{ "features_resolved": { "snapshot_any": true, "snapshot_mem": false, "fork": true, "pause_resume": true, "persistent_disk": true, "whole_disk": null, "persist_scope": null, "volumes": true, "auto_stop_idle": false, "long_sessions": true, "custom_image": true, "image_snapshot": true, "image_oci": true, "vm_isolation": true, "docker_inside": true, "nested_virt": null, "root": true, "systemd": null, "browser": false, "desktop": false, "computer_use": false, "code_interpreter": null, "browser_control": null, "desktop_control": null, "browser_and_desktop": false, "anti_bot": false, "captcha_solving": false, "residential_ip": false, "agent_harnesses": false, "ssh": true, "public_ipv4": true, "inbound_https": true, "custom_domain": null, "raw_tcp_inbound": null, "egress_allowlist": true, "open_internet": true, "static_egress_ip": true, "private_network": true, "self_host": false, "byoc": false, "open_source": false, "soc2": true, "hipaa": true, "sso": true, "gpu": true, "arm64": false, "windows": false, "macos": false, "lang_python": true, "lang_node": false, "lang_go": null, "lang_rust": null, "lang_java": null, "gpu_desktop": null, "credential_injection": null, "egress_http_rules": false, "wake_on_request": false, "live_resize": false, "fork_running": true, "memory_snapshot_fork": false, "webhooks": null, "scheduled_wakeups": null, "audit_logs": null, "eu_data_residency": true, "zero_data_retention": null, "scoped_api_keys": null, "spend_limits": null, "mcp_server": false, "usage_api": true, "snapshot_auto": false, "snapshot_on_demand": true, "harness_api": false, "own_agent_api": false, "fast_boot": null, "strong_isolation": true, "ingress_rules": true, "guest_firewall": true, "secret_proxy": false, "secret_proxy_any": false, "volume_attach": true, "volume_shared": true, "sidecar": null, "fuse": true, "kernel_features": true, "burst": null }, "company": { "id": "nebius", "checked": "2026-09-30", "company": "Nebius Group N.V.", "ownership": { "value": "public", "parent": null, "source": "https://en.wikipedia.org/wiki/Nebius_Group", "quote": "This restructuring led to the creation of Nebius Group, focusing on infrastructure for artificial intelligence, with approximately over 1,000 former Yandex employees. Yandex N.V. changed its name to Nebius Group N.V." }, "stage": { "value": "public", "source": "https://en.wikipedia.org/wiki/Nebius_Group", "quote": "Nebius Group N.V. Type Public Traded as Nasdaq: NBIS Nasdaq-100 component", "confidence": "high", "note": "Nebius is the renamed/restructured successor of Yandex N.V. (Nasdaq: NBIS), which resumed Nasdaq trading in October 2024 after divesting its Russian assets. It is not a startup progressing through priced VC rounds; it raises capital via public-market private placements (e.g. the Dec 2024 $700M placement and Nvidia's announced $2B investment in March 2026)." }, "accelerators": [], "total_funding_usd": { "value": 2700000000, "status": "estimated", "basis": "Sum of disclosed post-spinoff capital raises per Wikipedia (sourced to Reuters/CNA/company filings): $700M private placement (Dec 2024) + Nvidia's announced $2B investment (Mar 2026). Excludes the unrelated $1.3B Yandex N.V. IPO proceeds from 2011, which predate the Nebius restructuring, and excludes any public secondary share sales.", "source": "https://en.wikipedia.org/wiki/Nebius_Group", "quote": "In December 2024, Nebius raised $700 million through private investors, including Nvidia (which acquired 0.5% of Nebius) and Accel Partners." }, "last_round": { "type": "private placement (strategic investment, post-IPO)", "amount_usd": 2000000000, "date": "2026-03", "leads": [ "Nvidia" ], "status": "confirmed", "source": "https://en.wikipedia.org/wiki/Nebius_Group", "quote": "On 11 March 2026, Nvidia announced that it will invest $2 billion in Nebius." }, "investors": [ "Nvidia", "Accel Partners" ], "portfolio_listings": [ { "source": "Accel", "company": "Nebius", "batch": null, "how": "name" } ], "revenue": { "value_usd": 529800000, "kind": "annual revenue", "as_of": "2025", "status": "confirmed", "basis": "Company financial results filed with the SEC (Form 6-K, full-year 2025 results), as reported in Wikipedia's infobox.", "source": "https://en.wikipedia.org/wiki/Nebius_Group", "quote": "Revenue US$529.8 million (2025)" }, "employees": { "value": 1371, "source": "https://en.wikipedia.org/wiki/Nebius_Group" }, "note": "Nebius Group is the Amsterdam-headquartered successor to Yandex N.V. (founded 1997 in Russia, Nasdaq-listed since 2011). After Yandex N.V. sold its Russian assets in July 2024 and renamed to Nebius Group N.V., it repositioned as an AI-infrastructure/GPU cloud company and resumed Nasdaq