When information transmitted through SSL secure protocol, the web server takes action to encrypt or decrypt your web traffic. This process assigns a substantial load on the webserver which will be affecting the performance of the webserver. To deal with the added burden of encrypting data on the server, many networks now employ SSL offloading. This network solution involves the removal of SSL encryption from incoming traffic before it reaches the webserver. SSL offloading is taking care of the SSL process on a separate device so that it doesn’t affect the web server’s performance. Security Socket Layer (SSL) is a protocol that ensures the security of HTTP traffic and HTTP requests on the internet. SSL traffic can be compute-intensive since it requires encryption and decryption of traffic. SSL (called TLS or Transport Layer Security now) relies on public-key cryptography to encrypt communications between the client and server sending messages safely across networks. Encryption of sensitive information protects against potential hackers and man-in-the-middle attacks.
How does SSL Offloading Work?
The idea behind SSL offloading is to do the work of encryption anywhere besides on the webserver. That could mean a totally separate machine, or the offloading could be handled on a different processing device on the same machine. In short, SSL offloading is specially designed to perform SSL acceleration or SSL termination. The processing is offloaded to a separate server designed specifically to perform SSL acceleration or SSL termination. SSL certificates use cryptography keys for encryption.
Benefits of SSL Offloading
The main benefits are that the web-server no longer has to process the SSL decryption and encryption and therefore can relocate the resources that were used towards other, important and common problems. Below some excellent benefits of SSL Offloading.
- Boost the page load speed time.
- It saves resources on those application servers.
- Faster response from the Web server.
- Enhance the stability of the website.
- Auto-scaling the web servers during the peak hours of traffic.
- Use as a load balancer for serving web traffic using different servers.
Types of SSL Offloading
There are two main types of SSL offloading.
- SSL Termination The SSL termination refers to the process that occurs at the server end of the SSL connection (i.e. the place where the data traffic gets encrypted from an unencrypted form). The data, which comes first, is sent to a device that encrypts the decrypted information. If the information comes in an encrypted form, then the information is forwarded without any processing to the web-server. This is the quickest and most efficient form of offloading.
- SSL Bridging The purpose of SSL bridging is to perform extra checks on the data to ensure that there is no malware included. The process includes decrypting the incoming data, inspecting it for any malicious code, and then re-encrypting it and sending it on to the webserver. Obviously, this form of offloading is meant to increase security rather than relieve the webserver of processing activities. Bridging is very important, as it helps in knowing whether the SSL encrypted data is secure or not. There are mainly three types of SSL bridging — HTTPS to HTTPs, HTTPS to HTTP, and HTTP to HTTPS.
Offshore hosting is nothing but hosting your website, data or application to a far-off Datacenter location from your place of origin. There are many reasons for taking your hosting offshore, reasons as hosting copyrighted content, DMCA content, Hacking websites, adult content, and warez hosting, etc to get privacy, security, and freedom. There are servers that run/host a website except its located in another country. Many people use this because it is much harder to shut down legally and harder to contact. Offshore hosting is often used to host or promote the websites that are illegitimate, forbidden or banned in their own countries. Some things are banned in some countries, therefore, in this case, offshore hosting can be used to serve the purpose.
Host a website in an offshore country for one of the following reasons:
- Looking for a country with a higher level of freedom of speech due to restrictions imposed in your own country.
- Avoid some of the local laws and regulations by moving your online property to another country.
- Optimize your business taxation.
Benefits of Offshore Hosting
- Exemption from specific laws and regulations of the country of your residence, e.g. online gambling can be prohibited in some jurisdictions, while it’s still perfectly legal in others.
- Higher levels of freedom of the press and privacy protection. Switzerland is a popular country of choice in this scenario.
- Lower taxes or other financial benefits for your business.
- It comes with full data privacy.
- Ignores copyright abuses.
- It does not allow phishing, scam, or selling illegal products.
