Which Exa architecture variants are supported?

The skill supports three specific variants: Monolith (for MVPs), Service Layer (for growing startups), and Microservices (for enterprise-scale applications).

How do I determine which blueprint to use?

The skill provides a decision matrix based on team size (1 to 20+), Daily Active Users (under 10K to over 100K), and required failure isolation levels.

Can I upgrade my architecture later?

The skill includes specific migration paths to help you transition from a Monolith to a Service Layer or from a Service Layer to a full Microservice architecture.

Does this skill provide actual code examples?

Yes, it includes TypeScript implementation patterns for direct route handlers, service abstractions with Redis caching, and event-driven domain isolation.

What tools are required to use this skill?

This skill primarily uses Read and Grep tools to analyze your current environment and suggest the best architectural fit.

Exa Architecture Variants

Name: Exa Architecture Variants
Author: jeremylongshore

byjeremylongshore

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1,206

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API Development

Implements validated architectural blueprints for Exa integrations ranging from simple MVPs to enterprise-grade microservices.

This skill provides developers with three proven architectural patterns—Monolith, Service Layer, and Microservice—specifically optimized for Exa integrations. It helps teams avoid over-engineering or performance bottlenecks by offering a structured decision matrix based on team size, daily active users (DAU), and SLA requirements. Each variant includes detailed directory layouts, TypeScript code patterns, and specific implementation strategies for caching, error handling, and asynchronous processing, ensuring your Exa-powered application scales smoothly from prototype to production.

Key Features

01Data-driven decision matrix for choosing the right architecture scale

02Documented migration paths for scaling infrastructure as traffic grows

03TypeScript code patterns for both synchronous and event-driven integrations

041,206 GitHub stars

05Standardized project directory structures for each architectural variant

06Validated blueprints for Monolith, Service Layer, and Microservice scales

Use Cases

01Designing high-scale, event-driven microservices for enterprise Exa implementations

02Bootstrapping a new Exa-integrated application with the correct project structure

03Refactoring a monolithic integration into a more resilient service-oriented layer

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add jeremylongshore/claude-code-plugins-plus-skills exa-architecture-variants

For use in Claude.ai and ChatGPT

Download Skill

Key Features

01Data-driven decision matrix for choosing the right architecture scale

02Documented migration paths for scaling infrastructure as traffic grows

03TypeScript code patterns for both synchronous and event-driven integrations

041,206 GitHub stars

05Standardized project directory structures for each architectural variant

06Validated blueprints for Monolith, Service Layer, and Microservice scales

Use Cases

01Designing high-scale, event-driven microservices for enterprise Exa implementations

02Bootstrapping a new Exa-integrated application with the correct project structure

03Refactoring a monolithic integration into a more resilient service-oriented layer

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add jeremylongshore/claude-code-plugins-plus-skills exa-architecture-variants

For use in Claude.ai and ChatGPT

Download Skill