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Tensorlake is a compute runtime for deploying Agentic Applications, and for ingesting unstructured data from documents, images, and text. Tensorlake spins up new containers to handle incoming requests to agents, ensuring scalability and isolation across requests. Function calls within an application can be distributed across multiple containers, each with their own resource allocations and dependencies. Function calls are durable, enabling applications to resume from transient failures in LLM or tool calls. Tensorlake’s state-of-the-art Document Ingestion API enables reading Documents and Images as markdown or structured data.

Key Features

Building data applications is cumbersome. They require working with queues, storage systems, workflow engines, UDFs in SQL, and infrastructure tools like Kubernetes and Terraform. Tensorlake provides the fastest way to build and scale data applications:
  1. Zero operations Your application runs automatically when it receives an HTTP request. No Kubernetes or Terraform stacks to manage. You only pay for the compute tied to actual business impact.
  2. Queue free architecture There is no need to wire up queues to handle large volume of requests, retries, and workflow orchestrators. Tensorlake scales your applications as more requests come in.
  3. Familiar programming model Build in Python, use any libraries you want. You don’t have to use Spark or bolt UDFs into SQL to process data. Tensorlake gives you distributed, crash-proof execution without a learning curve.
  4. GPU and CPU processing and autoscaling Tensorlake supports both GPU and CPU processing, and automatically scales your applications based on demand.
  5. Built-in Document Ingestion Most data use-cases depend on ingesting documents, so we built a state-of-the-art document ingestion API to handle most data extraction use-cases from documents.

Common Document Ingestion Use Cases

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