Get clusters

GET /v1/compute/k8s/clusters/{id}

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Address	`https://api.hanzo.ai/v1/compute/k8s/clusters/{id}`
Method	`GET`
Operation	`getKubernetesCluster`
Auth	`Authorization: Bearer $HANZO_API_KEY`

Returns one cluster's detail: node pools + worker nodes. Visor scopes the lookup to the org (a foreign or missing id resolves to not-found), so a tenant can never read another tenant's cluster by guessing an id.

Request

1 field.

Field	In	Type	Required	Description
`id`	path	string	yes	ID is the provider's DOKS cluster id.

Response

Status	Body	Meaning
`200`	compute.clusterDetailView	ok
`default`	problem-details	refused

200 body — 48 fields.

Field	In	Type	Always	Description
`amdGpu`	body	integer (int64)	—
`createdAt`	body	string	—
`doClusterId`	body	string	—
`doksClusterId`	body	string	—
`kind`	body	string	—
`name`	body	string	—
`nodeCount`	body	integer (int64)	—
`nodePools`	body	compute.nodePoolView[]	—
`nodePools[].autoScale`	body	boolean	—	AutoScale reports whether the provider's cluster autoscaler owns this pool's size, moving Count between MinNodes and MaxNodes as workloads demand.
`nodePools[].count`	body	integer (int64)	—	Count is how many nodes the pool has right now.
`nodePools[].maxNodes`	body	integer (int64)	—	MaxNodes is the ceiling the autoscaler will not grow the pool past, and so the bound on what this pool can cost.
`nodePools[].minNodes`	body	integer (int64)	—	MinNodes is the floor the autoscaler will not shrink the pool below.
`nodePools[].name`	body	string	—	Name is the pool's name as the provider knows it.
`nodePools[].poolId`	body	string	—	PoolID is the provider's id for the pool — the value the scale and delete routes address it by.
`nodePools[].size`	body	string	—	Size is the provider size slug every node in the pool runs at ("s-4vcpu-8gb", "gpu-h100x8-640gb").
`nodeSize`	body	string	—
`nodes`	body	compute.machineView[]	—	Nodes is every worker node in the cluster, each in the same shape the machines surface uses — a node IS a machine, addressable by its own id.
`nodes[].agent`	body	string	—	Agent is the cloud Agent this machine runs, lifted out of the binding so a list reads without following one.
`nodes[].binding`	body	compute.agentBinding	—
`nodes[].binding.agentName`	body	string	—	AgentName is the cloud Agent (/v1/agent) this machine runs — the agent a message to the bot is actually run against.
`nodes[].binding.botVersion`	body	string	—	BotVersion pins the @hanzo/bot runtime version the machine runs.
`nodes[].binding.createdTime`	body	string	—	CreatedTime is when the binding was first made.
`nodes[].binding.machineId`	body	string	—	MachineId is the bound machine as vm addresses it, owner-qualified ("<org>/<machine>").
`nodes[].binding.message`	body	string	—	Message is vm's human-readable detail on Status ("machine provisioning; @hanzo/bot runtime not yet confirmed") — the reason behind the state, not a second…
`nodes[].binding.name`	body	string	—	Name is the binding's own key, which is the machine's id: a machine hosts at most one agent, so the binding is named for it.
`nodes[].binding.org`	body	string	—	Org is the Hanzo tenant the binding belongs to.
`nodes[].binding.owner`	body	string	—	Owner is the tenant vm filed the binding under, resolved from the ?owner it was called with — which is the caller's validated org and never a body field.
`nodes[].binding.provider`	body	string	—	Provider is the cloud the bound machine runs on, carried here so a bindings list says where each bot lives without a second read per machine.
`nodes[].binding.publicIp`	body	string	—	PublicIp is the bound machine's public address as vm recorded it on the binding.
`nodes[].binding.status`	body	string	—	Status is the binding's lifecycle in VM's OWN words — "Pending" while the machine provisions and the runtime is unconfirmed, "running" once vm has confirmed…
`nodes[].binding.updatedTime`	body	string	—	UpdatedTime is when vm last reconciled it — the age of Status.
`nodes[].createdTime`	body	string	—	CreatedTime is when the machine came into being: the provider's own creation timestamp for a Visor machine, passed through in whatever form it states it, and…
`nodes[].gpu`	body	string	—	GPU names the accelerators this machine holds ("H100", or "2× NVIDIA GB10" for a BYO machine reporting a matched pair).
`nodes[].id`	body	string	—	ID addresses this machine on the /v1/compute/machines/:id routes: the org-scoped NAME Visor keys a machine by, falling back to the provider id for a machine…
`nodes[].image`	body	string	—	Image is the OS image the machine booted from, as the provider names it.
`nodes[].mem`	body	string	—	Mem is system RAM rendered for a human ("8 GB"), not a number to compute with.
`nodes[].name`	body	string	—	Name is the label to show a human — Visor's displayName, or the machine name when it carries none. A BYO machine's is its hostname.
`nodes[].os`	body	string	—	Os is the operating system on the machine — Visor's record for a provisioned one, the host's own report (linux, darwin, windows) for a BYO one.
`nodes[].privateIp`	body	string	—	PrivateIp is the address on the provider's own network, reachable from the org's other machines in the same region.
`nodes[].provider`	body	string	—	Provider is the cloud that runs the machine ("digitalocean"), or "byo" for one the operator dialed in with `hanzo link`.
`nodes[].publicIp`	body	string	—	PublicIp is the internet-facing address the provider assigned.
`nodes[].region`	body	string	—	Region is the provider region slug ("sfo3"), or the zone when the provider reports only that.
`nodes[].status`	body	string	—	Status is the lifecycle state in the PROVIDER's own words ("active", "running", "off"), passed through rather than mapped onto a vocabulary of ours.
`nodes[].type`	body	string	—	Type is the provider SIZE SLUG the machine runs at ("s-2vcpu-4gb", "gpu-h100x8-640gb") — the value a launch asks for, and what Vcpu/Mem/GPU are read out of…
`nodes[].vcpu`	body	integer (int64)	—	Vcpu is logical cores — the provider's own cpuSize when that is a clean integer, else the count read out of the size slug (4 from "s-4vcpu-8gb").
`nvidiaGpu`	body	integer (int64)	—
`region`	body	string	—
`status`	body	string	—

