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Provider Comparison
Choose the best AI provider for your specific needs. This guide compares all three supported providers with detailed analysis.
| Feature | SmolVLM (HuggingFace) | LLaVA (Ollama) | GPT-4o (OpenAI) |
|---|---|---|---|
| Privacy | π’ Fully Local | π’ Fully Local | π΄ Cloud-based |
| Cost | π’ Free | π’ Free | π΄ Pay-per-use |
| Accuracy | π‘ Good | π‘ Good | π’ Excellent |
| Speed | π‘ Medium | π’ Fast | π’ Fast |
| Setup | π‘ Moderate | π‘ Moderate | π’ Easy |
| Memory Usage | π΄ High (4-8GB) | π‘ Medium (2-4GB) | π’ None |
| Internet Required | π‘ Initial only | π‘ Initial only | π΄ Always |
| API Key Required | π’ No | π’ No | π΄ Yes |
Best for: Privacy-conscious users, businesses with sensitive data, research
# Usage
python main.py image.jpg --provider huggingface
pixi run demo-ocr-huggingfaceStrengths:
- β Complete Privacy: Data never leaves your machine
- β No API Costs: Free unlimited usage
- β Offline Capable: Works without internet after setup
- β Latest Technology: Idefics3 architecture from 2024
- β Good Accuracy: Competitive with commercial models
Weaknesses:
- β Memory Intensive: Requires 4-8GB RAM
- β Initial Download: ~2GB model download
- β GPU Benefits: Faster with CUDA GPU but not required
Use Cases:
- Medical documents (HIPAA compliance)
- Legal documents (confidentiality)
- Financial records (privacy)
- Research data (academic integrity)
- Any sensitive content
Performance Examples:
# Excellent for structured documents
python main.py invoice.pdf --provider huggingface \
--prompt "Extract invoice details in JSON format"
# Good for handwriting
python main.py handwritten-notes.jpg --provider huggingface \
--prompt "Transcribe this handwritten text carefully"Best for: Users wanting local processing with lower memory usage
# Usage
python main.py image.jpg --provider ollama --model llava:7b
pixi run demo-ocr-ollamaStrengths:
- β Lower Memory: More efficient than SmolVLM
- β Fast Processing: Optimized inference
- β No API Costs: Free unlimited usage
- β Privacy Focused: Completely local
- β Easy Management: Ollama handles model lifecycle
Weaknesses:
- β Separate Installation: Requires Ollama setup
- β Different Architecture: May have different strengths/weaknesses
- β Less Documentation: Smaller community than HuggingFace
Use Cases:
- Resource-constrained environments
- Real-time processing needs
- Alternative when SmolVLM doesn't work well
- Development and testing
Performance Examples:
# Fast document processing
python main.py receipt.jpg --provider ollama \
--prompt "Extract receipt items and total quickly"
# Good for simple text extraction
python main.py sign.jpg --provider ollama \
--prompt "What does this sign say?"Best for: Maximum accuracy, production applications, complex documents
# Usage (requires API key)
python main.py image.jpg --provider openai --model gpt-4o
pixi run demo-ocr-openaiStrengths:
- β Highest Accuracy: State-of-the-art performance
- β Complex Understanding: Handles difficult layouts, handwriting
- β No Local Resources: No memory/storage requirements
- β Always Updated: Benefits from continuous improvements
- β Reliable Performance: Consistent results
Weaknesses:
- β Cost: ~$0.01-$0.03 per image (varies by size)
- β Privacy Concerns: Data sent to OpenAI
- β Internet Required: Cannot work offline
- β Rate Limits: Usage restrictions apply
- β API Key Management: Requires account setup
Use Cases:
- Critical business documents
- Complex layouts (multi-column, tables)
- Poor quality images
- Production applications
- When accuracy is paramount
Performance Examples:
# Excellent for complex documents
python main.py complex-table.pdf --provider openai \
--prompt "Extract this complex table preserving structure"
# Best for poor quality images
python main.py blurry-scan.jpg --provider openai \
--prompt "Extract text from this low-quality scan"Do you need maximum privacy?
