- Account & Billing
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- Create an account
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- Compute
- Instances
- Concepts
- Quickstart
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- How to
- Create an Instance
- Create a Block Storage volume
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- Connect to an Instance
- Use flexible IPs
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- Use Security Groups
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- Create an image
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- API/CLI
- Scaleway CLI Cheatsheet
- Creating and Managing Instances
- Creating a volume via the Instance API
- Attaching a volume via the Instance API
- Increasing volumes via the Instance API
- Detaching a volume via the Instance API
- Creating backups
- Changing the commercial type of an Instance
- Using the import/export feature (API)
- Managing Instance snapshots with the CLI (v2)
- Using routed IPs
- Using cloud-init
- Using placement groups
- Additional Content
- Choosing an Instance type
- Instances datasheet
- The right Instance for learning purposes
- The right Instance for development purposes
- The right Instance for production purposes
- The right Instance for workload purposes
- Understanding the differences between ARM and x86 Instances
- Understanding Instance pricing
- Preventing outgoing DDOS
- Configuring Instances manually on a Private Network
- Troubleshooting
- I can't connect to my Instance via SSH
- Rebooting from a faulty kernel
- Dealing with the end of life of the bootscript feature
- Fixing the user configuration of cloud-init on Debian 12
- Fixing lost IPv6 connectivity on Debian Buster when migrating to routed IP
- Fixing DNS resolution with a routed IPv6-only setup on Debian Bullseye
- Fixing unreachable IPv6 on RHEL based Instances after transition to routed ip
- Changing the rescue mode of Instances
- GPU Instances
- Concepts
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- Troubleshooting
- Additional Content
- Instances
- Bare Metal
- Apple silicon
- Elastic Metal
- Concepts
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- How to
- Create a server
- Install a server
- Connect to your server
- Order a flexible IP
- Attach/detach a flexible IP
- Configure a flexible IP (IPv4)
- Configure a flexible IP (IPv6)
- Configure a flexible IPv6 on a virtual machine
- Configure reverse DNS of a flexible IP
- Use Private Networks
- Enable SMTP
- Add a virtual MAC address
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- Activate remote access
- Send metrics & logs to Cockpit
- View the event logs
- Use rescue mode
- Reboot a server
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- Get and use a loyalty reward
- Troubleshooting
- API/CLI
- Additional Content
- Dedibox
- Concepts
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- How to
- Order a Dedibox
- Install a Dedibox
- Connect to your Dedibox
- Order a failover IP
- Configure a failover IP
- Attach or detach a failover IP
- Configure reverse DNS of a failover IP
- Activate an IPv6 block
- Modify Dedibox options
- Use rescue mode
- Reinstall a Dedibox
- Terminate a Dedibox subscription
- Link an existing Dedibox account to Scaleway
- Additional Content
- Serverless
- Functions
- Concepts
- Quickstart
- FAQ
- How to
- Create a Functions namespace
- Manage a Functions namespace
- Create a function
- Test a function
- Package function dependencies in a zip-file
- Manage a function
- Add a trigger to a function
- Add a custom domain name to a function
- Create and manage an authentication token from the console
- Secure a function
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- Delete a Functions namespace
- API/CLI
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- Functions lifecycle
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- Considerations to configure event retention for SQS trigger inputs
- Serverless Functions billing
- Differences between Jobs, Functions and Containers
- Cron schedules reference
- Containers
- Concepts
- Quickstart
- FAQ
- How to
- Create a Containers namespace
- Manage a Containers namespace
- Deploy a container from Scaleway Container Registry
- Deploy a container from an external container registry
- Manage a container
- Add a custom domain to a container
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- Create and manage an authentication token from the console
- Secure a container
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- Delete a container
- Delete a Containers namespace
- API/CLI
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- Jobs
- Concepts
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- How to
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- Messaging and Queuing
- Concepts
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- API/CLI
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- SQL Databases
- Concepts
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- How to
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- Troubleshooting
- Functions
- Containers
- Kubernetes
- Concepts
- Quickstart
- FAQ
- How to
- Create a Kapsule cluster
- Manage a Kapsule cluster
- Create a Kosmos cluster
- Manage a Kosmos cluster
- Connect to a cluster with kubectl
- Deploy an image from Container Registry
- Deploy an ingress controller
- Enable the Easy Deploy feature
- Monitor a Kapsule cluster with Cockpit
- Access the Kubernetes audit logs
- Access the Kubernetes dashboard
- Upgrade the Kubernetes version on a Kapsule cluster
- Use the NVIDIA GPU operator on Kapsule and Kosmos with GPU Instances
- Use the scratch storage on H100 GPU Instances with Kapsule
