Create behavioral attributes

You'll now define behavioral attributes that capture different types of travel preferences based on how users interact with the website. These attributes will serve as the foundation for both on-site content personalization and AI chatbot customization.

The attributes you create will track user engagement with different types of content, destinations, and features. For example, users who frequently view food-related content will have their culinary interest attribute incremented, while those who browse luxury destinations will see their luxury preference attribute increase.

Open the Jupyter notebook#

You'll use the Snowplow Signals Python SDK in a Jupyter notebook to define your attributes. You can run the notebook directly using Google Colab here, or download it locally.

Set up your credentials#

You'll need the same connection credentials you used in the previous step:

• CDI
• Sandbox

API_URL = 'example.signals.snowplowanalytics.com'
API_KEY = 'YOUR_API_KEY'
API_KEY_ID = 'YOUR_API_KEY_ID'
ORG_ID = 'YOUR_ORG_ID'

Define attributes#

Run the notebook cell that defines the attributes. The notebook creates a series of attributes that represent different user preferences and behaviors, including interests in various types of travel experiences like luxury, budget, adventure, and culinary.

The attributes are based on these content tags:

cultural_explorer_tags = ["culture", "history", "heritage", "ancient", "temples", "art", "traditional"]
modern_urbanite_tags = ["urban", "nightlife", "shopping", "modern", "architecture"]
tranquil_seeker_tags = ["nature", "peaceful", "wellness", "beaches", "mountains", "river", "wellness"]
family_fun_tags = ["family-friendly", "beaches", "nature", "food", "mountains", "culture"]
culinary_tourist_tags = ["food", "street food", "multicultural", "traditional", "urban", "shopping"]

The notebook defines these counter attributes:

• page_view_count
• dest_page_view_count
• family_destination_count
• cultural_explorer
• modern_urbanite
• tranquil_seeker
• family_fun
• culinary_tourist
• budget_conscious
• luxury_inclined

And these attributes with the last aggregation:

• preferred_experience_length
• latest_schedule

Running this cell defines the attributes locally but doesn't yet publish them to your Signals instance.

Create an attribute group#

Run the next notebook cell to define an attribute group for your attributes. This creates a StreamAttributeGroup with domain_sessionid as the attribute key:

session_attributes_group = StreamAttributeGroup(
    name="travel_view",
    version=1,
    attribute_key=domain_sessionid,
    attributes=[page_view_count, dest_page_view_count, family_destination_count, cultural_explorer,
                modern_urbanite, tranquil_seeker, family_fun, culinary_tourist,
                preferred_experience_length, budget_conscious, luxury_inclined, latest_schedule],
    owner = 'you@email.com',
)

Create a service#

Run the notebook cell that defines a service to expose the attribute group via the API:

travel_service = Service(
    name="travel_service",
    description="A service for our travel demo website.",
    attribute_groups=[session_attributes_group],
    owner='you@email.com'
)

Publish to Signals#

Finally, run the cell that publishes the attribute group and service to your Signals instance:

response = sp_signals.publish([session_attributes_group, travel_service])
print(response)

Signals will start processing attributes from your real-time event stream.