trading (NBIS) in October 2024. It is loss-making (net income -$446.7M in 2025) despite growing revenue, and has attracted large strategic capital (Nvidia's $2B investment announced March 2026) to fund GPU-cloud buildout." }, "id": "nebius", "name": "Nebius", "url": "https://docs.nebius.com/compute/resources/pricing", "category": "gpu-cloud", "isolation": "vm", "modes": [ { "key": "on-demand-b300-0", "label": "B300, on-demand", "flags": [ "alt" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 24, "max_ram_gib": 346, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "B300": 9.5 }, "note": "$9.5/GPU-h on-demand from 2026-10-01 (was $7.85). CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "spot-b300-1", "label": "B300, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 24, "max_ram_gib": 346, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": null, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "on-demand-b200-2", "label": "B200, on-demand", "flags": [], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 20, "max_ram_gib": 224, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "B200": 8.5 }, "note": "$8.5/GPU-h on-demand from 2026-10-01 (was $7.15 before), 1-GPU preset 1gpu-20vcpu-224gb (CPU/RAM included in the GPU-hour price). Verified 2026-10-14 at https://docs.nebius.com/compute/resources/pricing and https://nebius.com/prices; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "spot-b200-3", "label": "B200, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 20, "max_ram_gib": 224, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": null, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "on-demand-h200-4", "label": "H200, on-demand", "flags": [], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 16, "max_ram_gib": 200, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "H200": 5.4 }, "note": "$5.4/GPU-h on-demand from 2026-10-01 (was $4.5 before), 1-GPU preset 1gpu-16vcpu-200gb (CPU/RAM included in the GPU-hour price). Verified 2026-10-14 at https://docs.nebius.com/compute/resources/pricing and https://nebius.com/prices; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "spot-h200-5", "label": "H200, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 16, "max_ram_gib": 200, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": null, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "on-demand-h100-6", "label": "H100, on-demand", "flags": [], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 16, "max_ram_gib": 200, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "H100": 4.5 }, "note": "$4.5/GPU-h on-demand from 2026-10-01 (was $3.85 before), 1-GPU preset 1gpu-16vcpu-200gb (CPU/RAM included in the GPU-hour price). Verified 2026-10-14 at https://docs.nebius.com/compute/resources/pricing and https://nebius.com/prices; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "spot-h100-7", "label": "H100, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 16, "max_ram_gib": 200, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": null, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "on-demand-rtx-pro-6000-8", "label": "RTX-PRO-6000, on-demand", "flags": [ "alt" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 24, "max_ram_gib": 218, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "RTX-PRO-6000": 1.8 }, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "spot-rtx-pro-6000-9", "label": "RTX-PRO-6000, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0, "ram_gib_h": 0, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ null, null ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": null, "max_vcpu": 24, "max_ram_gib": 218, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": null, "note": "CPU/RAM shown per GPU reference slice; actual allowed GPU counts require platform preset. No assumption that 1 GPU is always selectable. Source: https://docs.nebius.com/compute/resources/pricing ESTIMATOR EXCLUDED: Bundled node count/CPU/RAM constraints are not enforceable in current engine schema. Exact researched rate remains in gpu.json." }, { "key": "on-demand-l40s-intel-10", "label": "L40S Intel, on-demand", "flags": [], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0.012, "ram_gib_h": 0.0032, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 4, 4 ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": 8, "max_vcpu": 40, "max_ram_gib": 160, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "L40S": 1.35 }, "note": "GPU-only; minimum CPU/RAM allocation also charged. Landing bundle starts $1.55 Intel/$1.82 AMD. Source: https://docs.nebius.com/compute/resources/pricing L40S unchanged on 2026-10-01. Fixed 2026-09-28: max_vcpu/max_ram_gib