4 June, 2026

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4 June, 2026

Choosing between a virtual private server and a dedicated server is an important infrastructure decision for any business that has outgrown basic shared hosting or needs more control over its server environment.

Both VPS hosting and dedicated servers can provide significantly more flexibility, performance, and administrative control than shared hosting. The right choice depends on your workload, traffic, performance requirements, budget, growth plans, and how critical the server is to your business.

At AcuNett, we've been managing Linux servers and hosting infrastructure for more than 25 years. One of the things we've learned is that bigger isn't automatically better. A properly sized and managed VPS may be the right solution for one business, while another environment may genuinely require the resources and isolation of a dedicated server.

The goal is to choose infrastructure that fits the workload rather than paying for resources you don't need or waiting until an undersized server becomes a problem.

What Is a VPS?

A VPS, or Virtual Private Server, is a virtual server running on a larger physical server.

Virtualization technology divides the physical server into multiple isolated virtual environments. Each VPS operates much like an independent server with its own operating system, applications, users, storage, and allocated resources.

Depending on the hosting platform, a VPS may receive dedicated or guaranteed allocations of resources such as:

• CPU capacity
• Memory
• Storage
• Network resources

From an administrator's perspective, a VPS can often be managed very similarly to a physical Linux server. We can install software, configure services, manage firewalls, optimize databases, configure backups, and administer the operating system.

The primary difference is that the underlying hardware is shared with other virtual machines.

What Is a Dedicated Server?

A dedicated server provides the resources of an entire physical server to a single customer or workload.

Instead of sharing the underlying hardware with other VPS customers, the business has direct access to the server's CPU, RAM, storage, and network interfaces.

A dedicated server can be used for:

• High-traffic websites
• Large databases
• Business applications
• Web hosting environments
• E-commerce platforms
• Virtualization hosts
• Custom applications
• Resource-intensive workloads

Dedicated infrastructure provides greater resource isolation and can support larger or more demanding workloads, but it generally costs more than a comparable VPS.

The Main Difference: Virtual Resources vs. Physical Resources

The fundamental difference between a VPS and dedicated server is how the underlying hardware is allocated.

With a VPS, multiple virtual servers operate on the same physical host.

With a dedicated server, the physical machine is assigned to one customer.

That distinction can affect:

• Performance consistency
• Available resources
• Scalability
• Hardware control
• Cost
• Workload isolation

However, modern virtualization platforms are extremely capable. For many business workloads, a properly provisioned VPS can provide excellent performance without requiring a dedicated physical machine.

VPS Hosting Is Often the Logical Next Step After Shared Hosting

Businesses frequently move to a VPS when they begin reaching the limitations of shared hosting.

On a shared hosting server, many customer accounts operate within the same hosting environment. The hosting provider controls most of the underlying server configuration, and customers typically have limited ability to customize system-level settings.

A VPS provides much more control.

Depending on how the VPS is managed, businesses may be able to choose:

• The Linux distribution
• Web server software
• PHP versions
• Database configuration
• Firewall rules
• Server-level caching
• Custom applications
• Hosting control panels

That flexibility makes VPS hosting a strong option for businesses that need more than shared hosting but aren't ready for the cost or resources of a dedicated server.

Performance

Performance is often the first consideration when comparing VPS and dedicated hosting.

A dedicated server has a clear advantage in raw resource availability because the entire physical machine belongs to one environment.

However, that doesn't mean a dedicated server will automatically make every website or application faster.

Performance depends on many factors, including:

• CPU performance
• Available memory
• Storage speed
• Database configuration
• Web server configuration
• Caching
• Application efficiency
• Network connectivity

A modern VPS with fast storage and appropriate resources can easily outperform an older or poorly configured dedicated server.

The quality of the infrastructure and the way the server is administered matter just as much as whether the machine is virtual or physical.

Resource Isolation

Dedicated servers provide the highest level of hardware resource isolation.

No other customer's virtual machine is using the same physical processor, memory, or storage devices.

With a VPS, the virtualization platform divides resources among multiple virtual servers. Reputable providers manage this carefully, but all virtual machines still ultimately depend on the same underlying host.

This can matter for environments that require:

• Highly predictable performance
• Large amounts of CPU capacity
• Very high disk I/O
• Large memory allocations
• Strict workload isolation

For more moderate workloads, the additional isolation of dedicated hardware may provide little practical benefit relative to the increased cost.

Scalability

VPS platforms can have an important advantage when it comes to scaling resources.

Depending on the provider and virtualization platform, CPU, memory, or storage can sometimes be increased without migrating to entirely different physical hardware.

This can make a VPS attractive for growing businesses whose resource requirements are still changing.

Dedicated servers are scalable too, but scaling may require:

• Adding physical memory
• Adding or replacing storage
• Upgrading processors where supported
• Migrating to a larger dedicated server

That doesn't make dedicated servers inflexible, but physical infrastructure naturally has different scaling characteristics than virtualization.

Cost

VPS hosting is generally more affordable because the cost of the physical server is distributed across multiple virtual environments.

This allows businesses to purchase the amount of resources they actually need without paying for an entire physical machine.

A dedicated server generally has a higher monthly cost, but that cost provides exclusive access to the underlying hardware and significantly greater resource capacity.

When evaluating price, businesses should compare more than the advertised monthly server fee.

The total cost may also include:

• Linux server administration
• Hosting control panel licensing
• Backup storage
• Server monitoring
• Security management
• Software licensing
• Additional IP addresses

The cheapest server isn't always the lowest-cost solution if poor performance, downtime, or inadequate administration causes business problems later.

VPS Hosting Can Be a Good Fit for Small and Mid-Sized Businesses

A VPS is often a strong choice for businesses that need more resources and control than shared hosting provides but don't require a full dedicated server.

Typical VPS workloads may include:

• Business websites
• WordPress and Joomla websites
• E-commerce stores
• Small and mid-sized databases
• Development and staging environments
• Customer portals
• Small SaaS applications
• Multiple websites managed by one organization

A VPS can also be an excellent way to separate important workloads.

For example, rather than placing every company application on one large server, businesses may use separate VPS environments for production, development, databases, or other functions.

Dedicated Servers Are Better Suited to Larger Workloads

A dedicated server becomes more attractive when a workload requires substantial or consistently high resources.

Examples may include:

• High-traffic websites
• Large e-commerce platforms
• Large databases
• Web hosting servers with many accounts
• Applications performing intensive processing
• Large amounts of memory
• High storage throughput
• Virtualization environments

Dedicated servers can also provide businesses with greater flexibility in selecting specific hardware configurations.