Failure carries the platform error shape — see Errors.

Examples

hanzo compute k8s clusters get <id>

import { Configuration, ComputeApi } from 'hanzoai';

const api = new ComputeApi(new Configuration({ accessToken: process.env.HANZO_API_KEY }));
const { data } = await api.getKubernetesCluster({ id: 'id' });

from hanzoai.cloud import ApiClient, Configuration
from hanzoai.cloud.api import ComputeApi

client = ApiClient(Configuration(access_token=os.environ["HANZO_API_KEY"]))
result = ComputeApi(client).get_kubernetes_cluster(id='id')

cfg := hanzoai.NewConfiguration()
cfg.AddDefaultHeader("Authorization", "Bearer "+os.Getenv("HANZO_API_KEY"))
client := hanzoai.NewAPIClient(cfg)

resp, _, err := client.ComputeAPI.GetKubernetesCluster(context.Background()).Execute()
if err != nil {
	return err
}

use hanzo_client::apis::{configuration::Configuration, compute_api};

let mut cfg = Configuration::new();
cfg.bearer_access_token = std::env::var("HANZO_API_KEY").ok();

let result = compute_api::get_kubernetes_cluster(&cfg, Default::default()).await?;

import ai.hanzo.cloud.ApiClient;
import ai.hanzo.cloud.api.ComputeApi;

ApiClient client = new ApiClient();
client.setBearerToken(System.getenv("HANZO_API_KEY"));

var result = new ComputeApi(client).getKubernetesCluster();

curl https://api.hanzo.ai/v1/compute/k8s/clusters/<id> \
  -H "Authorization: Bearer $HANZO_API_KEY"

Tool visor, op getKubernetesCluster — POST the JSON-RPC envelope to https://api.hanzo.ai/v1/mcp.

curl -X POST https://api.hanzo.ai/v1/mcp \
  -H "Authorization: Bearer $HANZO_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{
       "jsonrpc": "2.0",
       "id": 1,
       "method": "tools/call",
       "params": {
         "name": "visor",
         "arguments": {
           "op": "getKubernetesCluster",
           "input": {
             "id": "<id>"
           }
         }
       }
     }'

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Response

Examples

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