were 0 (mode unpriceable); set from 1-GPU presets. Verified 2026-09-28 at https://nebius.com/prices and https://docs.nebius.com/compute/resources/pricing; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "spot-l40s-intel-11", "label": "L40S Intel, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0.006, "ram_gib_h": 0.0016, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 4, 4 ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": 8, "max_vcpu": 40, "max_ram_gib": 160, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "L40S": 0.65 }, "note": "GPU-only; minimum CPU/RAM allocation also charged. Landing bundle starts $1.55 Intel/$1.82 AMD. Source: https://docs.nebius.com/compute/resources/pricing L40S unchanged on 2026-10-01. Fixed 2026-09-28: max_vcpu/max_ram_gib were 0 (mode unpriceable); set from 1-GPU presets. Verified 2026-09-28 at https://nebius.com/prices and https://docs.nebius.com/compute/resources/pricing; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "on-demand-l40s-amd-12", "label": "L40S AMD, on-demand", "flags": [], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0.01, "ram_gib_h": 0.0032, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 6, 6 ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": 16, "max_vcpu": 48, "max_ram_gib": 288, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "L40S": 1.35 }, "note": "GPU-only; minimum CPU/RAM allocation also charged. Landing bundle starts $1.55 Intel/$1.82 AMD. Source: https://docs.nebius.com/compute/resources/pricing L40S unchanged on 2026-10-01. Fixed 2026-09-28: max_vcpu/max_ram_gib were 0 (mode unpriceable); set from 1-GPU presets. Verified 2026-09-28 at https://nebius.com/prices and https://docs.nebius.com/compute/resources/pricing; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "key": "spot-l40s-amd-13", "label": "L40S AMD, spot", "flags": [ "alt", "spot" ], "os": [ "linux" ], "regions": null, "gpu_only": true, "features": {}, "pricing": "resource", "vcpu_h": 0.005, "ram_gib_h": 0.0016, "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 6, 6 ], "ram_fixed_per_vcpu": null, "vcpu_options": null, "min_vcpu": 16, "max_vcpu": 48, "max_ram_gib": 288, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": null, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": { "L40S": 0.65 }, "note": "GPU-only; minimum CPU/RAM allocation also charged. Landing bundle starts $1.55 Intel/$1.82 AMD. Source: https://docs.nebius.com/compute/resources/pricing L40S unchanged on 2026-10-01. Fixed 2026-09-28: max_vcpu/max_ram_gib were 0 (mode unpriceable); set from 1-GPU presets. Verified 2026-09-28 at https://nebius.com/prices and https://docs.nebius.com/compute/resources/pricing; 1-GPU preset per https://docs.nebius.com/compute/virtual-machines/types." }, { "os": [ "linux" ], "gpu_only": false, "features": { "gpu": false }, "pricing": "resource", "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 4, 4 ], "ram_fixed_per_vcpu": 4, "min_vcpu": 2, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": 0, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": {}, "product_class": "vm", "key": "cpu-d3", "label": "CPU-only VM, AMD EPYC Genoa (cpu-d3)", "flags": [], "regions": null, "vcpu_h": 0.015, "ram_gib_h": 0.0045, "vcpu_options": [ 2, 4, 8, 16, 32, 48, 64, 96, 128, 160, 192, 224, 256 ], "max_vcpu": 256, "max_ram_gib": 1024, "note": "Non-GPU AMD Epyc Genoa: $0.015 per CPU-hour + $0.0045 per GiB-hour from 2026-10-01 (was $0.012 + $0.0032). Presets 2vcpu-8gb ... 128vcpu-512gb in all regions, 160-256 vCPU presets outside eu-north1/eu-south1 (1:4 vCPU:GiB). Verified 2026-10-14 at https://docs.nebius.com/compute/resources/pricing and https://docs.nebius.com/compute/virtual-machines/types. Docs say \"CPU hour\" without defining CPU vs vCPU; presets are named in vCPU, so treated as vCPU. No preemptible rate listed for non-GPU. Default non-GPU vCPU quota is 0 in eu-north1 and us-central1 (200 elsewhere), see caveats." }, { "os": [ "linux" ], "gpu_only": false, "features": { "gpu": false }, "pricing": "resource", "cpu_basis": "alloc", "ram_basis": "alloc", "active_floor": 0, "ram_per_vcpu": [ 4, 4 ], "ram_fixed_per_vcpu": 4, "min_vcpu": 2, "sizes": null, "pool_tiers": null, "requires_always_on": false, "always_on_month_per_instance": null, "commit_note": null, "min_billed_seconds": null, "granularity_s": 1, "start_fee": 0, "boot_overhead_s": null, "multiplier": 1, "windows_vcpu_h": null, "gpu": {}, "product_class": "vm", "key": "cpu-e2", "label": "CPU-only VM, Intel Ice Lake (cpu-e2, eu-north1)", "flags": [], "regions": [ "eu" ], "vcpu_h": 0.012, "ram_gib_h": 0.0045, "vcpu_options": [ 2, 4, 8, 16, 32, 48, 64, 80 ], "max_vcpu": 80, "max_ram_gib": 320, "note": "Non-GPU Intel Ice Lake, eu-north1 only: $0.012 per CPU-hour + $0.0045 per GiB-hour from 2026-10-01 (RAM was $0.0032). Presets 2vcpu-8gb ... 