Hyperbolic Time Chamber is a Python-based framework for creating AI agents that maintain dynamic conversational memory, chain prompts automatically, and integrate external tools through a pluggable architecture. It supports asynchronous execution and detailed logging to help developers prototype, debug, and deploy intelligent agents efficiently.
Hyperbolic Time Chamber is a Python-based framework for creating AI agents that maintain dynamic conversational memory, chain prompts automatically, and integrate external tools through a pluggable architecture. It supports asynchronous execution and detailed logging to help developers prototype, debug, and deploy intelligent agents efficiently.
Hyperbolic Time Chamber provides a flexible environment for constructing AI agents by offering components for memory management, context window orchestration, prompt chaining, tool integration, and execution control. Developers define agent behaviors via modular building blocks, configure custom memories (short- and long-term), and link external APIs or local tools. The framework includes async support, logging, and debugging utilities, enabling rapid iteration and deployment of sophisticated conversational or task-oriented agents in Python projects.
Who will use Hyperbolic Time Chamber?
Software developers building AI-driven applications
AI researchers prototyping conversational models
Teams automating workflows with intelligent agents
Startups deploying custom chatbots or assistants
How to use the Hyperbolic Time Chamber?
Step1: Install with pip install hyperbolic-time-chamber
Step2: Import the framework in your Python script
Step3: Define memory and context management policies
Step4: Create prompt templates and chain configurations
Step5: Integrate custom tools or APIs as agent capabilities
Step6: Run the agent asynchronously and monitor logs
Step7: Adjust parameters and redeploy as needed
Platform
mac
windows
linux
Hyperbolic Time Chamber's Core Features & Benefits