🛡️ Attest the Performance Live on Free T4 GPU

We challenge any technical reviewer, auditor, or developer to verify our systems benchmarks. Click the badge below to run the clean-room auditor on a free Google Colab T4 GPU instance. No private credentials or Drive mounts are required.

Open In Colab

Delentia SLM — The Router v0.4 (slm-jitna-router-v0.4)

⚙️ Looking for the SDK & Source Code?
All system runtimes, dynamic LoRA swapping engines, and the Delentia OS SDK are open-source!
👉 Star & Fork the repository on GitHub (delentia-labs/Delentia-OS)

The Router is a specialized Sequence Classification LoRA adapter within the Delentia OS 1+4 Pillar Architecture. Its primary role is to intercept incoming user intents and classify them into one of the specialized execution pathways at ultra-low latency.

⚡ Quick Start: Load Adapter via PEFT

To execute this specialized classification adapter, load it on top of the base model:

python

from transformers import AutoModelForSequenceClassification, AutoTokenizer
from peft import PeftModel

base_model_name = "Delentia/delentia-slm-jitna-v0.4"
adapter_name = "Delentia/delentia-lora-router-v0.4"

# Load base model & tokenizer
model = AutoModelForSequenceClassification.from_pretrained(base_model_name, num_labels=4)
tokenizer = AutoTokenizer.from_pretrained(base_model_name)

# Load adapter
model = PeftModel.from_pretrained(model, adapter_name)

🌐 Delentia OS Ecosystem Model Roster (v0.4.x)

Delentia OS is organized into two primary deployment styles: Dynamic PEFT Adapters (1+4 Pillars) for sub-ms switching in unified VRAM, and Pre-Merged GGUF Models for direct plug-and-play local execution in Ollama / llama.cpp.

Component / Role	Deployment Type	Hugging Face Repository	Description	GGUF Support
SLM Base Kernel	Base Foundation	Delentia/delentia-slm-jitna-v0.4	Core cognitive LLM (8B Parameters)	✅
The Router	PEFT LoRA Adapter	Delentia/delentia-lora-router-v0.4	Intention parser & node routing	❌ (PEFT only)
The Executor	PEFT LoRA Adapter	Delentia/delentia-lora-executor-v0.4	JSON tool payload generation	✅ (Merged GGUF below)
The Guardian	PEFT LoRA Adapter	Delentia/delentia-lora-guardian-v0.4	Zero-trust constitutional safety	✅ (Merged GGUF below)
The Scribe	PEFT LoRA Adapter	Delentia/delentia-lora-scribe-v0.4	Context compression/summarization	✅ (Merged GGUF below)
Pre-Merged Executor	Pre-Merged GGUF	Delentia/delentia-slm-jitna-executor-v0.4	Complete tool executor (plug-and-play)	✅
Pre-Merged Guardian	Pre-Merged GGUF	Delentia/delentia-slm-jitna-guardian-v0.4	Full safety guardrail model	✅
Pre-Merged Scribe	Pre-Merged GGUF	Delentia/delentia-slm-jitna-scribe-v0.4	Out-of-the-box context compressor	✅

Technical Specifications

Base Model: unsloth/Meta-Llama-3.1-8B-bnb-4bit
Fine-Tuning Method: Sequence Classification QLoRA (SEQ_CLS adapter config)
Target Modules: q_proj, k_proj, v_proj, o_proj, gate_proj, up_proj, down_proj
Output Labels:
- 0: Router Base (Conversational / Standard Prompt)
- 1: Executor (Tool / JSON Execution)
- 2: Guardian (Safety Shield evaluation)
- 3: Scribe (Context compression/summarization)

Certified GPU Runs (v0.4 Performance)

Routing Classification Accuracy: 100.00% (Target Gate: $\ge 96.0%$)
VRAM Swap Latency: 11.2 milliseconds (Target Gate: $\le 12.0\text{ms}$)
Inference Speed: 20-50 milliseconds on consumer-grade local hardware.

🔒 Empirical Audit Ledger

The domain-specific empirical results below were generated and certified via system digital forensics:

Auditor Notebook: colab_4_pillars_v043.ipynb (GitHub Source) |
Open In Colab
Run ID: a5541e6e
Target Safetensors Hash: SHA256:0a1a9dec583c2259904b7504fd3483ea47563bce5257f5740d197ada173cb83a
Last Certified: 2026-07-13T06:26:20Z

Gate Category	Specific Metric	Target	Empirical Result	Status
Silicon Attestation	PCIe VRAM Swap Latency	< 12.0 ms	11.2000 ms	Certified (Cloud)
Cognitive Routing	Intent Classification Accuracy	>= 96.00%	100.00%	Certified
Economic Gate	API Cost Reduction Ratio	>= 90.00%	99.40%	Certified