80vcpu-320gb (1:4). Verified 2026-10-14 at https://docs.nebius.com/compute/resources/pricing and https://docs.nebius.com/compute/virtual-machines/types. eu-north1 default quota for total vCPUs across non-GPU VMs is 0, so a new account needs a quota raise before running any cpu-e2 VM." } ], "storage": { "included_disk_gib": 0, "disk_gib_month": 0.071, "disk_billed_when_stopped": true, "snapshot_gib_month": 0.071, "paused_ram_billed": false, "shared_fs_gib_month": 0.08 }, "network": { "egress_free_gib": null, "egress_gib": 0, "ipv4_month": 0, "ipv4_available": true, "internet": { "default": "full" } }, "plans": [ { "name": "Pay as you go", "fee": 0, "flags": [], "fee_is_credit": false, "included_usd": 0, "per_seat": 0, "concurrency": null, "max_session_h": null, "max_vcpu": null, "max_ram_gib": null, "sizes_allowed": null, "note": "Self-serve pay-as-you-go account, no platform fee; GPU quota may need a request." } ], "free": { "monthly_credit": null, "one_time_credit": 0 }, "features": { "linux": true, "windows": false, "macos": false, "arm64": false, "gpu": true, "gpu_types": [ "B200", "B300", "H100", "H200", "L40S", "RTX-PRO-6000" ], "snapshot": "fs", "pause_resume": true, "fork": true, "persistent_disk": true, "volumes": null, "auto_stop_idle": false, "max_session_h": null, "custom_image": true, "docker_inside": true, "nested_virt": null, "root": true, "systemd": null, "browser": false, "desktop": false, "computer_use": false, "code_interpreter": null, "agent_harnesses": false, "ssh": true, "public_ipv4": true, "inbound_https": true, "custom_domain": null, "raw_tcp_inbound": null, "egress_allowlist": true, "static_egress_ip": true, "private_network": true, "self_host": false, "byoc": false, "open_source": false, "regions": [ "eu", "other", "us" ], "soc2": true, "hipaa": true, "sso": true, "lang_python": true, "lang_node": false, "lang_go": null, "lang_rust": null, "lang_java": null, "gpu_desktop": null, "credential_injection": null, "egress_http_rules": false, "wake_on_request": false, "live_resize": false, "fork_running": true, "memory_snapshot_fork": false, "webhooks": null, "scheduled_wakeups": null, "audit_logs": null, "eu_data_residency": true, "zero_data_retention": null, "scoped_api_keys": null, "spend_limits": null, "mcp_server": false, "snapshot_auto": false, "snapshot_on_demand": true, "harness_api": false, "egress_allowlist_level": "ip", "ingress_rules": true, "guest_firewall": true, "secret_proxy": false, "volume_attach": true, "volume_shared": true, "isolation": "qemu-kvm", "image_oci": true, "anti_bot": false, "captcha_solving": false, "egress_ip_type": "datacenter", "own_agent_api": false, "max_session_unlimited": true, "open_internet": true, "usage_api": true }, "perf": { "cpu_runs_s": null, "cold_start_ms": null, "burst_tti_ms": null, "dax_s": null }, "knobs": [], "caveats": [ "Rates are those in effect from 2026-10-01 (B300/B200/H200/H100 on-demand and non-GPU cpu-d3/cpu-e2 rose that day). Pricing landing spot floors differ materially from documented preemptible rates: both retained but not conflated. L40S separately bills CPU/RAM; other GPU platform reference bundles include them. Preemptible prices for B300/B200/H200/H100/RTX PRO 6000 are dynamic spot from 2026-10-08.", "Any null count, CPU/RAM, billing increment or minimum is unverified, not unlimited/free.", "This is GPU-product research, not a claim that every feature of the entire vendor documentation was audited. Unverified features are null.", "GPU multi-count bundles, variant/region selection and fractional slices require a SKU-aware estimator; unsupported rows remain unpriced in strict cards.", "Modes with gpu=null are intentionally excluded, not free GPU modes. Never substitute 0 for a null rate. Flags alt indicate DIY/ML infrastructure, not the same thing as managed untrusted-code sandboxes.", "Unknown fee, storage or bandwidth means full monthly total may be unavailable. Rates exclude taxes.", "B300/B200/H200/H100 on-demand rose on 2026-10-01 to $9.50/$8.50/$5.40/$4.50 per GPU-h (from $7.85/$7.15/$4.50/$3.85); RTX PRO 6000 ($1.80) and L40S ($1.35 + CPU/RAM) unchanged. Spot prices are dynamic (from $0.79) and left unpriced.", "CPU-only VMs (cpu-d3 AMD Genoa all regions, cpu-e2 Intel Ice Lake eu-north1) at the 2026-10-01 rates: AMD $0.015/vCPU-h + $0.0045/GiB-h, Intel $0.012 + $0.0045 (was $0.012 + $0.0032 for both; nebius.com/prices landing \"from $0.13\" AMD, \"from $0.06\" Intel). Plain VMs: no sandbox API, disk ($0.071/GiB-month network SSD) billed