Hostinger Alternative 2026: Pricing, Performance & Features

At 2 vCPU / 4 GB, Raff General Purpose is $4.99/month with unmetered bandwidth and Hostinger KVM 2 is $24.49/month with an 8 TB cap on a no-commitment monthly basis — a 4.9× gap that narrows to ~1.8× only on Hostinger's 24-month upfront promo. Raff Technologies is a US-based cloud platform running 10,000+ production VMs from Vint Hill, Virginia, with a 4.5/5 Trustpilot rating across 14 verified reviews. The performance picture is mixed: Raff is faster on CPU (sysbench +29%), memory write (2.5×), and US East network (iperf3 NYC 3.5× / 9.3× down/up). Hostinger is faster on disk IOPS (fio 4k +24%) and bundles double the RAM and disk per CPU.

Hostinger vs Raff: which is right for you?

This comparison resolves cleanly across four measured axes:

• Pricing — Raff is materially cheaper on no-commitment monthly pricing ($4.99 vs $24.49 at the 2 vCPU tier). Hostinger is only competitive after a 24-month upfront commitment.
• Performance — Raff wins on CPU and memory bandwidth; Hostinger wins on disk IOPS. Both saturate at roughly equivalent request rates on the Rails web run load test.
• Bandwidth and transfer policy — Raff includes truly unmetered bandwidth on every tier. Hostinger meters at 8 TB on KVM 2, scaling to 32 TB on KVM 8.
• Geography and templates — Hostinger operates VPS data centers across North America, Europe, Asia, and South America with a broad template catalog. Raff currently operates from Vint Hill, Virginia (US East). The right choice depends on which axis matters most for your workload. The full math, benchmark methodology, and migration path are below.

Hostinger overview

Hostinger is a consumer-and-prosumer hosting brand whose VPS line is a self-managed offering built on AMD EPYC hardware with NVMe SSD storage. Hostinger's product breadth covers shared hosting, domains, email, website builders, managed hosting, and KVM-based VPS — a much wider catalog than a focused cloud infrastructure provider.

Hostinger's VPS proposition leans on convenience and geography: a large catalog of pre-built application and panel templates, AI-assisted setup, and data center presence across four continents. Bandwidth is metered per plan (4 TB on KVM 1 up to 32 TB on KVM 8), network speed is published as 1 Gbps, and weekly automated backups are included with daily backups available as a +$3/month paid upgrade. The published list price is monthly no-commitment; Hostinger's marketing-facing prices reflect 24-month upfront promotional terms.

Hostinger's VPS location is fixed at provisioning. Changing data centers requires backing up and reinstalling the server in another location — not a live migration.

Raff overview

Raff Technologies is a cloud infrastructure platform built on AMD EPYC hardware with DDR5 memory and NVMe storage, operated from a single US East data center in Vint Hill, Virginia. Raff is a Wyoming-registered LLC operating its own publicly registered ASN (AS402429). The platform is centered on cloud primitives — virtual machines, distributed block storage, S3-compatible object storage, private cloud networks, and data protection — rather than a broad hosting-style catalog.

Raff operates 10,000+ production VMs and is rated 4.5/5 across 14 verified reviews on Trustpilot. The Raff VPS proposition is straightforward no-commitment monthly pricing, truly unmetered bandwidth on every tier (no caps, no egress fees), and snapshot-and-live-migration capability rooted in distributed block storage rather than host-pinned local NVMe. Raff General Purpose VMs start at $4.99/month for 2 vCPU / 4 GB / 50 GB NVMe; CPU-Optimized VMs start at $3.99/month for 1 vCPU / 1 GB / 25 GB.

The platform direction includes managed Kubernetes (2026), managed databases (roadmap), and Raff Apps PaaS (in development), but the VPS-to-VPS comparison is what's measured here.