What About Security?

Both VPS and dedicated servers can be secure when properly configured and managed.

A dedicated server does provide greater physical resource isolation, but that doesn't automatically make the operating system or applications secure.

Regardless of the hosting platform, Linux server security should include practices such as:

• Regular security updates
• Server hardening
• Proper firewall configuration
• Secure SSH access
• Strong authentication
• Least-privilege permissions
• Server monitoring
• Reliable offsite backups

A poorly maintained dedicated server can be significantly less secure than a properly administered VPS.

The hosting architecture matters, but ongoing server management matters more.

Reliability and Hardware Failure

All infrastructure can fail, whether it is virtual or physical.

A dedicated server is dependent on its own physical hardware. If a component fails, the hosting provider may need to repair or replace that hardware.

Virtual environments depend on the physical host and virtualization platform. If the underlying host experiences a serious failure, multiple virtual machines may be affected.

Some virtualization platforms can provide additional capabilities such as snapshots, replication, or high-availability features, depending on how the provider has designed the infrastructure.

Businesses shouldn't assume that either VPS or dedicated hosting automatically provides high availability.

If uptime requirements are especially demanding, the architecture may need redundancy across multiple servers rather than relying on a single VPS or dedicated machine.

Backups Still Matter

A VPS isn't a backup.

A dedicated server isn't a backup either.

No matter which hosting platform you choose, important data should be backed up independently from the production server.

A reliable backup strategy should consider:

• Backup frequency
• Offsite storage
• Multiple retention points
• Database backups
• Backup monitoring
• Periodic restore testing

Snapshots can be useful, particularly in virtual environments, but they shouldn't automatically be treated as a complete replacement for an independent backup strategy.

Managed vs. Unmanaged Hosting

Another important decision is whether the server will be managed or unmanaged.

With an unmanaged VPS or dedicated server, the provider typically supplies the infrastructure while you remain responsible for the operating system and software running on it.

That may include:

• Linux updates
• Security configuration
• Firewall management
• Web server configuration
• Database administration
• Performance troubleshooting
• Monitoring
• Backup configuration
• Incident response

For businesses with experienced Linux administrators on staff, an unmanaged server may be perfectly appropriate.

For organizations without that expertise internally, managed Linux server administration can remove a significant operational burden.

Control Panels on VPS and Dedicated Servers

Both VPS and dedicated environments can support hosting control panels such as:

• cPanel & WHM
• Plesk
• DirectAdmin
• Webmin and Virtualmin

A control panel can simplify website, domain, database, email, and account administration.

However, a control panel doesn't eliminate the need for Linux server management.

The operating system, firewall, packages, services, backups, resource usage, security, and control panel itself still require administration.

When Should You Choose a VPS?

A VPS may be the right choice when:

• You've outgrown shared hosting
• You need root or administrative access
• You need custom server software
• Your workload has moderate resource requirements
• You want an affordable path to dedicated server resources
• You expect resource requirements to grow over time
• You need separate production or development environments
• You host several business websites

For many organizations, a VPS provides an excellent balance between cost, control, performance, and scalability.

When Should You Choose a Dedicated Server?

A dedicated server may be more appropriate when:

• Your application consistently requires significant CPU resources
• You need large amounts of memory
• Your workload generates heavy disk I/O
• You host a large number of websites or accounts
• You require greater hardware resource isolation
• Your application has outgrown practical VPS configurations
• You need specific hardware configurations
• You plan to run your own virtualization platform

Dedicated servers are particularly valuable when the workload is large enough to make efficient use of the entire physical machine.

Don't Overbuy Your Server

It's easy to assume that choosing a larger server provides extra protection against performance problems.

Sometimes that's true. Often, however, performance problems aren't caused by a lack of hardware.

We've seen servers with substantial resources perform poorly because of:

• Unoptimized databases
• Poor application code
• Incorrect PHP configurations
• Missing caching
• Excessive background processes
• Storage bottlenecks
• Malicious traffic

Adding more CPU and memory can sometimes hide an underlying problem without actually fixing it.

Before moving to significantly larger infrastructure, it makes sense to understand where the existing bottleneck actually is.

Don't Wait Until the Server Is Overloaded Either

The opposite mistake is waiting too long to upgrade.

Servers usually provide warning signs as workloads begin approaching their limits.

You may see:

• Increasing CPU utilization
• Growing memory requirements
• Higher system load
• Slow database performance
• Increasing disk usage
• Longer backup windows
• Slower application response times

Historical monitoring data can help identify those trends before they become critical.

Infrastructure upgrades are much easier to plan when they're performed proactively rather than during a performance emergency.

Consider the Application, Not Just the Server

Choosing between VPS and dedicated hosting shouldn't happen in isolation.

We start by looking at what the server actually needs to do.

Questions to consider include:

1. What applications will run on the server?
2. How much traffic do they receive?
3. How much CPU and memory do they currently use?
4. How quickly is the workload growing?
5. How large are the databases?
6. How important is storage performance?
7. What are the uptime requirements?
8. How much downtime can the business tolerate?
9. Who will administer the Linux operating system?
10. What is the realistic budget for the environment?

Those answers usually make the infrastructure decision much clearer.

VPS vs. Dedicated Server: Which Is Better?

Neither one is universally better.

A VPS is generally the better value for businesses that need their own Linux environment but don't require an entire physical server. It provides administrative control, flexible resources, and room to grow without the cost of dedicated hardware.

A dedicated server becomes attractive when the application requires larger, more predictable resources or greater hardware isolation.

The right hosting platform is the one that meets the requirements of the workload without significantly overbuilding or underbuilding the environment.

The Server Is Only Part of the Equation

After more than 25 years of Linux server administration, we've seen businesses focus heavily on choosing hardware while giving much less attention to what happens after the server is deployed.

Whether you choose a VPS or dedicated server, someone still needs to:

• Secure it
• Update it
• Monitor it
• Back it up
• Optimize it
• Troubleshoot it
• Plan for future capacity

A well-managed VPS can provide better results than a poorly maintained dedicated server with several times the resources.

Infrastructure and administration need to work together.

Managed VPS and Dedicated Server Hosting from AcuNett

At AcuNett, we've been providing Linux server administration and hosting services for more than 25 years. We offer VPS and dedicated server solutions backed by the same Linux expertise that has been at the center of our business since the beginning.

Our team can help evaluate your workload, recommend an appropriate server configuration, migrate your existing environment, secure the server, configure monitoring and backups, optimize performance, and provide ongoing Linux administration.

