structural Discipline of the Companion Interface

This document defines the safety boundaries of the Miya Tails × CalmCore™ Companion Interface.

Scope: material restrictions, containment architecture, diffusion behavior, handling protocol, and storage parameters.

Document
Safety Standards
System
Companion Interface
Discipline
Containment · Proximity · Handling
SECTION 02 STRUCTURE NOTE

The following sections define the structural principles governing material integrity, containment architecture, diffusion scope, and handling discipline.

I
Principle · Safety Doctrine

Essential Oil–Free Policy

CalmCore™ is formulated without essential oils, solvent-based infusions, synthetic fragrance compounds, or liquid diffusion agents.

The protocol relies on whole, dried botanical fragments only — contained and proximity-based by design.

Included Whole dried botanical fragments (raw state)
Excluded Essential oils · Solvent infusions · Synthetic fragrance · Liquids
Diffusion Contained proximity diffusion (non-atmospheric)
Note This principle reduces volatility variables in multi-pet environments.
Supporting reference image
FIG. I Reference image slot — Raw Botanical.
Botanical fragment reference
FIG. II Botanical fragment macro (raw, whole material).
II
Principle · Botanical Discipline

Botanical Integrity

Botanical material is kept structurally intact. We do not powder, chemically stabilize, or artificially standardize plant matter.

Natural variation in fragment size, texture, and color is expected — and does not compromise containment performance.

Form Whole dried fragments (not powders)
Variation Size · texture · color · fragment geometry
Standardization no chemical stabilization · no artificial homogenization
Note Integrity is preserved through physical containment — not chemical control.
III
Principle · Containment Architecture

Sealed Containment Architecture

The Companion Interface functions as a closed internal system. Botanical material remains physically separated from direct skin contact and environmental dispersion.

Each refill is enclosed within a sealed non-woven containment layer and supported by a secondary textile structure — designed for contained proximity diffusion, not atmospheric projection.

Layer 01 Sealed non-woven containment insert
Layer 02 Secondary textile envelope (wearable structure)
Contact botanical material remains separated from skin and fur
Failure if visible structural damage occurs, discontinue use and replace the refill
Note Containment is the safety boundary — diffusion remains local by design.
Containment architecture reference
FIG. III Containment-layer close-up (sealed insert).
Diffusion scope reference
FIG. IV Furrykid wearer-scale photo (localized, near-body use).
IV
Principle · Diffusion Scope

Proximity-Based Diffusion Design

The system operates within a limited diffusion radius. It is not intended to project across a room or into shared airspace.

This prevents environmental saturation and maintains a localized sensory presence around the wearer. Subtlety is intentional.

Radius near-wearer, localized range (not room-filling)
Airspace non-atmospheric; avoids shared air saturation
Intent subtle presence, not projection
Note Proximity reduces cross-exposure variables in multi-pet homes.
V
Principle · Assembly Discipline

Small-Batch Assembly Discipline

Each refill is assembled by hand in our Sensory Lab in Kedah, Malaysia. Botanical materials are prepared in small batches to maintain proportional consistency while respecting natural plant variation.

Due to the organic nature of dried botanicals, minor variations between batches are normal. Each refill is sealed immediately after preparation to preserve dryness and structural integrity.

Process hand-assembled in small batches
Variation minor batch variation is expected (organic materials)
Sealing sealed immediately after preparation to preserve dryness
Scale no mass-production · no industrial homogenization
Note Batch discipline protects structural ratios without chemical standardization.
Preparation reference
FIG. V Batch-prep photo (raw botanical).
External use reference
FIG. VI Place the patch into the inner pocket of the collar.
VI
Principle · Use Framework

External Use Framework

The Companion Interface is designed exclusively as a wearable textile accessory. It functions as an external sensory-based environmental layer.

It is not an ingestible product, nutritional supplement, topical absorption product, or veterinary intervention. Supervision is recommended during initial use, particularly for pets prone to chewing accessories.

Type wearable textile accessory (external layer)
Not ingestible · supplement · topical absorption · veterinary treatment
Supervision recommended during initial use (chewing-prone pets)
Note Safety is defined by structure and scope — not claims of intervention.
VII
Principle · Intended Scope

Intended Scope

The system is designed to support everyday environmental transitions — where a stable, localized sensory presence can help reduce friction.

For persistent or complex health or behavioral concerns, consultation with a licensed veterinarian is recommended.

Use Cases travel · storms · new surroundings · guest arrivals
Boundary everyday transitions; not a treatment protocol
Escalation for persistent concerns, consult a licensed veterinarian
Note This document defines boundaries — it does not replace professional care.
Intended scope reference
FIG. VII Example of senario.
Storage and handling reference
FIG. VIII Place it back to the foil pouch.
VIII
Principle · Handling Protocol

Storage & Handling

Keep refills sealed until activation. Store in a cool, dry environment and avoid direct sunlight and excessive humidity.

Replace refills approximately every 20–30 days depending on exposure and handling conditions.

Seal keep sealed until activation
Environment cool · dry · away from sunlight and humidity
After Use return to the sealed foil pouch to reduce exposure between sessions
Replace approximately 20–30 days (varies by exposure)
Note Longevity is exposure-dependent. Sealing between uses helps preserve structural performance.
DOCUMENT COMPLETE

Structural safety boundaries for the
Miya Tails × CalmCore™ Companion Interface.

Material restrictions · Containment architecture · Diffusion scope · Usage framework · Storage protocol.

Version 1.0 Last Updated — April 2026
Structural disclosure only — formulation ratios remain protected.

Your cart is currently empty.

Enable cookies to use the shopping cart

Terms & Conditions

All content and materials on this website are part of the Miya Tails system and are subject to our usage policies.

Liquid error (layout/theme line 192): Could not find asset snippets/judgeme_core.liquid