Skill UI

A comprehensive guide to managing the full application lifecycle on Fly.io. This workflow covers deploying applications, configuring the environment using fly.toml, managing sensitive secrets, scaling resources across multiple regions, and controlling the application's operational state (including suspension and destruction). Ideal for setting up production-grade, resilient cloud services.

This skill guides users through setting up robust, production-grade infrastructure on Fly.io. It covers creating and connecting to Fly Postgres clusters for reliable data storage, provisioning persistent NVMe Volumes for durable file storage, and configuring private internal networking (6PN) for secure service-to-service communication. It is essential for modern microservices requiring stable databases and persistent state.

This skill provides advanced integration for deploying applications on Fly.io, focusing on edge computing architectures. It covers building production-ready Docker images, configuring `fly.toml` for services and health checks, and executing sophisticated deployment strategies like blue-green and canary releases. It ensures reliable, scalable deployment across multiple regions, including automated rollbacks and micro-VM optimization.

This comprehensive guide provides step-by-step instructions for migrating and upgrading services on the Fly.io platform. It details critical processes such as migrating applications from Apps v1 (Nomad) to v2 (Machines), upgrading the flyctl CLI, performing major Postgres database version upgrades, and executing region migrations. Essential for maintaining and modernizing cloud infrastructure.

This guide provides methods for robust monitoring and automation tailored for services deployed on Fly.io. It covers key areas including polling the Machines API to detect state changes, implementing comprehensive health check endpoints, processing structured logs using tools like `jq`, and automating deployment notifications within CI/CD pipelines. Essential for achieving high availability and reliable operations.

This reference architecture outlines a comprehensive financial stack for startups. It centralizes core financial functions—including banking (Mercury), payroll (Gusto), revenue/expense tracking (Stripe/Brex), and advanced bookkeeping/tax services (Fondo)—into a unified data flow. It helps founders and finance teams manage everything from daily transactions to monthly closing, tax filings (like R&D credits), and generating board reports efficiently.

A comprehensive guide detailing the process of migrating bookkeeping and accounting services to Fondo. It covers multiple scenarios, including transfers from DIY solutions, other firms (like QuickBooks, Pilot, Bench), and managing changes in accountants. The guide outlines necessary data preparation (GL exports, bank statements, tax records) and the phased onboarding process to ensure seamless financial continuity for growing businesses.

Implement robust, real-time financial workflows by utilizing webhooks from major financial providers. This skill connects services like Stripe (revenue), Gusto (payroll), Plaid (transactions), and Mercury, allowing developers to build automated processes for revenue tracking, payroll cost alerts, and expense monitoring within a unified system.

This tool facilitates the deployment of Framer Server API integrations (such as CMS sync services and webhook handlers) to various cloud platforms, including Vercel, Fly.io, and Cloud Run. It is essential for setting up production environments, configuring platform-specific secrets, and establishing automated deployment pipelines for Framer-powered applications.

This bundle collects comprehensive diagnostic evidence for troubleshooting Grammarly API integration issues. It captures API connectivity status, text check responses, authentication details, and rate limit headers. Use this when encountering persistent errors, preparing detailed support tickets, or performing automated health checks on Grammarly services.

This comprehensive runbook provides structured procedures for diagnosing and responding to critical failures when integrating with the Grammarly API. It covers various incident types, including full API outages, OAuth token expiration, rate limit storms, and suggestion quality degradation. The guide includes severity classification, diagnostic `curl` commands, detailed playbooks, and post-incident documentation steps to ensure service resilience and minimal downtime.

This integration facilitates the deployment of Hex orchestration services to major cloud platforms like Vercel, Google Cloud Run, and Fly.io. It is essential for setting up production environments, managing platform-specific secrets (like API tokens), and automating deployment pipelines for Hex-powered applications.