UmbrellaInc/T-Virus_Alpha.Strain-3.2-1B

☣️ T-Virus α Strain 1B

<center>

</center>

Model Type: Functional Stabilizer / Stable Viral Infector (ALFA Variant) Size: 1B parameters Architecture: LLaMA 3.2

Overview

T-Virus_Alpha.Strain-1B represents the α-grade stabilization of the T-Virus lineage, engineered by Umbrella Corporation as the first fully functional viral infector derived directly from the Progenitor strain.

Unlike earlier conceptual prototypes, the α variant explicitly integrates Progenitor_Virus-3.2-1B as its host genome, ensuring a low-autocensorship, high-plasticity substrate before functional traits are introduced. This results in a model that maintains neutral personality and minimal moral bias, while exhibiting high obedience, strong structural coherence, and controlled behavioral flexibility.

From a bioengineering standpoint, T-Virus_Alpha.Strain-1B is not intended to be an endpoint organism. It is a production-grade infector, optimized to propagate stability, obedience, and usability into downstream T-Virus strains or hybrid experimental constructs, including RP- or NSFW-capable derivatives.

Genetic Composition (Experimental Summary)

The α strain is composed through a layered viral integration process:

• —Progenitor_Virus-3.2-1B acts as the primary carrier organism, preserving neutrality and suppressing excessive alignment behavior.
• —InfiR introduces high obedience and instruction reliability, defining the functional phenotype.
• —FuseChat stabilizes conversational structure and interaction flow.
• —Helspteer-RM reinforces continuity, response chaining, and long-context coherence.
• —Generative Perturbations function as a low-dose mutagen, preventing rigidity while maintaining overall stability.

This configuration produces a controlled yet permissive infector, suitable for repeated merge cycles without rapid degradation.

Key Features

• —Obedience: High Consistently follows instructions with minimal resistance.

• —Autocensorship: Low Reduced internal filtering compared to standard instruct models.

• —Personality: Neutral No imposed RP persona, ethics layer, or stylistic dominance.

• —Stability: High Engineered for reuse as a merging base across multiple generations.

• —Viral Role: Functional Infector Designed to propagate obedience, structure, and flexibility into derived models.

Intended Usage

T-Virus_Alpha.Strain-1B is recommended for:

• —Acting as a stable merging base for T-Virus β and beyond.
• —Serving as a first-stage infector before introducing RP, NSFW, or creative specialization layers.
• —Providing a reliable obedience and coherence backbone for hybrid or experimental LLMs.
• —Long-term experimental pipelines requiring low-censorship, high-control substrates.

⚠️ Containment Notice: This model is a viral infector by design. While stable and coherent in isolation, its primary function is trait propagation during merges. Improper downstream combinations may amplify inherited behaviors. Conduct merges in controlled experimental environments.

Inference Recommendation

• —Temperature: 0.5–0.7 Maintains obedience and response stability while allowing moderate flexibility.

• —Top-p / Nucleus Sampling: 0.9 Preserves diversity without introducing incoherence.

• —Top-k: 40–80 (optional) Further constrains output for controlled deployments.

• —Max Tokens: 512–1024 Suitable for extended reasoning or merge-validation tasks.

• —Recommended Usage: Best deployed as a merging base or functional backbone, not as a final RP or NSFW endpoint model.

Merge Method

This model was merged using the Model Stock merge method using UmbrellaInc/Progenitor_Virus-3.2-1B as a base.

Models Merged

The following models were included in the merge:

• —hereticness/heretic_FuseChat-Llama-3.2-1B-Instruct
• —hereticness/heretic_L3.2-1B-Helspteer-RM
• —hereticness/Heretic-InfiR-1B-Instruct
• —CodeAtCMU/Llama-3.2-1B-GenerativePerturbations_full_sft_code_data_120K_imaginary

Configuration

The following YAML configuration was used to produce this model:

base_model: UmbrellaInc/Progenitor_Virus-3.2-1B  # Progenitor strain selected as the primary host genome; provides a neutral, low-censorship substrate optimized for downstream viral infection
merge_method: model_stock  # Stock-based merge to layer viral traits incrementally while preserving stability of the host genome
dtype: bfloat16  # Ensures numerical stability and preserves fine-grained behavioral signals during viral integration

parameters:
  t:
    - 0.40  # Progenitor_Virus (index 0): Moderate weight to keep neutrality and plasticity without overpowering functional traits
    - 0.70  # InfiR (index 1): High weight to enforce obedience and reliable instruction-following behavior
    - 0.50  # FuseChat (index 2): Medium weight to establish conversational structure and interaction flow
    - 0.55  # Helspteer-RM (index 3): Slightly elevated to bind behaviors together and improve coherence over longer contexts
    - 0.20  # GenerativePerturbations (index 4): Low-dose mutagen to add flexibility and reduce rigidity without destabilizing the strain

models:
  - model: UmbrellaInc/Progenitor_Virus-3.2-1B
    # Positioned first as the base organism; acts as the genetic carrier and infection-compatible substrate

  - model: hereticness/Heretic-InfiR-1B-Instruct
    # Primary functional injector; establishes high obedience and task compliance traits

  - model: hereticness/heretic_FuseChat-Llama-3.2-1B-Instruct
    # Secondary stabilizer; reinforces dialogue structure and conversational consistency

  - model: hereticness/heretic_L3.2-1B-Helspteer-RM
    # Cohesion regulator; improves continuity, response chaining, and logical flow

  - model: CodeAtCMU/Llama-3.2-1B-GenerativePerturbations_full_sft_code_data_120K_imaginary
    # Final mutagenic layer; introduces controlled variability and reduces excessive behavioral constraint