separately.", "Serverless AI (Devlabs, jobs, endpoints: container workloads on Compute VMs) has no own pricing; it bills Compute VM + disk rates and counts toward Compute quotas. A stopped Devlab still pays its whole container disk.", "Preemptible: fixed prices ($2.15 H100, $2.45 H200, $3.95 B200, $4.30 B300, $0.95 RTX PRO 6000) applied until 2026-10-07; since 2026-10-08 a dynamic spot price updated every 15 min, floor \"From $0.79\" (H100/H200/RTX) / \"From $0.99\" (B200/B300), ceiling one cent below on-demand. L40S preemptible stays flat ($0.65 GPU + CPU/RAM). Spot modes remain unpriced.", "Commitment discounts: up to 35% below on-demand for multi-month reservations of large clusters (prepaid, sales, company accounts); rates unpublished.", "Default non-GPU quota is per region: 12 VMs and 200 total vCPUs across non-GPU VMs in me-west1, uk-south1, uk-south2, eu-west1, eu-west2, eu-south1, us-north1, but 0 vCPUs in eu-north1 and us-central1 (and 0 in private eu-north2). cpu-e2 runs only in eu-north1, so it needs a quota raise before the first VM; the fleet block carries the 200 vCPU figure of the other regions. Source: https://docs.nebius.com/compute/resources/quotas-limits (checked 2026-10-14)." ], "sources": [ "https://docs.nebius.com/compute/resources/pricing", "https://nebius.com/prices", "https://nebius.com/blog/posts/introducing-spot-pricing-for-preemptible-vms", "https://docs.nebius.com/compute/resources/quotas-limits" ], "fleet": { "default_max_instances": 12, "default_max_vcpu": 200, "default_max_gpus": null, "raise": "ticket", "raise_time_days": null, "verification": null, "tiers": "Default GPU quotas (regular VMs without reservations, per region): B300 32 (uk-south1, eu-west2, us-north1); B200 0 (me-west1, us-central1); H200 32 eu-north1, 8 eu-west1, 0 us-central1; H100 32 (eu-north1); RTX PRO 6000 32 (uk-south2, eu-south1), 0 us-central1; L40S 32 (eu-north1). 12 regular + 8 preemptible GPU VMs per region. Non-GPU: 12 VMs per region; total vCPUs across non-GPU VMs 200 in most regions, 0 in eu-north1 and us-central1.", "notes": "No single current aggregate GPU quota asserted: historical published per-type allowances are not additive and current project/region quota must be checked. Blog describes quota approval friction; no standard review time.", "sources": [ "https://docs.nebius.com/compute/resources/quotas-limits", "https://nebius.com/blog/posts/extending-immediate-access-to-nvidia-hopper-gpus", "https://nebius.com/blog/posts/ai-cloud-aether-3-1" ], "researched": "2026-10-14" }, "price_expires": null, "audit_2026_09_29": { "applied": 14, "source": "checked against the provider's live pricing and docs pages", "reviewed": 10 }, "feature_evidence": { "snapshot_auto": { "value": false, "source": "https://docs.nebius.com/compute/virtual-machines/preemptible.md", "quote": "Compute preserves all data on the volumes attached to a stopped preemptible VM.", "note": "Plain KVM VMs: stop (or preemption) keeps attached disks (persistent_disk) but takes no state snapshot and memory is lost; no snapshot schedules/policies found in docs (llms-full grep).", "checked": "2026-09-29" }, "snapshot_on_demand": { "value": true, "source": "https://docs.nebius.com/compute/storage/disk-snapshots.md", "quote": "To create a snapshot, you don't need to stop a virtual machine.", "note": "Disk snapshots (console/CLI/Go/Python/JS SDK/Terraform compute_v1_disk_snapshot) of boot and additional disks, running or stopped; restore = create a new disk from the snapshot, so new VMs can boot from it (also custom boot images from disks). Disk only, no memory; project-scoped; billed separately.", "checked": "2026-09-29" }, "harness_api": { "value": false, "source": null, "quote": null, "note": "GPU/CPU IaaS cloud (Compute VMs, Managed K8s, Soperator, Serverless AI jobs/endpoints/Devlabs); no agent-harness product or API in the docs index. Driving agents would be DIY over SSH/exec.", "checked": "2026-09-29" }, "egress_allowlist": { "value": true, "source": "https://docs.nebius.com/vpc/security-groups/overview.md", "quote": "each security rule describes whether ingress or egress traffic with certain parameters (source, destination, protocol) should be allowed or denied.", "note": "VPC security groups on the VM network interface: ALLOW/DENY egress by destination CIDR (up to 8), ports, protocol TCP/UDP/ICMP/ANY, or destination security group; unmatched traffic is denied, so default-deny is possible. Default SG allows all. No hostname/FQDN rules.", "checked": "2026-09-29", "level": "ip" }, "egress_http_rules": { "value": false, "source": "https://docs.nebius.com/vpc/security-groups/overview.md", "quote": "controlling ingress and egress