Whether your business is ready to move from shared hosting to its first VPS or needs dedicated infrastructure for a larger production environment, AcuNett can help you choose and manage a server that fits the way your business actually operates.

Founder, CEO

7 August, 2026

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7 August, 2026

Choosing a Linux hosting provider is about much more than comparing storage space, bandwidth, and monthly price.

Your hosting provider becomes part of the infrastructure your website, application, email, database, or business system depends on. When something goes wrong, the quality of that provider's technology and support can directly affect how quickly the problem is identified and resolved.

At AcuNett, we've been providing Linux server administration and hosting services for more than 25 years. During that time, we've seen businesses move hosting providers for all kinds of reasons: slow websites, recurring downtime, poor support, outdated infrastructure, inadequate backups, weak security, or simply because nobody could get a clear answer when something went wrong.

The best hosting provider isn't necessarily the one with the longest feature list or the lowest introductory price. It's the provider that can reliably support the workload your business actually depends on.

Start by Understanding What You Actually Need

Before comparing hosting companies, define what you're hosting.

A small informational website has very different requirements from a busy e-commerce store, a custom web application, or a server hosting hundreds of customer websites.

Start by considering:

• How many websites or applications you need to host
• How much traffic they receive
• Which content management systems or applications they use
• How much storage they require
• Whether they use large databases
• Whether email is hosted on the same server
• Whether you need root or administrative access
• How important uptime is to the business
• Whether your organization has Linux administrators internally

Those requirements should drive the hosting decision.

1. Look for Real Linux Expertise

If your infrastructure runs Linux, the people supporting it should understand Linux.

That may sound obvious, but there is a significant difference between a hosting company that can provision a Linux server and one that can actually troubleshoot and administer it.

Linux hosting support may require knowledge of:

• Operating system configuration
• Apache, NGINX, and LiteSpeed
• PHP and PHP-FPM
• MySQL, MariaDB, and PostgreSQL
• DNS
• SSH
• Firewalls
• File permissions
• SSL/TLS
• Server logs
• Backups
• Performance troubleshooting

If a website becomes slow because MySQL is waiting on storage I/O, simply restarting the web server isn't going to solve the problem.

Experienced Linux administrators need to be able to diagnose how the components of the server interact.

Ask Who Actually Handles Support

Not every hosting company provides the same type of support.

Some providers primarily support the infrastructure itself. They may ensure that the virtual machine or physical server is online while leaving the operating system, web server, database, firewall, and applications entirely up to you.

Other providers offer managed hosting that includes operating system administration.

Before purchasing a hosting service, understand exactly where the provider's responsibility ends.

Ask questions such as:

• Do you manage the Linux operating system?
• Will you troubleshoot Apache, NGINX, or LiteSpeed?
• Do you support MySQL or MariaDB?
• Will you investigate high server load?
• Do you manage the firewall?
• Will you help troubleshoot PHP problems?
• Do you assist with server migrations?
• Who responds when monitoring generates an alert?

The phrase "managed hosting" can mean different things to different providers, so it's important to understand what's actually included.

2. Evaluate the Quality of Technical Support

Hosting support matters most when something isn't working.

A provider may look excellent when every server is healthy. The real test comes during an outage, migration, security problem, or difficult performance issue.

Good technical support should be able to do more than provide scripted answers.

When evaluating a provider, consider:

• Whether support is available 24/7
• How support requests are submitted
• Whether experienced technicians handle server issues
• Whether problems can be escalated when necessary
• How clearly the provider communicates
• Whether support includes actual troubleshooting

If your server supports a business-critical application, access to knowledgeable support can be considerably more valuable than saving a few dollars per month.

3. Understand the Hosting Infrastructure

The server plan itself matters too.

Hosting providers may use very different hardware and virtualization platforms even when their plans appear similar on paper.

Important infrastructure considerations include:

• Processor performance
• Available memory
• SSD or NVMe storage
• Storage redundancy
• Network capacity
• Data center quality
• Virtualization technology

Two VPS plans with the same advertised CPU, RAM, and storage can perform very differently depending on the underlying infrastructure and how heavily the physical host is utilized.

Specifications are useful, but they don't tell the entire story.

4. Make Sure the Hosting Is Properly Sized

A good hosting provider should help you choose an environment that matches your workload.

Oversizing wastes money.

Undersizing creates performance problems and leaves little room for traffic growth.

Server sizing should consider:

• Current CPU usage
• Memory requirements
• Database workload
• Storage growth
• Traffic patterns
• Number of hosted websites
• Application requirements
• Expected growth

When migrating an existing server, historical monitoring data can be especially valuable for estimating the resources the new environment actually needs.

5. Ask About Server Monitoring

Monitoring should be a fundamental part of production hosting.

At minimum, a provider should have visibility into the infrastructure supporting your server.

Managed environments may also monitor:

• Server availability
• CPU usage
• System load
• Memory
• Disk space
• Critical services
• Websites
• Databases
• SSL certificates
• Backups

The important question isn't only whether monitoring exists.

Ask what happens when an alert occurs.

Does the monitoring system simply send you an email, or does an administrator investigate the issue?

Monitoring software is most useful when it is connected to an operational response process.

6. Understand the Backup Strategy

Backups should never be an afterthought.

Before moving important infrastructure to a hosting provider, understand how backups work.

Ask:

• How frequently are backups created?
• How long are they retained?
• Are they stored offsite?
• Are databases backed up properly?
• Are backup jobs monitored?
• Can individual files be restored?
• Can entire accounts or servers be restored?
• Are restore procedures periodically tested?

Also determine whether backups are included with the hosting plan or need to be purchased separately.

A provider advertising "daily backups" may still have very different retention and recovery capabilities from another provider offering the same phrase.

7. Ask Where the Backups Are Stored

A backup stored only on the production server provides limited protection.

If that server experiences major hardware failure, filesystem corruption, compromise, or another catastrophic problem, the backup may be lost along with the original data.

A stronger backup strategy includes copies stored independently from the production environment.

For important infrastructure, ask whether the provider offers offsite or geographically separate backup storage.

8. Look at the Provider's Security Practices

Security is another area where hosting providers can differ significantly.

Depending on the hosting model, security responsibilities may be shared between the provider and customer.

A managed Linux hosting provider may assist with:

• Operating system updates
• Server hardening
• Firewall configuration
• SSH security
• Brute-force protection
• Control panel security
• SSL configuration
• Security monitoring

Ask who is responsible for keeping the operating system and server software patched.

