Overview

Julep is a powerful backend system for managing agent execution. It provides several key components that work together to create flexible and intelligent applications.

Julep Architecture Overview

Core Components

Agent

The main orchestrator of your application, backed by foundation models like GPT4 or Claude.

User

Users can be associated with sessions and are used to scope memories formed by agents.

Session

The main workhorse for Julep apps.

Tool

Programmatic interfaces that foundation models can “call” with inputs.

Doc

Collections of text snippets indexed into a vector database.

Task & Execution

Github Actions-style workflows for complex operations.

Infrastructure Components

Document Store

The document store provides a vector database for semantic search along with a document management system. It supports various file types and handles automatic indexing and retrieval of documents.

Task Execution Engine

The task execution engine handles distributed task processing, state management, error handling with retries, and supports parallel execution of tasks.

API Layer

The API layer provides RESTful API endpoints, SDK support, authentication and authorization capabilities, and handles rate limiting and quotas.

Data Flow

Data Flow Overview

The data flow in Julep is divided into three main components, each handling specific aspects of request processing and response generation.

Client Interaction

  • SDK or API calls initiate requests
  • Authentication and validation
  • Request routing

Task Processing

  • Task decomposition
  • Step execution
  • State management
  • Tool integration

Response Handling

  • Result aggregation
  • Error handling
  • Client notification
  • State persistence

Security Architecture

  1. API key-based access
  2. Role-based permissions
  3. Session management
  4. Token validation
  1. Encryption at rest
  2. Secure communication
  3. Data isolation
  4. Access controls
  1. Audit logging
  2. Performance metrics
  3. Error tracking
  4. Usage analytics

This architecture is designed to be scalable, secure, and flexible, allowing for easy integration with existing systems while maintaining robust security and performance characteristics.