Running massive AI training jobs, LLM inference workloads, and bursty AI agents on the same Kubernetes cluster is a recipe for wasted GPU capacity, fragmented resource allocation, and skyrocketing cloud costs. The problem isn't just deployment—it's intelligent scheduling that prevents idle resources while maintaining low-latency performance for unpredictable agent workloads.
Jesse Stutler, Maintainer at Volcano, explains how Volcano 1.14 is evolving from a batch scheduling tool into an AI-native unified scheduling platform. With its new multi-scheduler architecture, topology-aware scheduling, and KV cache awareness, Volcano handles the full AI lifecycle—training, inference, and agents—on a single cluster without sacrificing performance or burning through GPU budgets.
Key Topics Covered:
Multi-scheduler architecture with dynamic sharding for batch and agent workloads
Topology-aware scheduling for hyper-node bin packing and network domain optimization
AgentCube: Kubernetes-native platform for bursty, short-lived AI agent sessions
Katana: AI inference routing with KV cache awareness, prefix caching, and speculative decoding
Colocation strategies using cgroup v2 to increase deployment density and GPU utilization
Read the full story & transcript at www.tfir.io
#Kubernetes #AIScheduling #Volcano #GPUOptimization #KubeCon #LLMInference #AIAgents #CloudCost #MachineLearning #OpenSource