If the answer is "you are," make sure your organization actually has someone responsible for doing it.

9. Look for Proactive Security, Not Just Incident Response

Security shouldn't begin after a server has already been compromised.

Good server management includes preventative measures such as:

• Applying security updates
• Removing unnecessary services
• Restricting administrative access
• Reviewing firewall rules
• Monitoring authentication activity
• Maintaining supported software

A hosting provider that actively manages security can help reduce the likelihood of preventable incidents.

10. Check Which Linux Distributions Are Supported

If you need a VPS or dedicated server, verify which Linux distributions the provider supports.

Common options include:

• AlmaLinux
• Rocky Linux
• Ubuntu
• Debian
• Red Hat Enterprise Linux

The right distribution depends on the applications, control panels, and administrative requirements of the server.

If you're migrating an existing environment, compatibility may make it preferable to remain within the same Linux family.

11. Check Control Panel Support

If you depend on a hosting control panel, make sure the provider has experience supporting it.

Popular Linux hosting control panels include:

• cPanel & WHM
• Plesk
• DirectAdmin
• Webmin and Virtualmin
• ISPConfig

Control panels simplify many hosting tasks, but they also create a complex environment involving web servers, databases, DNS, email, SSL, users, and security systems.

Experience troubleshooting the control panel and the underlying Linux server can be extremely valuable when problems occur.

12. Consider Whether You Need Shared Hosting, VPS, or Dedicated Hosting

Different workloads need different types of infrastructure.

Shared Hosting

Shared hosting can be a good fit for smaller websites that don't require server-level customization or large amounts of dedicated resources.

It is typically the most affordable and easiest environment to manage.

VPS Hosting

A VPS provides greater resource allocation and administrative flexibility.

It can be a good choice for:

• Growing websites
• Multiple websites
• E-commerce applications
• Custom applications
• Businesses needing root access

Dedicated Servers

A dedicated server provides the resources of an entire physical machine.

It can make sense for:

• Large hosting environments
• High-traffic websites
• Large databases
• Resource-intensive applications
• Workloads requiring greater hardware isolation

A good provider should be able to explain which option fits your requirements without automatically recommending the most expensive plan.

13. Make Sure You Have Room to Grow

Your hosting needs today may not be your hosting needs next year.

Consider how easily the provider can accommodate growth.

Ask whether you can:

• Add CPU resources
• Add memory
• Increase storage
• Move from shared hosting to a VPS
• Move from a VPS to dedicated infrastructure
• Add additional servers
• Separate database and application workloads

A provider that supports multiple infrastructure levels may make future growth easier because your applications can remain within the same broader hosting environment.

14. Ask About Migration Assistance

Moving a website or server can involve much more than copying files.

A migration may include:

• Websites
• Databases
• Email accounts
• DNS
• SSL certificates
• Cron jobs
• Server configuration
• PHP settings
• Application dependencies

If you're moving an existing production environment, ask whether the hosting provider can assist with the migration.

An experienced migration team can help plan the transfer, test the new environment, coordinate DNS changes, and minimize disruption.

15. Find Out How the Provider Handles Problems Outside the Hardware

This is one of the most important differences between infrastructure providers and managed hosting companies.

Imagine your server is online, but the website is returning database errors.

One provider may say that the server is functioning and the application is your responsibility.

Another may investigate MySQL, PHP, logs, disk space, connections, and application behavior to help identify the cause.

Neither approach is inherently wrong. They are simply different services.

The important thing is knowing which one you're purchasing.

16. Evaluate Performance, Not Just Specifications

Hosting companies often advertise:

• CPU cores
• RAM
• Storage
• Bandwidth

Those specifications matter, but they don't tell you everything about performance.

Actual server performance can also depend on:

• CPU generation and clock performance
• Storage latency
• Network quality
• Virtualization overhead
• Resource contention
• Web server configuration
• Database configuration

A smaller, well-managed server on modern infrastructure can sometimes outperform a larger plan on older or overloaded hardware.

17. Understand Resource Limits

This is especially important with shared and managed hosting plans.

A provider may advertise unlimited storage or bandwidth while enforcing other resource restrictions.

Possible limits include:

• CPU usage
• Memory
• Concurrent processes
• PHP workers
• Disk I/O
• Database connections
• Inodes

These limits aren't necessarily bad. They help prevent one customer from consuming excessive shared resources.

But businesses should understand the limits that are relevant to their workload.

18. Consider Website and Application Compatibility

If you're moving an existing website, make sure the provider can support the software it requires.

That might include:

• Specific PHP versions
• PHP extensions
• MySQL or MariaDB versions
• Apache modules
• NGINX
• LiteSpeed
• Node.js
• Python
• Custom cron jobs

WordPress and Joomla sites may also depend on specific plugins, extensions, or server configurations.

Compatibility should be reviewed before migration rather than discovered after the DNS is changed.

19. Look at the Provider's Reputation and History

Hosting is a long-term infrastructure relationship.

Consider how long the provider has been operating and whether hosting and server management are core parts of its business.

Longevity isn't the only measure of quality, but a long operating history can demonstrate experience dealing with changing technologies, security issues, migrations, hardware generations, and evolving Linux platforms.

Also consider customer feedback relating to:

• Support quality
• Reliability
• Communication
• Problem resolution
• Long-term service

Pay particular attention to comments about what happened when customers actually needed technical help.

20. Don't Choose Hosting Based on Introductory Price Alone

Low introductory pricing can make hosting plans attractive, but the initial monthly price shouldn't be the only factor in a business hosting decision.

Consider the total value of:

• Infrastructure
• Support
• Server administration
• Monitoring
• Backups
• Security
• Migration assistance

A hosting plan that costs less but requires your team to manage everything internally may actually be more expensive when administrative time is included.

Downtime, poor performance, and extended troubleshooting can also have costs that don't appear on the hosting invoice.

21. Watch Out for "Unlimited" Hosting

The word "unlimited" is common in hosting advertising.

Physical servers, however, don't have unlimited CPU, memory, storage performance, or network capacity.

Unlimited plans generally operate under acceptable use policies or other resource restrictions.

That doesn't automatically make them bad hosting plans, but businesses should understand what the term actually means.

Instead of focusing on unlimited storage or bandwidth, ask whether the environment provides enough real resources for your website's workload.

22. Understand Uptime Claims

Many hosting providers advertise uptime percentages or service-level agreements.

These can be useful, but read the details.

Ask:

• What exactly does the uptime guarantee cover?
• Does it cover the network, hardware, or application?
• How is downtime measured?
• What happens if the guarantee isn't met?