- Deploy x86 and ARM images in Kubernetes
- Enable or disable SSH
- Delete a cluster
- API/CLI
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- Introduction to Kubernetes
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- Kubernetes control plane offers overview
- Managed Kubernetes service definition
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- Securing a cluster with Private Networks
- Ensuring resiliency with Multi-AZ clusters
- Exposing Kubernetes services to the internet
- Creating and configuring a Load Balancer service
- Using a Load Balancer with Ingress
- Managing Load Balancer IPs
- Using Load Balancer annotations
- Wildcard DNS routing
- Troubleshooting
- Videos
- Container Registry
- Kubernetes
- Storage
- Object Storage
- Concepts
- Quickstart
- FAQ
- How to
- Create a bucket
- Upload files into a bucket
- Edit the storage class
- Restore an object from Glacier class
- Download files from a bucket
- Manage object visibility
- Access objects via HTTPS
- Enable bucket versioning
- Manage lifecycle rules
- Monitor your consumption
- Set up a static website
- Use Object Storage with Private Networks
- Delete an object
- Delete a bucket
- API/CLI
- Using the Object Storage API
- Understanding common operations
- Understanding bucket operations
- Understanding object operations
- Using the AWS-CLI
- Installing MinIO Client
- Installing rclone
- Managing the lifecycle of objects
- Managing an Object Storage Lifecycle using CLI (v2)
- Managing multipart uploads
- Setting CORS rules
- Bucket policies overview
- Creating and applying bucket policies
- Combining IAM and bucket policies for granular access
- Setting up object lock
- Hosting static websites on a bucket
- Generating an AWSv4 authentication signature
- Migrating data from one bucket to another
- Adding objects to a bucket with POST
- Additional Content
- Troubleshooting
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- Block Storage
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- Managed Databases
- PostgreSQL and MySQL
- Concepts
- Quickstart
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- How to
- Create a Database Instance
- Connect to a Database Instance
- Create a database
- Add users
- Manage permissions
- Manage allowed IPs
- Change the volume type
- Enable Autobackup
- Manage manual backups
- Manage snapshots
- Clone a Database Instance
- Configure advanced settings
- Renew a TLS certificate
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- Create Read Replicas
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- Delete a database
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- Additional Content
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- Redis™
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- API/CLI
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- Document Databases
- Concepts
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- How to
- Create a Database Instance
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- Create a database
- Add users
- Manage permissions
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- Delete a database
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- API/CLI
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- PostgreSQL and MySQL
- Network
- VPC
- Concepts
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- Public Gateways
- Load Balancers
- Concepts
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- Create a Load Balancer
- Create frontends and backends
- Manage frontends and backends
- Add an SSL/TLS certificate
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- Use a Load Balancer with a Private Network
- Set up an S3 failover
- Create and manage flexible IPs
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- Delete a Load Balancer
- API/CLI
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- Domains and DNS
- Concepts
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- VPC
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- API/CLI
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- Cockpit
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- Transactional Email
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- IoT Hub
- Concepts
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- How to
- Create a Hub
- Enable or disable a Hub
- Provide your own Certificate Authority
- Add a Device
- Provide your own device certificate
- Renew the certificate of a device
- Connect to the default MQTT network
- Connect to the default Websocket network
- Use the MQTT Webclient
- Set up and use a REST network
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- Create a route
- Simulate events
- Understand event messages
- Triggering functions from IoT Hub messages
- View metrics
- Enable auto-provisioning
- Change the product plan
- Delete a Route
- Delete a Device
- Delete a Hub
- API/CLI
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- Web Hosting
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- Transactional Email
- Developer Tools
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- IPFS Pinning
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- Dedibox Console
- Dedibox Account
- Concepts
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- How To
- Create a Dedibox account
- Add a payment method
- Enable multifactor authentication
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- Update your password
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- Upload an SSH key
- Outsource a Dedibox
- Oursource a failover IP
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- Contact the support team
- Report an incident
- Resolve abuse
- Manage privacy data settings
- Recover the password in case of a lost email account
