OVHcloud Review for Running Kubernetes Clusters and Containerized Microservices

The research in brief

OVHcloud is a good fit for cost-conscious platform teams that want a managed, CNCF-certified Kubernetes control plane with node-pool autoscaling, Cilium networking, and separately billed infrastructure. Three of seven platforms named OVHcloud during the ranking stage (Gemini, Grok, Kimi), with an average listed rank of 6.7 and a best rank of 4. The strongest reason to consider it is control-plane economics: the Free tier includes the managed control plane, and the Standard tier is listed at $0.099 per cluster-hour, roughly $72.27 per 730-hour month, before worker nodes ^[43]. The main limitation is that multi-AZ Standard control planes are not available in U.S. regions, where MKS is limited to single-AZ deployments ^[6].

Research Snapshot

Why OVHcloud Qualified for This Study

Questions explored

• Why did OVHcloud qualify for this managed Kubernetes container orchestration hosting study?
• Is OVHcloud a credible managed Kubernetes provider for a platform engineering team in 2026?

OVHcloud qualified because it operates a genuine managed Kubernetes service rather than a repackaged VPS product. OVHcloud Managed Kubernetes Service (MKS) is a managed, CNCF-certified Kubernetes service in which OVHcloud deploys, maintains, patches, and updates the control-plane components, and it supports the latest three Kubernetes versions according to the cited product material ^[41]. Independent review coverage describes MKS as CNCF-certified with a free control plane and vRack networking ^[47], and a CNCF case study covers OVHcloud's Cilium and eBPF implementation on the Standard tier ^[49].

The service also maps directly onto the category criteria used in this study: managed Kubernetes offerings, container registry integration, node autoscaling, networking and service mesh support, and pricing per node or cluster. OVHcloud addresses four of those five with documented product features, and the fifth - service mesh - is only partially addressed, which is why the fit is rated good rather than best-in-class.

Three of the seven included platforms named OVHcloud during ranking discovery: Gemini (rank 9), Grok (rank 4), and Kimi (rank 7). That is a 42.9% mention share, meaning a majority of platforms did not name OVHcloud at all in the ranking stage. Qualification for this review reflects that OVHcloud was named by at least the minimum number of platforms, not that it led the category.

The hosting offering in focus

Questions explored

• Which OVHcloud Managed Kubernetes plan should a buyer choose for production microservices versus development?
• Does OVHcloud MKS Standard include a multi-AZ control plane, and in which regions?

The relevant product is OVHcloud Managed Kubernetes Service (MKS), sold in two documented tiers: Free and Standard. The Free tier provides a single-zone managed control plane with a 99.5% SLO, shared etcd with a 400 MB quota, and a limit of up to 100 nodes per cluster ^[7]. The Standard tier provides a control plane resilient across three availability zones where a 3-AZ region is available, dedicated etcd up to 8 GB, a stated 99.99% SLA in 3-AZ regions and 99.9% SLA in 1-AZ regions, and a limit of up to 500 nodes ^[7].

OVHcloud's own newsroom states that MKS Standard pricing starts at €0.09 per hour per deployed cluster and that the free offer was rebranded MKS Free ^[4]. The U.S. pricing page lists the Standard control plane at $0.099 per cluster-hour, approximately $72.27 per 730-hour month, excluding taxes and excluding all worker-node and ancillary-service charges ^[43].

Naming is inconsistent across OVHcloud properties. Some pages and legacy materials use "Premium" or "Premium HA control plane" for the higher-availability tier, while current 2026 documentation describes Free and Standard plans ^[18]. One OVHcloud blog post describes the Premium plan as private by default, requiring a private network, subnet, and gateway ^[2]. Buyers should confirm which commercial name applies in the U.S. portal before purchase rather than assuming Standard and Premium are interchangeable.

What the AI Platforms Agreed About

Questions explored

• What do AI platforms agree on about OVHcloud Managed Kubernetes pricing and autoscaling?
• Is OVHcloud MKS genuinely CNCF-certified and free of vendor lock-in?

Agreement was strongest on four points.

Control-plane economics. Every platform that discussed pricing described the Free tier control plane as included at no charge, and most cited a low hourly Standard control-plane rate. OVHcloud's own pricing page states that listed MKS prices apply only to control planes, with nodes, Block Storage, and Floating IPs billed separately ^[43]. Independent reviews repeat the free-control-plane framing ^[50].

