Skip to content
KitploitKITPLOIT
FerramentasExploitsBlog
Log in
Enviar
FerramentasExploitsBlog
Enviar

Ferramentas de Hacking, PenTest e Cibersegurança para o seu Arsenal de Segurança!

Kitploit é um diretório de ferramentas de hacking, cibersegurança e pentesting. Descubra as últimas atualizações de projetos para encontrar vulnerabilidades, analisar sistemas, automatizar testes e fortalecer sua segurança.

FeedsContatoPrivacidade© 2026 Kitploit

Diretório de Ferramentas

Categorias

Ver todas as categorias
Loading categories
mxc — Policy-driven, layered isolation and containment | Kitploit
Ferramentas/GitHubGitHub/microsoft/mxc
Cloud Infrastructure SecurityDefensive ToolsContainer SecurityDynamic Analysis (Sandboxing)Configuration AuditingSecurity Virtualization
GitHubmicrosoft/mxc

mxc

Policy-driven, layered isolation and containment

Ver Repositório
2.7k145139há 6 diasRevisado pelo Kitploit

Mais Populares

Ver todos →

Descubra as ferramentas mais usadas pela nossa comunidade.

Explore todas as ferramentas

Navegue pela nossa coleção de ferramentas

Ver todas as ferramentas →
Compartilhar
Conteúdo não disponível no idioma solicitado. Mostrando versão em inglês.

MXC SDK samples

Audience: MXC consumers

These samples demonstrate the supported V1 SDK surfaces in Rust, .NET, and Node. They are organized by scenario so equivalent operations are easy to compare while each implementation remains idiomatic for its language.

ScenarioPurposeRust.NETNode
Run in a persisted containerProvision, start, execute, stop, and deprovisionrun-in-persisted-container/rustrun-in-persisted-container/dotnetrun-in-persisted-container/node
Run in a transient containerBuild and execute a complete run-to-completion requestrun-in-transient-container/rustrun-in-transient-container/dotnetrun-in-transient-container/node
Run with filesystem containmentGrant one host directory read-onlyrun-with-containment-of-filesystem/rustrun-with-containment-of-filesystem/dotnetrun-with-containment-of-filesystem/node
Run with network containmentDeny outbound, inbound, and host-loopback networkingrun-with-containment-of-network/rustrun-with-containment-of-network/dotnetrun-with-containment-of-network/node
Run with logging access deniedCapture blocked ProcessContainer accessesrun-with-logging-access-denied/rustrun-with-logging-access-denied/dotnetrun-with-logging-access-denied/node
Run with captured I/OReturn complete stdout and stderr after exitrun-with-io-captured/rustrun-with-io-captured/dotnetrun-with-io-captured/node
Run with interactive PTY I/OForward an interactive terminalrun-with-io-pty-interactive/rustrun-with-io-pty-interactive/dotnetrun-with-io-pty-interactive/node
Run with streaming standard I/OStream live stdout and stderrrun-with-io-stdio-streaming/rustrun-with-io-stdio-streaming/dotnetrun-with-io-stdio-streaming/node
Run with telemetryRequest consent, then opt one transient run into telemetryrun-with-telemetry/rustrun-with-telemetry/dotnetrun-with-telemetry/node
Check containment supportDiscover support without launching a containerdryrun-check-containment-support/rustdryrun-check-containment-support/dotnetdryrun-check-containment-support/node

Conventions

  • Each sample demonstrates one primary concept through the public versioned V1 API.
  • Requests use typed SDK models rather than "MXC request JSON" or generated JSON serialization types.
  • Commands are harmless, bounded, and selected for the current operating system.
  • Workload failures, timeouts, SDK errors, warnings, and cleanup failures remain visible.
  • Projects reference the SDK in this repository so the samples track the current source.

Running a sample requires a supported and prepared host. See the applicable backend guide under docs/ for platform-specific prerequisites.

Baixar ferramenta