We are going to discuss the differences between the Managed and Self-Managed Hosting Server platforms. As its name suggests, self-managed hosting allows the owner to act as the main administrator for the site. On the other hand, managed hosting gives a vendor the responsibility of managing and maintaining your servers although you will still be accountable for the site that is being hosted. Let’s outline some important differences and main points to consider when making your VPS service choice.
Self-managed systems are those systems in which a client only deals with the operating system of the server so in that case, the user can only operate the operating system. Self-managed systems will allow managing the server, its updates, and troubleshooting processes. The main advantage of using self-managed VPS is that a client handles own server without anyone’s interference and feels independent with full control over the server. A self-managed VPS server is flexible as compared to a managed VPS server with respect to server management, maintenance, and monitoring. Self-Managed servers are better for those who have experience in configuring, securing & maintaining servers & do not require the support of the web hosting provider.
In Self-Managed Hosting Users are responsible for-
- Server configuration
- Server management
- Technical support
- Setting up any websites/applications
Fully Managed VPS
A managed hosting server platform is the one provided to a client that fulfills the client’s requirements. The server is totally administered by the hosting providers’ expert team. This means the clients do not have to deal with the management, monitoring, and maintenance of the server they own, all these tasks are performed by the experts of the hosting service providers. The main advantage of this fully managed VPS is that it saves time as the hosting client does not need to focus on server updates or its maintenance, but on the other hand, clients also run into a risk whereby a managing provider is not an expert and hence VPS may not work effectively, which damages overall business productivity. Some of its benefits include proactive service monitoring, security firewall management, and installation.
Managed Hosting Provider will Offer Following Benefits-
- Installation, setup & configuration
- Increased level of website security
- Firewall & server security
- Server updates
- Fewer chances of server breakdown
- Server optimization
- Technical support
Cloud Computing means storing and accessing data and programs over the Internet instead of your computer’s hard drive. The cloud is just a metaphor for the Internet. Cloud computing is a game-changer in the Information Technology world and the way we utilize compute services, especially the small and medium businesses. Cloud computing is the delivery of computing services including servers, storage, databases, networking, software, analytics, and intelligence over the Internet (“the cloud”) to offer faster innovation, flexible resources, and economies of scale.
Types of Cloud Computing-
Public clouds are owned and operated by a third-party cloud service provider, which delivers their computing resources like servers and storage over the Internet. With a public cloud, all hardware, software and other supporting infrastructure are owned and managed by the cloud provider. You access these services and manage your account using a web browser.
A private cloud attributes to cloud computing resources handled exclusively by a particular business or organization. A private cloud can be physically located on the company’s on-site datacenter. Some companies also pay third-party service providers to host their private cloud. A private cloud is one in which the services and infrastructure are maintained on a private network.
Hybrid clouds blend public and private clouds, connected by technology that allows data and applications to be shared between them. By allowing data and applications to move between private and public clouds, a hybrid cloud gives your business greater flexibility, more deployment options and helps optimize your existing infrastructure, security, and compliance.
Types of Cloud Services-
Infrastructure as a Service (IaaS)
The most basic category of cloud computing services. IaaS contains the basic building blocks for cloud IT. It typically provides access to networking features, computers (virtual or on dedicated hardware), and data storage space. IaaS gives you the highest level of flexibility and management control over your IT resources.
Platform as a Service (PaaS)
Platform as a service point to cloud computing services that provide an on-demand environment for testing, developing, managing and delivering software applications. PaaS is designed to make it easier for developers to quickly create web or mobile apps, without worrying about setting up or managing the underlying infrastructure of servers, storage, network and databases needed for development.
Software as a Service (SaaS)
SaaS provides you with a complete product that is run and managed by the service provider. Users can connect to a rented app over the Internet, usually with a web browser. All of the underlying middleware, infrastructure, app data, and app software are placed in the service provider’s data center. The service provider handles software and the hardware and with the relevant service agreement to ensure the security and availability of the app and data.