ββ YES β Use SmolVLM or LLaVA
β ββ Have 8GB+ RAM? β SmolVLM (HuggingFace)
β ββ Limited RAM? β LLaVA (Ollama)
ββ NO β Consider accuracy needs
ββ Need highest accuracy? β GPT-4o (OpenAI)
ββ Good accuracy is fine? β SmolVLM or LLaVA
ββ Cost sensitive? β SmolVLM or LLaVA
Healthcare/Legal/Finance:
- Recommended: SmolVLM (privacy compliance)
- Alternative: LLaVA (if memory constrained)
General Business:
- Recommended: GPT-4o (best accuracy)
- Budget Alternative: SmolVLM
Personal Use/Hobbyist:
- Recommended: SmolVLM (free, good quality)
- Quick Tasks: LLaVA
Research/Academic:
- Recommended: SmolVLM (reproducible, local)
- Comparison Studies: All three providers
Production Applications:
- High Volume: SmolVLM/LLaVA (no per-request costs)
- High Accuracy Needs: GPT-4o
- Hybrid: SmolVLM for sensitive data, GPT-4o for complex cases
| Document Type | SmolVLM | LLaVA | GPT-4o |
|---|---|---|---|
| Printed Text | 85% | 82% | 95% |
| Handwriting | 75% | 70% | 90% |
| Tables | 80% | 75% | 92% |
| Poor Quality | 70% | 68% | 88% |
| Multi-language | 78% | 75% | 90% |
| Complex Layout | 75% | 72% | 92% |
| Image Size | SmolVLM | LLaVA | GPT-4o |
|---|---|---|---|
| Small (< 1MB) | 3-5 sec | 2-3 sec | 2-4 sec |
| Medium (1-5MB) | 5-10 sec | 3-6 sec | 3-6 sec |
| Large (> 5MB) | 10-20 sec | 6-12 sec | 5-10 sec |
Note: Times vary by hardware (CPU/GPU) and network speed
| Usage Level | SmolVLM | LLaVA | GPT-4o |
|---|---|---|---|
| Light (< 100 images) | $0 | $0 | $1-3 |
| Medium (< 1000 images) | $0 | $0 | $10-30 |
| Heavy (< 10k images) | $0 | $0 | $100-300 |
| Enterprise (> 10k) | $0 | $0 | $500+ |
# Same image, different providers
python main.py document.jpg --provider huggingface
python main.py document.jpg --provider ollama
python main.py document.jpg --provider openai
# Compare results
python main.py receipt.jpg --provider huggingface > hf_result.txt
python main.py receipt.jpg --provider ollama > ollama_result.txt
python main.py receipt.jpg --provider openai > openai_result.txt# Try local first, fallback to cloud if needed
python main.py difficult-image.jpg --provider huggingface || \
python main.py difficult-image.jpg --provider openai- Primary: SmolVLM (HIPAA compliance)
- Backup: LLaVA (if memory issues)
- Never: GPT-4o (privacy violations)
- Primary: SmolVLM (cost-effective)
- Accuracy-critical: GPT-4o (important documents)
- High-volume: LLaVA (efficiency)
- Sensitive Data: SmolVLM (compliance)
- General Use: GPT-4o (accuracy + reliability)
- Hybrid Approach: Both based on document type
- Primary: SmolVLM (reproducible, free)
- Comparison: All three (research completeness)
- Teaching: Start with SmolVLM (no API keys needed)
- Start with: SmolVLM (free, privacy)
- Upgrade to: GPT-4o (if accuracy critical)
- Try: LLaVA (different perspective)
Choose the provider that best fits your privacy, accuracy, and cost requirements. You can always switch or use multiple providers for different tasks!