If you’ve been Googling “Vultr vs Linode 2026,” a lot of the comparison posts you’ll find are quietly outdated. Some don’t even mention that Linode no longer exists as an independent brand. That matters, because the product has changed in real ways since Akamai acquired it. Looking at where both platforms stand in 2026, the honest answer is that these two providers have diverged more than most comparisons acknowledge.
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Who should choose which
Before the deep dive, here’s the short version:
| Use Case | Winner |
|---|---|
| Raw disk I/O performance | Vultr |
| Best price at $5/mo entry | Tie |
| Global data center coverage | Akamai Cloud (41 regions) |
| Bare metal servers | Vultr only |
| Built-in CDN + cloud compute | Akamai Cloud |
| Free DDoS protection | Akamai Cloud |
| Mid-tier performance per dollar | Vultr |
| AI/ML inference workloads | Akamai Cloud (Inference Cloud) |
| Developer API quality | Vultr |
| Best documentation | Akamai Cloud (Linode) |
Neither provider is objectively better. They’re targeting slightly different buyers, and once you know where you fall, the choice is obvious.
What happened to Linode?
Most comparison posts skip this part.
Akamai Technologies acquired Linode in March 2022. The product was fully rebranded as Akamai Connected Cloud (also referred to as Akamai Cloud Computing) in February 2023. The original Linode domain still works and redirects users to the new platform, but “Linode” is no longer the official product name.
The compute services all carried over intact: virtual machines, NodeBalancers, managed Kubernetes (LKE), managed databases, and object storage. Pricing stayed comparable at the entry level. The biggest changes were:
- Data center expansion: Akamai grew the platform from 11 original Linode regions to 41 compute regions across 36 cities globally by 2026.
- CDN integration: Akamai’s global edge network and CDN are now bundled alongside compute, something no independent VPS provider can match.
- AI infrastructure: In October 2025, Akamai launched Akamai Inference Cloud, running NVIDIA RTX PRO 6000 GPUs across distributed regions, claiming up to 1.63x higher inference throughput than NVIDIA H100 for LLM serving.
- UI complexity: The Cloud Manager dashboard, previously praised as the simplest in the VPS space, has become more enterprise-oriented. Long-term Linode users have noticed this.
So when you search for “Vultr vs Linode 2026,” you’re really comparing Vultr against what is now Akamai Cloud.
Vultr vs Akamai Cloud: feature-by-feature breakdown
| Feature | Vultr | Akamai Cloud (Linode) |
|---|---|---|
| Data Centers | 33 regions | 41 regions / 36 cities |
| Bare Metal | Yes | No |
| Managed Kubernetes | Yes (VKE) | Yes (LKE) |
| Object Storage | Yes (S3-compatible, 5 tiers) | Yes (next-gen, up to 5 PB per bucket) |
| Managed Databases | Yes | Yes |
| GPU Cloud | Yes (NVIDIA + AMD options) | Yes (NVIDIA RTX 4000 Ada; limited regions) |
| CDN Integration | No native CDN | Yes (Akamai CDN built-in) |
| DDoS Protection | Paid add-on | Free on all plans |
| Free DNS | Yes | Yes |
| Free Inbound Transfer | Varies by plan | Yes, all plans |
| 1-Click Apps | Yes (extensive marketplace) | Yes (StackScripts) |
| Dashboard UX | Modern, developer-focused | More enterprise-oriented post-rebrand |
The free DDoS protection on every Akamai plan is genuinely useful. On Vultr, adding DDoS mitigation is an extra line item. If you’re running anything public-facing, that adds up.
Vultr’s bare metal option is the other notable gap. If your workload needs dedicated physical hardware, Akamai doesn’t have an answer; Vultr does.
Storage: NVMe vs standard SSD
This is where Vultr consistently pulls ahead at the mid-tier. Vultr’s High Frequency plans use NVMe storage. One benchmark (Better Stack’s Vultr review) measured about 118,000 combined random IOPS on a High Performance AMD 2 vCPU / 4 GB plan. Akamai Cloud’s shared-tier plans (including the Nanode 1 GB entry plan) run on standard SSD. You won’t feel the difference for a simple WordPress blog, but database-heavy applications notice it.