Benefits of Cloud Computing-
- Security Features
Malware is software created for malicious purposes. While it is commonly associated with computers, malware can also be used to attack and infect websites. In order to keep your site safe, you’ll first need to know what you’re up against. As such, it’s vital to understand the different types of malware, and how they can infect your site. Once you’ll know what security measures you must take to prevent them. It’s easy to assume that you’re safe, but there are no sites that are 100% secure against malware. Even if you’re only running a basic site, it could still become infected in ways that could cause you to lose content, and even hurt you financially. As such, it’s best to be prepared and knows what you’re up against, so you can take the appropriate measures to protect yourself against malware infection or a hacked site, and then remove malware appropriately. For site owners who are prepared to overcome attacks as soon as they happen, though, being exploited is simply not a big deal. Being prepared can help you get your website back up and running quickly. By following these tips, you can minimize the damage or even prevent it completely.
Follow These Best Practices to Protect Your Sites!
Update Software Frequently
When it comes to open-source systems like WordPress, keeping your core software and plugins updated is one of the first lines of defense against bots and hackers. We always stress to our clients that keeping your website software up-to-date, like your cell phone, is the best defense against it becoming exploited.
Disable File Upload on Your Site
There is no need for outside parties to be granted the ability to upload any files to your directory. By keeping this ability disabled you ensure that no hackers can exploit your sites by uploading arbitrary code.
Protect against SQL Injection
In order to defend against hackers that inject rogue code into your site, you must always use parameterized queries and avoid standard Transact SQL.
Install a Firewall and Antivirus
Most updated antivirus software programs automatically update with new information and safeguards against new and evolving types of malware.
Scan Your Site Frequently
Scan your entire site for potential vulnerabilities, malware changed files, and check if your site has been blacklisted. What’s more, you will also be able to see where potential vulnerabilities are because this feature will flag site errors and outdated software so you can act on time and fix them before hackers take advantage of it.
Use SSL and HTTPS
HTTPS is the secure version of HTTP and it makes all communications between a visitor’s browser and your website encrypted. HTTPS is activated once you install an SSL certificate on your site and is identified by a green padlock or a green bar in your browser’s address bar. SSL certificates create a foundation of trust by establishing a secure and encrypted connection for your website. This will protect your site from fraudulent servers.
Use Website Security Tools
Website security tools are essential for internet security. There are many options, both free and paid. In addition to software, there are also SaaS models that offer comprehensive website security tools.
Use Plugins Wisely
Plugins bring amazing additional functionality to your web application. Unfortunately, many are developed by individuals or small teams that may have very limited time to put towards them. The unfortunate side effect is that secure coding practices and penetration testing against the code may not have occurred in full due to the time or talent constraints, Choose plugins that are regularly maintained by their developers.
Rename Your Database
Renaming your database prefix from the stock naming-scheme will help protect bots from automatically detecting your database tables and attempting to inject them with code.
A business email is an email specifically used for business. A business email address contains the company name in it like [email protected] This professional email ID not only establishes the authority of a person to act on behalf of a company but also acts as an advertisement of the company because the business name stays visible with every communication the employees make. Building a brand name is only one advantage of business email. In addition to largely ditching the desktop in favor of mobile device capabilities, users are also demanding more from their Email Services. It’s not enough to simply send and receive messages. Users require access to their accounts from any device, at any time, and security is paramount.
Benefits of Business Email Hosting!
When you sign in to your webmail account, your access (POP or IMAP) and all data sent and received by the server are encrypted until you sign out. This is to ensure that highly sensitive information won’t get leaked and compromised. Some email hosting providers are equipped with 128-bit encryption in their servers to maintain the security of your webmail access.
Enough Storage Space
Email Hosting plans will already have a massive storage space per mailbox. Depending on the amount of storage space you paid for, you can get a mailbox with megabyte or gigabyte storage capacity. Even with an MB storage, it’s more than enough to store thousands or more of your email messages. Make sure that you get a flexible email hosting solution if you need to upgrade for more space.
A business Email account is trusted more than a free mail account by the customers. A professional email account is always associated with a domain name which is your company’s business domain name on which your primary website is hosted. Any customer wishing to know more about your services can easily recognize your website address. This helps tremendously in gaining your customers. On the other hand, any anonymous mail sent through a free email account gives no option to the customer to check your company details, decreasing the trust factor substantially.
