No-Code Quickstart

No-Code Quickstart

Build and deploy AI models using the SeeMe.ai web platform. No programming required.

What You’ll Accomplish

  • Create a dataset and upload images
  • Train an image classification model
  • Make predictions through the web interface
  • Share your model with others

Prerequisites

  • A SeeMe.ai account (sign up)
  • 50+ images organized by category (e.g., cats/, dogs/)

Step 1: Create a Dataset

  1. Log in to app.seeme.ai
  2. Click Datasets in the sidebar
  3. Click New Dataset
  4. Select Images as the content type
  5. Enter a name: “My First Dataset”
  6. Click Create
Good dataset names are descriptive: “Product Quality Inspection” or “Dog Breed Classifier Training Data”

Step 2: Upload Your Images

Option A: Upload a ZIP file (Recommended)

Organize your images in folders where the folder name is the label:

my-dataset.zip/
├── cats/
│   ├── cat1.jpg
│   ├── cat2.jpg
│   └── ...
└── dogs/
    ├── dog1.jpg
    ├── dog2.jpg
    └── ...
  1. Click Upload in your dataset
  2. Drag and drop your ZIP file
  3. Labels are created automatically from folder names

Option B: Upload images individually

  1. Click Add Items
  2. Select multiple images
  3. Go to Labels tab and create your labels
  4. Select images and assign labels manually

Step 3: Review Your Data

  1. Click through your images to verify labels
  2. Check the Statistics panel:
    • Images per label (aim for balance)
    • Total image count
    • Split distribution (train/validation/test)
⚠️
Imbalanced data warning: If one category has 10x more images than another, your model may be biased. Try to balance your classes.

Step 4: Train a Model

  1. Click Train Model button (or navigate to Jobs > New Job)
  2. Select your dataset
  3. Choose settings:
    • Framework: fast.ai (recommended for images)
    • Epochs: Start with 10
    • Image size: 224 (default)
  4. Click Start Training

Monitor Training Progress

  • Watch the loss curve decrease
  • View validation accuracy improve
  • Training typically takes 10-30 minutes depending on dataset size

Step 5: Test Your Model

Once training completes:

  1. Navigate to Models
  2. Click your new model
  3. Click Try It
  4. Upload a test image
  5. See predictions with confidence scores

Step 6: Deploy Your Model

Your model is already deployed and accessible via API. To get your API endpoint:

  1. Go to your model page
  2. Click API tab
  3. Copy the endpoint URL and authentication token

Make Your Model Public

To share with others:

  1. Click Settings on your model page
  2. Toggle Public to on
  3. Share the model URL or embed code

Complete Workflow Summary

graph LR
    A[Create Dataset] --> B[Upload Images]
    B --> C[Train Model]
    C --> D[Test Predictions]
    D --> E[Deploy/Share]

Best Practices

DoDon’t
Use 50+ images per categoryTrain with < 20 images
Balance your classesHave 100 cats, 10 dogs
Include variety (angles, lighting)Use identical images
Clean up mislabeled imagesIgnore data quality

Troubleshooting

“Model accuracy is low”

  • Add more training data
  • Check for mislabeled images
  • Increase epochs to 20-30

“Training failed”

  • Check image formats (JPG, PNG only)
  • Ensure images aren’t corrupted
  • Contact support if issue persists

“Predictions are wrong”

  • Test images should match training data style
  • Check if the correct model version is active

What’s Next?


Video Script Outline

Hook (0:00-0:10) “Build a working AI model without writing a single line of code. Here’s how.”

What You’ll Learn (0:10-0:30)

  • Create and organize a dataset
  • Upload and label images
  • Train a model with one click
  • Test and deploy your AI

Demo Steps (0:30-8:00)

  1. Create dataset, explain settings (0:30)
  2. Show ZIP upload, automatic labeling (1:30)
  3. Review data quality, statistics (3:00)
  4. Start training, explain settings (4:00)
  5. Monitor progress, explain metrics (5:00)
  6. Test with Try It interface (6:30)
  7. Show API tab, explain deployment (7:30)

Call to Action (8:00-8:30) “Your model is now live. Check out our guides for advanced features like object detection and model optimization.”