Infomaniak Public Cloud
infomaniak.comProvision GNU/Linux or Windows virtual machines on Infomaniak's OpenStack-based Public Cloud.
Provision GNU/Linux or Windows virtual machines on Infomaniak's OpenStack-based Public Cloud.
Deploy full-stack Next.js and Angular apps from GitHub onto Google's managed web infrastructure.
Deploy versioned web services to Google's managed application runtime.
Monitor Kubernetes, containers, cloud services, and Prometheus metrics with managed collection and alerting.
Describe mobile and web UI journeys as YAML flows and run them on a real or virtual target.
A hosted notebook editor for Python and data work, with SQL cells, collaboration, and interactive reports.
Create a cloud development environment for a repository and edit it in a browser-based VS Code workspace.
Deploy Linux or Windows cloud servers with plan tiers and API-based provisioning.
A cloud project planner for CPM schedules, resource leveling, risks, earned value, and collaboration.
Use Red Hat's managed OpenShift application platform on Google Cloud; AWS deployments are available in select instances.
Automatic work-time and attendance tracking with app activity, project timesheets, and team reports.
Collect logs, metrics, traces, and profiles in a unified observability platform.
IPsec links between private networks and Google Cloud VPCs
Monthly cost scenarios for planned cloud workloads
Combine network flow, device, cloud, and synthetic telemetry to investigate traffic and service performance.
Use Tencent Cloud's managed Prometheus service for metrics, Grafana dashboards, and cloud alerts.
Room-based document collaboration with permissions, version history, and cloud or self-hosted deployment.
Provision self-managed cloud VMs through a portal, CLI, API or Terraform, using predefined sizes and per-second billing.
Deploy applications to Kubernetes in your AWS, Azure, or GCP account.
Create hourly-billed VPS instances with selectable images, snapshots, and network controls.
Run source-built or containerized web services on managed, autoscaling infrastructure.
Deploy Linux virtual machines with selectable regions, images, CPU plans, and SSH access.
Monitor networks, servers, and hybrid infrastructure with agentless discovery, maps, dashboards, and alerts.
Deploy single-tenant physical servers through a portal, API, or CLI.