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kagenti

Official

@kagenti

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121Published Skills

Offers standardized architectural governance, Kubernetes cluster lifecycle management, and observability for enterprise-grade TypeScript and OpenShift development environments.

Skills Distribution
DomainCloud & Comp...Kubernetes & Clust.. (40%)Software Architect.. (30%)Observability & Re.. (20%)Security & Complia.. (10%)

Agent Skills by kagenti

Showing 121 vetted skills indexed across 3 GitHub repositories.

kagentikagenti
16

release-notes

Generate Markdown release notes from merged PRs between version tags.

Official
Intermediate
kagentikagenti
16

adk-server-debugging

Debug adk-server in a Lima VM with Telepresence routing and Kubernetes.

Official
Intermediate
kagentikagenti
16

kagenti-adk-ui

Build custom TypeScript UIs for Kagenti ADK agents using the ADK UI SDK.

Official
Advanced
kagentikagenti
16

kagenti-adk-wrapper

Wrap existing Python agents into Kagenti ADK services.

Official
Advanced
kagentikagenti

build-it

Translate architectural specifications into TypeScript modules, services, domain objects, and routers.

Official
Advanced
kagentikagenti

align-repo

Audit CLAUDE.md and .claude/settings.json for team standard alignment.

Official
Intermediate
kagentikagenti

upgrade

Diff last locked tseng review against architecture docs and generate a new open review.

Official
Advanced
kagentikagenti

adr

Create, list, and update Architecture Decision Records in docs/adrs/.

Official
Advanced
kagentikagenti

write-a-prd

Interview users and explore codebases to draft structured PRDs.

Official
Advanced
kagentikagenti

bootstrap

Bootstrap a TypeScript client-server monorepo with tseng metadata and architecture files.

Official
Advanced
kagentikagenti

ralph-it

Analyze GitHub PRDs to recommend the next user story with a concrete plan.

Official
Advanced
kagentikagenti

react-ui-engineering

Standardize React and TypeScript UI coding practices for reviews and refactors.

Official
Advanced
kagentikagenti

adopt

Guide existing projects to adopt the TypeScript Engineering architecture through structured review and controlled changes.

Official
Advanced
kagentikagenti

arch-review

Check code changes for architecture conformance across modules.

Official
Advanced
kagentikagenti

spec

Produce a TypeScript architectural specification from discovery findings.

Official
Advanced
kagentikagenti

file-issue

Draft a GitHub issue from a user prompt and file it via the GitHub CLI after approval.

Official
Intermediate
kagentikagenti

review

Audit TypeScript projects against architecture rules and append review records.

Official
Advanced
kagentikagenti

chat-sdk

Build multi-platform chat bots with a unified TypeScript SDK.

Official
Advanced
kagentikagenti

grill-me

Interrogate plans through decision-tree traversal to resolve dependencies and reach consensus.

Official
Intermediate
kagentikagenti

draft-issue

Draft GitHub issues with title, description, acceptance criteria, labels, and checklist.

Official
Intermediate
kagentikagenti

review-work

Dispatch a code-reviewer subagent to validate changes and enforce requirements.

Official
Advanced
kagentikagenti
292

session:dashboard

Generate an interactive HTML dashboard visualizing session analytics from Python scripts.

Official
Intermediate
kagentikagenti
292

playwright-research

Analyze UI code changes to plan and maintain Playwright demo videos.

Official
Advanced
kagentikagenti
292

design

Facilitate structured architectural design workflows with adversarial review loops.

Official
Intermediate

Frequently Asked Questions About kagenti

FAQPage Schema
What specific infrastructure tasks can be managed using Kagenti?

Kagenti manages the full lifecycle of Kind and HyperShift clusters, including provisioning, health monitoring, log analysis, and automated end-to-end testing. It also handles OpenShift route configuration, TLS bundle mounting, and Kubernetes resource debugging.

Which technical personas benefit most from these capabilities?

Platform engineers, site reliability engineers, and software architects benefit from Kagenti. It provides standardized governance for TypeScript monorepos, enforces architectural decision records, and streamlines the debugging of complex containerized environments.

What are the prerequisites for deploying Kagenti environments?

Deployment requires an environment with kubectl or oc access, AWS credentials for HyperShift provisioning, and a local Docker-compatible runtime for Kind clusters. Additionally, OpenTelemetry collectors must be configured for trace export and observability.