Hostinger pricing vs Raff pricing

Hostinger's headline VPS prices ($6.49 / $8.99 / $12.99 / $25.99 per month for KVM 1 / 2 / 4 / 8) require a 24-month upfront term. After the 24-month promo period, plans renew at $11.99 / $14.99 / $28.99 / $49.99 per month — still on a 24-month basis. The true no-commitment monthly prices (the strikethrough figures Hostinger displays on its own pricing cards) are $19.49 / $24.49 / $42.99 / $73.99.

This comparison uses no-commitment monthly prices on both sides, matching Hostinger's published structure. The 24-month promo and renewal rates are disclosed below the table.

Note on Hostinger pricing structure: Hostinger's marketing-facing monthly figures ($6.49 to $25.99) require 24 months paid upfront. The figures above use the true no-commitment monthly rate (Hostinger's own strikethrough price) for direct comparison with Raff's straightforward monthly pricing. The 24-month renewal column shows what you'll pay per month after the promo expires, also on a 24-month basis.

Raff also offers CPU-Optimized VMs with dedicated vCPUs starting at $3.99/month (1 vCPU / 1 GB / 25 GB) and $19.99/month (2 vCPU / 4 GB / 80 GB NVMe). The comparison above and benchmarks below use Raff General Purpose to match Hostinger KVM VPS's shared-CPU architecture; both run shared vCPUs on AMD EPYC hardware. Raff CPU-Optimized vs Hostinger KVM is not a direct class match — CPU-Optimized would compare against a dedicated-vCPU competitor line.

Automated backups

Hostinger includes free weekly automated backups on every VPS plan. Daily backups are a paid upgrade at +$3/month. Hostinger's snapshot model allows one manual snapshot per server, automatically deleted after 20 days.

Raff includes the first 3 automated backups free per VM and bills additional backups by GB at standard rates. Raff supports on-demand snapshots without auto-deletion, backup retention from 1 day to 100 weeks, and snapshot-driven workflows for staging, rollback, and migration.

On the same workload, Hostinger is cheaper for weekly-only retention with no incremental snapshots. Raff is cheaper if you take more than three backups in regular use or need snapshot retention beyond 20 days.

Bandwidth and transfer policy

Hostinger meters VPS outbound transfer by plan: 4 TB on KVM 1, 8 TB on KVM 2, 16 TB on KVM 4, and 32 TB on KVM 8. Hostinger's published documentation does not list a transparent per-TB overage rate; overage handling is account-managed.

Raff includes truly unmetered bandwidth on every General Purpose and CPU-Optimized tier — no caps, no egress fees, no overage handling. Published network port speed is 3 Gbps.

The math at common monthly egress levels at the 2 vCPU tier:

Above the 8 TB cap, Hostinger's effective cost depends on per-account overage negotiation, which is opaque before sign-up. For workloads that ship logs, sync artifacts, serve media, or grow into multi-TB monthly egress, Raff's unmetered model removes a category of bill surprise.

Feature comparison: Hostinger vs Raff

Compute

Both providers run AMD EPYC hardware with NVMe SSD storage. Raff publishes DDR5 memory; Hostinger does not specify memory generation publicly. Raff supports custom OS images including ISO upload; Hostinger does not support custom OS images on VPS and constrains OS choice to its pre-built template catalog. Neither provider offers GPU or bare metal in this comparison class.

Raff supports instant resize within a tier line, including down-resize. Hostinger supports plan upgrades but not down-resize.

Networking

Raff includes unmetered outbound bandwidth at 3 Gbps published port speed, IPv4 and IPv6 by default, reserved (floating) IPs, and private cloud networks with subnets, security groups, and isolated VPC primitives. Hostinger meters transfer per plan at 1 Gbps published network speed, includes a dedicated IPv4 and IPv6, and does not publicly list private networking or VPC primitives for VPS.

DDoS protection is included on both platforms.

Storage and backups

Raff runs distributed block storage that supports on-demand snapshots, live migration between hosts, and block storage volumes attached to running VMs. The architectural tradeoff is that Raff's per-block latency on QD1 synchronous I/O is higher than local NVMe — measured in the benchmarks below. Object storage is S3-compatible and live at s3.raffusercloud.com.