No hosting provider can realistically promise that every website or application will remain available under every possible circumstance.

Application problems, software errors, security incidents, DNS failures, and external services can all affect availability even when the hosting infrastructure itself is operating normally.

23. Think About Disaster Recovery

If your website or application is critical to your business, ask what happens during a major failure.

Consider:

• How quickly backups can be restored
• Whether replacement infrastructure can be provisioned
• Whether server configurations are documented
• Where DNS is managed
• Whether offsite backups exist
• Who coordinates the recovery

Hosting uptime and disaster recovery aren't the same thing.

A good hosting strategy should account for both.

24. Consider Communication Quality

Technical skill is important, but communication matters too.

When a server problem affects your business, you should be able to understand:

• What happened
• What is being done
• Whether additional action is needed
• How recurrence can be reduced

Technical support shouldn't require customers to translate vague or overly technical responses just to understand the status of their own infrastructure.

A good provider should be able to explain complex server issues clearly.

Questions to Ask a Linux Hosting Provider

Before choosing a provider, consider asking these questions:

1. How long have you been managing Linux servers?
2. Is Linux server administration included?
3. Is technical support available 24/7?
4. What exactly does your support cover?
5. What Linux distributions do you support?
6. Which control panels do you support?
7. What monitoring is included?
8. Who responds when monitoring detects a problem?
9. How frequently are backups created?
10. Where are backups stored?
11. How long are backups retained?
12. Do you assist with restores?
13. Do you provide server hardening?
14. Who installs security updates?
15. Can you help migrate my existing server or website?
16. How can the environment scale as we grow?

A good provider should be able to answer these questions clearly.

The Best Hosting Provider Is a Technology Partner

For an important business website or application, hosting shouldn't simply be a place where files are stored.

The hosting provider becomes part of the technology supporting the business.

The right provider should understand the infrastructure, help prevent problems where possible, respond when problems occur, and provide a path for the environment to grow.

That's particularly important with Linux servers because flexibility comes with responsibility.

A Linux VPS or dedicated server provides tremendous control, but someone still needs to keep the operating system patched, services configured, firewall secured, backups working, resources monitored, and performance maintained.

Linux Expertise Matters More Than the Hosting Plan Name

After more than 25 years of Linux server administration, we've seen hosting technologies change dramatically.

Physical servers became virtual machines. Hard drives became SSDs and NVMe storage. Hosting control panels evolved. Cloud infrastructure became common. CentOS gave way to platforms such as AlmaLinux and Rocky Linux.

What hasn't changed is the need for someone to understand the server when something goes wrong.

The most powerful hosting plan in the world isn't particularly useful if nobody can diagnose why the database stopped responding, why disk I/O suddenly increased, why email isn't being delivered, or why an application became slow after an update.

The infrastructure matters.

The people managing it matter too.

Linux Hosting and Server Management from AcuNett

At AcuNett, Linux hosting and server administration have been at the center of our business for more than 25 years.

We provide Linux hosting solutions backed by experienced administrators who understand the infrastructure behind the websites and applications our customers depend on.

Our services include WordPress and Joomla hosting, VPS hosting, dedicated servers, Linux server administration, server hardening, monitoring, managed backups, server migrations, SSL certificates, and related infrastructure services.

Whether you're moving a single business website, deploying a new VPS, consolidating multiple servers, or looking for someone to manage existing Linux infrastructure, we can help evaluate your requirements and recommend an environment that fits your workload.

Good hosting shouldn't simply give you a server. It should give your business a reliable foundation and access to the expertise needed to keep that foundation running.

Founder, CEO

23 January, 2026

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23 January, 2026

Shared hosting is a great starting point for many websites. It's affordable, easy to manage, and provides enough resources for smaller websites with moderate traffic. But as your website grows, there may come a point when a shared hosting environment can no longer provide the performance, reliability, or flexibility your business needs.

Upgrading to a Virtual Private Server (VPS) gives your website access to dedicated resources and greater control over its hosting environment. The challenge is knowing when it's actually time to make the move.

Here are some of the most common signs that your website has outgrown shared hosting.

1. Your Website Is Getting Slower

One of the first signs that you've outgrown shared hosting is declining website performance.

With shared hosting, multiple websites operate on the same physical server and share resources such as CPU, memory, storage, and network capacity. If your website begins requiring more resources, or another account on the server experiences a sudden increase in activity, your site's performance can suffer.

You may notice:

• Pages taking longer to load
• Slower WordPress or Joomla administration areas
• Database-intensive pages responding slowly
• Longer processing times for forms or applications
• Intermittent performance problems during busy periods

If you've already optimized your website and performance problems continue, the hosting environment may be the bottleneck.

2. Your Traffic Has Increased

Growing website traffic is a good problem to have, but it also requires additional server resources.

A shared hosting account that worked perfectly when your website received a few hundred visitors per day may struggle as that traffic grows into the thousands.

Traffic spikes can be especially challenging. Advertising campaigns, email newsletters, seasonal demand, viral content, and product launches can suddenly send significantly more visitors to your website.

A VPS provides dedicated resources that make it easier to handle higher traffic levels without competing with other hosting customers for the same CPU and memory.

3. You're Reaching Shared Hosting Resource Limits

Shared hosting providers typically place limits on the amount of server resources each account can consume.

Depending on your hosting provider, those limits may include:

• CPU usage
• Memory usage
• Disk input/output
• Concurrent processes
• Database connections
• PHP processes
• File and inode usage

If you're regularly hitting these limits, your website may become temporarily unavailable, display errors, or experience significant slowdowns.

Occasionally reaching a resource limit doesn't necessarily mean you need a VPS. Consistently reaching those limits is a much stronger indication that your website has outgrown its current environment.

4. You Need More Consistent Performance

One limitation of shared hosting is that server resources are shared between many different customers.

A well-managed hosting provider will take steps to prevent one account from negatively affecting others, but there will always be some degree of resource sharing in a shared environment.

With a VPS, a specific amount of CPU, memory, and storage is allocated to your virtual server. This gives your applications a much more predictable hosting environment.

For business-critical websites, consistent performance can be just as important as raw server speed.

5. Your Website Has Become Business-Critical

There is an important difference between having a website and depending on a website.

If your website is simply an informational brochure for your company, occasional performance issues may have a relatively small impact. But if your website generates leads, processes orders, serves customers, or supports internal business operations, hosting reliability becomes much more important.

