Open Interpreter

Open Interpreter lets language models run code, browse the web, and edit files on your machine through a natural language chat interface. With 57K+ GitHub stars, it's the leading open-source alternative to ChatGPT's Code Interpreter — but without sandbox limits.

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What is Open Interpreter?

Open Interpreter brings the power of an AI coding assistant directly to your terminal. Instead of copy-pasting between ChatGPT and your shell, you chat naturally and the model executes code in real time:

  • Run Python, JS, shell, R, AppleScript — directly on your server

  • Browse the web — fetch pages, fill forms, extract data

  • Edit files — create, modify, and manage any file on disk

  • Persistent state — variables, imports, and results survive across messages

  • Multiple LLM backends — OpenAI, Anthropic, local models via Ollama/LlamaCpp

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Open Interpreter is designed for developers and researchers who want a conversational interface to their entire compute environment. On a Clore.ai GPU server, you get a powerful machine with full internet access and no execution limits.


Server Requirements

Component
Minimum
Recommended

GPU

Any (CPU mode available)

RTX 3090 / A100 for local LLMs

VRAM

24 GB+ for local 13B models

RAM

8 GB

16 GB+

CPU

4 cores

8+ cores

Storage

20 GB

50 GB+

OS

Ubuntu 20.04+

Ubuntu 22.04

Python

3.10+

3.11

Network

Required

High-speed for web browsing


Ports

Port
Service
Notes

22

SSH

Terminal access, tunnel for web UI

8000

Open Interpreter Server

REST API & optional web UI


Quick Start with Docker

Open Interpreter doesn't have an official Docker image, so we build a clean one. This approach gives you a reproducible, isolated environment on any Clore.ai server.

Dockerfile

Build & Run


Installation on Clore.ai (Bare Metal)

If you prefer to run directly on a Clore.ai server without Docker:

Step 1 — Rent a Server

  1. Filter by RAM ≥ 16 GB, GPU (optional but useful for local models)

  2. Choose a server with a PyTorch or Ubuntu base image

  3. Open SSH port 22 and optionally 8000 in your order

Step 2 — Connect via SSH

Step 3 — Install Dependencies

Step 4 — Install Open Interpreter

Step 5 — Configure API Key

Step 6 — First Run


Using Local LLMs (No API Key Required)

One of Open Interpreter's killer features on Clore.ai GPU servers is running entirely local models:

Option A: Ollama Backend

Option B: LlamaCpp Backend


Running as a Server (REST API)

Open Interpreter 0.2+ includes a built-in HTTP server for programmatic access:

SSH Tunnel for Local Access

If port 8000 is not publicly exposed, use SSH tunneling:


Practical Examples

Example 1: Data Analysis Pipeline

Example 2: Web Scraping

Example 3: File Management

Example 4: System Monitoring Script


Configuration File

Create ~/.interpreter/config.yaml to set defaults:


Running with systemd (Persistent Service)


Troubleshooting

interpreter command not found

Code execution is blocked / safety mode

Playwright / browser errors

Out of memory with local LLMs

Connection refused on port 8000

API rate limits


Security Considerations

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Clore.ai GPU Recommendations

Open Interpreter itself is lightweight — the GPU need is driven by whichever local model you run as the backend.

GPU
VRAM
Clore.ai Price
Local Model Recommendation

RTX 3090

24 GB

~$0.12/hr

CodeLlama 13B Q8, Llama 3 8B, Mistral 7B — solid coding quality

RTX 4090

24 GB

~$0.70/hr

CodeLlama 34B Q4, DeepSeek Coder 33B Q4 — near GPT-4 coding quality

A100 40GB

40 GB

~$1.20/hr

Llama 3 70B Q4 — production-grade autonomous coding agent

CPU-only

~$0.02/hr

Any model via OpenAI/Anthropic API — no local GPU needed

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If you're using OpenAI/Anthropic API: You only need a CPU instance (~$0.02/hr) — the GPU is irrelevant since inference runs in the cloud. Choose GPU instances only when running local models to avoid per-token API costs.

Best local model setup: RTX 3090 + Ollama running codellama:13b gives you a fully autonomous, privacy-preserving coding agent with no API costs for ~$0.12/hr.


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