Akamai’s dedicated CPU tiers, especially the G8 plans running AMD EPYC 5th Gen processors, close this gap considerably, though at higher price points ($50+/month).
Pricing: Vultr vs Linode 2026
Vultr pricing
| Plan | RAM | vCPU | Storage | Price/mo |
|---|---|---|---|---|
| Cloud Compute (IPv6-only) | 0.5 GB | 1 | 10 GB SSD | $2.50 |
| Cloud Compute (Standard) | 1 GB | 1 | 25 GB SSD | $5.00 |
| High Performance | 1 GB | 1 | 25 GB NVMe | $6.00 |
| High Frequency | 2 GB | 1 | 64 GB NVMe | $12.00 |
| VX1 Cloud Compute (AMD EPYC) | not listed | not listed | not listed | From $43.80 |
Prices last checked: 2026-06-20
Extra costs: Backups are 20% of the base instance price. Snapshots run $0.05/GB/month. Bandwidth overages are $0.01/GB. New accounts currently get $300 in free credit, valid for 30 days.
Akamai Cloud (Linode) pricing
| Plan | RAM | vCPU | Storage | Transfer | Price/mo |
|---|---|---|---|---|---|
| Nanode 1 GB (Shared) | 1 GB | 1 | 25 GB SSD | 1 TB | $5.00 |
| Linode 2 GB (Shared) | 2 GB | 1 | 50 GB SSD | 2 TB | $12.00 |
| Dedicated CPU (G6, legacy) | not listed | not listed | not listed | not listed | $36.00 |
| Dedicated CPU (G7, EPYC 3rd Gen) | not listed | not listed | not listed | not listed | $43.00 |
| Dedicated CPU (G8, EPYC 5th Gen) | not listed | not listed | not listed | not listed | $50.00 |
| High Memory | 24 GB | not listed | not listed | not listed | $60.00 |
| GPU (NVIDIA RTX 4000 Ada) | not listed | not listed | not listed | not listed | On demand |
Prices last verified: 2026-06-20
What’s included: Free inbound transfer, free DNS management, free DDoS protection on all plans. New users receive a $100, 60-day credit when signing up via referral.
The real pricing story
At $5/month, both providers give you 1 GB RAM and 25 GB storage on their entry shared plans. That’s a genuine tie for basic use.
The gap opens at the mid-tier. Vultr’s $6/month High Performance plan gives you NVMe storage for just a dollar more, and that’s where Vultr starts winning the performance-per-dollar argument. At $12/month, Vultr gives you 2 GB RAM with 64 GB NVMe; Akamai’s $12/month plan gives you 2 GB RAM with 50 GB standard SSD.
One clarification worth making: the $2.50/month Vultr plan is IPv6-only, which means no IPv4 address by default. That’s a real limitation for anything that needs to be directly reachable on the public internet via IPv4. Don’t build toward it unless you understand what IPv6-only means for your stack.
Performance: what the benchmarks actually show
Vultr
- NVMe disk I/O: ~118k total random IOPS on a High Performance AMD plan (Better Stack)
- CPU: AMD EPYC single-core Geekbench scores in the 1,100 to 1,400 range
- Uptime: 100% SLA claimed.
- VX1 tier: 50 Gbps networking, sub-15-second provisioning on AMD EPYC infrastructure
Akamai Cloud (Linode)
- Uptime: 99.99% monthly SLA for all compute tiers.
- Object Storage (2025 upgrade): Next-gen tiers across 8 global regions now support up to 20,000 requests/second (up from 5,000), with 5 PB bucket capacity and 10 billion objects per bucket.
- GPU/AI: Akamai Inference Cloud (launched October 2025) runs NVIDIA RTX PRO 6000 GPUs, with Akamai claiming up to 1.63x higher inference throughput than NVIDIA H100 for LLM serving. Availability is currently limited to select regions.
