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Our reputation for rock-solid server uptime is built on our innovative load balancing features.
Each sub-platform – WordPress or Linux – is optimised for powerr. performance.
We use the best technology available from Google to translate domain names through the Domain Name System (DNS).
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An auto-balancing server, also known as an auto-scaling server or auto-load balancing server, is a type of server infrastructure that automatically adjusts its resources and capacity based on the workload and traffic it receives. Here's how it works:
Load Monitoring: The server continuously monitors the incoming traffic, system load, and resource utilization.
Dynamic Resource Allocation: When the server detects an increase in traffic or resource demand, it automatically allocates additional resources such as CPU, memory, or storage to handle the load. Conversely, when the load decreases, it can release excess resources to optimize efficiency.
Load Balancing: Auto-balancing servers often work in conjunction with load balancers, distributing incoming requests across multiple servers to ensure even distribution and prevent overload on any single server.
Scaling Up and Down: They can scale vertically (adding more resources to a single server) or horizontally (adding more servers to the server pool) based on the needs.
Cloud Environments: Auto-balancing servers are commonly used in cloud computing environments, where virtual machines or containers can be easily spun up or down to meet demand.
Auto-balancing servers are crucial for maintaining high availability, ensuring smooth user experiences, and optimizing resource utilization, particularly in dynamic and unpredictable traffic scenarios.
Source: Meta Stack Overflow
Linux hosting refers to web hosting services that use Linux as the operating system on their servers. It is a popular choice for hosting websites and web applications due to its stability, security, and flexibility. Here are key points about Linux hosting:
Operating System: Linux hosting uses the Linux operating system, which is open-source and known for its reliability.
Compatibility: Linux hosting supports a wide range of web development technologies, including PHP, MySQL, Python, and Perl. It is compatible with popular content management systems like WordPress, Joomla, and Drupal.
Security: Linux is considered highly secure, and it benefits from regular updates and a large community of developers who actively work to patch vulnerabilities.
Cost-Effective: Linux is open-source, so Linux hosting tends to be more cost-effective than hosting solutions based on proprietary operating systems.
Control: Users have greater control over their hosting environment through tools like SSH (Secure Shell) for remote server access and configuration.
Server Types: Linux hosting can be used for shared hosting, virtual private servers (VPS), and dedicated servers, offering scalability options for websites of various sizes.
Customization: Linux hosting allows for extensive customization and configuration of server settings to meet specific website requirements.
Command Line: Linux hosting often requires familiarity with the command line, making it a preferred choice for developers and advanced users.
Linux hosting is a versatile solution for hosting websites and web applications, whether it's a personal blog, a business website, or a complex e-commerce platform.
Source: Digital Ocean
Windows hosting is a web hosting service that utilizes the Windows operating system as the foundation for hosting websites and web applications. Here are key characteristics of Windows hosting:
Operating System: Windows hosting runs on servers powered by Microsoft Windows Server operating systems, such as Windows Server 2019.
Compatibility: It is designed to support technologies like ASP.NET, .NET Core, and Microsoft SQL Server. This makes it suitable for hosting websites and applications developed using Microsoft technologies.
Integration: Windows hosting is well-integrated with Microsoft development tools and services, including Visual Studio and Azure. This makes it a preferred choice for businesses that rely on Microsoft's ecosystem.
Database Support: It offers robust support for Microsoft databases like SQL Server, which is crucial for applications with complex data requirements.
Classic ASP and ASP.NET: Windows hosting is compatible with Classic ASP and ASP.NET, making it suitable for hosting a wide range of web applications, including e-commerce sites and content management systems.
Remote Desktop Access: Windows hosting often includes remote desktop access, allowing users to manage their servers directly through the graphical user interface.
Security: Windows hosting benefits from regular security updates provided by Microsoft.
Ease of Use: It is known for its user-friendly interface, making it accessible to users with varying levels of technical expertise.
Windows hosting is a valuable choice for organizations that rely on Microsoft technologies and need a hosting environment that aligns with their development stack.
A cache is a component or mechanism used in computing and data storage to temporarily store data or information that is frequently accessed, with the goal of speeding up data retrieval and improving system performance. Here are key points about caches:
Data Storage: Caches store copies of data, such as web pages, files, or database records, that have been recently accessed by a user or application.
Faster Access: The primary purpose of a cache is to provide quicker access to data. Retrieving data from a cache is typically faster than fetching it from the original source, such as a hard drive or a remote server.
Reduces Latency: Caches help reduce latency and response times in computing systems. This is especially important in web browsers, where cached web pages load faster.
Cache Hit and Miss: When data is requested, the cache is checked first. If the data is found in the cache (cache hit), it is returned immediately. If not (cache miss), the data is retrieved from the original source and stored in the cache for future access.
Types of Caches: There are various types of caches, including browser caches, CPU caches, content delivery network (CDN) caches, and database caches, each serving specific purposes.
Cache Invalidation: Caches need mechanisms to keep their data up-to-date. When the original data changes, the cache may need to be invalidated or refreshed to avoid serving outdated information.
Efficiency: Caches are designed to maximize efficiency and minimize the need for repeated access to slower storage or network resources.
