FLUX.1 Krea Dev GGUF
Open Weights • Released 2025-07-31 • Last Verified 2026-08-06
FLUX.1 Krea Dev GGUF is an advanced generative vision and image manipulation model developed by InvokeAI. Built on high-capacity diffusion and latent vision transformer architecture, FLUX.1 Krea Dev GGUF delivers precise text-guided image synthesis, regional editing, style adaptation, and fine-grained visual coherence across commercial and artistic workflows.
Plain English Summary (What is this model & who is it for?)
Think of FLUX.1 Krea Dev GGUF as your personal AI photo artist and editor. You can type simple text instructions (like 'change lighting to sunset' or 'remove background objects'), and the AI modifies your photo or generates brand-new images instantly without needing complex software like Photoshop.
💡 Real-World Use Cases & Practical Examples
🚀 How to Run & Use This Model (Step-by-Step Guide)
Simple setup instructions for everyday users and developers.
Download a One-Click App (No Coding Required)
Download a free local AI launcher like LM Studio (lmstudio.ai) or Ollama (ollama.com) on your Mac, Windows, or Linux PC.
Load the Model
In LM Studio, search for "FLUX.1 Krea Dev GGUF". In Ollama, open your terminal and run "ollama run invokeai-flux-1-krea-dev-gguf".
Start Chatting or Generating
Type your text instructions or upload files into the app. The AI runs 100% privately on your hardware without internet requirement!
Developer API Integration
Developers can integrate FLUX.1 Krea Dev GGUF directly via Python (using Hugging Face transformers/diffusers) or connect via local OpenAI-compatible REST server (http://localhost:11434).
Benchmark Performance
Hardware Requirements for Local Running
Consumer GPU / CPU compatible
Strengths
- •High-Fidelity Text-to-Visual Generation
- •Regional Editing & Context Preservation
- •Fine-Grained Prompt & Style Adherence
- •Hugging Face Diffusers Ecosystem Integration
Limitations & Weaknesses
- •Requires local GPU hardware for self-hosting
import torch
from diffusers import AutoPipelineForText2Image
from PIL import Image
# Load model pipeline
pipe = AutoPipelineForText2Image.from_pretrained(
"InvokeAI/FLUX.1-Krea-dev-GGUF",
torch_dtype=torch.float16
).to("cuda")
# Run generation
prompt = "A high-fidelity detailed scene with professional lighting"
output = pipe(prompt, num_inference_steps=30).images[0]
output.save("result.png")Pricing Overview
Prices subject to provider tiers and volume discounts. Check documentation for current token rates.
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