Akamai Block Storage

Name: Akamai Block Storage
Brand: Akamai Technologies
Rating: 3.1 (447 reviews)

Leader

At Akamai, we make life better for billions of people, billions of times a day

Est 1998|Valuation $16.6B|Raised $361.8M

LinkedIn 592K|Website|Web traffic 2.2M|FTEs 11,000|HQ Cambridge, Massachusetts, US

MarketsCloud Infrastructure Providers (IaaS/PaaS)Cloud Infrastructure Providers (IaaS/PaaS)

Published May 16, 2026

01Common complaints

- You need shared-write storage (RWX) for Kubernetes or stateful workloads: the Block Storage CSI driver documentation indicates ReadWriteOnce limitations; consider a managed file service, a distributed storage solution (Ceph/Portworx), or a cloud file product. - You need Windows workloads: public feedback and product documentation indicate limited or no first-class Windows VM offerings. - You need a very broad managed-services ecosystem: if your architecture expects a large set of managed services (data warehouses, ML platforms, event buses, enterprise IAM), a hyperscaler will likely be a better fit. - You require independently verifiable performance benchmarks: Akamai’s performance claims are vendor-published and lack public independent methodology; consider providers with published third-party benchmarks or perform an internal bake-off. - You are highly sensitive to account lifecycle friction: community reports of signup/verification issues and account actions, while not ubiquitous, represent a procurement risk.

Deal disqualifiers (poor fit)

Requirement for multi-attach / ReadWriteMany semantics from block storage.
Requirement for Windows VMs as a primary need.
Requirement for comprehensive hyperscaler-native services (advanced analytics, AI platforms, complex IAM organization policies) within the same provider.

Documented technical limitations

Single attachment: a volume can only be attached to one Linode instance at a time.
Kubernetes access mode: the CSI driver supports ReadWriteOnce (single-node attachment).
Operational constraints: technical documentation includes operational notes that may require reboots or special handling in some historical deployment scenarios.

Roadmap signals (public)

Akamai documentation and blog posts indicate development activity around encryption defaults and Terraform/provider tooling. No public, dated roadmap commitments for multi-attach/RWX features were identified in the sources reviewed.

Use cases where it struggles

Shared filesystem across multiple nodes (RWX).
Highly regulated environments that require explicit, publicly documented compliance scope for a specific storage product and regions (procurement will likely need NDA-scoped documentation).

02Why they buy

Validated or partially validated advantages (phrased objectively): - NVMe-backed attachable volumes up to 16 TB are documented in official product pages and technical documentation. - Published list pricing for volumes is available in official docs, which supports predictable cost estimates for storage at the list rate. - Infrastructure-as-code support: Akamai provides a Terraform provider and has documented changes such as encryption defaults, indicating automation and IaC integration. Where competitors may have advantages: - DigitalOcean: established developer community and product documentation. - Hyperscalers: broader snapshot/backup ecosystems, multi-attach options in some configurations, and more extensive enterprise governance features.

03Field reports

Review platform coverage (what was accessible)

- G2: Accessible (Akamai Cloud Computing reviews; not always Block Storage–specific, but reflects the platform that Block Storage belongs to). - Gartner Peer Insights: Not meaningfully accessible for Block Storage specifically; reviews often focus on broader cloud-provider offerings rather than a single storage component. - TrustRadius: No clear dedicated product page for Akamai Block Storage surfaced in the accessible set; some comparison assets exist but not a robust first-party product reviews page. - Trustpilot: Accessible, but content is mixed and often consumer-focused, which may not reflect B2B platform quality.

Representative positive feedback (paraphrased)

Several reviewers noted that managed services and support interactions were generally responsive when assistance was required.
Some users noted that provisioning infrastructure was straightforward and could be completed quickly.
Community discussions include reports of reliable service performance following the acquisition of Linode.

Representative negative / critical feedback (paraphrased)

- Users reported friction with limits and account governance (for example, IP or service limits that required support requests), which could delay deployments. - Some community posts describe abrupt account actions or terminations; these are anecdotal and not independently verified but are procurement considerations due to potential operational impact. - Feature gaps versus hyperscalers: reviewers commonly cite fewer specialized managed services and enterprise features compared with AWS, GCP, or Azure. - Some reviewers noted default port/email restrictions and the absence of Windows VM offerings as negative aspects for certain use cases.

Common reasons customers choose Akamai Cloud (inferred from reviews)

Perceived price-to-performance for general-purpose VMs with predictable pricing.
Ease of deployment and developer-oriented management interfaces.
Lower egress pricing for some traffic patterns compared with hyperscalers (a recurring theme in community discussions about smaller cloud providers).

Common reasons customers leave or consider alternatives (inferred)

Need for a broader managed-services ecosystem (databases, analytics, AI/ML platforms) more typical of hyperscalers.
Operational friction such as account verification and limits policies.
Requirement for Windows VMs or certain enterprise governance features in a single consolidated service plane.

