A superior Private Cloud that puts you on dedicated hardware in a physically isolated environment. Enjoy the same flexibility and high performance of our public cloud with our industry-leading 100% uptime SLA and free from noisy neighbours.
Same great service as on our public cloud, but on dedicated compute hosts. No other customers on the same hardware.
Manage private networks for additional network level isolation. Seamlessly connect to public cloud resources. Connect to any on-premises or hosted data centers using VPN or fiber. Bring your own IP networks for enhanced customization.
Use all the CPU power on your dedicated AMD EPYC powered compute hosts. Benefit from the combination of dedicated CPUs and MaxIOPS, world’s fastest cloud storage.
Build your infrastructure on UpCloud private and public clouds without a hassle. No obligatory long term commitments and no need to invest in owning, installing and servicing your own hardware.
No need to invest in spare hardware or capacity. Your Private Cloud resources are always available and covered by UpCloud’s 100% uptime SLA.
Create your own cloud server plans. Distribute vCPUs and memory as you see fit. Use the same control panel, API and infrastructure management tools as on UpCloud’s public cloud.
Private Cloud is available in all UpCloud data centres worldwide. Use a multi-region setup for additional geographical redundancy across continents.
Don’t worry about the extra costs of migrating from a different cloud provider. During a 2-month free migration period, we will charge you no service costs. The offer is available to all new customers whose infrastructure costs on UpCloud will exceed $500 per month.
Enjoy the best of both worlds by joining the powers of public and private clouds.
Deploy your most critical resources on Private Cloud and enjoy the limitless scalability of the public cloud for any fluctuating capacity needs.
On UpCloud, a Private Cloud is always also a hybrid cloud. Combine resources from both worlds.
Global private networking between private and public zones works out of the box and is included in all Private Cloud setups.
Our easy-to-use control panel and API let you spend more time coding and less time managing your infrastructure. Deploy in 45 seconds using the simple but powerful control panel, the Restful API or any software such as Ansible, Go or Python.
View Developer API- hosts: localhost
connection: local
serial: 1
gather_facts: no
tasks:
- name: Create upcloud server
upcloud:
state: present
hostname: web1.example.com
title: web1.example.com
zone: uk-lon1
plan: 1xCPU-1GB
storage_devices:
- { size: 25, os: Ubuntu 14.04 }
user: root
ssh_keys:
- ssh-rsa AAAAB3NzaC1yc2EAA[...]ptshi44x [email protected]
- ssh-dss AAAAB3NzaC1kc3MAA[...]VHRzAA== [email protected]
register: upcloud_server
- name: Wait for SSH to come up
wait_for: host={{ upcloud_server.public_ip }} port=22 delay=5 timeout=320 state=started
- name: tag the created server
upcloud_tag:
state: present
uuid: "{{ upcloud_server.server.uuid }}"
tags: [ webservers, london ]
resource "upcloud_server" "server1" {
hostname = "terraform.example.com"
zone = "nl-ams1"
plan = "1xCPU-1GB"
storage_devices = [
{
size = 25
action = "clone"
storage = "01000000-0000-4000-8000-000030080200"
tier = "maxiops"
}
]
login {
user = "root"
keys = [
"ssh-rsa public key xxx"
]
}
}
{
"variables": {
"UPCLOUD_USERNAME": "{{ env `UPCLOUD_API_USER` }}",
"UPCLOUD_PASSWORD": "{{ env `UPCLOUD_API_PASSWORD` }}"
},
"builders": [
{
"type": "upcloud",
"username": "{{ user `UPCLOUD_USERNAME` }}",
"password": "{{ user `UPCLOUD_PASSWORD` }}",
"zone": "nl-ams1",
"storage_uuid": "01000000-0000-4000-8000-000030060200"
}
],
"provisioners": [
{
"type": "shell",
"inline": [
"apt update",
"apt upgrade -y",
"echo '' | tee /root/.ssh/authorized_keys"
]
}
]
}
for image in driver.list_images():
if image.name.startswith('Ubuntu') \
and image.name.count('16.04') \
and image.id.endswith('0'):
break
for size in driver.list_sizes():
if size.name == '1xCPU-1GB':
break
for location in driver.list_locations():
if location.name.startswith('London'):
break
node = driver.create_node(
image=image,
size=size,
location=location,
name='Libcloud Example',
ex_hostname='libcloud.example.com'
)
pprint(node.state)
// Create the server
serverDetails, err := svc.CreateServer(&request.CreateServerRequest{
Zone: "fi-hel1",
Title: "My new server",
Hostname: "server.example.com",
PasswordDelivery: request.PasswordDeliveryNone,
StorageDevices: []request.CreateServerStorageDevice{
{
Action: request.CreateStorageDeviceActionClone,
Storage: "01000000-0000-4000-8000-000030060200",
Title: "disk1",
Size: 30,
Tier: upcloud.StorageTierMaxIOPS,
},
},
IPAddresses: []request.CreateServerIPAddress{
{
Access: upcloud.IPAddressAccessPrivate,
Family: upcloud.IPAddressFamilyIPv4,
},
{
Access: upcloud.IPAddressAccessPublic,
Family: upcloud.IPAddressFamilyIPv4,
},
{
Access: upcloud.IPAddressAccessPublic,
Family: upcloud.IPAddressFamilyIPv6,
},
},
})
import upcloud_api
from upcloud_api import Server, Storage, ZONE, login_user_block
manager = upcloud_api.CloudManager('api_user', 'password')
manager.authenticate()
login_user = login_user_block(
username='theuser',