Node autoscaling. OVHcloud documents cluster autoscaler support on node pools with configurable minimum and maximum node counts and utilization thresholds ^[10]. One OVHcloud help source states the autoscaler adds a node within a few minutes when a pod is unschedulable and removes idle nodes after a default 10-minute configurable period ^[20].

CNCF certification and open Kubernetes. Multiple platforms describe MKS as CNCF-certified upstream Kubernetes with no vendor-specific API lock-in ^[46]. OVHcloud's own newsroom frames the Standard launch around open-source reversibility and multi-cloud or hybrid-cloud strategies without dependency on a single supplier ^[4].

Cilium networking on the paid tier. OVHcloud documents selectable CNIs including Cilium with eBPF-based traffic control, network policies, and observability ^[41]. One platform notes Canal CNI on Free and Cilium on Standard ^[16], and another describes Cilium on Standard versus Canal on Free ^[9].

Agreement among AI platforms does not establish product quality. It establishes that the platforms converged on the same vendor documentation.

Where the AI Platforms Disagreed or Were Uncertain

Questions explored

• Is OVHcloud MKS available with a multi-AZ control plane in U.S. regions?
• Does OVHcloud offer a managed service mesh or native Gateway API support for MKS?

U.S. multi-AZ availability. This is the sharpest conflict. One platform states that U.S. regions support only the Free plan and that Standard features such as 3-AZ and higher SLA are unavailable in the Americas ^[16]. Another states that MKS is available in US-EAST-VA-1 (Vint Hill, Virginia) and US-WEST-OR-1 (Oregon), both 1-AZ only, and that Standard tier 3-AZ resilience is not available in U.S. regions ^[6]. A third states that OVHcloud runs several 1-AZ regions in the United States with no short-term plans to deploy 3-AZ regions in U.S. data centers ^[24]. Meanwhile, one platform describes a Premium/HA control plane with 99.99% SLA and 3-AZ resilience on the U.S. Kubernetes page ^[28]. The most defensible reading is that 3-AZ Standard resilience is documented for European regions and that U.S. buyers must verify region-by-region availability directly.

Service mesh. No reviewed source establishes a first-party managed service mesh for MKS. OVHcloud documentation shows Istio can be installed on MKS and describes Istio as an open-source service mesh platform ^[22], but that is a self-managed deployment pattern, not a managed offering. One platform explicitly states OVHcloud does not appear to offer a first-party fully managed service mesh tied to MKS ^[28], and another reports service mesh support as not clearly documented in the sources reviewed ^[7].

Gateway API. One OVHcloud blog post states that MKS does not yet provide a native GatewayClass and that Kubernetes SIG Network announced the retirement of Ingress NGINX in March 2026, after which it will no longer receive new features, releases, security patches, or bug fixes ^[3]. Teams relying on Ingress NGINX need a migration plan.

Container registry integration. OVHcloud offers Managed Private Registry built on Harbor, and documentation covers authenticating MKS clusters with it ^[26]. However, one platform states that OVHcloud does not clearly market a first-party managed OCI registry as a natively integrated MKS feature on the MKS landing page ^[28], and another reports registry integration details as unconfirmed in checked sources ^[52]. The registry exists; the depth of console-level integration is disputed.

Storage. One platform reports that default persistent volume storage classes based on Cinder Block Storage are strictly ReadWriteOnce and that out-of-the-box ReadWriteMany volumes are not supported, requiring manual NFS configuration or Enterprise File Storage ^[50]. Another cites OVHcloud Enterprise File Storage with a NetApp Trident CSI driver, 4,000 IOPS/TiB, and a 99.99% SLA for stateful Kubernetes workloads ^[39]. These are not necessarily contradictory - EFS is a separate paid service - but buyers with RWX requirements must confirm the implementation path and cost.

Worker node resizing. One platform reports that MKS does not support live, dynamic worker node resizing, so changing instance types requires deploying a new node pool and migrating workloads manually ^[21].

Features for this workload

Questions explored

• Does OVHcloud MKS support node autoscaling, Cilium networking, and private vRack networking for microservices?
• What are the node and cluster limits of OVHcloud MKS Free versus Standard?