traffic at the packet level", "note": "Security rules are L3/L4 only (CIDR/port/protocol); no L7 method/path/header filtering documented.", "checked": "2026-09-29" }, "ingress_rules": { "value": true, "source": "https://docs.nebius.com/vpc/security-groups/overview.md", "quote": "You can specify a security group as the source for an ingress security rule", "note": "Security-group ingress rules by source CIDR/port/protocol/SG; public IPv4 is optional per VM (private-only VMs possible, reachable via Nebius Tunnels).", "checked": "2026-09-29" }, "guest_firewall": { "value": true, "source": null, "quote": null, "note": "Full KVM VMs with root and own kernel; iptables/nftables inside the guest work as on any Linux VM.", "checked": "2026-09-29", "derived": true }, "secret_proxy": { "value": false, "source": "https://docs.nebius.com/mysterybox/overview.md", "quote": "A service account associated with the given VM launches the script and retrieves the secret with the API key.", "note": "SecretStash (formerly MysteryBox) is a secret store: secrets are fetched into the VM or injected as env vars (Serverless AI jobs/endpoints); no credential-injecting egress proxy.", "checked": "2026-09-29" }, "volume_attach": { "value": true, "source": "https://docs.nebius.com/compute/storage/types.md", "quote": "One Compute network SSD disk can only be added to one running VM at a time.", "note": "Additional network SSD disks (SSD, SSD Non-replicated, SSD IO M3), standalone and reattachable; plus shared filesystems. Attach mode READ_WRITE.", "checked": "2026-09-29" }, "volume_shared": { "value": true, "source": "https://docs.nebius.com/compute/storage/types.md", "quote": "One shared filesystem can be attached to multiple VMs at once.", "note": "Shared filesystems mounted via virtiofs, same-project only, attach_mode READ_WRITE ('The only supported value is `READ_WRITE`'); can also be exposed as S3 via filesystem buckets. Network disks are single-attach.", "checked": "2026-09-29" }, "isolation": { "value": "qemu-kvm", "source": "https://docs.nebius.com/compute/virtual-machines/lifecycle.md", "quote": "When a VM is `Stopping`, its hypervisor shuts down the operating system of this VM.", "note": "Standard IaaS full-VM product (Compute VMs with own kernel, root, GRUB/pvpanic guest tuning). Docs confirm a hypervisor boundary but do not name QEMU/KVM explicitly; qemu-kvm is the standard technology for this class of Linux cloud VM and is the best-supported value.", "checked": "2026-09-30" }, "image_oci": { "value": true, "source": "https://docs.nebius.com/compute/virtual-machines/containers.md", "quote": "A container virtual machine (VM) is a VM with a container image deployed. You can use containers provided by Nebius AI Cloud or containers with custom Docker images from public registries.", "note": "Container VMs can be created directly from a custom Docker image pulled from a public registry.", "checked": "2026-09-30" }, "desktop": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — IaaS GPU/CPU VM cloud, no managed graphical desktop/VNC/RDP product (only a text-only serial console).", "checked": "2026-09-30" }, "browser": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — no managed/real browser product; a user could install one themselves inside a VM but that is not a shipped feature.", "checked": "2026-09-30" }, "computer_use": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — plain GPU/CPU IaaS, no screenshot/click computer-use API.", "checked": "2026-09-30" }, "anti_bot": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — IaaS GPU/CPU cloud, no stealth/anti-fingerprinting product.", "checked": "2026-09-30" }, "captcha_solving": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — GPU/CPU IaaS VM product, not a scraping/automation service.", "checked": "2026-09-30" }, "egress_ip_type": { "value": "datacenter", "source": "https://docs.nebius.com/compute/virtual-machines/network.md", "quote": "How to enable a public IP address for a VM", "note": "Public/static IPv4 addresses are allocated from Nebius' own datacenter IP pools (VPC allocations); no residential/mobile IP offering exists.", "checked": "2026-09-30" }, "fork": { "value": true, "source": "https://docs.nebius.com/compute/storage/disk-snapshots.md", "quote": "A disk snapshot captures a point-in-time copy of a disk. This is an instant disk backup that allows you to: Clone and recover a certain state of the disk.", "note": "A disk snapshot (or a custom image) can be used as the boot disk source for one or many new VMs, effectively cloning a machine's disk state into new machines.", "checked": "2026-09-30" }, "fork_running": { "value": true, "source": "https://docs.nebius.com/compute/storage/disk-snapshots.md", "quote": "To