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Local LLMs

On-premise language model deployment for data-sensitive applications with full privacy and control.

Local LLMs

Local LLM Deployment

Keep your data private with on-premise language models. We help organizations deploy and optimize open-source LLMs for production use cases without sending data to external providers.

Why Local LLMs?

Complete Data Sovereignty

With local LLMs, your sensitive data never leaves your infrastructure—perfect for regulated industries, legal requirements, and privacy-conscious organizations.
BenefitCloud LLMsLocal LLMs
Data PrivacyData sent externallyData stays on-premise
ComplianceDepends on providerFull control
Cost ModelPer-token pricingFixed infrastructure
CustomizationLimitedFull fine-tuning
LatencyNetwork dependentLocal, low latency
AvailabilityInternet requiredAir-gapped possible

Architecture Overview


flowchart TB
    subgraph Apps["Your Applications"]
        A[Web App]
        B[Mobile App]
        C[Internal Tools]
    end

    subgraph API["API Layer"]
        D[Load Balancer]
        E[OpenAI-Compatible API]
    end

    subgraph Inference["Inference Servers"]
        F[vLLM / TGI]
        G[Ollama]
        H[llama.cpp]
    end

    subgraph Models["Model Storage"]
        I[Model Registry]
        J[Quantized Models]
    end

    subgraph Hardware["Hardware"]
        K[NVIDIA GPUs]
        L[AMD GPUs]
        M[CPU Fallback]
    end

    A & B & C --> D
    D --> E
    E --> F & G & H
    F & G & H --> I & J
    F & G & H --> K & L & M

    style Apps fill:#e0f2fe,stroke:#0284c7
    style API fill:#fef3c7,stroke:#d97706
    style Inference fill:#dcfce7,stroke:#16a34a
    style Hardware fill:#f3e8ff,stroke:#9333ea

    

Supported Models

We deploy and optimize various open-source models, including the latest edge-optimized and reasoning models:

ModelParametersBest ForLicense
LFM2.51.2BEdge/on-device, fast CPU inference, agentsLFM 1.0
GLM-4.6V Flash9BVision-language, tool calling, multimodal agentsMIT
Nemotron 3 Nano30B (3.5B active)General purpose, reasoning, 1M contextNVIDIA Open
Devstral Small 224BAgentic coding, vision, tool useApache 2.0
RNJ-18BCode, STEM, math, tool useApache 2.0
OLMo 3 Think32BReasoning, math, code, fully openApache 2.0
Ministral 3 Reasoning14BComplex reasoning, math, codingApache 2.0
Ministral 33.4B + 0.4B visionEdge deployment, vision, multilingualApache 2.0
Qwen3-Next80B (3B active)Ultra-long context, hybrid MoE (Mac MLX)Apache 2.0
olmOCR 27BDocument OCR, PDF extractionApache 2.0

MoE Efficiency

Mixture-of-Experts (MoE) models like Nemotron 3 Nano (30B/3.5B active) and Qwen3-Next (80B/3B active) deliver large-model quality with small-model inference costs.

Deployment Options

On-Premise Servers

GPU Selection Guide

Model size determines GPU requirements: 7B models fit on 8GB VRAM, 70B models need 40GB+ or multi-GPU setups. Unified memory architectures allow running larger models on consumer hardware.

Datacenter GPUs

GPUVRAMBest ForThroughput
NVIDIA RTX PRO 600096GB GDDR7Enterprise AI + graphics, MIG partitioningHighest
NVIDIA H10080GBMaximum performanceVery High
NVIDIA A10040/80GBProduction 70B+ modelsVery High
NVIDIA L40S48GBBalanced productionHigh
AMD MI300X192GBLarge model single-cardVery High

RTX PRO 6000 Multi-Instance GPU (MIG)

The RTX PRO 6000 Server Edition supports MIG partitioning—split one 96GB GPU into up to 4 isolated 24GB instances for simultaneous AI inference, graphics rendering, and virtualized workloads. Configurable TDP (400-600W) for datacenter flexibility.