You should consider a VPS when your website is responsible for:

• Generating a significant portion of your leads
• Processing e-commerce transactions
• Running customer portals
• Hosting business applications
• Providing customer account access
• Supporting APIs or integrations

As the financial impact of downtime increases, investing in a more capable hosting environment becomes easier to justify.

6. You Need More Control Over the Server

Shared hosting environments are intentionally standardized. The hosting provider determines which software versions, services, and server configurations are available.

That simplicity is useful for many websites, but it can become restrictive for more advanced applications.

A VPS provides significantly more control over the server environment. Depending on your VPS configuration and management level, you may be able to customize:

• PHP versions and extensions
• Apache or NGINX configurations
• Database settings
• Firewall rules
• System packages
• Scheduled tasks
• Security configurations
• Server-level caching

If your development team regularly runs into restrictions imposed by shared hosting, moving to a VPS may provide the flexibility they need.

7. You're Running Multiple High-Traffic Websites

Businesses and agencies often begin by hosting several websites under a single shared hosting account.

This can work well when the websites are relatively small, but resource usage grows as additional websites are added.

A VPS can provide a better environment for managing multiple websites because you can allocate significantly more resources while maintaining greater control over the server configuration.

It can also make it easier to scale your hosting infrastructure as additional websites are launched.

8. Your Website Uses Resource-Intensive Applications

Website traffic isn't the only factor that determines how many server resources you need.

Some applications simply require more processing power and memory than others.

Examples include:

• Large WordPress or Joomla websites
• WooCommerce and other e-commerce platforms
• Membership websites
• Learning management systems
• Customer portals
• Large databases
• Custom PHP applications
• Search-intensive websites
• API-driven applications

A relatively low-traffic website running a complex application can sometimes require more server resources than a much higher-traffic static website.

When application complexity increases, a VPS can provide the additional CPU and memory necessary to maintain good performance.

9. You Need Stronger Security Controls

A VPS doesn't automatically make a website secure, but it provides greater control over how the server is protected.

Unlike shared hosting, a VPS can allow administrators to implement security policies specifically designed for the applications running on the server.

Depending on the environment, this may include:

• Custom firewall configurations
• Restricted administrative access
• SSH security policies
• Intrusion detection tools
• Malware scanning
• File integrity monitoring
• Customized backup policies
• Server-level logging and monitoring

For organizations with stricter security requirements, the additional control provided by a VPS can be an important advantage.

10. You Need Room to Grow

Sometimes the best time to upgrade isn't when your existing hosting has already failed. It's when you can clearly see that you're approaching its limits.

If your company is planning significant growth, launching new services, increasing advertising, expanding an online store, or adding new applications, moving to a VPS ahead of that growth can prevent future problems.

Upgrading proactively also gives your team time to migrate and test the environment instead of making an emergency move after performance problems have already started affecting customers.

Shared Hosting vs. VPS Hosting

The biggest difference between shared hosting and VPS hosting comes down to resources and control.

With shared hosting, your website operates alongside many other hosting accounts and shares the underlying server resources. The hosting provider manages most aspects of the server for you.

With a VPS, virtualization technology creates an isolated server environment with resources allocated specifically to your virtual server.

A VPS typically provides:

• More CPU and memory
• More consistent performance
• Greater server control
• More configuration options
• Better scalability
• Greater ability to customize security

That doesn't mean every website should be hosted on a VPS. For smaller websites, shared hosting can still be an excellent and cost-effective solution.

Should You Choose a Managed or Unmanaged VPS?

Once you decide to move to a VPS, there is another important decision to make: managed or unmanaged hosting.

With an unmanaged VPS, the hosting provider generally maintains the underlying infrastructure while you are responsible for administering the operating system and software running inside your server.

That can include:

• Server configuration
• Operating system updates
• Security hardening
• Firewall management
• Software installation
• Troubleshooting
• Monitoring
• Backup management

For organizations without experienced Linux administrators on staff, a managed VPS is usually the better option.

With managed hosting, experienced server administrators handle the technical management of the environment so your team can focus on running the business and maintaining your applications.

Is It Time to Upgrade?

There isn't a single traffic number or resource threshold that determines when every website should move from shared hosting to a VPS.

Instead, look at the overall picture. If your website is becoming slower, regularly hitting hosting limits, generating more traffic, requiring custom server configurations, or becoming increasingly important to your business, it may be time to consider an upgrade.

The goal shouldn't be to purchase the largest server available. It should be to choose a hosting environment that provides enough performance, reliability, security, and scalability for your current needs while leaving room for future growth.

At AcuNett, we provide VPS hosting backed by experienced Linux server administrators who can help you determine the right resources for your applications, migrate your existing websites, secure your environment, and keep your infrastructure running reliably.

If you're unsure whether your website has outgrown shared hosting, we can review your current environment and help determine whether moving to a VPS makes sense for your business.

Founder, CEO

16 July, 2026

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16 July, 2026

When a website is slow, attention often turns immediately to the website itself.

Images get compressed. Plugins are removed. Caching is installed. JavaScript and CSS are optimized. Those improvements can all be valuable, but they address only one part of website performance.

Every request still has to be processed somewhere.

Your hosting infrastructure provides the CPU, memory, storage, database services, web server software, and network connection responsible for generating and delivering your website. If that foundation is slow or overloaded, there is a limit to what front-end optimization can accomplish.

At AcuNett, we've been administering Linux servers and hosting websites for more than 25 years. We've seen extremely well-built websites struggle on inadequate hosting, and we've seen server improvements dramatically reduce response times without changing the visual website at all.

Website speed doesn't depend entirely on hosting, but good performance starts with infrastructure capable of supporting the workload.

What Happens When Someone Visits Your Website?

When a visitor requests a page, several things may need to happen before anything appears in the browser.

Depending on the website, the server may need to:

1. Receive the visitor's request.
2. Determine which website and application should handle it.
3. Execute PHP or another application runtime.
4. Query one or more databases.
5. Process application logic.
6. Generate the page.
7. Send the response across the network.
8. Deliver additional images, CSS, JavaScript, fonts, and other assets.

Content management systems such as WordPress and Joomla can perform many database queries and application operations while generating a single page.

If the server is short on resources or poorly configured, delays can occur before the visitor's browser even begins rendering the page.

Server Response Time Matters

One important component of website performance is how quickly the server begins responding to a request.

If the server takes several seconds to generate a page, optimizing images won't eliminate that initial delay.

