Argo$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
$ argoctl preflight --site dc1.yaml
reading site file dc1.yaml
bmc node-a ok bmc node-b ok
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
redfish: power cycle node-a node-b
ironic: writing pinned ubuntu image
✓ OS image via Redfish 2/2
$ argoctl cluster up
kubeadm: control plane on mgmt
gpu-operator: installing (pinned)
✓ control plane ready
$ argoctl fabric verify
ib0 up ib1 up
ib_write_bw node-a -> node-b
✓ RDMA path verified
$ argoctl qualify
dcgm diag: level 3
nccl all_reduce_perf 2 nodes x 8 GPUs
✓ all-reduce passed 16/16
$ argoctl status
alerts routed to on-call
acceptance report written
● operating 16/16 healthy
Infrastructure for sovereign compute.
$ argoctl preflight --site dc1.yaml
✓ 2 nodes, 16 GPUs, fabric up
$ argoctl provision
✓ OS image via Redfish 2/2
$ argoctl cluster up
✓ control plane ready
$ argoctl fabric verify
✓ RDMA path verified
$ argoctl qualify
✓ all-reduce passed 16/16
$ argoctl status
● operating 16/16 healthy
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