Integration Guides
Step-by-step policy and containment profiles. Learn how to configure workstation security, firewall routing, and credential shielding for your development toolchain.
VS Code
VS Code is one of the most common surfaces for AI-assisted development. Cup’n’String helps govern VS Code itself, agent extensions, local terminals, MCP servers, provider endpoints, and access to local services.
Cursor
Cursor is an AI-native editor with high agentic activity. Cup’n’String applies IDE-aware policy, endpoint governance, secret shielding, and local-service controls.
JetBrains IDEs
JetBrains IDEs are common in enterprise engineering teams. Cup’n’String covers IntelliJ IDEA, PyCharm, WebStorm, GoLand, PhpStorm, Rider, CLion, RubyMine, DataGrip, and Android Studio-family workflows.
Visual Studio
Visual Studio is critical for .NET and Windows enterprise development. Copilot Agent Mode can edit files, run commands, and use build context, so policy attribution and command/network visibility matter.
GitHub Copilot
GitHub Copilot is a broad enterprise AI coding surface across VS Code, Visual Studio, JetBrains IDEs, Xcode, Eclipse, Vim/Neovim, and Azure Data Studio. Cup’n’String provides governance around network egress, policy attribution, and local secret exposure.
Claude Desktop
Claude Desktop commonly connects to local MCP servers. Cup’n’String can govern MCP server registration, tool calls, local file access, command execution paths, and credential exposure.
Claude Code
Claude Code is a terminal-first coding agent that can read files, edit repositories, and execute commands. Cup’n’String treats it as a high-value governance target.
Cline
Cline is a VS Code agent extension that can use tools, read files, run commands, and interact with MCP servers. Cup’n’String governs it as an active agent surface.
Roo Code
Roo Code is a VS Code agent extension that can use tools, read files, run commands, and interact with MCP servers. Cup’n’String governs it as an active agent surface.
Model Context Protocol (MCP)
MCP is a central protocol for connecting AI agents to tools, files, terminals, databases, and services. Cup’n’String provides managed MCP proxying, allowlists, audit logs, and policy controls.
OpenCode
OpenCode is an open-source coding agent available as terminal, desktop, or IDE extension. Cup’n’String governs it through process detection, provider/API proxying, MCP controls, and local-service policy.
Kiro
Kiro is an AWS-backed agentic IDE/CLI built around spec-driven development. Cup’n’String provides process detection, provider/API governance, MCP-aware controls where available, and local workspace protection.
Devin Desktop / Windsurf
Devin Desktop, formerly Windsurf, combines IDE workflows with agent command-center behavior. Cup’n’String supports detection, endpoint governance, local-service policy, and secret shielding.
Zed
Zed is a fast editor with AI edit prediction and provider integrations. Cup’n’String provides detection, provider governance, local-service restrictions, and credential shielding.
Xcode
Xcode is the primary Apple-platform IDE. AI assistance commonly appears through Copilot for Xcode or external agents. Cup’n’String governs provider/API traffic, project secrets, signing materials, and local service access.
Android Studio
Android Studio is JetBrains-based and increasingly uses Gemini assistance for Compose, Gradle, crashes, logs, and Android workflows. Cup’n’String governs provider traffic, project secrets, local services, emulators, and build tooling.
Continue.dev
Continue.dev is a common open-source assistant for VS Code and JetBrains, often used with BYO models and custom endpoints. Cup’n’String governs custom provider URLs, local model connections, MCP/tool activity, and secrets.
Aider
Aider is a terminal coding agent. Cup’n’String governs it through process detection, provider/API proxying, local service controls, and secret shielding.
Local Model Servers
Local model servers such as Ollama, LM Studio, llama.cpp-compatible servers, and OpenAI-compatible local endpoints are common in privacy-sensitive teams. Cup’n’String discovers local ports, attributes access, and governs connections.
OpenAI-compatible API Gateways
OpenAI-compatible API Gateways are governed by routing traffic through a managed proxy to attribute outbound activity, apply policy, and shield API keys.
Anthropic-compatible API Gateways
Anthropic-compatible API Gateways are governed by routing traffic through a managed proxy to attribute activity, apply outbound policy, and shield credentials.
Gemini-compatible API Gateways
Gemini-compatible API Gateways are governed by routing traffic through a managed proxy to attribute activity, apply policy, and shield provider keys.
OpenRouter-compatible Gateways
OpenRouter-compatible aggregator traffic is governed by routing it through a managed proxy to attribute outbound activity across providers and shield keys.
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