Slow server-side response can be caused by:

• Insufficient CPU resources
• Memory pressure
• Slow storage
• Overloaded shared hosting
• Database bottlenecks
• Slow PHP execution
• Poorly configured web servers
• Resource-intensive applications
• Excessive background processes

Before assuming a slow website is entirely a front-end problem, it's important to understand how quickly the hosting environment is processing requests.

CPU Performance Affects Dynamic Websites

Dynamic websites rely on server processors to execute application code.

WordPress, Joomla, e-commerce platforms, customer portals, and custom web applications all require CPU time to generate dynamic content.

A server with insufficient processing capacity may begin responding more slowly as traffic increases.

CPU performance can be particularly important for:

• Large WordPress websites
• Joomla websites
• E-commerce stores
• Membership websites
• Search functionality
• Custom PHP applications
• Websites performing complex database operations

More CPU isn't always the solution to a slow website, but the server needs enough processing capacity to handle its workload without becoming a bottleneck.

Memory Gives Applications Room to Work

RAM is another important hosting resource.

The operating system, web server, PHP workers, databases, caching systems, and other services all require memory.

If a server doesn't have enough available memory, it may begin relying heavily on swap or limiting the number of application processes it can run efficiently.

That can become particularly noticeable during traffic spikes when the server needs to handle many simultaneous requests.

Memory also enables useful performance technologies such as database caching, object caching, and other in-memory systems.

Good hosting isn't simply about having a large amount of RAM. It's about having enough memory for the actual workload and configuring the services to use it effectively.

Storage Speed Can Affect the Entire Website

Modern hosting should use fast storage.

Traditional mechanical hard drives can still be useful for some storage workloads, but SSD and NVMe storage can provide significantly faster access for workloads involving many small reads and writes.

Web hosting environments perform storage operations constantly.

The server may need to access:

• Website files
• Databases
• Cache files
• Session data
• Logs
• Email
• Temporary files

Fast storage can be particularly important for database-driven websites where the application repeatedly reads and writes data.

However, storage technology alone doesn't tell the whole story. An overloaded storage system can still perform poorly even if it uses SSDs or NVMe drives.

The quality and utilization of the underlying infrastructure matter too.

Shared Hosting Can Create Resource Contention

Shared hosting is a practical and affordable solution for many websites.

The tradeoff is that multiple hosting accounts share the resources of the same server.

A well-managed shared hosting platform can provide excellent performance, particularly for smaller websites. Problems arise when too many accounts compete for limited CPU, memory, storage, or other resources.

Depending on how the hosting environment is configured, resource limits may also restrict how much processing power an individual website can consume.

Signs that a website may be approaching the limits of its hosting environment can include:

• Pages becoming slower during busy periods
• Intermittent resource-limit errors
• Slow administrative dashboards
• Long-running processes being terminated
• Database operations slowing under load
• Performance that varies significantly throughout the day

When a website consistently needs more resources, moving to an appropriately sized VPS or dedicated server may provide greater control and more predictable capacity.

The Web Server Software Matters

The web server is responsible for handling HTTP and HTTPS requests and delivering website content.

Common Linux web servers include:

• Apache
• NGINX
• LiteSpeed

Each can provide excellent performance when configured correctly.

The best choice depends on the application, hosting architecture, control panel, traffic patterns, and administrative requirements.

LiteSpeed, for example, has become popular in hosting environments because it can provide efficient request handling and integrates with caching solutions for popular content management systems.

NGINX is widely used for high-performance web serving, reverse proxying, and custom application environments.

Apache remains extremely capable and is widely supported across web hosting platforms.

Simply switching web server software doesn't guarantee a faster website. Configuration and application compatibility still matter.

Caching Can Reduce the Work the Server Has to Perform

One of the most effective ways to improve website performance is to avoid repeatedly generating the same content.

Without caching, a dynamic page may require PHP execution and numerous database queries every time someone visits it.

Caching can store the generated result so subsequent visitors can receive it with significantly less processing.

Depending on the application and hosting environment, caching may occur at several levels:

• Browser caching
• Page caching
• Web server caching
• Object caching
• Database caching
• Content delivery networks

Effective caching can dramatically reduce server workload and improve response times.

But caching needs to be configured around the application. E-commerce carts, logged-in users, personalized pages, and frequently changing data may require different caching rules than a mostly static marketing website.

PHP Configuration Can Make a Difference

Many business websites run on PHP.

The PHP version and configuration can affect both website compatibility and performance.

Production servers should generally use a supported PHP version compatible with the website's application and extensions.

Server administrators may also need to configure:

• PHP-FPM
• Worker limits
• Memory limits
• Execution limits
• OPcache
• Application-specific settings

PHP configuration needs to match the resources available on the server. Allowing an excessive number of PHP workers on a server without enough memory, for example, can create new performance problems rather than solving them.

Database Performance Is Often Website Performance

For database-driven websites, MySQL or MariaDB performance can have a major effect on page generation time.

A complex WordPress or Joomla page may execute dozens or even hundreds of database queries before the final HTML is returned.

Database performance can be affected by:

• Available memory
• Storage performance
• Database configuration
• Table indexes
• Slow queries
• Database size
• Application design
• Concurrent connections

If the database is the bottleneck, adding a caching plugin or upgrading network bandwidth may have little effect on the underlying problem.

Good performance troubleshooting requires identifying where the delay is actually occurring.

Database Optimization and Server Optimization Work Together

Database tuning isn't simply a matter of increasing every available cache or buffer setting.

Database configuration should be based on:

• Available server memory
• Database size
• Query patterns
• Concurrent workloads
• Storage performance
• Other applications sharing the server

A database server with 4 GB of RAM should not be configured the same way as one with 64 GB.

Similarly, a server hosting hundreds of websites may require a different configuration from a server dedicated to one application.

This is where experienced Linux and database administration becomes important.

Network Quality Affects How Quickly Content Reaches Visitors

After the server generates a page, the content still needs to travel across the network to the visitor.

Hosting network quality can affect:

• Latency
• Transfer speeds
• Packet loss
• Reliability
• Connectivity during traffic spikes

The physical distance between the server and visitor also affects latency.

If most customers are located in the United States, hosting the website close to that audience can generally provide better latency than placing the server on another continent.

For websites serving geographically distributed audiences, a content delivery network can help deliver static assets from locations closer to visitors.

A CDN Can Help, But It Doesn't Replace Good Hosting

A content delivery network, or CDN, can cache and distribute website assets across a network of servers.

This can reduce the distance content travels and reduce the workload placed on the origin server.

CDNs can be particularly effective for:

• Images
• CSS
• JavaScript
• Downloads
• Other static content

Some CDN platforms can also cache complete web pages under the right circumstances.

