Real-time AI agents break traditional request-response load balancing paradigms because they rely on long-lived, stateful bidirectional streams that obscure true server capacity. To solve this, developers must implement application-level session tracking directly within the runtime to accurately measure the committed concurrent workload of active conversations. By feeding these precise session counts alongside standard CPU utilization metrics into a hybrid routing algorithm, infrastructure can effectively distribute stateful AI traffic and prevent individual backend bottlenecks.
谷歌开发者博客:用会话感知负载均衡扩展实时 AI 智能体
阅读原文· developers.googleblog.com实时 AI 智能体依赖长连接、有状态的双向流,打破了传统请求-响应式负载均衡范式。开发者需在运行时内实现应用级会话跟踪,以准确测量活跃对话的并发工作负载。将精确的会话计数与标准 CPU 利用率指标一同输入混合路由算法,可有效分配有状态的 AI 流量并防止单个后端瓶颈。
Real-time AI agents break traditional request-response load balancing paradigms because they rely on long-lived, stateful bidirectional streams that obscure true server capacity. To solve this, developers must implement application-level session tracking directly within the runtime to accurately measure the committed concurrent workload of active conversations. By feeding these precise session counts alongside standard CPU utilization metrics into a hybrid routing algorithm, infrastructure can effectively distribute stateful AI traffic and prevent individual backend bottlenecks.