Maximum Power.
Total Control.
Zero Compromise.

A VPS (Virtual Private Server) uses KVM virtualisation to partition a single physical server into multiple isolated virtual machines, each with guaranteed dedicated CPU, RAM, and storage allocation. You get dedicated-server-like performance and isolation at a significantly lower cost than a physical dedicated machine. A dedicated server is an entire physical machine allocated exclusively to one client — no virtualisation, no sharing, complete hardware access. The key differences: dedicated servers offer maximum raw performance (no virtualisation overhead), absolute hardware isolation, and direct access to every hardware component — but at higher cost and with less flexibility for rapid scaling. VPS offers near-dedicated performance at lower cost with more flexibility for resource scaling, but with a small virtualisation overhead (typically 1–3% CPU overhead with KVM) and physical hardware shared (though resources are isolated) with other VPS tenants. For most business applications, VPS provides the right balance of performance, isolation, and cost. Dedicated servers are the right choice when raw hardware performance is the primary requirement, when the application generates workloads that would push even a large VPS specification, or when regulatory requirements mandate physical hardware isolation.

The clearest signals that your business needs a VPS upgrade include: your shared hosting account is regularly hitting CPU or memory limits (visible in cPanel resource usage or through "500 Internal Server Error" messages during traffic peaks); your website's load time has degraded and server response time (TTFB) is consistently above 800ms despite optimisation efforts; your shared hosting provider has suspended or throttled your account due to resource overuse; you need to run software that shared hosting doesn't allow (specific PHP versions, custom server software, background processes, Docker containers); you are handling sensitive customer data that requires isolated server environments for security compliance; your website processes significant e-commerce transactions where performance directly impacts revenue; or your monthly traffic has grown past 30,000–50,000 visitors with dynamic content. If two or more of these apply simultaneously, a VPS upgrade is almost certainly overdue. We offer a free hosting review to assess your specific situation and recommend the right time and right specification for the upgrade.

Managed VPS hosting means Maddog Global's certified server administrators handle all server administration on your behalf. This includes: initial server provisioning and OS installation, web server setup and configuration (Apache, Nginx, or LiteSpeed), database server installation and optimisation, control panel installation (cPanel/WHM, Plesk, or DirectAdmin), SSL certificate installation and auto-renewal configuration, firewall setup (CSF/LFD with appropriate rules), security hardening (SSH key auth, fail2ban, Imunify360), automated backup configuration and verification, proactive 24/7 monitoring with incident response, regular OS and software security patching, and technical support for all server-level issues. Managed VPS is the right choice if: you don't have in-house Linux or Windows server administration expertise; you have the expertise but don't want to spend your team's time on server maintenance; or the cost of server administration mistakes (downtime, security breaches, performance degradation) exceeds the cost of professional management.

Yes — server migration is a service we provide for all new server clients. Our migration process is designed to minimise downtime and eliminate data loss risk through a parallel-run approach: (1) We provision your new server and replicate all data (files, databases, email accounts, configurations) from your current server. (2) We configure and test the new server environment to verify all applications, websites, and services function correctly. (3) We make a final synchronisation pass to capture any data changes that occurred during the migration preparation period. (4) We perform the DNS cutover to redirect traffic to the new server. (5) We monitor both servers for 24 hours post-migration, maintaining the ability to roll back if any issue is detected. Most migrations result in less than 5 minutes of actual downtime (during the DNS TTL propagation period). Complex migrations (large databases, custom application stacks, active e-commerce) are handled as extended engagements with more extensive pre-migration testing. Emergency migrations from failing or compromised servers are treated as priority engagements.

The right OS choice depends primarily on your application requirements and your team's familiarity. For Linux, the most commonly used choices for web hosting are: Ubuntu LTS (currently 22.04 and 24.04) — the most widely documented Linux distribution with the largest package ecosystem, ideal for developers who want the largest community knowledge base; AlmaLinux or Rocky Linux — RHEL-compatible distributions that replaced CentOS 8 as the stability-focused option for cPanel/WHM environments and enterprise deployments; Debian — lightweight, extremely stable, with a conservative package release cycle ideal for production environments where proven stability is prioritised over cutting-edge packages. For Windows Server environments — running .NET applications, IIS, MSSQL, Active Directory, or ASP.NET applications — Windows Server 2019 or 2022 is appropriate, with the edition (Standard or Datacenter) depending on virtualisation requirements. For web hosting control panels (cPanel/WHM), AlmaLinux 8/9 or CloudLinux is the recommended choice. For Docker-based deployments, Ubuntu LTS or Debian are the most commonly used hosts. We recommend the right OS for your specific application stack during the consultation — and can change the OS at any time via a clean reinstall if your requirements change.

Backup configuration on VPS and dedicated servers is more flexible and more powerful than on shared hosting. For managed plans, we configure automated daily backups of your complete server environment — files, databases, and configurations — stored in a geographically separate location from the production server (critical: a backup on the same physical hardware as the live server provides no protection against hardware failure). We retain 7, 14, or 30 days of backups depending on your plan and retention requirements. Restoration from a backup can be performed at three levels: full server restoration (restoring the entire server environment to a previous state — used for disaster recovery scenarios), selective file restoration (restoring specific files or directories from a backup point), and database restoration (restoring a specific database to a backup point without affecting other server data). For dedicated servers with large storage volumes, we configure incremental backup systems that capture only changed data after the initial full backup, reducing both backup time and storage requirements for large environments. For clients with specific RPO (Recovery Point Objective) requirements shorter than 24 hours, we can configure more frequent backups — hourly for critical databases — at additional cost.

We deploy VPS and dedicated servers in data centres across India (Mumbai, Delhi, Bengaluru), UK (London), USA (Ashburn East Coast, Los Angeles West Coast), Australia (Sydney, Melbourne), Canada (Toronto, Montreal), UAE (Dubai), Singapore, and Europe (Amsterdam, Frankfurt). The right location depends on: (1) Primary user geography — your server should be physically close to where the majority of your application's users are located, since physical distance adds latency to every request. (2) Data residency requirements — specific regulations (GDPR for EU data, DPDP Act for Indian data, etc.) may require your server to be in a specific jurisdiction. (3) Compliance requirements — PCI DSS, HIPAA, or financial services regulations may specify geographic requirements for server deployment. (4) Latency targets — if your application has specific latency SLAs (for example, a trading platform requiring under 10ms latency to a specific exchange), server location must be chosen accordingly. For most businesses, the rule of thumb is: if your primary audience is in India, host in India; if it is in Europe, host in London or Amsterdam; if it is globally distributed, consider a CDN combined with the server location closest to your largest audience segment. We provide a recommendation based on your specific traffic geography and requirements during the consultation.