Hostinger uses local NVMe per VPS — lower per-access latency and higher raw IOPS at small block sizes (measured below), but the storage is host-pinned and does not support live migration. Hostinger does not publicly list block storage volumes or S3-compatible object storage for VPS.

The backup models differ meaningfully:

• Hostinger — free weekly automated, daily as +$3/mo, one manual snapshot per server with 20-day auto-delete
• Raff — first 3 backups free per VM, additional billed by GB, snapshots with no auto-delete, retention from 1 day to 100 weeks

Platform features

Both providers ship a public REST API and CLI tooling. Raff publishes a Terraform provider. Hostinger publishes API documentation but does not publish an official Terraform provider.

Hostinger's hPanel control surface includes a large catalog of one-click application and control-panel templates (WordPress, CyberPanel, Plesk, etc.). Raff's dashboard provides a browser web terminal and console; Raff's template catalog is smaller and focused on standard Linux distributions and infrastructure-aligned use cases.

Managed databases and managed Kubernetes are roadmap items on Raff; neither is publicly offered as a Hostinger VPS-line product.

Pricing, billing, and support

Both providers offer 24/7 support. Hostinger maintains a broader self-serve documentation and knowledge-base footprint, useful for templated VPS tasks. Raff publishes documentation at docs.rafftechnologies.com with API reference, CLI guide, and Terraform examples.

Money-back guarantee: Hostinger 30 days, Raff 14 days. Hostinger is the better choice on guarantee duration.

Hostinger requires upfront payment for discounted rates (1, 12, 24, or 48 months). Raff bills monthly with no upfront commitment requirement.

The full feature matrix:

Performance benchmarks: Raff vs Hostinger

Methodology

Tests run via VPSBenchmarks methodology on identical test plans, with separate test windows in April 2026. Same tooling on both sides: sysbench (CPU, memory, fileio), fio (libaio async direct), iperf3, Geekbench 6, and a Rails web run load test.

Real-application workloads are tested via the Rails web run load test, which sends HTTP requests at controlled rates against a database-intensive Rails application running on the VPS under test. Single-run numbers vary based on host neighbor activity; relative gaps tend to be consistent within ±15% across re-runs.

Results

What the results tell us

Where Raff wins: CPU, memory bandwidth, and network throughput. Raff measures 29% faster on sysbench CPU events_rate (both single and multi-threaded) and 13–15% higher on Geekbench 6 — a consistent lead in raw compute. Memory bandwidth is where the gap widens: Raff is 2.5× faster on sysbench memory write at the default block size, the canonical signal for memory-bound workloads. Redis, Memcached, in-memory caches, session stores, queue workers, and API services that depend on memory throughput will see meaningful real-application benefit on Raff at identical CPU specs.

Network throughput to US East destinations is dramatically higher on Raff: 3.5× faster download and 9.3× faster upload to NYC, with similar advantages to London and Los Angeles. This reflects both Raff's 3 Gbps published port speed versus Hostinger's 1 Gbps, and the absence of transfer caps that would otherwise factor into sustained-throughput cost.

Where Hostinger wins: disk IOPS at small block sizes and sequential throughput. Hostinger's local NVMe runs ~24% higher 4k IOPS in fio's async direct mode and 2.2× higher 64k IOPS. The gap is larger on synchronous buffered I/O via sysbench fileio — 2.7× faster random read at 4k, ~50% faster sequential read and write at 128k. This is the architectural cost of Raff's distributed block storage: snapshots and live migration come at a per-access latency premium versus host-pinned local NVMe.

For HTTP services, APIs, application servers, and any workload using higher queue depths and asynchronous I/O, the disk gap is invisible — both platforms saturate the Rails web run test at roughly the same request rate (60–70 req/s), with Raff posting fewer errors at the saturation point (729 vs 1,365 timeouts). For database engines that bottleneck on QD1 synchronous fsync, single-threaded log writes, or small-block random IOPS at scale, Hostinger's local NVMe is architecturally favored.