ssh_keys=['ssh-rsa AAAAB3NzaC1yc2EAA[...]ptshi44x [email protected]'],
create_password=False
)
cluster = {
'web1': Server(
core_number=1, # CPU cores
memory_amount=1024, # RAM in MB
hostname='web1.example.com',
zone=ZONE.London, # ZONE.Helsinki and ZONE.Chicago available also
storage_devices=[
# OS: Ubuntu 14.04 from template
# default tier: maxIOPS, the 100k IOPS storage backend
Storage(os='Ubuntu 14.04', size=10),
# secondary storage, hdd for reduced cost
Storage(size=100, tier='hdd')
],
login_user=login_user # user and ssh-keys
),
'web2': Server(
core_number=1,
memory_amount=1024,
hostname='web2.example.com',
zone=ZONE.London,
storage_devices=[
Storage(os='Ubuntu 14.04', size=10),
Storage(size=100, tier='hdd'),
],
login_user=login_user
),
'db': Server(
plan='2xCPU-4GB', # use a preconfigured plan, instead of custom
hostname='db.example.com',
zone=ZONE.London,
storage_devices=[
Storage(os='Ubuntu 14.04', size=10),
Storage(size=100),
],
login_user=login_user
),
'lb': Server(
core_number=2,
memory_amount=1024,
hostname='balancer.example.com',
zone=ZONE.London,
storage_devices=[
Storage(os='Ubuntu 14.04', size=10)
],
login_user=login_user
)
}
for server in cluster:
manager.create_server(cluster[server]) # automatically populates the Server objects with data from API
var upcloud = require('upcloud');
var defaultClient = upcloud.ApiClient.instance;
// Configure HTTP basic authorization: baseAuth
var baseAuth = defaultClient.authentications['baseAuth'];
baseAuth.username = 'UPCLOUD_USERNAME';
baseAuth.password = 'UPCLOUD_PASSWORD';
var api = new upcloud.AccountApi();
api.getAccount().then(
function(data) {
console.log('API called successfully. Returned data: ' + data);
},
function(error) {
console.error(error);
},
);
require_once(__DIR__ . '/vendor/autoload.php');
$api_instance = new Upcloud\ApiClient\Upcloud\AccountApi();
$config = $api_instance->getConfig();
$config->setUsername('YOUR UPCLOUD USERNAME');
$config->setPassword('YOUR UPCLOUD PASSWORD');
try {
$result = $api_instance->getAccount();
print_r($result);
} catch (Exception $e) {
echo 'Exception when calling AccountApi->getAccount: ', $e->getMessage(), PHP_EOL;
}
UpCloud’s high performance is built on three cornerstones: compute capacity, storage responsiveness and network availability. On UpCloud, performance means a combination of all these. It also translates to concrete benefits such as faster loading times, less required cloud resources and better quality of life for your devops team.
Distribute your CPU and memory resources as you wish. Create your own plans for any CPU hungry services. Have as many cloud servers as you like. Distribute vCPUs across compute hosts as you wish.
On public cloud, you are entitled to moderate CPU usage on your assigned vCPUs. On Private Cloud, feel free to use all the available CPU power on your dedicated private compute hosts.
Always the same award winning performance. No noisy neighbors, guaranteed. Absolutely no surprises included, just stable day-to-day, year-to-year operations.
Combine enterprise-grade computing capacity with the power of MaxIOPS, UpCloud’s in-house developed, award winning storage platform. World’s fastest block storage as a service, attached to your private cloud.
Use any of UpCloud’s public networking, dedicated networks or bring your own networks. Redundant VPN and fiber services can be attached to any Private Cloud deployment.
More secure than public cloud by design. Dedicated hosts on a Private Cloud offer isolated and managed cloud infrastructure, without public cloud’s shared security model.
Secure your private corner of the cloud. You decide how the resources are allocated between compute hosts.
On UpCloud’s Private Cloud, compute hosts are always dedicated for a single customer. Hardware level isolation offers added security from other customers.
You manage your apps, we manage the cloud servers. All systems are monitored and security patches applied.
Public clouds are known for intermittents issues from other customers sharing the same physical hardware. Completely avoid noisy neighbor issues with dedicated compute resources.
In addition to the ubiquitous private network spanning all UpCloud private and public cloud zones, benefit from native VLANs available in your private cloud deployments for custom networking needs.
Secure networking across your Private Clouds, public cloud and our multi-region data centres. It works out of the box, no configuration necessary.
UpCloud’s extensive core network allows using IP blocks from your own assignments.
All your resources connected to the same network. Secure connectivity between all UpCloud data centers.
Using multiple cloud providers? No problem. UpCloud connects directly to any existing cloud infrastructure.
Use addresses from UpCloud’s public IP pools or have an IP subnet dedicated for your own private use.
Connect directly to your data centre or manage your cloud infrastructure securely from your office network. Fiber and VPN connections from multiple providers are available.
Hosts
Memory
CPU
Hosts
Memory
CPU
Hosts
Memory
CPU
Hosts
Memory
CPU
Faster-than-SSD block storage
General purpose block storage
Networking
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