Examples: Common examples of caches include the cache in a web browser, which stores images and web pages, and CPU caches in processors, which store frequently used instructions and data.
Caching is a fundamental technique in computer systems and plays a crucial role in enhancing system performance and responsiveness.
SSL (Secure Sockets Layer) is a protocol used for establishing secure and encrypted communication between a client (e.g., a web browser) and a server (e.g., a website's server). It ensures that the data transmitted between the client and server remains private and secure. Here are key points about SSL:
Encryption: SSL encrypts the data exchanged between the client and server. This means that even if intercepted by unauthorized parties, the data appears as random characters, rendering it unreadable.
Authentication: SSL provides a mechanism for the client to verify the identity of the server. This helps users trust that they are connecting to a legitimate website and not a malicious one.
Data Integrity: SSL also ensures that the data exchanged has not been tampered with during transmission. Any modifications to the data are detected, and the connection is terminated if integrity is compromised.
HTTPS: SSL is commonly used to secure web traffic. When a website uses SSL, its URL begins with "https://" instead of "http://." Browsers display a padlock icon to indicate a secure connection.
TLS: SSL has evolved into Transport Layer Security (TLS), which is an updated and more secure version. The term SSL is often used to refer to both SSL and TLS.
Certificates: SSL/TLS certificates are issued by trusted Certificate Authorities (CAs). Websites need to obtain these certificates to enable SSL. Browsers trust certificates issued by well-known CAs.
E-commerce and Privacy: SSL is crucial for securing e-commerce transactions, protecting login credentials, and ensuring the privacy of user data on websites.
Email and Other Protocols: SSL can be used with various internet protocols, including email (SMTP/POP/IMAP), FTP, and VPNs, to secure data transmission.
Security and SEO: SSL is considered a best practice for website security and can have a positive impact on search engine rankings.
SSL is a fundamental technology for securing online communication and protecting sensitive data. It is essential for online security and privacy.
Source: https://alsoasked.com/
Our state-of-the-art data centres offer the latest in security technologies and are manned 24/7,
ensuring your data and websites are secure and monitored at all times. We have a resilient national
network and enterprise level cloud platform so you get the best possible hosting experience. They
are based in Reading, UK and Dallas, USA.
A Content Delivery Network (CDN) is a network of geographically distributed servers designed to efficiently deliver web content, such as web pages, images, videos, and other resources, to users based on their location. CDNs are a critical component of modern web infrastructure and offer several advantages:
Faster Content Delivery: CDNs reduce latency by serving content from servers located closer to the end-users. This results in quicker page load times and improved user experience.
Load Distribution: CDNs distribute website traffic across multiple servers, preventing a single server from becoming overwhelmed with requests. This load balancing enhances website performance and availability.
Distributed Caching: CDNs cache content on their servers. When a user requests a resource, the CDN can serve it from the nearest cache instead of fetching it from the origin server. This reduces server load and bandwidth usage.
Distributed Security: CDNs often provide security features, such as DDoS (Distributed Denial of Service) protection and web application firewalls, to mitigate online threats and protect websites.
Global Reach: CDNs have servers worldwide, ensuring that content is accessible and loads quickly for users across different regions and countries.
Content Optimization: CDNs can optimize content for different devices and network conditions, delivering the appropriate version of a resource (e.g., lower resolution images for mobile devices).
Scalability: CDNs offer scalability, allowing websites to handle traffic spikes and surges without performance degradation.
Cost Savings: By reducing the load on the origin server and optimizing data transfer, CDNs can lower bandwidth and hosting costs.
Popular CDN providers include Akamai, Cloudflare, Amazon CloudFront, and others. Websites, especially those with global audiences and high traffic, often leverage CDNs to enhance performance, reliability, and security.
Source: https://alsoasked.com/
We have a range of guides and tutorials available for you via our support database. We also provide
personal support just for you via your control panel. All our support is UK based and we never
outsource it, meaning you’re always speaking to someone who understands our services and
platforms inside out.
Google DNS, officially known as Google Public DNS, is a free and publicly accessible Domain Name System (DNS) service provided by Google. DNS is the system that translates human-readable domain names (like www.google.com) into IP addresses, which are used to locate and connect to websites and online services on the internet.
Here are key features and benefits of Google DNS:
Improved Speed: Google DNS is designed to provide faster domain name resolution, which can lead to quicker website loading times.
Reliability: Google's infrastructure ensures high availability and reliability of its DNS service, reducing the chances of DNS-related errors.
Security: Google DNS supports DNS-over-HTTPS (DoH) and DNS-over-TLS (DoT), which encrypt DNS queries and responses, enhancing privacy and security.
Blocked Content: Google DNS may be used to bypass region-based content restrictions, although it is important to note that using DNS for this purpose may violate terms of service of certain websites.
To use Google DNS, you can configure your computer or network devices to use the following DNS server addresses:
- IPv4: 8.8.8.8 and 8.8.4.4
- IPv6: 2001:4860:4860::8888 and 2001:4860:4860::8844
Switching to Google DNS is often recommended when users experience slow or unreliable DNS resolution with their current DNS service provider. However, users should choose a DNS service that best meets their needs in terms of speed, security, and privacy.