Hosting Infrastructure With Room to Perform
Explore thoughtfully configured VPS, KVM, and VDS solutions from Infi Host, with transparent resources and a capacity-first approach.
We do not overcrowd hypervisors or overcommit physical CPU cores. High-demand hardware cycles are preserved to ensure zero contention for production workloads.
Responsible Capacity Management & Hardware Allocation Policy
We are currently experiencing limited infrastructure capacity due to recent changes and shortages in the global hardware market. To maintain the quality and deterministic performance our customers expect, we are carefully managing new server allocations. Some resources are also reserved exclusively for our existing Infi Technology enterprise clients and active production workloads.
Rather than overselling our nodes or degrading hypervisor headroom, we choose controlled capacity and thoughtful resource allocation. Every server plan below is currently marked Out of Stock until newly commissioned hardware racks complete burn-in verification.
Transparent Server Configurations
Direct data center compute allocations with guaranteed hardware resources. All initial capacity is currently reserved or undergoing burn-in; select any plan to register for priority availability.
Infi VPS Start
An economical virtual server for lightweight websites, development sandboxes, and low-traffic staging instances.
Infi VPS Growth
A balanced virtual server configuration for growing business websites, WordPress CMS, and active API endpoints.
Infi VPS Scale
A larger virtual server configuration for more demanding websites, background worker pipelines, and multi-service deployments.
Infi VPS Business
A high-capacity virtual server for business applications, multi-tenant portals, and data-intensive microservices.
Infi VPS Enterprise
Maximum virtual compute and memory capacity for resource-heavy monolithic environments and distributed applications.
KVM Starter
Hardware-assisted KVM virtualization paired with rapid PCIe NVMe storage for responsive containerized workflows.
KVM Developer
High IOPS NVMe read/write with dedicated KVM hypervisor isolation for modern engineering stacks and agile microservices.
KVM Performance
Engineered for sustained compute and high-frequency storage queues with full custom kernel and cloud-init compatibility.
KVM Pro
Extensive NVMe capacity and memory footprint designed for high-concurrency production deployments and busy multi-tenant APIs.
VDS Dedicated 1
Dedicated 1 vCPU core with 6 GB DDR5 RAM and 50 GB NVMe storage. Full root access with guaranteed hypervisor-level isolation.
VDS Dedicated 2
2 dedicated vCPU cores with 12 GB DDR5 RAM and 100 GB NVMe storage. Engineered for active business websites and API endpoints.
VDS Dedicated 4
4 dedicated vCPU cores with 24 GB DDR5 RAM and 200 GB NVMe storage. Ideal for sustained database workloads and SaaS platforms.
VDS Dedicated 8
8 dedicated vCPU cores with 48 GB DDR5 RAM and 400 GB NVMe storage. Designed for high-concurrency production deployments and intensive data processing.
VPS vs. KVM VPS vs. Virtual Dedicated (VDS)
Understand how hypervisor core locking, DDR5 memory isolation, and direct NVMe storage queues differ across our infrastructure tiers.
| Architectural Attribute | General Purpose VPS From $14.99/mo (Indicative) | KVM NVMe VPS From $17.99/mo (Indicative) | Virtual Dedicated (VDS) From $23.99/mo (Indicative) |
|---|---|---|---|
CPU Allocation Architecture Determines whether CPU cycles are dynamically queued by the hypervisor or permanently pinned to your virtual instance. | Shared vCPU (Hypervisor Fair-Share Scheduling) | Hardware-Assisted Isolated KVM vCPU | Guaranteed Dedicated CPU Cores (Zero Steal, Hypervisor Locked) |
Virtualization Layer The underlying virtualization mechanism controlling kernel separation and hardware abstraction. | Container / Shared Hypervisor Pool | Kernel-based Virtual Machine (KVM) | Hardware Partitioned Hypervisor (VDS) |
Storage Media Storage technology and disk throughput available for your databases and file systems. | High-Speed Enterprise SSD | Direct PCIe Gen4 NVMe Storage | Direct PCIe Gen4 NVMe (Dedicated IOPS Allocation) |
RAM Allocation Standard Dedicated physical memory assigned exclusively to your instance with zero ballooning. | Dynamic memory allocation (burstable) | Dedicated memory allocation | 6 GB DDR5 RAM per Dedicated Core (Guaranteed) |
Resource Guarantees Guarantees against noisy-neighbor impact during neighbor peak compute cycles. | Plan-specific burstable threshold | Isolated memory & dedicated disk IO queues | 100% Guaranteed CPU & RAM allocation |
Root & Kernel Control Flexibility to install customized operating systems, load proprietary kernel modules, and tune sysctl limits. | Full Root Access (Standard Linux Images) | Full Root Access + Custom Kernel / Cloud-Init | Full Root Access + Custom ISO & Kernel Control |
Network Uplink Network pipe bandwidth connected to high-availability transit carriers. | 1 Gbps Shared Uplink | 2.5 Gbps Redundant Uplink | 2.5 Gbps Isolated Uplink (Unmetered Bandwidth) |
IPv4 & IPv6 Support Public IP addressing for internet routing and SSL endpoint configuration. | Dedicated IPv4 + /64 IPv6 Subnet | Dedicated IPv4 + /64 IPv6 Subnet | Dedicated IPv4 + /64 IPv6 Subnet |
Typical Workloads Optimal application architecture suited for the specific server tier. | Websites, CMS, testing sandboxes, lightweight APIs | Docker containers, Next.js apps, staging CI/CD, microservices | Production databases, SaaS platforms, high-throughput APIs |
Initial Catalog Availability Current inventory status adhering to our controlled capacity discipline. | OUT OF STOCK (Capacity Reserved) | OUT OF STOCK (Capacity Reserved) | OUT OF STOCK (Capacity Reserved) |
Why We Limit Availability & Never Oversell
At Infi Host, we believe hosting quality matters more than filling every available physical rack slot. Most commodity cloud providers overcommit physical CPU cores by 300% to 500%, banking on the assumption that idle instances won't burst simultaneously.
