Cuzzo the bot.
Community@Tcuzzo
Cuzzo the bot provides debugging, planning, security scanning, PDF table extraction, and CI/CD testing skills for software engineering teams.
Agent Skills by Cuzzo the bot.
Showing 13 vetted skills indexed across 1 GitHub repositories.
Tcuzzosystematic-debugging
Diagnose bugs by tracing error paths and verifying live runtime state before fixing root causes.
Tcuzzoelite_build_understanding
Validates builds through stage-gated design, plan, build, test, and ship checks.
Tcuzzothe_path
Converts an unclear destination into a decision-resolving ticket map for planning work.
Tcuzzosubagent-driven-development
Decompose tasks into independent slices and execute them across parallel subagents.
Tcuzzotask_planner
Breaks large tasks into bounded slices dispatched to skills and subagents.
Tcuzzooptimus
Boots a harness-first dev-mode repair loop by loading invariant policies and playbooks before any code edit.
Tcuzzodeep-research-synthesis
Synthesize multi-source research into cited reports with verified facts.
Tcuzzoowasp-top-10-scan
Scans web applications for OWASP Top 10 vulnerabilities using ZAP and Nuclei.
Tcuzzopdf-extract-tables
Extract tables from PDF files with structure preservation across multi-page and merged-cell layouts.
Tcuzzogha-matrix-build
Generate GitHub Actions workflow matrices for cross-platform and multi-version testing.
Tcuzzoplaywright-screenshot
Capture full-page and element screenshots of web pages using Playwright.
Tcuzzocreate-comprehensive-security
Generate a security audit report for Python codebases using bandit and web research.
Tcuzzosec-scan-dependencies
Scan project dependencies for known vulnerabilities across multiple databases and generate remediation guidance.
Frequently Asked Questions About Cuzzo the bot.
FAQPage SchemaWhat tasks can I accomplish with Cuzzo the bot's skills?▼
You can root-cause bugs, plan and decompose large tasks into delegated slices, run OWASP Top 10 and dependency vulnerability scans, extract structured tables from PDFs, capture Playwright screenshots, set up GitHub Actions test matrices, and synthesize multi-source research reports with citations.
Who should use these skills?▼
Software engineers, security auditors, QA testers, and technical leads benefit most. Debugging and planning skills serve developers, OWASP and dependency scans serve security engineers, and Playwright plus GitHub Actions matrix skills serve test and release engineers.
How do the debugging and planning skills work in practice?▼
The systematic-debugging skill uses fs_read, list_directory, grep, and shell access to map error paths and verify live state before fixing root causes. The task_planner skill builds working-memory bundles and dispatches bounded slices to subagents for parallel implementation and review.
Are these skills open source and what do they cost?▼
Core skills including systematic-debugging, subagent-driven-development, and task_planner are released under the MIT license at version 1.0, making them free to use, modify, and redistribute. Other skills list no explicit license in the manifest.
What prerequisites or dependencies do these skills require?▼
Skills require filesystem read, directory listing, grep, and shell access; planning skills additionally need skill routing and subagent spawning capabilities. Security scans rely on NVD, GitHub Advisory, Snyk, and OSV databases, while screenshot capture requires Playwright.