The structural difference is how storage is implemented. Raff's distributed block storage supports snapshots and live migration; Hostinger's local NVMe does not. Both are valid architectures with different tradeoff profiles. For the majority of cloud VPS workloads — HTTP services, APIs, caches, application servers — Raff's tradeoff is net positive. For disk-IOPS-bound database tiers, Hostinger's tradeoff is net positive.

Caveats

Performance varies based on neighboring VM activity, region selection, and time of day. The numbers above are single-pass snapshots. One Raff Rails web run interval at 15 req/s showed elevated CPU steal (27.86%) consistent with a noisy-neighbor signature on that specific test window; saturation throughput and request-success rates at higher load levels were unaffected, but it illustrates that single-run latency variance is real on shared-vCPU tiers from any provider. Multi-pass refresh is planned before the next quarterly comparison update.

When you should choose Hostinger over Raff

• You need disk-IOPS-bound performance — local NVMe is 24% faster on 4k IOPS and 2.2× faster on 64k IOPS in fio's async direct mode. For database tiers, search indexes, and small-block synchronous I/O workloads, Hostinger is architecturally favored.
• You need a European, Asian, or South American region today — Hostinger lists VPS data centers across four continents; Raff currently operates from Vint Hill, Virginia (US East) with expansion planned but not announced.
• You need a large pre-built template catalog — Hostinger's hPanel offers application and panel templates (WordPress, CyberPanel, Plesk, AI-assisted setup) that reduce time-to-deploy for templated stacks.
• You want more RAM and disk per CPU at every tier — Hostinger KVM 2 ships 8 GB RAM / 100 GB disk versus Raff GP 2 vCPU's 4 GB / 50 GB. If your workload is RAM-bound at low vCPU counts, Hostinger bundles more.
• You value a longer money-back guarantee — 30 days on Hostinger versus 14 days on Raff.
• You're comfortable paying 24 months upfront — Hostinger's promotional pricing requires a 24-month upfront commitment to reach $8.99/month on KVM 2, the rate at which the pricing gap to Raff narrows.

When you should choose Raff over Hostinger

• Predictable monthly cost matters — Raff GP 2 vCPU is $4.99/month no-commitment versus Hostinger KVM 2 at $24.49/month no-commitment, a 4.9× gap. No 24-month upfront commitment required.
• Unmetered bandwidth removes overage anxiety — no caps and no egress fees on every Raff tier. Hostinger meters at 8–32 TB by plan with account-managed overage handling.
• Memory-bound workloads benefit from 2.5× faster memory write — Redis, Memcached, in-memory caches, session stores, queue workers, and API services that depend on memory bandwidth see real-application throughput improvement at identical CPU specs.
• US East network throughput is 3.5× to 9.3× faster — Raff iperf3 to NYC Leaseweb measures 3,635 Mbps download / 9,574 Mbps upload versus Hostinger's 1,024 / 1,034 Mbps.
• Snapshots and live migration are architecturally important — Raff's distributed block storage supports both; Hostinger's local NVMe is host-pinned. If your operational workflow depends on snapshot-and-restore or moving VMs between hosts without downtime, Raff is the wiser pick.
• You want platform context backed by 10,000+ production VMs — Raff Technologies has 10,000+ VMs running today and a 4.5/5 Trustpilot rating across 14 verified reviews, with publicly registered ASN AS402429.
• You want infrastructure primitives, not hosting abstractions — Raff ships private cloud networks, reserved IPs, S3-compatible object storage, and Terraform-managed infrastructure as first-class products. Hostinger's strength is hosting-style convenience, not cloud-native primitives.

