enterprise-infrastructure

Automate enterprise infrastructure provisioning from SQLite to multi-worker deployments.

Updated Mar 23, 2026
One-click install
npx skills add https://github.com/esperie/midas --skill enterprise-infrastructure
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: enterprise-infrastructure
Source: https://github.com/esperie/midas/tree/main/.claude/skills/15-enterprise-infrastructure
Command: npx skills add https://github.com/esperie/midas --skill enterprise-infrastructure

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Enterprise infrastructure patterns standardize and accelerate the design and operation of scalable systems, enabling teams to move from single-process SQLite deployments to multi-worker, database-backed architectures with consistent governance.

Core Features & Use Cases

  • Progressive infrastructure model supports Level 0 (in-process) to Level 2 (multi-worker) using environment-driven configuration
  • Dialect-portable SQL and a StoreFactory-backed lifecycle to share infrastructure resources across stores
  • SQL-backed task queues, idempotency patterns, and a worker registry for reliable distributed processing
  • Schema versioning, lazy imports, and explicit level-detection to minimize upgrade risk and coupling

Quick Start

Configure KAILASH_DATABASE_URL and optional KAILASH_QUEUE_URL, then initialize the StoreFactory to bootstrap Level 0–2 infrastructure.

Frequently Asked Questions about enterprise-infrastructure

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I scale infrastructure from SQLite to a multi-worker architecture?

Scaling from SQLite to multi-worker requires a progressive infrastructure model driven by environment configuration and a StoreFactory that bootstraps Level 0 through Level 2 deployments while sharing database and queue backends across workers.

What is a StoreFactory and how does it manage infrastructure lifecycle?

A StoreFactory centralizes resource initialization across stores, enabling dialect-portable SQL compatibility and consistent lifecycle governance from in-process Level 0 up to multi-worker Level 2 environments.

How do I implement idempotency patterns for distributed task queues?

Idempotency for distributed task queues uses SQL-backed task queues combined with a worker registry, ensuring reliable distributed processing without duplicate execution across multi-worker deployments.

Do I need environment variables to configure multi-worker database and queue backends?

Configuring multi-worker backends requires setting KAILASH_DATABASE_URL and optional KAILASH_QUEUE_URL environment variables before initializing the StoreFactory to bootstrap the correct infrastructure level.

What's the best way to maintain dialect-portable SQL across different database backends?

Maintaining dialect-portable SQL across backends is handled through a StoreFactory-backed lifecycle that abstracts database-specific syntax, enabling cross-database compatibility from SQLite to shared multi-worker database architectures.

When should I avoid progressive infrastructure levels and stay on SQLite?

Staying on SQLite is appropriate for Level 0 in-process environments where single-process operation suffices, avoiding the overhead of worker registries and SQL-backed task queues until scaling demands require Level 2 backends.