When your business outgrows shared hosting, the decisions you make about dedicated infrastructure can determine whether you scale successfully or struggle with costly mistakes. Our dedicated server hosting articles cut through industry myths to reveal what actually matters—from understanding bare metal versus managed solutions to knowing the precise moment your traffic demands an upgrade. Whether you’re protecting sensitive data, eliminating performance bottlenecks, or preparing for exponential growth, these insights help you configure the right server environment for your specific needs. Ready to explore your options? Discover InMotion’s Dedicated Server Hosting solutions built for performance and security.
Cloud servers, dedicated servers, and managed private cloud handle performance, cost, and control differently. This guide compares all three across the six factors that drive infrastructure decisions, gives the utilization thresholds where each one stops making sense, and shows where managed private cloud fits for teams that have outgrown a dedicated server but do not want to hire system administrators.
Most streaming buyers overspend on CPU and underspend on network capacity. This guide walks through how to size a dedicated server for streaming based on the numbers that actually govern video quality: cores per rendition, port speed against concurrent viewers, storage growth from recordings, and the point where a CDN should take over delivery.
You should move from a VPS to a dedicated server when measurable resource ceilings are hurting performance, revenue, or reliability faster than your VPS plan can absorb.
The clearest signals are sustained CPU saturation, recurring memory pressure, rising disk I/O wait, and traffic patterns that no longer fit inside virtualized resource quotas. This guide walks through seven specific indicators, what each one tells you about your workload, and how to time the upgrade without paying for capacity you don’t need.
On managed shared hosting, the hosting provider controls the server configuration.
They decide which TLS versions to support, how security headers are applied, when software gets patched, and what you’re allowed to change. On a dedicated server, you do. That distinction doesn’t matter much when everything is running fine. It matters a great deal when a security audit, a vendor risk review, or a SecurityScorecard report flags specific issues your current environment won’t let you address.The honest answer to that question is: it depends on who owns the server.
When your infrastructure needs outgrow VPS and cloud options, the question becomes: rent dedicated servers from a hosting provider or buy your own hardware? Both have merit depending on your situation, budget, and technical capacity.
The term ‘eco-friendly hosting’ gets applied to a range of initiatives: renewable energy data centers, carbon offset programs, and, in InMotion Hosting’s case, refurbished enterprise server hardware.
The term ‘bare metal’ gets used loosely in hosting. Sometimes it means a dedicated physical server with no virtualization layer. Sometimes it means unmanaged dedicated hosting. Sometimes it means something between the two.
IPMI stands for Intelligent Platform Management Interface. It’s a hardware-level management system built into most enterprise server motherboards that allows you to monitor and control a server independently of its operating system. If your OS crashes, your kernel panics, or your network stack stops responding, IPMI is still available. That’s the core value proposition.
High-frequency data processing has a precise definition: systems that must ingest, process, and act on data streams at rates that exhaust the capacity of typical web hosting infrastructure. Financial market data feeds arriving at 100,000 updates per second, industrial sensor networks transmitting telemetry from thousands of devices simultaneously, real-time aggregation pipelines that must reduce millions of events per minute to queryable summaries — these workloads require dedicated bare metal hardware for reasons that go beyond simple CPU capacity.
A CDN is only as fast as what it’s pulling from. When a CDN edge node needs to fetch an uncached asset from your dedicated server — a cache miss — the speed of that origin response determines how long the user waits. An origin server that responds in 50ms delivers a very different user…
Monthly per-seat fees for UCaaS platforms add up fast. A company with 50 employees paying $30-50/seat for business phone service pays $18,000-30,000 annually for communications infrastructure that a self-hosted Asterisk/FreePBX deployment on a dedicated server replaces at a fraction of the cost. The tradeoff is configuration complexity and the responsibility to keep the system running.For…
Running live streams through Twitch or YouTube is fine until you need control they don’t give you — custom latency, multiple simultaneous streams, audience-specific routing, or a setup where the platform takes no cut of monetization. Self-hosted streaming on a dedicated server solves all of these, but the hardware and configuration requirements are specific. Getting…
Most infrastructure cost comparisons show monthly prices. Monthly price is the least useful number for planning infrastructure spend — it hides the compounding costs of hardware refresh, staff time, and technology debt that make a “cheaper” option more expensive over a planning horizon.
A single dedicated server handles most production web applications well. At some point, it doesn’t — either because traffic has grown beyond what one server can serve, because you need redundancy so a hardware failure doesn’t take the application offline, or because your database has become large enough that it should run on dedicated hardware…
Every engineering organization that outgrows shared or VPS hosting eventually confronts the same decision: build your own servers (custom hardware, colocation) or buy managed dedicated hosting from a provider. The answer isn’t universal. It depends on your team’s technical depth, your capital budget, how specialized your hardware requirements are, and whether managing physical infrastructure is…