routing-architecture

Multi-provider LLM routing handles provider failures by using built-in health checks and fallback chains to automatically redirect traffic. The router continuously tracks provider health to maintain service continuity during outages.

LLM routing optimizes latency and cost using strategies like LatencyBased, CostBased, and UsageBased routing. These configurable load-balancing policies dynamically select providers based on real-time performance metrics and quota constraints.

Yes, lock-free LLM load balancing in Rust supports DashMap-based concurrency to maximize throughput. This architecture enables concurrent health tracking and provider selection without locking overhead across 66+ providers.

Routing LLM requests under high concurrency is best handled by RateLimitAware routing strategies. This approach monitors usage thresholds and dynamically distributes requests to prevent hitting provider rate limits.

Yes, LiteLLM-RS supports configurable health-aware provider selection through a lock-free router. It applies strategies like LeastBusy and SimpleShuffle to optimize routing across 66+ providers under varying conditions.