AI Workstations & Consumer GPUs

SystemMemoryBest ForPrice
NVIDIA DGX Spark128GB unifiedDesktop AI workstation, models up to 200B~$3,999
NVIDIA RTX 509032GB GDDR7Consumer AI inference, 30B+ models~$1,999
GMKtec EVO-X264-128GB unifiedCompact AI inference, up to 96GB VRAM$1,499-1,999
NVIDIA RTX 409024GB GDDR6XCost-effective 7-34B models~$1,599

RTX 5090 AI Performance

The RTX 5090 delivers 3,352 AI TOPS with 5th-gen Tensor Cores supporting native FP4/FP8 precision. Achieves 213 tokens/sec on 8B models and 61 tokens/sec on 32B models—2-3x faster than RTX 4090 for LLM inference.

Unified Memory Advantage

Systems like NVIDIA DGX Spark (GB10 Grace Blackwell) and GMKtec EVO-X2 (AMD Ryzen AI Max+ 395) use unified memory architectures, allowing the GPU to access the full system RAM for AI workloads—enabling 70B+ models on desktop hardware.

Private Cloud

  • AWS EC2 instances (p4d, p5, g5)
  • Azure NC-series VMs
  • GCP Compute Engine with GPUs
  • Air-gapped deployments for maximum security

Edge Deployment

  • NVIDIA Jetson Orin for edge inference
  • Quantized models for limited resources
  • Mobile deployment with llama.cpp

Optimization Techniques

We optimize models for your hardware and requirements:

TechniqueMemory SavingsSpeed ImpactUse Case
INT8 Quantization~50%Minimal lossProduction balanced
INT4 Quantization~75%Some lossMemory constrained
GGUF FormatVariableOptimizedCPU + GPU inference
Model ShardingScalesLinearMulti-GPU large models
Speculative DecodingNone2-3x fasterLow latency required
Continuous BatchingNoneHigher throughputHigh concurrency
KV Cache Optimization30-50%MaintainsLong context windows

Inference Servers

ServerBest ForOpenAI CompatibleFeatures
vLLMHigh throughputYesPagedAttention, continuous batching
TGIHuggingFace ecosystemYesWatermarking, quantization
OllamaSimple deploymentYesOne-line install, model library
LM StudioDesktop + APIYesGUI + REST API, GGUF + MLX, Vulkan offloading
llama.cppCPU/EdgeVia wrapperExtreme optimization

LM Studio Highlights

LM Studio provides a polished desktop experience with full OpenAI-compatible API support. Supports the Responses API for stateful interactions, MCP tool calling, and reasoning models. Excels on integrated GPUs via Vulkan offloading.

Intelligent Model Routing

For production deployments with multiple models, consider adding an intelligent routing layer:

ToolPurposeFeatures
LLMRouterQuery-based model selection16+ routing strategies, trains on benchmark data, routes by complexity/cost

When to Use LLMRouter

LLMRouter sits above your inference servers and automatically routes queries to the optimal model based on task complexity, cost, and performance requirements. Ideal for multi-model deployments where you want to use smaller models for simple queries and larger models for complex reasoning.

Fine-Tuning Services

Customize models for your domain:

Training Approaches

  • LoRA: Low-rank adaptation for efficient fine-tuning
  • QLoRA: Quantized LoRA for memory efficiency
  • Full Fine-tuning: Maximum customization for large datasets
  • Instruction Tuning: Improve instruction following
  • Domain Adaptation: Specialize for your industry

What You Need

  1. Training Data: Examples of desired behavior (100-10,000+ samples)
  2. Evaluation Data: Test set for measuring improvement
  3. Hardware: GPU cluster for training (we provide or use yours)
  4. Iteration: Multiple rounds of training and evaluation

Implementation Process

  1. Assessment: Evaluate your use cases, data sensitivity, and hardware options
  2. Model Selection: Choose appropriate model(s) based on requirements
  3. Infrastructure: Set up GPU servers and inference infrastructure
  4. Optimization: Quantize and optimize for your hardware
  5. Integration: Deploy API-compatible endpoint for your applications
  6. Fine-tuning: Optional domain adaptation if needed
  7. Monitoring: Implement logging, metrics, and alerting

Need private AI capabilities? Discuss your local LLM deployment with us.