Managed Kubernetes offering. MKS is a managed service in which OVHcloud handles operational aspects of the Kubernetes control plane while the customer retains workload responsibilities ^[9]. The service is CNCF-certified ^[41].

Control-plane resilience and scale. Free: single-zone, 99.5% SLO, shared etcd 400 MB, up to 100 nodes. Standard: cross-AZ control plane in supported 3-AZ regions, dedicated etcd up to 8 GB, 99.99% SLA in 3-AZ regions and 99.9% in 1-AZ regions, up to 500 nodes ^[7].

Node autoscaling. Cluster autoscaler is supported on node pools with configurable min/max and utilization settings ^[10]. One source reports a 100-node-per-node-pool autoscaling limit ^[37].

Networking. Cilium with eBPF is documented on the Standard tier; Canal is reported on Free ^[16]. vRack private networking provides network isolation with separate subnets for nodes, and API IP restrictions are available ^[50]. One platform notes no built-in managed VPN for API access ^[16]. Another reports that complex network setups such as configuring gateways under vRack subnets require deep OpenStack network understanding ^[50].

Container registry. Managed Private Registry is Harbor-based and supports container images, artifacts, Helm charts, and vulnerability scanning ^[26]. Registry usage is billed separately and is not bundled with MKS ^[28].

Storage. Block Storage, Object Storage, and Enterprise File Storage with the Trident CSI driver are available ^[28]. RWX support out of the box is disputed ^[50].

Ecosystem integrations. MKS integrates with OVHcloud compute instances, GPUs, storage classes, Load Balancer, Managed Private Registry, managed databases, and Object Storage ^[28]. Managed Rancher is available for multi-cluster management at $0.0076/vCPU/hour for the OVHcloud Edition or $0.019/vCPU/hour for Standard ^[42].

Infrastructure as Code. One platform describes first-class IaC support through a well-maintained official Terraform provider ^[50], and another cites solid OpenTofu support ^[50].

Pricing, renewal terms, and ongoing costs

Questions explored

• How much does OVHcloud Managed Kubernetes cost per month, and what is excluded from the control-plane price?
• Are there egress fees or long-term contracts with OVHcloud MKS?

Control plane. Free tier: included. Standard tier: $0.099 per cluster-hour, approximately $72.27 per 730-hour month, excluding taxes ^[43]. OVHcloud's newsroom states Standard starts at €0.09 per hour per deployed cluster ^[4]. One platform reports the control plane as free on both tiers ^[50], which conflicts with the $0.099 Standard figure; the U.S. pricing page's statement that listed prices apply only to MKS control planes supports the paid-Standard reading ^[29].

Worker nodes. Billed as Public Cloud instances by flavor and usage, hourly or monthly ^[43]. One independent review cites a D2-8 node (4 vCPU, 8 GB RAM, 50 GB NVMe) at €25.92/month and an Octavia load balancer at €9.99/month ^[50]. Another cites a minimum production cluster of three D2-8 nodes at roughly €77.76/month plus €9.99 load balancer, about €87.75/month ^[50]. A third gives rough examples of three b2-7 nodes at about €19/node/month and three b2-30 nodes at about €70/node/month ^[47]. These are independent estimates, not OVHcloud list prices.

Ancillary services. Block Storage, public or floating IPs, Load Balancer, Gateway, and Managed Private Registry are billed separately ^[43]. One source cites floating IPv4 at roughly $0.0032/hour ^[52]. Block storage is cited at €0.048/GB/month and object storage at roughly €0.0157/GB/month for the first 50 TiB ^[50].

Egress. Independent reviews report no egress charges for traffic in EU and North American regions as of January 2026, and free Object Storage egress as of January 2026 ^[50]. One platform lists egress bandwidth charges above included thresholds as a possible additional fee ^[29], which conflicts with the no-egress reporting. Buyers should confirm the current egress policy for their specific regions and traffic paths.

Commitments. Published MKS control-plane pricing is presented on a pay-as-you-go basis with no verified minimum MKS term ^[29]. Savings Plans introduce 12-month or 36-month commitment considerations and are reviewed separately from on-demand billing ^[29]. One platform reports Enterprise support requiring a 12-month minimum commitment ^[45]. Exact cancellation, service-credit, and migration terms were not verified in the reviewed sources ^[29].

