Kubernetes control
Operate clusters and workloads from one deliberate control surface, without flattening the boundaries between environments.
Operate Kubernetes and GPU infrastructure with a shared model for health, capacity, incidents, and controlled action.
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Kubernetes and GPU operations
Agent-based
Outbound cluster connectivity
Accountable
Reasoned and audited change
One operational system
AIDC brings the signals and workflows behind AI infrastructure into a coherent operating model—from Kubernetes resources to individual GPU devices.
Operate clusters and workloads from one deliberate control surface, without flattening the boundaries between environments.
Understand device health, allocation, topology, and workload pressure across the accelerators that matter most.
Connect infrastructure signals to the resources, alerts, and operational context behind every change in system health.
Move from detection to accountable action with tickets, operational context, and a complete audit trail.
Reveal fragmentation, idle capacity, and placement constraints before they become expensive scheduling problems.
Agent architecture
A central control plane coordinates policy and context while a lightweight Agent stays close to each Kubernetes cluster. Connections remain outbound, scoped, and observable.
AIDC control plane
Policy, inventory, workflow, audit
Training
Cluster Agent
Inference
Cluster Agent
Research
Cluster Agent
Security by operation
Identity, authorization, verification, and audit are part of the workflow—not a separate layer operators have to reconstruct later.
Authenticated, encrypted Agent connections.
Additional assurance for high-risk operations.
Explicit access aligned to operational responsibility.
Actor, reason, target, decision, and result preserved.
H100
GPU operations profile
H200
GPU operations profile
B200
GPU operations profile
B300
GPU operations profile
Across GPU generations
Follow health, placement, utilization, and capacity context across mixed H100, H200, B200, and B300 environments without losing the Kubernetes workload behind each signal.
Enter the operations console to inspect the current environment.