- Classic Hosting
- Concepts
- Quickstart
- How to
- Create an FTP account
- Change the password of an FTP account
- Connect via FTP
- Delete an FTP account
- Create an email account
- Change the password of an email account
- Delete an email account
- Check the emails
- Configure Outlook
- Create an alias
- Encrypt your emails with PGP using the Scaleway webmail
- Retrieve the header of an email
- Manage email filters
- Solve email account connection problems
- Configure an htaccess file
- Configure PHP
- Create a MySQL database
- Change the password of a MySQL database
- Delete a MySQL database
- Manage a MySQL database with phpMyAdmin
- Create a PostgreSQL database
- Change the password of a PostgreSQL database
- Delete a PostgreSQL database
- Manage a PostgreSQL database with Adminer
- Create an email redirection
- Delete an email redirection
- Create an email transfer
- Delete an email transfer
- Access the logcenter
- Access the website statistics
- Enable HTTPS
- Create a subdomain
- Delete a subdomain
- Configure the backup option
- cPanel Hosting
- Dedibox Account
- Dedibox Servers
- Dedicated Server
- Concepts
- Quickstart
- FAQ
- How to
- Additional Content
- Hardware
- Concepts
- How to
- Configure hardware RAID from the console
- Configure a DELL PERC H200 RAID controller
- Configure a DELL PERC H310 RAID controller
- Configre a DELL PERC H700/H710/H730/H730P RAID controller
- Configure a DELL PERC H800 RAID controller
- Configure an HP Smart Array P410 RAID controller
- Configure an HP Smart Array P420 RAID controller
- Configure the DELL PERC H200 RAID controller from the KVM
- Configure the DELL PERC H310 RAID controller from the KVM
- Configure the HP Smart Array P410 RAID controller from the KVM
- Configure the HP Smart Array P420 RAID controller from the KVM
- Troubleshooting
- Additional Content
- KVM-over-IP
- Dedicated Server
- Dedibox Network
- Network
- How to
- Additional Content
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- Domains
- Failover IP
- Concepts
- Quickstart
- How to
- Order a failover IP
- Assign a failover IP
- Configure the reverse DNS
- Configure a failover IP on CentOS
- Configure a failover IP on Debian/Ubuntu
- Configure a failover IP on FreeBSD
- Configure a failover IP on Windows Server
- Create a vitual MAC address
- Configure a multi-IP virtual MAC address group
- Configure the network of a virtual machine
- RPN
- Concepts
- Quickstart
- How to
- How to configure jumboframes
- How to configure the RPNv1
- How to configure the RPNv2
- How to use the RPN VPN
- How to configure the RPNv1 gateway
- How to find the RPNv1 gateway
- How to connect to an RPN SAN
- How to mount an RPN SAN on Linux
- How to configure RPN SAN on ESXi 5/6
- How to configure RPN SAN on ESXi 7
- How to configure RPN SAN on Proxmox
- How to connect Windows Server to an RPN SAN
- Additional Content
- IPv6
- DNS
- Network
Hardware - Concepts
CPU
A Central Processing Unit (CPU) is the computer’s main processor. The CPU executes instructions comprising a computer program. The choice for a specific CPU depends on your product’s computing requirements.
HDD
A Hard disk drive (HDD) uses rotating magnetic disks to store data. HDDs provide larger storage capacity but slower read/write speed compared to SSDs. They are perfect for storing large volumes of data.
NVMe
NVM Express (NVMe) disks are SSDs that use the PCI Express bus for communication with the host.
SSD
A Solid state disk (SSD) uses flash memory to store your data. Since there are no rotating parts, they provide faster read/write speed than HDDs.
RAID
RAID is a data storage technology used for the purpose of data redundancy, performance improvement, or both by combining multiple physical hard drives into one or more logical drives.
The different RAID schemes are referenced as levels and are named by the word RAID itself, followed by a number (For example, RAID 0, RAID 1 or RAID 5). Depending on the RAID level, data is distributed and stored across the disks in one or several ways.
RAID 0
RAID 0 uses data striping. This increases the storage capacity of the virtual disk to the sum of all available disks in the RAID. The write and read performances of the machine are increased in RAID 0 to concurrent read and write operations. There is zero fault tolerance in RAID 0, as the contents of each file are distributed among all disks in the set, the failure of any single disk in the RAID array causes the entire RAID 0 volume to break down. The minimum number of disks in a RAID 0 set is two.
RAID 1
RAID 1 uses disk mirroring, meaning data is written identically to any of the two disks in the set. File requests are broadcasted to any drive in the array and can be served by the drive that accesses the data at first, improving read performance. Write performance can be slower than using a single drive, as any write request has to be sent to all drives in the set, limiting write performances to the speed of the slowest disk. A fault tolerance is provided using this RAID level, as data can be restored from the second disk in case one disk fails. The minimum number of disks available in a RAID 1 set is two, and the number can be increased in odd pairs (For example, 2, 4, 6, …).
RAID 5
RAID 5 uses block-level data striping with distributed parity. This means parity information is distributed among all available drives, resulting in a fault tolerance where all drives but one need to be present to operate. If a single drive fails, subsequent reads can be calculated from the distributed parity available on the other drives, so that no data is lost. This RAID level requires a minimum of three disks in the set, and the total available space of the virtual disk is the sum of all drives minus one.