Migrating from Hostinger to Raff

1. Inventory Hostinger instances — list each VPS by region, plan, OS, attached storage, public IPs, firewall rules, and backup status. Note whether the instance uses Hostinger's hPanel-driven templates (WordPress, CyberPanel, etc.) or runs vanilla Linux with manual configuration.
2. Provision matching Raff VMs. Match by CPU count and RAM. Note that Raff GP 2 vCPU ships 4 GB versus Hostinger KVM 2's 8 GB — if you're RAM-bound, step up to Raff GP 4 vCPU / 8 GB at $9.99/mo for direct RAM parity. [GOTCHA: Hostinger snapshots auto-delete at 20 days. If you plan to use a Hostinger snapshot as the migration source, schedule the cutover within 20 days of taking the snapshot — Hostinger only retains one snapshot per server and deletes it automatically after 20 days.]
3. Transfer data. Application files: rsync -avz --delete --hard-links --acls over SSH. Databases: pg_dump --clean --if-exists or mysqldump --single-transaction --routines --triggers to a SQL file, then restore on the Raff side. For large datasets, snapshot the Hostinger VPS, mount the snapshot, and rsync directly. [GOTCHA: Hostinger's free weekly backups are proprietary and not portable. They cannot be restored directly to Raff. Plan an rsync- or dump-based migration window rather than a backup-restore pattern.]
4. Update DNS to point to the new Raff IP. Lower TTL to 300 seconds at least 24 hours before cutover to minimize propagation lag. Raff assigns a static IPv4 and IPv6 per VM at provisioning; record both before DNS update.
5. Verify. Smoke-test the application stack, run a representative load test, confirm backups are scheduled on the Raff side, validate firewall rules match the Hostinger configuration. If you used hPanel templates on Hostinger, expect to re-implement any panel-level automation manually on Raff using the equivalent stack.
6. Decommission the Hostinger instance after the cutover window. Cancel the Hostinger plan only after 48–72 hours of clean operation on Raff, in case rollback is needed. For stateful workloads (databases, file storage), plan a brief maintenance window during the DNS swap. Stateless services behind a load balancer can drain Hostinger instances gradually by adjusting weight before the final DNS switch.

About Hostinger

Hostinger International Ltd. is headquartered in Kaunas, Lithuania, and was founded in 2004. The company operates a consumer-and-prosumer hosting business covering shared hosting, domains, email, website builders, and KVM-based VPS, with a much broader product portfolio than focused cloud infrastructure providers. Read more on the official Hostinger website: hostinger.com{rel="external noopener"}.

Conclusion: Hostinger or Raff?

The comparison resolves across four measured axes:

• Cost — Raff is 4.9× cheaper at no-commitment monthly pricing on the 2 vCPU tier ($4.99 vs $24.49), with unmetered bandwidth versus Hostinger's 8 TB metered cap and account-managed overage handling.
• Performance — Raff is 29% faster on sysbench CPU events_rate, 2.5× faster on sysbench memory write, and 3.5–9.3× faster on iperf3 network throughput to US East. Hostinger is 24% faster on fio 4k IOPS and ~50% faster on sequential disk throughput.
• Storage architecture — Raff supports snapshots and live migration on distributed block storage; Hostinger's local NVMe is lower-latency at QD1 but host-pinned with no live migration.
• Geographic and template breadth — Hostinger operates VPS data centers across four continents with a large application-template catalog and 30-day money-back guarantee; Raff is US East only with a smaller, infrastructure-aligned template set and 14-day guarantee. If your workload is disk-IOPS-bound, you need a non-US-East region today, or you want a templated VPS workflow with hosting-style conveniences, Hostinger is the right answer. If your workload is CPU- or memory-bound, your egress matters, or you want infrastructure primitives — unmetered bandwidth, distributed storage with snapshots, private cloud networks, Terraform-managed infrastructure — Raff is the wiser pick. Most production web and API workloads fall in the second category.

Verified rating: Raff Technologies is rated 4.5/5 across 14 reviews on Trustpilot, with 10,000+ production VMs running on the platform from Vint Hill, Virginia.

If you're still evaluating alternatives, the closest next reads are Raff vs DigitalOcean, Raff vs Vultr, and Raff vs OVHcloud.