Kristof Kowalski avatar

Kristof Kowalski

Community

@krzko

109Followers
|
63Public Repos
|
9Published Skills

Building @gethyperapp 📋 Created https://pastebase.net 🐦‍🔥 Created @skylark-browser

Skills Distribution
DomainCloud & Comp...OpenTelemetry Inst.. (35%)Honeycomb Querying.. (25%)SLO Management & A.. (20%)Production Debuggi.. (20%)

Agent Skills by Kristof Kowalski

Showing 9 vetted skills indexed across 1 GitHub repositories.

Frequently Asked Questions About Kristof Kowalski

FAQPage Schema
What tasks can I accomplish with krzko's observability skills?▼

You can instrument applications with OpenTelemetry SDKs, migrate from Honeycomb Beelines to OTel, query trace and metrics datasets correctly, build Honeycomb boards with SLOs, interpret error budget burn rates, configure triggers, and run structured production incident investigations using BubbleUp and trace analysis.

Who should use these Honeycomb and OpenTelemetry skills?▼

Site reliability engineers, platform engineers, and backend developers responsible for production observability. They suit teams adopting OpenTelemetry, migrating off deprecated Beelines, debugging latency spikes or outages, and managing SLO compliance and alerting in Honeycomb.

How do the Honeycomb board and query skills work in practice?▼

The create-honeycomb-board skill invokes Honeycomb MCP functions like create_board, run_query, and get_query_results to design dashboards with queries and SLOs. Query skills guide correct operation selection—percentiles over AVG, HEATMAP for distributions—and enforce metrics-dataset rules like automatic temporal aggregation.

What prerequisites are needed before using these skills?▼

You need an existing application or service, access to a Honeycomb environment with datasets, and for board creation the Honeycomb MCP integration. Migration skills assume an existing codebase—either uninstrumented or using Beelines—rather than greenfield projects.

Do these skills cover conceptual observability questions or only hands-on tasks?▼

Both. The observability-fundamentals skill explains first principles—wide events, high cardinality, events versus metrics versus logs, and the core analysis loop—while the other eight skills provide hands-on guidance for instrumentation, querying, SLOs, migrations, and production debugging.