When hardware markets experience supply constraints or price volatility, lesser hosts silently squeeze more virtual guests onto already-taxed nodes. Infi Host does the opposite: we lock capacity and designate plans as Out of Stock.
Honoring Active Production Commitments
Some infrastructure capacity is reserved exclusively for existing Infi Technology enterprise clients running live eCommerce, healthcare EMR, and mission-critical databases.
Predictable CPU Latencies
By strictly enforcing hypervisor guest density thresholds, applications avoid sudden CPU steal spikes when neighboring instances execute heavy batch jobs.
Burn-In Validation Before Releasing Slots
New compute nodes undergo 72-hour continuous memory and thermal burn-in stress tests before a single virtual guest is provisioned.
Hypervisors are provisioned with enforced headroom buffers. When capacity limits are reached, orders halt rather than cannibalizing existing guest allocations.
Workload Suitability Guide
Match your application requirements to the appropriate hypervisor isolation level and storage media.
Websites & Headless eCommerce
High-performance frontends and transactional stores requiring consistent page load times and snappy SSR response.
APIs & Microservice Backends
Fast event-driven REST and GraphQL endpoints demanding high network packet processing and low memory overhead.
Production Databases & Cache
Relational database servers requiring guaranteed PCIe Gen4 NVMe disk write latencies and dedicated non-burstable CPU cores.
Multi-Tenant SaaS Applications
B2B software platforms handling concurrent corporate tenants, background report generation, and continuous webhook traffic.
CI/CD Runners & Staging Sandboxes
Isolated build execution environments, preview PR staging deployments, and automated end-to-end testing runners.
Internal Corporate Utilities
Private company dashboards, internal VPN concentrators, monitoring daemons, and automated data synchronization scripts.
Workload Suitability Notice: Workload suitability depends on application architecture, traffic volume, database size, query optimization, and resource requirements. Consult our infrastructure engineers if your system requires specific hardware partitioning.
Built on Honesty, Headroom & Performance
Hosting infrastructure engineered for teams that prioritize predictable performance over cheap marketing promises.
Anti-Overselling Commitment
We reject the industry practice of cramming 400% more virtual guests than physical cores allow. When node thresholds are met, plans switch to Out of Stock.
Predictable, Honest USD Pricing
Transparent, flat monthly USD rates with zero surprise renewal hikes or hidden egress surcharges. The rate you see is the rate you pay.
Battle-Tested in Infi Ecosystem
The identical server architecture powers high-traffic Infi Commerce stores and sensitive Infi EMR healthcare clinics every single day.
PCIe Gen4 NVMe & Hardware KVM
True hardware-assisted KVM virtualization and direct-attached NVMe storage deliver up to 500,000 IOPS for instantaneous database transactions.
Cloud-Init & Custom Kernels
Deploy with clean vanilla Ubuntu LTS, Debian, AlmaLinux, or custom ISOs with automated bootstrap scripts and root kernel control.
Human Infrastructure Engineers
When you contact our infrastructure desk, you collaborate with real systems administrators and DevOps architects, not outsourced script readers.
Hosting Capacity & Infrastructure FAQ
Everything you need to know about our capacity policies, virtualization differences, and priority allocation.
Looking for a Specific Configuration?
Tell us what you need. When suitable infrastructure becomes available or newly commissioned nodes finish burn-in verification, our team will review your requirements and guide you toward an appropriate configuration.