"description":"x86_64 virtual machine (KVM) running on the opencloud-demo-2 (peer-2) Proxmox VE 8 hypervisor cluster at IP 172.16.0.181. Host hardware: Intel Core Ultra 9 285K (3.6 GHz, 32 cores Arrow Lake-S, Intel 3 process), 16 GB DDR5-6400 ECC. Exposed to peer-1 for cross-peer workflow scheduling via Admiralty multi-cluster federation; scheduling happens transparently through the OpenCloud workflow engine without explicit SSH or kubectl access from peer-1. Handles CPU-bound processing steps (Python analysis, ALPR recognition) that benefit from low-latency access to peer-2-hosted MinIO storage. Inter-peer data traffic encrypted in transit (mTLS). Power: 100% alternating-current reclaimed energy. Annual CO₂: ~1 000 kg eqCO₂.",
"short_description":"Peer-2 KVM VM — cross-peer execution target owned by opencloud-demo-2",
"owners":[{"name":"IRT Saint Exupery"}]
},
"instances":[{
"resourceinstance":{
"abstractobject":{"id":"0bb77206-371a-428e-8ae3-ff11575071e2","name":"VM Proxmox Pierre 2","is_draft":false,"access_mode":0},
"description":"HPC node operated by Météo-France at their Toulouse facility. Node spec: Intel Core i7-14700KF (3.6 GHz, 20 cores), 32 GB DDR5-6000, 8× NVIDIA RTX 3090 FE GPU. SecNumCloud-compliant (ANSSI qualification): data at rest AES-256, inter-node TLS 1.3, access governed by RBAC with attribute-based policy. Primarily reserved for numerical weather prediction (NWP) post-processing (AROME-France 1.3 km, ARPEGE global) and satellite raster ingestion (Sentinel-3 OLCI / SRAL, Copernicus Land Service). Available to OpenCloud federation workloads during off-peak hours (20:00–06:00 UTC). Power mix: solar + coal. Annual CO₂: ~1 000 kg eqCO₂.",
"description":"K3s single-node Kubernetes cluster running directly on the opencloud-demo-1 (peer-1) bare-metal host at IP 172.16.0.180. Host hardware: Intel Core Ultra 9 285K (3.6 GHz base, 5.6 GHz boost, 32 cores Arrow Lake-S, Intel 3 process), 16 GB DDR5-6400 ECC. Provides the local Kubernetes scheduling plane for peer-1 workloads orchestrated by Admiralty federation. Workloads scheduled here run natively on the host kernel without a hypervisor layer, giving lower overhead than the KVM VM targets. Storage accessible via NFS mount to /mnt/vol. Power: 100% reclaimed alternating-current energy. Annual CO₂: ~1 000 kg eqCO₂.",
"short_description":"Peer-1 local K3s cluster — bare-metal Kubernetes on Intel Core Ultra 9 285K (opencloud-demo-1)",
"description":"x86_64 virtual machine (KVM) on the opencloud-demo-1 (peer-1) Proxmox VE 8 cluster at IP 172.16.0.180. Host: Intel Core Ultra 9 285K (3.6 GHz, 32 cores Arrow Lake-S), 16 GB DDR5-6400. Peer-1-only scope: not exposed to external peers. Used as an isolated sandbox for running workflow steps that must not leave peer-1 infrastructure, and as a failover execution target when the Mundi datacenter GPU cluster is unavailable or saturated. VLAN-isolated from the federation DMZ; storage accessible via NFS mount to /mnt/vol. Power: 100% reclaimed alternating-current energy. Annual CO₂: ~1 000 kg eqCO₂.",
"short_description":"Peer-1 KVM VM — isolated local execution target owned by opencloud-demo-1",
"owners":[{"name":"IRT Saint Exupery"}]
},
"instances":[{
"resourceinstance":{
"abstractobject":{"id":"979776c3-9ae7-4e02-9138-7b30b25f22cc","name":"VM Proxmox Pierre 1","is_draft":false,"access_mode":0},
"description":"High-density bare-metal server owned by opencloud-demo-2, hosted in a Tier-3 Paris data centre (PUE 1.3). 4 compute nodes, each: 2× AMD EPYC 9654 (2.4 GHz base, 3.7 GHz boost, 96 cores / 192 threads per socket, Zen 4, 5nm TSMC), 64 GB DDR5-4800 ECC registered, 2× NVIDIA RTX 4090 (24 GB GDDR6X, 16 384 CUDA cores, 512 4th-gen tensor cores). Total cluster: 768 CPU cores and 192 GB GPU VRAM across 4 nodes. Dedicated to containerised workloads requiring both high CPU parallelism (Redis, Nginx, Mosquitto pub/sub) and optional GPU acceleration (Stable Diffusion inference, large model fine-tuning). Exposed to partner peers via OpenCloud Federation manifest. Powered 100% by certified renewable (solar PPA). Annual CO₂: ~500 kg eqCO₂.",
