SevvenLabs
PRIVATE LLM TRAINING & QUANTIZATION

Train & Fine-Tune Custom AI Models on Your Private Data

Llama 3.3, DeepSeek-R1 & Mistral Customization with FP8/INT4 vLLM Serving (Save 75% on GPU Costs)

Customize open-weights foundation models on your proprietary datasets and compress them via FP8/INT4 quantization for ultra-low latency on private hardware.

Recognized Stacks & Models Supported:
Llama 3.3 (70B)DeepSeek-R1Mistral NemoPyTorchvLLMLoRA / UnslothFP8 / INT4
Train & Fine-Tune Custom AI Models on Your Private Data
75%
Cloud GPU Infrastructure Cost Reduction
<45ms
Time to First Token (TTFT) Streaming
100%
Client Code & Model Weights IP Ownership
4.2x
Throughput Multiplier on vLLM Clusters
HOW IT WORKS IN PRODUCTION

The Optimization & Fine-Tuning Pipeline

From curated instruction dataset preparation to post-training quantization, we engineer specialized models that outperform generic commercial APIs on domain-specific benchmarks.

STAGE 01๐Ÿงน

Curated Dataset Preparation

High-quality synthetic generation, deduplication, and instruction tuning data verified by human domain specialists (99.8% precision SLA).

STAGE 02โš™๏ธ

Parameter-Efficient Tuning (LoRA / QLoRA)

Fine-tune low-rank adaptation adapters on open-weights foundation models, preserving base reasoning while embedding domain vocabulary.

STAGE 03๐ŸŽฏ

Direct Preference Optimization (DPO)

Align model outputs to strict enterprise tone, compliance guardrails, and deterministic formatting without reinforcement learning instability.

STAGE 04๐Ÿš€

FP8 & INT4 Quantization & vLLM Serving

Compress model weights into FP8, INT8, or AWQ INT4 format for deployment on cost-effective NVIDIA L40S, A10G, or H100 clusters.

ENTERPRISE CAPABILITIES

Why Custom Models Outperform Generic APIs

Gain complete independence from per-token pricing, rate limits, and third-party downtime.

Sub-50ms Streaming Latency

Deploy models with vLLM and TensorRT-LLM kernels for rapid token streaming in real-time conversational and edge applications.

  • PagedAttention eliminates memory fragmentation on GPU VRAM
  • Continuous batching maximizes concurrent request throughput
  • Sub-50ms Time to First Token (TTFT) even at peak traffic

Zero Vendor Lock-In & Total Privacy

Never worry about OpenAI or Anthropic changing pricing, deprecating models, or logging confidential prompts.

  • 100% legal ownership of fine-tuned adapter weights and checkpoints
  • Deploy on your own AWS/Azure/GCP VPC or private on-premise hardware
  • Predictable flat-rate compute costs rather than scaling token fees

Rigorous Benchmark & Evals Suite

Every training checkpoint is benchmarked against domain-specific evaluation sets to mathematically prove superiority over base models.

  • Automated perplexity, task accuracy, and latency benchmarks
  • A/B testing against commercial APIs on real enterprise prompts
  • Zero catastrophic forgetting of foundational reasoning capabilities
BATTLE-TESTED TOOLING

Optimization & Deployment Stack

vLLM

Inference Engine

High-throughput serving with PagedAttention and FP8 support.

TensorRT-LLM

Kernel Acceleration

NVIDIA-optimized C++ kernels for ultra-low latency.

Hugging Face / Unsloth

Training Framework

Distributed multi-GPU LoRA, QLoRA, and full fine-tuning.

AWQ / GPTQ

Quantization

4-bit and 8-bit weight compression preserving 99%+ accuracy.

Triton Server

Model Serving

Enterprise model management with dynamic scaling.

NVIDIA H100 / L40S

Hardware Support

Optimized deployments across modern GPU architectures.

FREQUENTLY ASKED QUESTIONS

Technical & Engagement FAQs

RAG gives an AI model access to dynamic knowledge and facts, while fine-tuning teaches an AI model how to behave, format, and reason in a specific specialized domain. Top enterprise systems combine both: a fine-tuned private model that queries an enterprise RAG knowledge base.
START YOUR ENTERPRISE DEPLOYMENT

Ready to Build Production AI That Actually Delivers ROI?

Schedule a 30-minute architecture session with our senior AI engineers. We'll assess your dataset, evaluate model feasibility, and draft an end-to-end implementation roadmap.