create a snapshot, you don't need to stop a virtual machine.", "note": "Disk snapshots can be taken from a running VM's disk without stopping it, and new VMs can then be booted from that snapshot/image.", "checked": "2026-09-30" }, "memory_snapshot_fork": { "value": false, "source": "https://docs.nebius.com/compute/storage/disk-snapshots.md", "quote": "A disk snapshot captures a point-in-time copy of a disk.", "note": "Snapshots/clones are disk-only; memory state and running processes are not captured, so a cloned VM boots fresh rather than resuming running processes.", "checked": "2026-09-30" }, "pause_resume": { "value": true, "source": "https://docs.nebius.com/compute/resources/pricing.md", "quote": "You are charged for computing resources (GPUs, vCPUs, RAM) of running virtual machines (VMs). Computing resources of stopped VMs are not charged (this does not apply to storage volumes...)", "note": "Stopping a VM releases/pauses compute billing (GPU/vCPU/RAM) while disks continue to be billed separately; the VM can later be started again with its disk state intact.", "checked": "2026-09-30" }, "wake_on_request": { "value": false, "source": "https://docs.nebius.com/compute/virtual-machines/stop-start.md", "quote": "How to stop and start VMs manually", "note": "VMs are stopped/started manually (or via autohealing on maintenance events); no mechanism found that wakes a stopped VM automatically when a network request arrives.", "checked": "2026-09-30" }, "auto_stop_idle": { "value": false, "source": "https://docs.nebius.com/compute/virtual-machines/stop-start.md", "quote": "You can create a VM with the autohealing function. It allows a VM to automatically stop and start each time maintenance is scheduled.", "note": "Automatic stop/start is tied to maintenance/autohealing and preemptible eviction, not to workload idleness; no idle-based auto-stop feature documented.", "checked": "2026-09-30" }, "live_resize": { "value": false, "source": "https://docs.nebius.com/compute/storage/manage.md", "quote": "Compute supports hot resize: the resize operation itself does not require stopping the VM. However, you need to restart the VM afterward for the operating system to recognize the new disk size.", "note": "Only disk capacity supports hot resize (and still needs an OS restart to take effect); no documented way to change a VM's vCPU/RAM (platform/preset) on a running instance without recreating/replacing it.", "checked": "2026-09-30" }, "agent_harnesses": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — no coding-agent (Claude Code/Codex/etc.) templates or preinstalled harnesses; only application container images like Jupyter Notebook.", "checked": "2026-09-30" }, "own_agent_api": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — GPU/CPU IaaS cloud, no first-party browser/computer-use/research task-agent product or API.", "checked": "2026-09-30" }, "mcp_server": { "value": false, "source": "https://docs.nebius.com/docs-ai", "quote": "The Nebius docs Model Context Protocol (MCP) server gives any MCP-compatible AI tool a direct connection to the Nebius documentation.", "note": "Nebius's only MCP server is for searching/reading its documentation; there is no MCP server to create/control Compute VMs or sandboxes.", "checked": "2026-09-30" }, "lang_python": { "value": true, "source": "https://docs.nebius.com/compute/storage/boot-disk-images.md", "quote": "Nebius AI Cloud provides public boot disk images for GPU and non-GPU VMs.", "note": "Default public images are Ubuntu 24.04 LTS (with/without CUDA), which ships python3 out of the box; not a managed 'runtime' feature but present on the standard image.", "checked": "2026-09-30" }, "lang_node": { "value": false, "source": "https://docs.nebius.com/compute/storage/boot-disk-images.md", "quote": "Nebius AI Cloud provides public boot disk images for GPU and non-GPU VMs.", "note": "Public images are plain Ubuntu; Node.js is not part of the base image (only python3 ships by default) and must be installed manually.", "checked": "2026-09-30" }, "inbound_https": { "value": true, "source": "https://docs.nebius.com/compute/virtual-machines/network.md", "quote": "How to enable a public IP address for a VM", "note": "Every VM can get a public IPv4 address with no provider-side port restriction on 443, so operators can terminate HTTPS themselves; there is no managed HTTPS-URL/reverse-proxy feature, but inbound HTTPS traffic to the machine is possible.", "checked": "2026-09-30" }, "windows": { "value": false, "source": "https://docs.nebius.com/compute/storage/boot-disk-images.md", "quote": "Nebius AI Cloud