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Found 21 Skills
Perform a full AWS Well-Architected Framework review of a workload, evaluating all six pillars and producing a prioritized findings report with actionable recommendations.
Create, modify, and manage Word documents.
Web browser automation for tasks requiring UI interaction, login-protected pages, or human-like browsing when APIs are insufficient.
Stock quotes, price history, financial news, and analysis
Autonomous coding agent. Delegate any task that involves understanding, writing, or running code — from a GitHub issue, a bug report, or a user request. It explores, implements, and verifies on its own.
AI-powered web search and content extraction
Generate preventive Well-Architected guardrails — AWS Config rules, Service Control Policies, permission boundaries, CloudWatch alarms, and IaC policy checks (CDK Aspects, cfn-guard, OPA/Sentinel) — plus an optional governance steering doc, so a workload stays aligned with Well-Architected best practices over time instead of being assessed once. Use when the user wants to enforce best practices in CI, prevent insecure or non-compliant configurations from shipping, detect configuration drift, codify the fixes from a Well-Architected review as ongoing controls, or capture standards as an always-on steering file for their AI coding agent.
Assess a workload's environmental sustainability posture against the Well-Architected Sustainability pillar, identifying opportunities to reduce carbon footprint through resource efficiency, managed services, and architectural optimization.
Assess a workload's readiness to migrate to AWS using Well-Architected principles, covering the 7 Rs, dependencies, risks, and a migration plan.
Identify single points of failure, assess recovery capabilities, and produce a prioritized remediation plan aligned with the Well-Architected Reliability pillar.
Google web search with integrated image results
(Public Preview) Perform code upgrades, migrations, codebase analysis, and transformations using AWS Transform custom. Use this skill when a user asks to upgrade, migrate, modernize, analyze, or transform code across a repository. ATX supports any-to-any transformations including language version upgrades (Java, Python, Node.js, Ruby, Go, .NET, etc.), framework upgrades and migrations (Spring Boot, React, Angular, Django, etc.), API and SDK migrations (AWS SDK v1 to v2, boto2 to boto3, JS SDK v2 to v3), library upgrades, code refactoring, architecture migrations (x86 to Graviton/ARM64), language-to-language translations, and custom organization-specific transformations. Executes transformations locally on the user's machine using the ATX CLI. Always use the ATX CLI following the reference files — never attempt to modify code, upgrade dependencies, or run analysis manually.