FusionCache is an easy to use, fast and robust hybrid cache with advanced resiliency features.

Cache with async power

High performance resilient in-memory cache for Go

Coalesce multiple identical calls into one, preventing thundering-herd/stampede to database/other backends

A header-only/compiled C++ singleflight library

🚨 Backend Challenge: Solve the Thundering Herd Problem under high concurrency. Explain your thinking, not just your code.

Demo project using python-redis-cache to prevent cache stampedes.

A robust hybrid cache for distributed Go systems inspired by ZiggyCreature's FusionCache

A high-performance, thread-safe, multi-layer caching library for .NET with advanced features including cache stampede protection and distributed caching support.

Redis-backed cache that protects against cache stampedes

ShardedFlight is a parallel wrapper around golang.org/x/sync/singleflight that shards calls across groups to boost throughput under heavy load 🐙. Zero-alloc keying with a pluggable hash keeps latency low.

A multi tenant configuration management

A solution to cache stampede with redis, written in C#

Reference implementation for @bymax-one/nest-cache — typed Redis cache for NestJS (namespacing, TTL events, Pub/Sub, Lua stampede guard, cluster & sentinel) with NestJS 11, Next.js 16, Redis 7 and TypeScript strict mode.

Unify and manage cloud-native AI services with a single platform that simplifies deployment, monitoring, and scalability for AI workloads.

🔒 Enable secure Large Language Model inference with differential privacy for sensitive data protection using DP-Fusion-Lib.

Decorator for IMemoryCache that implements probabilistic cache expiration

⚡ Optimize Python caching with async request coalescing to cut duplicate LLM calls and reduce backend costs efficiently.

Two-layer caching in ASP.NET Core with HybridCache: in-memory L1 + Redis-ready L2, cache stampede protection, and tag-based invalidation. .NET 10 Web API sample.

Solve multi-label classification of clients’ financial products using data fusion methods for the 2026 Cyber Shelf contest.