provides public boot disk images for GPU and non-GPU VMs.", "note": "not offered: outside the product's scope — only Linux (Ubuntu 24.04, plain or CUDA) public images are documented; no Windows Server image or licensing found.", "checked": "2026-09-30" }, "macos": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — x86/GPU Linux cloud VMs on KVM-class hypervisor; no macOS/Apple-silicon VM offering exists.", "checked": "2026-09-30" }, "self_host": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — Nebius AI Cloud is a managed multi-tenant cloud platform; there is no self-hosted/on-prem distribution of Compute.", "checked": "2026-09-30" }, "byoc": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "not offered: outside the product's scope — Compute runs only in Nebius-owned regions/datacenters; no bring-your-own-cloud-account deployment model documented.", "checked": "2026-09-30" }, "open_source": { "value": false, "source": "https://docs.nebius.com/overview/services.md", "quote": "Compute allows you to create and manage virtual machines (VMs). They are like your local machine, but in the cloud.", "note": "The Compute service itself is closed-source managed infrastructure; Nebius open-sources client tooling (CLI, SDKs, Terraform provider on GitHub) but not the core platform.", "checked": "2026-09-30" }, "eu_data_residency": { "value": true, "source": "https://docs.nebius.com/compute/virtual-machines/types.md", "quote": "eu-north1, eu-north2, eu-west1, eu-south1, eu-west2", "note": "Multiple EU regions (eu-north1, eu-north2, eu-west1, eu-south1, eu-west2) are available for VM platforms, letting customers keep machines/data in the EU.", "checked": "2026-09-30" }, "max_session_h": { "value": "none", "source": "https://docs.nebius.com/compute/virtual-machines/manage.md", "quote": "A standalone VM can be regular or preemptible: regular VMs run until you stop them, while Compute may stop preemptible VMs at any time.", "note": "Regular (on-demand) VMs have no maximum runtime and run until the customer stops them; preemptible/spot VMs can be stopped by the provider at any time but that is capacity-based eviction, not a fixed session limit.", "checked": "2026-09-30" }, "usage_api": { "value": true, "source": "https://docs.nebius.com/signup-billing/usage/export.md", "quote": "One-time exports that you can create in the web console or by using Nebius AI Cloud developer tools. Periodic export that you configure in the web console. It runs automatically on a regular schedule and delivers data to your Object Storage bucket once per hour. Go SDK, Python SDK, JavaScript SDK, a", "note": "granularity: per-resource; cost: yes; Usage data can be exported via CLI, SDKs (Go/Python/JavaScript), or web console as CSV/FOCUS 1.2 format with hourly granularity, including resource IDs and cost allocation labels. Resources can be tagged/labeled for cost allocation and filtering by label is supported.", "confidence": "high", "checked": "2026-10-01" } }, "locations": [ { "country": "FI", "state": null, "city": "Helsinki", "provider_region": "eu-north1", "self_serve": true, "choosable": true }, { "country": "FR", "state": null, "city": "Paris", "provider_region": "eu-west1", "self_serve": true, "choosable": true }, { "country": "FR", "state": null, "city": "Paris", "provider_region": "eu-west2", "self_serve": true, "choosable": true }, { "country": "ES", "state": null, "city": "Madrid", "provider_region": "eu-south1", "self_serve": true, "choosable": true }, { "country": "IS", "state": null, "city": "Reykjavik", "provider_region": "eu-north2", "self_serve": false, "choosable": true }, { "country": "IL", "state": null, "city": "Tel Aviv", "provider_region": "me-west1", "self_serve": true, "choosable": true }, { "country": "US", "state": "MO", "city": "Kansas City", "provider_region": "us-central1", "self_serve": true, "choosable": true }, { "country": "US", "state": "MN", "city": "Woodbury", "provider_region": "us-north1", "self_serve": true, "choosable": true }, { "country": "GB", "state": null, "city": "London", "provider_region": "uk-south1", "self_serve": true, "choosable": true }, { "country": "GB", "state": null, "city": "London", "provider_region": "uk-south2", "self_serve": true, "choosable": true } ], "locations_source": "https://docs.nebius.com/overview/regions", "locations_quote": "eu-north1: Finland. eu-south1: Madrid, Spain. eu-west1: France. eu-west2: France. me-west1: Israel. us-central1: Kansas City, Missouri, US. us-north1: Woodbury, Minnesota, US. uk-south1: United Kingdom. uk-south2: United Kingdom. eu-north2: Iceland (available only to users who already have deploymen", "locations_checked": "2026-10-01" }