Support tiers. One platform reports support tiers at Standard (free, roughly 8-hour response), Premium (€50/month, roughly 2 hours), Business (€250+/month, 30 minutes to 8 hours), and Enterprise (€5000+/month, 15 minutes for P1) ^[45]. OVHcloud sells multiple paid support tiers with differing SLAs ^[30]. These figures come from a 2020 independent comparison and should be treated as stale until confirmed.

Credits. OVHcloud's U.S. Kubernetes page describes up to $300 in Public Cloud credits for new customers opening their first project and purchasing a first Managed Databases service, with $200 available for a first Public Cloud project alone, valid for 90 days and limited to U.S. data centers (official:C1). One platform reports uncertainty about whether a $200 credit applies to U.S. accounts or EU accounts only ^[51].

Best Suited For

Questions explored

• Who is OVHcloud Managed Kubernetes best suited for in 2026?
• Is OVHcloud MKS a good fit for a cost-sensitive DevOps team running production microservices?

OVHcloud MKS is best suited to cost-conscious U.S. DevOps teams running production microservices on OVHcloud Public Cloud who accept single-AZ control planes in U.S. regions ^[41]. It also suits teams that need managed Kubernetes with optional three-availability-zone control-plane resilience in European regions where 3-AZ is available ^[7].

It fits organizations comfortable assembling compute, storage, load balancing, registry, observability, and networking from separate OVHcloud services rather than buying a bundled platform ^[28]. It fits development and smaller production environments that can use the Free control-plane tier within its 100-node and shared-etcd limits ^[7].

It fits teams that prioritize open-source portability and want to avoid vendor lock-in, given the CNCF-certified upstream Kubernetes foundation and reversibility messaging ^[4]. It fits teams already using OVHcloud compute or dedicated servers with vRack private networking ^[47]. It fits experienced Kubernetes teams that self-manage observability, service mesh, and CI/CD integrations ^[47].

Probably Not Best Suited For

Questions explored

• Who should not choose OVHcloud MKS for managed Kubernetes container orchestration hosting?
• Is OVHcloud MKS unsuitable for teams that need managed service mesh or multi-AZ U.S. production clusters?

OVHcloud MKS is probably not best suited to teams requiring a fully integrated enterprise platform with extensive native service-mesh, serverless, security, and observability capabilities ^[41]. It is a weaker fit for organizations standardized on AWS, Azure, or Google Cloud services and seeking maximum ecosystem integration ^[41].

It is not the best fit for production microservices requiring 99.99% SLA with automatic multi-AZ failover in U.S. regions, because U.S. MKS deployments are reported as single-AZ ^[6]. It is not ideal for teams requiring native Gateway API or managed Istio as first-class platform features ^[3].

It is a weaker fit for buyers requiring independently verified customer-performance benchmarks or detailed public support-response commitments ^[41]. It is also a weaker fit for teams wanting a single all-in cluster price that includes worker nodes, storage, and load balancers ^[28]. Teams needing out-of-the-box ReadWriteMany persistent storage should look elsewhere or budget for Enterprise File Storage ^[50].

When Another Option May Be Better

Questions explored

• What is a better alternative to OVHcloud MKS for a buyer who needs multi-AZ HA in U.S. regions?
• When should a buyer choose AWS, Azure, or Google Cloud instead of OVHcloud for managed Kubernetes?

Choose AWS, Azure, or Google Cloud when the team needs the deepest integration with an existing hyperscaler ecosystem, identity platform, observability stack, managed databases, or security tooling ^[41]. Choose a platform with a managed service mesh when mesh governance, mTLS, traffic shaping, and mesh-wide observability are core requirements and the buyer does not want to operate those components ^[41].

Choose a hyperscaler when production workloads require 99.99% SLA with automatic multi-AZ failover in U.S. regions ^[6]. Choose a specialist Kubernetes platform when the priority is multi-cloud fleet management, extensive policy automation, or a more opinionated developer platform rather than infrastructure cost control ^[41].

Choose a provider with simpler all-in pricing if the buyer wants one bundled cluster bill ^[28]. Choose a hyperscaler or specialist platform when a tightly integrated managed container registry and one-vendor developer toolchain is a hard requirement ^[28]. For cost context, AWS EKS charges $72/month per cluster for the control plane ^[1], and DigitalOcean Kubernetes offers a free control plane with worker nodes starting at $12/month and a $40/month HA control-plane add-on ^[34].