Stablepoint customer story (vendor-published)

A vendor-published case study describes a customer migrating to Akamai NVMe-backed block storage to address performance and reliability concerns associated with spinning-disk storage and local-storage single points of failure. Critical evaluation: - This is vendor-authored material; it illustrates intended use cases (for example, small-file workloads and persistent volumes separate from compute), but it does not include an independent methodology for performance measurement. - Results may not generalize across regions or workloads.

iRiam customer story (vendor-published; broader cloud pricing themes)

Another vendor-published customer story highlights cost considerations, including egress and data transfer pricing.

Critical evaluation:

Cost outcomes are workload-dependent (traffic patterns, storage growth, backup approach). Treat vendor-published cost examples as directional rather than predictive.

04Best fit

Company sizes

Typical fit: small to medium-sized organizations (startups through mid-market) and teams seeking developer-oriented cloud simplicity.
Also plausible for cost-conscious business units in larger enterprises for specific workloads (edge-adjacent applications, regional deployments) where procurement accepts a non-hyperscaler.

Industries/verticals

SaaS, web hosting, managed service providers, ecommerce, content/media workflows, and DevOps-oriented teams.

Roles and personas

Decision makers: VP Engineering, Head of Infrastructure, DevOps/Platform Engineering leads, CTO (SMB), IT director.
End users: SREs, DevOps engineers, backend engineers running stateful services.

Pain points addressed

Scaling storage independently of compute.
Persistent storage for databases, logs, and queues.
Predictable list pricing and simpler operational models compared with hyperscalers.

Qualification criteria (good fit)

Already hosting on Akamai Cloud compute and requiring native volumes.
Workloads tolerate single-node attachment per volume (or can be architected around that constraint).
Team is comfortable operating Linux-based workloads.

05The pitch

What the product does (objective core value proposition)

Akamai Block Storage is a cloud block storage service (persistent, attachable volumes) designed to augment Akamai Cloud Compute (formerly Linode) instances with additional, detachable NVMe-backed capacity. It targets workloads that need lower latency and higher IOPS than local disks, while keeping storage independent of compute lifecycle (e.g., volumes can persist even if a VM is deleted, subject to documented constraints). Key product statements from Akamai: - NVMe-backed volumes, described as attachable/detachable, with multi-terabyte capacity per volume. - Published pricing and positioning that emphasizes portability relative to hyperscalers. - The vendor publishes claims of substantially higher throughput and much higher IOPS compared to spinning disks; these figures are vendor-published and not independently benchmarked on the product page.

Target market and positioning

Primary: developers, SMBs, and mid-market teams building on Akamai Connected Cloud (Linode heritage) that need scalable persistent block storage for databases, content management systems, media workflows, backups, and Kubernetes persistent volumes.
Secondary: enterprises looking for a simpler cost structure and potentially lower egress costs versus hyperscalers, but willing to accept a smaller managed-services ecosystem.

Get a comprehensive analysis of Akamai Block Storage including market position, competitive landscape, adoption trends, and peer benchmarks.

Download full report →

Published May 16, 2026

01Common complaints

You need shared-write storage (RWX) for Kubernetes or stateful workloads: the Block Storage CSI driver documentation indicates ReadWriteOnce limitations; consider a managed file service, a distributed storage solution (Ceph/Portworx), or a cloud file product.
You need Windows workloads: public feedback and product documentation indicate limited or no first-class Windows VM offerings.
You need a very broad managed-services ecosystem: if your architecture expects a large set of managed services (data warehouses, ML platforms, event buses, enterprise IAM), a hyperscaler will likely be a better fit.
You require independently verifiable performance benchmarks: Akamai’s performance claims are vendor-published and lack public independent methodology; consider providers with published third-party benchmarks or perform an internal bake-off.
You are highly sensitive to account lifecycle friction: community reports of signup/verification issues and account actions, while not ubiquitous, represent a procurement risk.

Deal disqualifiers (poor fit)

Requirement for multi-attach / ReadWriteMany semantics from block storage.
Requirement for Windows VMs as a primary need.
Requirement for comprehensive hyperscaler-native services (advanced analytics, AI platforms, complex IAM organization policies) within the same provider.

Documented technical limitations

Single attachment: a volume can only be attached to one Linode instance at a time.
Kubernetes access mode: the CSI driver supports ReadWriteOnce (single-node attachment).
Operational constraints: technical documentation includes operational notes that may require reboots or special handling in some historical deployment scenarios.

Roadmap signals (public)

Akamai documentation and blog posts indicate development activity around encryption defaults and Terraform/provider tooling. No public, dated roadmap commitments for multi-attach/RWX features were identified in the sources reviewed.

Use cases where it struggles

Shared filesystem across multiple nodes (RWX).
Highly regulated environments that require explicit, publicly documented compliance scope for a specific storage product and regions (procurement will likely need NDA-scoped documentation).

