How does Claude help implement this pattern?

Claude analyzes your specific system conflicts and suggests the most efficient intermediary pattern, providing code implementations for the interface and mediation logic.

What are the three types of intermediaries covered?

The skill covers Physical Intermediaries (adapters), Process Intermediaries (brokers or translators), and Temporal Intermediaries (queues or buffers).

What is the TRIZ Intermediary principle?

It is a problem-solving technique where a third element is introduced to facilitate, improve, or protect the interaction between two existing elements that cannot connect directly.

When should I avoid using an intermediary?

Avoid them if a direct connection is already possible and efficient, as unnecessary intermediaries can introduce complexity, latency, and additional points of failure.

How does this skill apply to software development?

It translates to design patterns like Adapters, Proxies, and Mediators, as well as architectural components like message queues, API gateways, and translation layers.

TRIZ Intermediary Pattern

Name: TRIZ Intermediary Pattern
Author: lev-os

bylev-os

0•

Productivity & Workflow

Facilitates complex interactions between incompatible or sensitive components by introducing a mediating third element.

This skill implements Genrich Altshuller's 24th TRIZ principle, providing a structured framework for solving interaction conflicts in software design and system architecture. By introducing an intermediary—whether a physical object, a process agent, or a temporal buffer—it allows developers and designers to bridge gaps between incompatible systems, protect sensitive components from direct contact, and manage timing mismatches without needing to overhaul existing infrastructure. It is particularly useful for designing adapters, proxies, and onboarding flows that simplify the user or system experience through strategic mediation.

Key Features

01Framework for identifying interaction bottlenecks and system incompatibility

020 GitHub stars

03Guidance for physical, process, and temporal mediation strategies

04Guidelines to avoid over-engineering and intermediary-induced latency

05Step-by-step process for designing and optimizing interface points

06Pattern-matching for software architecture like Adapters and Proxies

Use Cases

01Designing onboarding wizards to mediate between complex settings and new users

02Bridging legacy systems with modern APIs using translation layers

03Implementing buffers or queues to manage rate mismatches between microservices

Key Features

01Framework for identifying interaction bottlenecks and system incompatibility

020 GitHub stars

03Guidance for physical, process, and temporal mediation strategies

04Guidelines to avoid over-engineering and intermediary-induced latency

05Step-by-step process for designing and optimizing interface points

06Pattern-matching for software architecture like Adapters and Proxies

Use Cases

01Designing onboarding wizards to mediate between complex settings and new users

02Bridging legacy systems with modern APIs using translation layers

03Implementing buffers or queues to manage rate mismatches between microservices