tayari-architecture-contract

Name: tayari-architecture-contract
Availability: InStock
Author: Harshodai

Define architectural invariants and service boundaries for the Tayari Skill Boost platform.

Updated Jan 20, 2026

Search Tags:#architecture #system design #backend #microservices #invariants #tayari

Ready to run

npx skills add https://github.com/Harshodai/tayari-skill-boost --skill tayari-architecture-contract

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: tayari-architecture-contract
Source: https://github.com/Harshodai/tayari-skill-boost/tree/main/.claude/skills/tayari-architecture-contract
Command: npx skills add https://github.com/Harshodai/tayari-skill-boost --skill tayari-architecture-contract

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a definitive source of truth for the system's architectural invariants, request flows, and service boundaries, preventing design drift and integration errors during development.

Core Features & Use Cases

Architectural Guidance: Understand the load-bearing design decisions, such as the Go gateway and Python AI engine separation.
Invariant Enforcement: Learn the rules for route parity, LLM abstraction, and guardrails that keep the system stable.
Use Case: When adding a new service or modifying the request flow, consult this Skill to ensure your changes respect the existing service separation and authentication patterns.

Quick Start

Consult the tayari-architecture-contract to verify if your proposed service boundary change violates the current system invariants.

Frequently Asked Questions about tayari-architecture-contract

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

FAQPage Schema

How do I define service boundaries for a microservices architecture?▼

Architectural invariants prevent design drift by providing a definitive source of truth for request flows and service boundaries. They enforce strict rules for route parity and service separation, keeping the system stable during module integration and development.

How does a Go gateway and Python engine microservices topology work?▼

A Go gateway and Python engine topology separates request routing from AI processing to maintain security and performance standards. The gateway handles traffic management while the Python engine executes heavy computational tasks behind strict service boundaries.

What are architectural invariants in system design?▼

Architectural invariants in system design are load-bearing rules that maintain structural integrity during service modifications. They enforce constraints like LLM abstraction and guardrails to prevent integration errors and ensure stable cross-service communication protocols.

How do I ensure new microservices respect existing authentication patterns?▼

To ensure new microservices respect existing authentication patterns, consult the architectural contract to verify your proposed service boundary changes. This verifies that modifications adhere to established request flows and do not violate current system invariants.

When do I need an architectural contract for backend system design?▼

You need an architectural contract for backend system design when adding a new service or modifying the request flow. It acts as a definitive source of truth to verify that your changes respect existing service separation and guardrails.

What are the limitations of relying on architectural invariants for microservices?▼

A limitation of architectural invariants is the strict requirement to adhere to a specific Go-gateway and Python-engine topology. Deviating from these load-bearing design decisions during module integration will violate system stability and security standards.