Content Clustering Pipeline
Automatically group similar content together using embedding-based clustering. Discover themes, identify duplicates, and organize large content libraries.
import requestsfrom mixpeek import Mixpeekclient = Mixpeek(api_key="YOUR_API_KEY", namespace="clusters")API = "https://api.mixpeek.com/v1"HEADERS = {"Authorization": "Bearer YOUR_API_KEY", "X-Namespace": "clusters"}# 1. A bucket for articles, and a collection that embeds each onebucket = client.buckets.create(bucket_name="articles",bucket_schema={"properties": {"article": {"type": "text"}}},)collection = client.collections.create(collection_name="articles",source={"type": "bucket", "bucket_ids": [bucket["bucket_id"]]},feature_extractor={"feature_extractor_name": "text_extractor","version": "v1",},)client.buckets.upload(bucket["bucket_id"],blobs=[{"property": "article", "type": "text", "data": "s3://your-bucket/articles/cloud-costs.md"}],)client.collections.trigger(collection["collection_id"])# 2. A k-means cluster over the embeddings, with LLM-written labels. The SDK has no# clusters resource, so this is REST.cluster = requests.post(API + "/clusters", headers=HEADERS, json={"cluster_name": "article-themes","collection_ids": [collection["collection_id"]],"cluster_type": "vector","vector_config": {"feature_uris": ["mixpeek://text_extractor@v1/multilingual_e5_large_instruct_v1"],"clustering_method": "kmeans","algorithm_params": {"n_clusters": 20},},"llm_labeling": {"enabled": True, "provider": "openai", "model_name": "gpt-4o-mini-2024-07-18"},}).json()requests.post(API + "/clusters/" + cluster["cluster_id"] + "/execute", headers=HEADERS, json={})# 3. Once the execution finishes, read the groupsgroups = requests.get(API + "/clusters/" + cluster["cluster_id"] + "/groups", headers=HEADERS).json()for group in groups["groups"]:print(group)
Feature Extractors
Text Embedding
Extract semantic embeddings from documents, transcripts and text content
Retriever Stages
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