02Why they buy

Validated or partially validated advantages (phrased objectively):

NVMe-backed attachable volumes up to 16 TB are documented in official product pages and technical documentation.
Published list pricing for volumes is available in official docs, which supports predictable cost estimates for storage at the list rate.
Infrastructure-as-code support: Akamai provides a Terraform provider and has documented changes such as encryption defaults, indicating automation and IaC integration.

Where competitors may have advantages:

DigitalOcean: established developer community and product documentation.
Hyperscalers: broader snapshot/backup ecosystems, multi-attach options in some configurations, and more extensive enterprise governance features.

03Field reports

Review platform coverage (what was accessible)

G2: Accessible (Akamai Cloud Computing reviews; not always Block Storage–specific, but reflects the platform that Block Storage belongs to).
Gartner Peer Insights: Not meaningfully accessible for Block Storage specifically; reviews often focus on broader cloud-provider offerings rather than a single storage component.
TrustRadius: No clear dedicated product page for Akamai Block Storage surfaced in the accessible set; some comparison assets exist but not a robust first-party product reviews page.
Trustpilot: Accessible, but content is mixed and often consumer-focused, which may not reflect B2B platform quality.

Representative positive feedback (paraphrased)

Several reviewers noted that managed services and support interactions were generally responsive when assistance was required.
Some users noted that provisioning infrastructure was straightforward and could be completed quickly.
Community discussions include reports of reliable service performance following the acquisition of Linode.

Representative negative / critical feedback (paraphrased)

Users reported friction with limits and account governance (for example, IP or service limits that required support requests), which could delay deployments.
Some community posts describe abrupt account actions or terminations; these are anecdotal and not independently verified but are procurement considerations due to potential operational impact.
Feature gaps versus hyperscalers: reviewers commonly cite fewer specialized managed services and enterprise features compared with AWS, GCP, or Azure.
Some reviewers noted default port/email restrictions and the absence of Windows VM offerings as negative aspects for certain use cases.

Common reasons customers choose Akamai Cloud (inferred from reviews)

Perceived price-to-performance for general-purpose VMs with predictable pricing.
Ease of deployment and developer-oriented management interfaces.
Lower egress pricing for some traffic patterns compared with hyperscalers (a recurring theme in community discussions about smaller cloud providers).

Common reasons customers leave or consider alternatives (inferred)

Need for a broader managed-services ecosystem (databases, analytics, AI/ML platforms) more typical of hyperscalers.
Operational friction such as account verification and limits policies.
Requirement for Windows VMs or certain enterprise governance features in a single consolidated service plane.

Stablepoint customer story (vendor-published)

Critical evaluation:

This is vendor-authored material; it illustrates intended use cases (for example, small-file workloads and persistent volumes separate from compute), but it does not include an independent methodology for performance measurement.
Results may not generalize across regions or workloads.

iRiam customer story (vendor-published; broader cloud pricing themes)

Another vendor-published customer story highlights cost considerations, including egress and data transfer pricing.

Critical evaluation:

Cost outcomes are workload-dependent (traffic patterns, storage growth, backup approach). Treat vendor-published cost examples as directional rather than predictive.

04Best fit

Company sizes

Typical fit: small to medium-sized organizations (startups through mid-market) and teams seeking developer-oriented cloud simplicity.
Also plausible for cost-conscious business units in larger enterprises for specific workloads (edge-adjacent applications, regional deployments) where procurement accepts a non-hyperscaler.

Industries/verticals

SaaS, web hosting, managed service providers, ecommerce, content/media workflows, and DevOps-oriented teams.

Roles and personas

Decision makers: VP Engineering, Head of Infrastructure, DevOps/Platform Engineering leads, CTO (SMB), IT director.
End users: SREs, DevOps engineers, backend engineers running stateful services.

Pain points addressed

Scaling storage independently of compute.
Persistent storage for databases, logs, and queues.
Predictable list pricing and simpler operational models compared with hyperscalers.

Qualification criteria (good fit)

Already hosting on Akamai Cloud compute and requiring native volumes.
Workloads tolerate single-node attachment per volume (or can be architected around that constraint).
Team is comfortable operating Linux-based workloads.

05The pitch

What the product does (objective core value proposition)

Key product statements from Akamai:

NVMe-backed volumes, described as attachable/detachable, with multi-terabyte capacity per volume.
Published pricing and positioning that emphasizes portability relative to hyperscalers.
The vendor publishes claims of substantially higher throughput and much higher IOPS compared to spinning disks; these figures are vendor-published and not independently benchmarked on the product page.

Target market and positioning

Primary: developers, SMBs, and mid-market teams building on Akamai Connected Cloud (Linode heritage) that need scalable persistent block storage for databases, content management systems, media workflows, backups, and Kubernetes persistent volumes.
Secondary: enterprises looking for a simpler cost structure and potentially lower egress costs versus hyperscalers, but willing to accept a smaller managed-services ecosystem.

Get a comprehensive analysis of Akamai Block Storage including market position, competitive landscape, adoption trends, and peer benchmarks.

Download full report →