k13d vs Teleport Comparison¶

This document provides a detailed feature-by-feature comparison between k13d and Gravitational Teleport, two platforms that address Kubernetes infrastructure management from different perspectives.

Executive Summary¶

Architecture & Philosophy¶

k13d: Kubernetes-First AI Dashboard¶

k13d is designed as a direct Kubernetes management tool that combines the operational efficiency of k9s with AI-powered intelligence.

User → k13d (TUI/Web) → Kubernetes API Server
            │
            └→ AI Assistant (LLM) → Tool Execution

Teleport: Zero-Trust Infrastructure Gateway¶

Teleport acts as an identity-aware access proxy between users and infrastructure.

User → tsh/Web UI → Teleport Proxy → Teleport Auth → Infrastructure
                                                        ├── SSH Servers
                                                        ├── Kubernetes
                                                        ├── Databases
                                                        ├── Web Apps
                                                        ├── Windows RDP
                                                        └── MCP Servers

Kubernetes Management¶

k13d provides deep Kubernetes resource management with interactive navigation, AI-powered analysis, and operational tools. Teleport provides secure access to Kubernetes through proxy-based authentication but delegates resource management to kubectl.

AI & Intelligence¶

k13d treats AI as a first-class feature for Kubernetes operations. Teleport focuses on securing AI agents through MCP governance rather than providing an AI assistant.

User Interface¶

Terminal Interface¶

Web Interface¶

Authentication & Security¶

Teleport's authentication is enterprise-grade with zero-trust principles. k13d provides practical authentication suitable for team deployments.

Audit & Compliance¶

Infrastructure Scope¶

k13d is Kubernetes-specialized with the deepest management experience. Teleport is infrastructure-wide with unified access control across all resource types.

Deployment¶

MCP (Model Context Protocol)¶

k13d uses MCP to extend AI capabilities with external tools. Teleport uses MCP to govern AI agent access — they address complementary concerns.

Complementary Use Cases¶

k13d Strengths (Teleport Cannot Replace)¶

• Interactive K8s Dashboard with TUI/Web
• AI-Powered Troubleshooting
• k9s-style Keybindings
• Helm Management
• Metrics Visualization
• Security Scanning
• Embedded LLM (Offline)
• Report Generation

Teleport Strengths (k13d Cannot Replace)¶

• Zero-Trust Certificate Auth
• Multi-Protocol (SSH, K8s, DB, App, Desktop)
• Session Recording & Playback
• Enterprise SSO (Okta, Entra ID)
• Compliance Certifications (FedRAMP, SOC 2)
• JIT Access Requests
• Multi-Cluster Unified Access
• Device Trust
• Auto-Discovery

Potential Integration¶

Developer → Teleport (authenticate) → k13d (manage K8s) → Cluster
                                         │
                                         └→ AI Assistant → kubectl/MCP

In enterprise environments, Teleport handles authentication, access control, and compliance while k13d enhances the operational Kubernetes workflow with AI assistance.

Quick Decision Guide¶

Version Information¶

• k13d: v0.7.0 (MIT License)
• Teleport: v17+ (AGPL / Commercial)
• Comparison Date: February 2026