🔬 LEI CORE Dynamic optimization · High-Fidelity Knowledge Distillation · 5M Token Ingestion Engine · RAG-less Intelligence · 10,000+ Document Capacity

Fine-tune open-source models for real production use

Improve accuracy, reduce hallucinations, and control behavior — without managing training infrastructure.

job_id: ft-7x-llama-v4-0291
Status Training Active
Throughput TPS: 2,847
EPOCH 3/5 74.2%
14:02:11Validation loss: 0.1284 ↓ 3.1%
14:02:14Gradient sync successful across 8 nodes.
14:02:19Checkpoint saved to S3 bucket: model-weights-v3
Hyperparameters
LR:2e-5
Batch:128
Optimizer:AdamW
Rank (LoRA):64
cloud_done

Reliable infrastructure

Instant access to H100 and A100 clusters. We handle orchestration, recovery, and scaling automatically.

science

Research-driven performance

Leverage LEI Core and optimizers that reduce VRAM usage by 80% without sacrificing perplexity.

hub

Universal model compatibility

Native support for the Hugging Face ecosystem. Import any model architecture with a single CLI command.

Frontier Model Support

L
Llama 4 Maverick
405B · FP8
D
DeepSeek-V3
MoE · 671B
Q
Qwen3
72B · Instruct
M
Mistral Large 3
Dense · 123B
P
Phi-4
14B · SLM
G
Gemma 2
27B · 9B
F
Falcon 3
180B
L
Llama 3 Instruct
8B · 70B

Optimized for every use case.

  • check_circleParameter-efficient training
  • check_circleNo GPU fragmentation
  • check_circleRapid deployment

LoRA Fine-tuning

Best for: Domain Adaptation

Low-Rank Adaptation freezes the majority of model weights, training only a small set of injected matrices. This results in 10,000x smaller checkpoints and drastically lower compute costs while maintaining 98%+ performance.

VRAM Requirement
14GB per GPU
Adapter Size
~125MB
Cost control illustration

Predictable, capped budget runs

Understand exactly how much a run will cost before a single GPU boots up. Set hard limits on node hours and enable preemptible instances to drop training costs substantially.

82.5%

Throughput Efficiency

LEI Core reduces memory overhead per token, allowing for larger batch sizes on identical hardware compared to standard PyTorch implementations.

25%

Context Parallelism

Our FFT Optimizer enables up to 25% larger context windows without increasing peak VRAM utilization during the backward pass.

💰 ROI CALCULATOR

Does fine-tuning make sense
for your team?

Model the real cost of per-employee AI subscriptions vs. a self-hosted fine-tuned model on EKS or AKS. Uses actual 2026 GPU pricing and vLLM throughput benchmarks.

Step 1 — Competing subscription platform
OpenAI
ChatGPT Business
$25/user/mo
OpenAI
ChatGPT Enterprise
~$60/user/mo
Microsoft
Copilot + M365
~$44/user/mo
Google
Workspace + Gemini
$14/user/mo
Google
Gemini Enterprise
$30/user/mo
Avg
Custom Enterprise
~$50/user/mo

Step 2 — Fine-tuning method
Step 3 — Model size (self-hosted on EKS / AKS via vLLM)
Efficient
7B – 13B model
LoRA: $5–$50/run · g5.2xlarge
Mid
13B – 70B model
LoRA: $200–$1.5K/run · p4d
Frontier
70B+ model
LoRA: $2K–$10K/run · p5 H100
Realistic cost per training run $5 – $50 GPU time 1–3 hrs · 1× A10G
LoRA freezes base weights — only adapter matrices train. Adapter ~200MB vs 14GB+ full checkpoint. Spot instances reduce cost 60–70% further.

Step 4 — Configure your deployment
Team size (employees)50
Fine-tune runs per year6
Cost per training run ($)$25
GPU nodes on EKS / AKS1
Utilisation rate (%)70%
Parallel req/sec (cluster)
—
at selected node count
Monthly hosting cost
—
GPU nodes × 730 hrs
Cost per 1M requests
—
self-hosted marginal cost
Subscription / yr
—
Self-hosted / yr
—
Annual savings
—
3-year savings
—
Subscription cost (cumulative)
Self-hosted total (cumulative)
Cumulative savings
—

Training cost reference — LoRA vs FFT
Method Model GPU setup Est. cost
LoRA 7B 1× A10G · 1–3 hr $5–$50
QLoRA 13B 1× A100 · 2–5 hr $15–$120
LoRA 13B–30B 2–4× A100 · 4–12 hr $200–$1,500
LoRA 70B 4–8× H100 · 12–50 hr $2K–$10K
FFT 7B 4–8× A100 · 1–5 days $500–$2K
FFT 13B 8× A100 · 3–5 days $2K–$8K
FFT 70B+ 8–32× H100 · weeks $15K–$50K
EKS / AKS GPU instance reference
Instance GPU On-demand/hr req/sec Best for
g5.xlarge 1× A10G 24GB $1.006 ~50 7B
g5.2xlarge 1× A10G 24GB $1.212 ~50 7–13B
p4d.24xlarge 8× A100 320GB $32.77 ~30 13–70B
p5.48xlarge 8× H100 640GB $98.32 ~10 70B+
inf2.xlarge 1× Inferentia2 $0.758 ~40 7B budget
Reserved 1-yr pricing saves ~35–45%. Spot saves 60–70% for training (not recommended for always-on inference). Throughput via vLLM v0.6+ PagedAttention, ~300 tokens/request avg.

Ready to see the numbers for your specific stack?

Talk to an engineer arrow_forward

Advanced capabilities.

bolt

Speculative Decoding

Fine-tune draft models specifically for speculative decoding to achieve 2-3x inference speedups on production endpoints.

layers

Quantization-Aware

Integrated QAT ensures your model retains intelligence even when distilled to 4-bit or 2-bit weights.

psychology

RLHF & DPO

Full support for Reinforcement Learning from Human Feedback and Direct Preference Optimization for alignment and safety.

Your data never leaves your VPC.

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SOC 2 Type II & HIPAA
Compliant infrastructure for medical and financial data.
encrypted
End-to-End Encryption
All training data and weights are encrypted at rest with customer-managed keys.
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Build the intelligence your
business actually needs.

Start your first fine-tuning job in under 5 minutes. No infrastructure management required.