--- title: "Daytona - Secure Infrastructure for Running AI-Generated Code" url: https://stacklist.com/card/a1ca7502-b39f-4505-ac18-b0299728e875 source_url: "https://www.daytona.io/" stack: https://stacklist.com/c/technology/stack/eb493977-1bb5-4f31-b9b3-d90743949f5b summary: "Daytona is a secure infrastructure platform for running AI-generated code with sub-90ms sandbox creation and isolated runtime environments. It provides programmatic control through APIs for process execution, file system operations, Git integration, and LSP support across multiple programming languages." tags: "daytona, ai-code-execution, sandbox, infrastructure, secure-runtime, api-integration" key_entities: "Daytona (technology), Python (technology), TypeScript (technology), Git (technology), LSP (technology), AI-Generated Code Execution (concept), Sandbox Environment (concept)" classification: "reference" content_hash: "sha256:b1dc0bd8e5dee0ab6c58a88f8a1d52c3a543a6a8eeb5ab18e0ec371698f611ca" acp_version: "0.2" token_counts_approximate: 3192 visibility: public agent_accessible: true status: "final" --- # Daytona - Secure Infrastructure for Running AI-Generated Code Daytona - Secure Infrastructure for Running AI-Generated Code Run AI Code. Run AI Code. Secure and Elastic Infrastructure for Running Your AI-Generated Code. Secure and Elastic Infrastructure for Running Your AI-Generated Code. Start for Free Start for Free View Docs View Docs Python TypeScript Ruby Go Java pip install daytona from daytona import Daytona daytona = Daytona ( ) sandbox = daytona . create ( ) response = sandbox . process . exec ( "echo 'Hello, World!'" ) print ( response . result ) sandbox . delete ( ) Python TypeScript Ruby Go Java pip install daytona from daytona import Daytona daytona = Daytona ( ) sandbox = daytona . create ( ) response = sandbox . process . exec ( "echo 'Hello, World!'" ) print ( response . result ) sandbox . delete ( ) Python TypeScript Ruby Go Java pip install daytona from daytona import Daytona daytona = Daytona ( ) sandbox = daytona . create ( ) response = sandbox . process . exec ( "echo 'Hello, World!'" ) print ( response . result ) sandbox . delete ( ) Agents at these companies use Daytona Case Study Case Study Case Study Case Study Case Study Case Study Case Study Case Study Case Study Case Study Fast, Scalable, Stateful Infrastructure for AI Agents. Lightning-Fast Infrastructure for AI Development Sub 90ms sandbox creation from code to execution. 9 0 m s sandbox = daytona.create sandbox = daytona.create Separated & Isolated Runtime Protection Execute AI-generated code with zero risk to your infrastructure. Massive Parallelization for Concurrent AI Workflows Execute code in isolated environments with realtime output. Programmatic Control. File, Git, LSP, and Execute API. Process Execution Execute code and commands in isolated envs with real-time output streaming. File System Operations Manage sandboxes with full CRUD operations and granular permission controls. Git Integration Native Git operations and secure credential handling. Builtin LSP Support Language server features with multi-language completion and real-time analysis. from daytona import Daytona , CreateSandboxParams daytona = Daytona ( ) params = CreateSandboxParams ( language = "python" , ) sandbox = daytona . create ( params ) # Run the code securely inside the sandbox response = sandbox . process . code_run ( 'print("Hello World!")' ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) # Execute an os command in the sandbox response = sandbox . process . exec ( 'echo "Hello World from exec!"' , cwd = "/home/daytona" , timeout = 10 ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) daytona . remove ( sandbox ) Process Execution Execute code and commands in isolated envs with real-time output streaming. File System Operations Manage sandboxes with full CRUD operations and granular permission controls. Git Integration Native Git operations and secure credential handling. Builtin LSP Support Language server features with multi-language completion and real-time analysis. from daytona import Daytona , CreateSandboxParams daytona = Daytona ( ) params = CreateSandboxParams ( language = "python" , ) sandbox = daytona . create ( params ) # Run the code securely inside the sandbox response = sandbox . process . code_run ( 'print("Hello World!")' ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) # Execute an os command in the sandbox response = sandbox . process . exec ( 'echo "Hello World from exec!"' , cwd = "/home/daytona" , timeout = 10 ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) daytona . remove ( sandbox ) Process Execution Execute code and commands in isolated envs with real-time output streaming. File System Operations Manage sandboxes with full CRUD operations and granular permission controls. Git Integration Native Git operations and secure credential handling. Builtin LSP Support Language server features with multi-language completion and real-time analysis. from daytona import Daytona , CreateSandboxParams daytona = Daytona ( ) params = CreateSandboxParams ( language = "python" , ) sandbox = daytona . create ( params ) # Run the code securely inside the sandbox response = sandbox . process . code_run ( 'print("Hello World!")' ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) # Execute an os command in the sandbox response = sandbox . process . exec ( 'echo "Hello World from exec!"' , cwd = "/home/daytona" , timeout = 10 ) if response . exit_code != 0 : print ( f "Error : { response . exit_code } { response . result } ") else : print ( response . result ) daytona . remove ( sandbox ) AI-First Infrastructure. Optimized for LLMs, Agents, and Evals. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality. Data Visualisation Enable your AI agent to run code and instantly render charts, plots, and visual outputs. Reinforcement Learning for Agents Simplify RL training and enable long-horizon planning in dynamic, stateful environments Computer Use Let Your Agent Use the Computer Like a Human Would. AI Evaluations Scale evals across parallel environments with reproducible snapshot states. Code Interpreter Run untrusted code in isolated environments with real-time output streaming. Coding Agents Execute AI agents code with RESTful API and state persistence across parallel runs. Data Analysis Process large datasets on clusters with optimized data locality.