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redis

Coordinate Sorcha services with Redis caching, token revocation, and rate limiting via Aspire and DI registration in AppHost with health checks.

Updated Aug 27, 2026

Search Tags:#redis #cache #session-management #rate-limiting #signalr #aspire #distributed-coordination

Ready to run

npx skills add https://github.com/StuartF303/Sorcha --skill redis-stuartf303

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: redis
Source: https://github.com/StuartF303/Sorcha/tree/main/.claude/skills/redis
Command: npx skills add https://github.com/StuartF303/Sorcha --skill redis-stuartf303

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Sorcha services often require fast access to shared state and secure token handling. Redis provides a centralized cache and distributed coordination, enabling real-time responsiveness and consistent session data across nodes.

Core Features & Use Cases

Caching: High-throughput in-memory cache for frequently accessed data.
Token Revocation: Centralized tracking of revoked tokens to invalidate sessions.
Rate Limiting & Backplane: Distribute rate limits and publish/subscribe events (SignalR backplane) for cross-service coordination.
Use Case: Scale out a multi-service Sorcha deployment by sharing cached data, enforcing token revocation, and coordinating events across services.

Quick Start

Configure Redis in AppHost via Aspire, register Redis services, and inject IConnectionMultiplexer or ICacheStore into your services to start caching and distributed coordination.

Frequently Asked Questions about redis

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

FAQPage Schema

How do I cache frequently accessed data across multiple Sorcha services?▼

Use Redis as a centralized in-memory cache by configuring it in Aspire, registering IConnectionMultiplexer via dependency injection, and injecting ICacheStore into your services. This enables high-throughput caching and shared state across your microservices deployment.

Can I use Redis for token revocation and session management in a distributed system?▼

Yes. Redis provides centralized tracking of revoked tokens, enabling real-time session invalidation across nodes. Register Redis in your AppHost with health checks and inject the connection multiplexer to enforce consistent token revocation.

What's the best way to implement rate limiting across multiple services?▼

Redis distributes rate-limiting state across services in a microservices ecosystem. Configure it via Aspire, inject IConnectionMultiplexer, and use it to enforce consistent rate limits and coordinate requests in real time across your deployment.

How do I set up a SignalR backplane for real-time event coordination?▼

Deploy Redis via Aspire and configure it as a distributed backplane for SignalR. Register StackExchange.Redis through dependency injection in your AppHost to enable publish/subscribe events and cross-service communication.

Do I need StackExchange.Redis to use Redis with Sorcha services?▼

Yes. StackExchange.Redis is the required client library. Configure it in Aspire, register IConnectionMultiplexer in your AppHost with health checks, and inject it into services for caching, coordination, and distributed operations.

What setup is required to deploy Redis in a Sorcha microservices architecture?▼

Configure Redis via Aspire in your AppHost, register StackExchange.Redis through dependency injection with health checks, and inject IConnectionMultiplexer or ICacheStore into services. This enables caching, token revocation, rate limiting, and event coordination across nodes.