Both providers are reliable. Neither has a meaningful uptime edge for standard workloads. The performance gap is in disk I/O and network ceiling: Vultr wins at the mid-tier, and Akamai wins at global edge distribution.
User experience and community reputation
Capterra aggregates put Akamai/Linode at 4.6/5 (22 reviews, value for money rated 4.9/5) and Vultr at 4.5/5 (40 reviews). Close enough that neither is a clear winner on sentiment.
What’s more useful is the qualitative feedback. Vultr’s API gets consistent praise from developers automating infrastructure. The provisioning speed is frequently mentioned as a reason to stick with Vultr, since infrastructure-as-code workflows that spin up instances programmatically benefit from the clean REST API.
Akamai/Linode’s documentation remains the strongest in the independent VPS space. If you’re less experienced with Linux server management, the Linode guides have helped people through complex configurations for over a decade. That institutional knowledge hasn’t disappeared post-rebrand.
The common criticism of Akamai post-rebrand: the Cloud Manager UI has become more complex, and some users report slower enterprise-style support ticket resolution. Neither is a dealbreaker, but they’re real.
Vultr’s support inconsistency shows up in community threads too: some users report solid response times, others have had tickets take longer than expected. Neither platform offers the hand-holding of managed WordPress hosts.
Who should choose Vultr
Vultr is the better pick if:
- You need bare metal servers, which Akamai simply doesn’t offer.
- You’re running I/O-intensive workloads at the entry and mid tiers. NVMe High Frequency plans deliver meaningfully faster random reads than standard SSD plans at comparable prices.
- You want GPU flexibility. Vultr supports both NVIDIA and AMD GPU instances, so you have more choice for ML workloads.
- Your DevOps workflow is API-driven. Vultr’s REST API is consistently praised for clean automation, and the provisioning speed supports tight infrastructure-as-code pipelines.
- You need coverage in emerging markets. Vultr includes locations in South America (Santiago), Africa (Johannesburg), and the Middle East (Tel Aviv) at competitive prices.
Vultr is not the right call if you need native CDN integration alongside compute, or if you’re building AI inference workloads and want Akamai’s specialized GPU infrastructure.
Who should choose Akamai Cloud (Linode)
Akamai Cloud is the better pick if:
- You want one provider for CDN + cloud compute. Billing consolidation alone is worth it for many businesses, and the network performance benefits of Akamai’s edge are real.
- Your app needs global latency coverage: 41 compute regions versus Vultr’s 33 gives Akamai a wider distribution, and the edge network extends that further.
- DDoS protection is non-negotiable on a budget. It’s free on every Akamai plan and a paid add-on on Vultr.
- You’re building AI/ML inference workloads. Akamai Inference Cloud (October 2025) was specifically built for this; you won’t find equivalent inference infrastructure at comparable indie VPS providers.
- Your team is new to Linux server management. The documentation quality is genuinely better, and the longer community knowledge base reflects 20+ years of Linode’s guides.
Akamai isn’t ideal if your primary concern is raw NVMe disk throughput at the $5 to $12/month range, or if you need bare metal hardware.
Vultr for performance per dollar
Vultr wins if you want the best performance per dollar at the entry and mid tiers, bare metal options, or a clean API for infrastructure automation. The NVMe disk advantage is real and matters for database-driven applications.
Akamai Cloud (formerly Linode) wins if you want CDN bundled with compute on a single bill, free DDoS protection, the widest global compute footprint, or specialized AI inference infrastructure through Akamai Inference Cloud.
The old “Linode vs Vultr” comparison has shifted. Linode used to be the simple, reliable indie VPS provider. Akamai has turned it into something more powerful and more complex. If you want the indie VPS that Linode used to be, Vultr is closer to that experience today. If you want what Akamai has built with Linode’s infrastructure as the foundation, that’s a genuinely different product worth evaluating on its own terms.
For most developers getting started with a VPS, Vultr’s $6/month High Performance plan is the pragmatic first step: NVMe storage, solid uptime, and a marketplace of one-click installs that gets you running fast.