Questions to ask before choosing a provider

Questions explored

• What should a buyer confirm with OVHcloud before signing a managed Kubernetes contract?
• Which OVHcloud MKS details are unresolved in public sources?

Which U.S. regions currently support MKS Standard with three availability zones, and is the intended "Premium HA" configuration currently sold as Standard ^[7]?

What are the current prices for the selected worker-node flavors, public IPv4 addresses, storage, Load Balancer, Gateway, and Managed Private Registry ^[43]?

How does node-pool autoscaling behave during quota exhaustion, AZ failure, and scale-down disruption ^[43]?

Which CNIs, ingress controllers, network policies, and eBPF capabilities are supported and covered by OVHcloud support ^[43]?

Is there a supported or managed service-mesh integration, and who operates upgrades, certificates, and control-plane components ^[43]?

What Kubernetes upgrade, backup, restore, support, and maintenance responsibilities remain with the customer ^[43]?

What are the exact Savings Plan commitment, cancellation, regional eligibility, and price-change terms ^[29]?

What support response targets and escalation paths apply to the selected account and MKS tier ^[43]?

Can the team export Kubernetes resources, persistent data, registry images, and networking configuration if it later migrates away ^[4]?

Does the workload require ReadWriteMany storage, and what is the implementation cost of Enterprise File Storage or a self-managed NFS solution ^[50]?

The consensus assessment

OVHcloud is a good, cost-conscious fit for a DevOps or platform team seeking managed Kubernetes with autoscaling, open Kubernetes compatibility, Cilium networking, and optional multi-AZ control-plane resilience. Select Standard for production workloads requiring stronger availability and larger clusters; use Free primarily for development or smaller single-zone deployments. Treat the platform as a mixed fit if managed service mesh, hyperscaler ecosystem depth, or independently validated enterprise support evidence is mandatory.

Platform fit ratings were not unanimous: ChatGPT, Claude, Gemini, and Perplexity rated OVHcloud good, while DeepSeek, Grok, and Kimi rated it mixed. The split tracks the same fault line - cost and control-plane economics are consistently praised, while U.S. multi-AZ availability, managed add-on breadth, and service-mesh depth are consistently questioned.

How This Review Was Produced

This review evaluates OVHcloud only for managed Kubernetes container orchestration hosting. It is not a broad company review. Seven AI platforms were asked which providers they would recommend for a platform engineering team moving to containerized microservices with mature managed Kubernetes support, integrated container registries, reliable node autoscaling, solid networking and service mesh capabilities, and transparent node- or cluster-based pricing. Three platforms named OVHcloud during ranking discovery. All seven platforms then produced structured fit research covering strengths, limitations, pricing, and verification questions. Their responses were synthesized into this fit review. The consensus index for this category is available at managed Kubernetes container orchestration hosting, and the broader category directory is at vps cloud and dedicated server hosting.

Research limitations

The study date is 2026-10-03. Platform-reported research dates are provenance metadata and do not independently prove freshness; one platform reported a research date of 2026-02-14, which differs from the authoritative run date. Platform mentions count only platforms that named OVHcloud during ranking discovery, not platforms that evaluated it afterward.

All included platforms evaluated fit, but platform agreement does not prove product quality. Company-owned citations materially outnumber independent citations in the supplied evidence, so company claims should not be described as independently verified. The supplied URLs were collected from platform responses and were not independently validated by the writer stage. Citations are platform-reported evidence, not independently verified facts.

Conflicting product names, pricing, and capabilities were preserved rather than resolved. OVHcloud materials use both "Standard" and "Premium" terminology for the higher-availability tier, and the exact current commercial name in the U.S. market should be verified. The reviewed sources do not independently verify service quality, support responsiveness, or customer production outcomes. Native service-mesh support, managed mesh lifecycle, and mesh-specific SLAs were not established. The exact post-October 1, 2026 pricing treatment for every possible MKS worker-node flavor was not fully verified. One platform's research was conducted without search enabled, so its claims require explicit verification before being treated as current facts. One official-site retrieval failed during evidence collection; no failed fetch was used as a verified domain key.

See the broader Running Kubernetes Clusters and Containerized Microservices consensus index for comparisons across qualified options.