However, dynamic requests that reach the origin server still depend on the performance of the hosting environment.

A CDN is a valuable performance layer, but it shouldn't be used to hide an overloaded or poorly configured origin server.

Too Many Websites on One Server Can Affect Performance

Server capacity needs to be considered across the entire environment.

A server may host hundreds of websites, each of which performs well individually. Collectively, however, those websites may consume substantial CPU, memory, disk I/O, and database resources.

This is particularly important in shared hosting and agency hosting environments.

Good hosting providers need to monitor the server as a whole rather than waiting for individual customers to report slow websites.

Resource utilization should be tracked over time so capacity can be increased or workloads redistributed before performance deteriorates significantly.

Background Processes Can Compete with Website Traffic

Not all server resources are consumed by visitors.

Background processes may include:

• Backups
• Cron jobs
• Malware scans
• Log processing
• Email processing
• Database maintenance
• Search indexing
• Application queues

A poorly scheduled backup process can consume large amounts of disk I/O during the busiest part of the business day. A runaway cron job can consume CPU even when website traffic is normal.

Server performance therefore needs to be evaluated as a complete system rather than looking only at the website.

Monitoring Helps Identify Performance Problems

Without historical monitoring, diagnosing a slow website often becomes guesswork.

Server monitoring can show what was happening when performance declined.

Useful metrics include:

• CPU utilization
• System load
• Memory and swap usage
• Disk utilization
• Disk I/O
• Network traffic
• Database activity
• Web server activity

If a website becomes slow every afternoon at 2:00 PM, monitoring data may reveal that a scheduled process is saturating storage at exactly that time.

If response times degrade only during traffic spikes, the data may indicate insufficient PHP workers, database connections, CPU, or memory.

Performance problems are much easier to solve when you have data showing what the server was doing when the problem occurred.

Faster Hosting Can't Fix a Poorly Built Website

Hosting is the foundation of website performance, but it isn't the entire building.

A website can still be slow on excellent infrastructure if it has:

• Massive unoptimized images
• Excessive JavaScript
• Poorly written plugins or extensions
• Inefficient database queries
• Too many third-party scripts
• Unnecessary external requests
• Poor caching configuration
• Bloated page builders or templates

Moving a poorly optimized website to a larger server may improve performance, but it can also simply provide more resources for inefficient software to consume.

The best results come from optimizing both the application and the infrastructure.

Website Performance Has Two Sides

We generally think of website performance as having two major components.

Server-Side Performance

This includes how quickly the hosting infrastructure can process the request and generate the response.

Server-side performance is affected by:

• CPU
• Memory
• Storage
• Web server configuration
• PHP
• Databases
• Server caching
• Network infrastructure

Front-End Performance

This includes how efficiently the browser can download and render the page after receiving it.

Front-end performance is affected by:

• Image sizes
• CSS
• JavaScript
• Fonts
• Third-party scripts
• Browser caching
• Page structure

A fast website requires attention to both.

When Should You Upgrade Your Hosting?

Upgrading hosting makes sense when the existing environment has become a genuine constraint.

Possible warning signs include:

• Consistently high CPU usage
• Memory pressure
• Heavy swap activity
• Storage I/O bottlenecks
• Frequent resource-limit errors
• Slow server response during normal traffic
• Performance degradation during traffic spikes
• Insufficient storage
• Limited ability to configure the server properly

Before upgrading, it's worth identifying the actual bottleneck.

If the problem is a badly written database query, moving from a VPS to a dedicated server may provide temporary relief without correcting the real issue.

If the existing server is consistently exhausting CPU and memory while handling legitimate workloads, additional resources may be exactly what is needed.

Better Hosting Doesn't Always Mean a Bigger Server

One of the most important lessons we've learned from decades of server administration is that better hosting isn't synonymous with buying more hardware.

A properly configured VPS can outperform a larger server that has been poorly configured.

Improvements might come from:

• Better storage
• Newer processors
• Proper database tuning
• Web server optimization
• PHP configuration
• Effective caching
• Better network connectivity
• Removing unnecessary workloads

Server architecture and administration matter as much as the numbers listed on the hosting plan.

Don't Judge Hosting by Storage and Bandwidth Alone

Hosting plans have traditionally been marketed around easy-to-compare numbers such as storage space and monthly bandwidth.

Those numbers don't necessarily tell you how quickly the server can process your website.

Two hosting plans with the same storage capacity can provide very different performance depending on:

• Processor resources
• Memory allocation
• Storage technology
• Server utilization
• Web server technology
• Resource limits
• Network quality
• Server management

For a business website, the quality of the infrastructure can be considerably more important than having hundreds of gigabytes of storage that will never be used.

Performance Is an Ongoing Process

A website that performs well today may not perform the same way two years from now.

Over time:

• Traffic grows
• Databases become larger
• More plugins and extensions are installed
• Content libraries expand
• Business applications become more complex
• Server workloads change

Hosting infrastructure needs to evolve with those requirements.

Monitoring resource trends can help identify when additional capacity or optimization will be needed before customers begin experiencing serious performance problems.

Fast Hosting Requires Good Linux Administration

Hardware alone doesn't optimize itself.

A Linux hosting server needs to be configured around the workload running on it.

That may involve tuning:

• Apache, NGINX, or LiteSpeed
• PHP-FPM
• MySQL or MariaDB
• Operating system resource limits
• Caching services
• Firewall and network configuration
• Background processes

The server also needs ongoing monitoring so resource problems can be identified as workloads change.

This is why we view hosting and Linux administration as closely connected. The infrastructure provides the resources, but proper administration helps make sure those resources are being used effectively.

Build Website Performance on a Better Foundation

At AcuNett, we've been hosting websites and administering Linux servers for more than 25 years.

We've learned that website performance is rarely about one setting, one plugin, or one piece of hardware. It's the result of the application and infrastructure working together.

A strong hosting environment provides the foundation: fast processors, adequate memory, responsive storage, quality network connectivity, properly configured server software, monitoring, and administrators who understand how the components interact.

From there, application optimization, caching, image optimization, and front-end improvements can make the website even faster.

If your website is slow and you're not sure whether the problem is the application, database, server configuration, or hosting environment, AcuNett can help identify the bottleneck and recommend the right solution.

Whether that means optimizing your existing Linux server, moving to a VPS, upgrading to dedicated infrastructure, or improving the application configuration, our goal is the same: build a hosting environment that gives your website the resources and configuration it needs to perform reliably.

Founder, CEO