Sources

Company-Owned Sources

1. Managed Kubernetes Service - Amazon EKS FAQs - Amazon Web Services: https://aws.amazon.com/eks/faqs/
2. Deploy your workloads on 3 availability zones with our new managed Kubernetes services MKS Premium plan: https://blog.ovhcloud.com/en/posts/deploy-your-workloads-on-3-availability-zones-with-our-new-managed-kubernetes-services-mks-premium-plan/
3. Moving Beyond Ingress: Why should OVHcloud Managed Kubernetes Service (MKS) users start looking at the Gateway API?: https://blog.ovhcloud.com/en/posts/moving-beyond-ingress-why-should-ovhcloud-managed-kubernetes-service-mks-users-start-looking-at-the-gateway-api/
4. OVHcloud launches Managed Kubernetes Service Standard: Now deployed in 3-AZ region for higher resilience: https://corporate.ovhcloud.com/en/newsroom/news/ovhcloud-managed-kubernetes-service-standard-3az/
5. Configuring the cluster autoscaler: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/configure-cluster-autoscaler
6. Available datacenters, worker nodes and persistent storage flavors - OVHcloud Documentation: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/datacenters-nodes-storage-flavors
7. Choosing the right OVHcloud Managed Kubernetes Plan: Free or Standard: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/mks-plans
8. OVHcloud Managed Kubernetes Service plans overview: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/mks-plans.md
9. Understanding OVHcloud Managed Kubernetes architecture: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/understanding-mks-architecture
10. Dynamically resizing a cluster with the cluster autoscaler - OVHcloud Documentation: https://docs.ovhcloud.com/en/guides/public-cloud/containers-orchestration/managed-kubernetes/using-cluster-autoscaler
11. Configuring the cluster autoscaler - OVHcloud Documentation: https://docs.ovhcloud.com/gb/en/kubernetes/configuring-the-cluster-autoscaler/
12. Known limits - OVHcloud Documentation: https://docs.ovhcloud.com/gb/en/kubernetes/known-limits/
13. Using Private Registry with OVHcloud Managed Kubernetes: https://docs.ovhcloud.com/gb/en/kubernetes/using-private-registry/
14. Managed Private Registry (MPR) - OVHcloud Documentation: https://docs.ovhcloud.com/gb/en/private-registry/
15. Choosing the right OVHcloud Managed Kubernetes Plan: Free or Standard - OVHcloud Documentation: https://help.ovhcloud.com/csm/en-gb-public-cloud-kubernetes-mks-plans?id=kb_article_view&sysparm_article=KB0073766
16. Available datacenters, worker nodes and persistent storage flavors - OVHcloud: https://help.ovhcloud.com/csm/en-ie-public-cloud-kubernetes-datacenters-nodes-storage-flavors?id=kb_article_view&sysparm_article=KB0049697
17. OVHcloud Managed Kubernetes - Autoscaling documentation: https://help.ovhcloud.com/csm/en-public-cloud-kubernetes-autoscaling
18. OVHcloud Managed Kubernetes - High availability control plane: https://help.ovhcloud.com/csm/en-public-cloud-kubernetes-available-control-plane
19. Choosing the right OVHcloud Managed Kubernetes Plan: Free or Standard - OVHcloud Documentation: https://help.ovhcloud.com/csm/en-public-cloud-kubernetes-mks-plans?id=kb_article_view&sysparm_article=KB0073776
20. Containers & Orchestration - OVHcloud Help: https://mintlify.wiki/ovh/docs/public-cloud/containers
21. Available datacenters, worker nodes and persistent storage flavors - Support Guides - OVH: https://support.us.ovhcloud.com/hc/en-us/articles/115001584950
22. Traffic Management with Istio on OVHcloud Managed Kubernetes: https://support.us.ovhcloud.com/hc/en-us/articles/1500004944661-Traffic-Management-with-Istio-on-OVHcloud-Managed-Kubernetes
23. Available datacenters, worker nodes and persistent storage flavors: https://support.us.ovhcloud.com/hc/en-us/articles/1500005132102-Available-datacenters-worker-nodes-and-persistent-storage-flavors
24. OVHcloud Regions and Availability Zones: https://us.ovhcloud.com/about/global-infrastructure/expansion-regions-az/
25. OVHcloud Public Cloud: https://us.ovhcloud.com/public-cloud/
26. Container Orchestration & Managed Kubernetes - OVHcloud: https://us.ovhcloud.com/public-cloud/container-orchestration/
27. Automate your Public Cloud deployments: https://us.ovhcloud.com/public-cloud/infrastructure-automation/
28. Managed Kubernetes Services | OVHcloud US: https://us.ovhcloud.com/public-cloud/kubernetes/
29. Public Cloud Pricing | OVHcloud US: https://us.ovhcloud.com/public-cloud/prices/
30. OVHcloud Support Levels: https://us.ovhcloud.com/support-levels/
31. OVHcloud Trust Center / Certifications: https://us.ovhcloud.com/trust-center/
32. Managed Kubernetes - Full API & custom CLI | Civo: https://www.civo.com/public-cloud/kubernetes
33. Kubernetes Pricing | DigitalOcean: https://www.digitalocean.com/pricing/kubernetes
34. DigitalOcean Managed Kubernetes | Starting at $12/mo: https://www.digitalocean.com/products/kubernetes
35. Comparing Managed Kubernetes: DigitalOcean Kubernetes vs AWS EKS | DigitalOcean: https://www.digitalocean.com/resources/articles/kubernetes-digitalocean-vs-aws
36. Managed Kubernetes (K8S) as a Service | OVHcloud UK: https://www.ovhcloud.com/en-gb/public-cloud/kubernetes/
37. Managed Kubernetes (K8S) as a Service | OVHcloud India: https://www.ovhcloud.com/en-in/public-cloud/kubernetes/
38. Local Zones in Public Cloud: https://www.ovhcloud.com/en/about-us/global-infrastructure/local-zone/
39. Quarterly Product Update - Q1 2026: https://www.ovhcloud.com/en/lp/quarterly-product-update-q1-fy26/
40. Easily handle traffic spikes using containers: https://www.ovhcloud.com/en/lp/scale-stronger-s3/
41. Managed Kubernetes (K8S) as a Service | OVHcloud: https://www.ovhcloud.com/en/public-cloud/kubernetes/
42. Managed Rancher: Cloud container management: https://www.ovhcloud.com/en/public-cloud/managed-rancher-service/
43. Public Cloud Price List: Managed Kubernetes Service | OVHcloud: https://www.ovhcloud.com/en/public-cloud/prices/
44. Kubernetes control plane offers overview | Scaleway Documentation: https://www.scaleway.com/en/docs/kubernetes/reference-content/kubernetes-control-plane-offers/

Independent Sources

45. Comparing Kubernetes managed services across Digital Ocean, Scaleway, OVHCloud and Linode: https://atodorov.me/2020/06/14/comparing-kubernetes-managed-services-across-digital-ocean-scaleway-ovhcloud-and-linode/
46. OVHcloud Managed Kubernetes: Pricing, Reviews & Features 2026: https://cloud.toolsinfo.com/tool/ovhcloud-managed-kubernetes
47. OVHcloud Managed Kubernetes Review 2026 | EuropeanStack: https://europeanstack.com/software/ovh-kubernetes
48. Kubernetes géré : OVHcloud déploie MKS Standard, une brique souveraine de plus dans son offre - IT SOCIAL: https://itsocial.fr/logiciel-agilite/logiciel-agilite-actualites/kubernetes-gere-ovhcloud-deploie-mks-standard-une-brique-de-plus-dans-son-offre-souveraine/
49. OVHcloud | CNCF: https://www.cncf.io/case-study/ovhcloud/
50. OVHcloud Kubernetes Review: Europe's Quiet Powerhouse: https://www.eucloudcost.com/blog/ovhcloud-cluster/
51. OVHcloud Kubernetes Pricing 2026: from €15/mo, Free Control Plane: https://www.eucloudcost.com/providers/ovh/
52. OVHcloud Managed Kubernetes Review (2026: https://www.itechguides.com/products/ovhcloud-managed-kubernetes/
53. OVH Managed Kubernetes Cost Calculator: https://www.k8scalc.com/calculators/ovh-kubernetes-cost-calculator
54. Hands-on with OVHcloud Managed Kubernetes: https://www.reddit.com/r/devops/comments/1b8m9k6/handson_with_ovhcloud_managed_kubernetes/