An Email account costs nothing in comparison to the benefits you get from them. Many businesses consider investing in business emails as a wasteful expense. However, once they start using the mails, and see the benefits, they realize the true value for their money.
HostMyCode Business Email Hosting Features!
- Inbuilt Virus Protection
- Configure easily on mobile phone or Computer
- 99.9% Uptime & Security
- Intuitive and Responsive Design
- Send 300 Emails/hour Per Email Account
- High Inbox Rate
- SMTP, IMAP, POP3
- Roundcube, Rainloop, Crossbox Webmail Clients
- Configure Easily with Outlook/Thunderbird/OSX Mail & Others
- Try 100% Risk-Free, 7Day Money Back Guarantee
JetBackup is a leading backup solution for cPanel. JetBackup allows you to back up your cPanel account quickly and efficiently through cPanel Remote or local incremental backups (as well as other backup schemes). Settings like automation of backups as well as restores on a cron job are also included and wrapped up in a nice user-friendly GUI. JetBackup allows you to create account filters to include/exclude accounts by disk space, resellers, cPanel packages, etc. Combine multiple filters, and save time by applying existing filters to multiple backup jobs.
Features of JetBackup:-
JetBackup removes the limitations on what you can have backed up in a backup job. No longer are you stuck having to do a full backup or only backup one specific part of the cPanel account, Whether you want to backup emails and databases or the home directory and cron jobs, you have complete freedom to choose exactly what you want in your backup job. For a more granular approach, you can also create unique directory backup jobs for certain situations.
Multi-scheduling allows you to create multiple schedules all with different retention limits that can all be applied to the same backup job. You no longer need to create a separate backup job for each schedule. Multi-scheduling also auto-detects when multiple schedules for the same job are scheduled for the same time. When this occurs it only stores one backup versus multiple backups saving you storage space.
GDPR Mode is a vital feature that helps bring hosting providers one step closer to being in compliance with this regulation. A big part of GDPR is giving awareness to your clients as to what personal data you store, how you store it, as well as where it is being stored within your company. This feature now gives you the ability to backup and restore encrypted backups for ultimate security.
Attach your own custom scripts to functions within JetBackup including backup jobs, daily cron jobs and more. Set hooks to run your scripts pre (before) or post (after) any supported function. Your backup process just got a whole lot smarter.
Set up unique filters to specify exactly which accounts you would like included or excluded in your backup jobs. Separate your backup jobs by account size, resellers, cPanel package types, and much more. Add as many filters to the same backup job as you would like. All created account filters are stored and can be used for future backup jobs. Adjust filters up or down and use OR / AND statements for a truly smart filter.
Many More others…
-Simultaneous Local and Remote Backups.
-Create as many backup jobs as you want.
-Limit backup space/ inodes for users.
-Backup reports for billing support.
-WHMCS Ready module (sold separately).
-Advanced Command-line tools.
-Clone cPanel accounts to a remote server.
LiteSpeed Web Server (LSWS) is an Apache-interchangeable, high performance, secure, and easy-to-use web server able to handle thousands of concurrent connections with a small memory footprint. With its comprehensive range of features and easy-to-use web administration console, LSWS can help you conquer the challenges of deploying an effective web serving architecture.
LiteSpeed Web Server (LSWS) is compatible with commonly used Apache features including mod_rewrite, .htaccess, and mod_security. As a drop-in Apache alternative, LSWS can load Apache configuration files directly and can fully integrate with popular control panels, including cPanel, Plesk, DirectAdmin, CyberPanel and more. Replacing Apache with LSWS takes less than 15 minutes with zero downtime. Unlike other solutions that act as frontend proxies, LSWS replaces all Apache functions, simplifying use and making the transition to a new server easy for your team. Move confidently forward with little-to-no retraining.
- Unlimited virtual hosting
- Scripting Languages: PHP, Perl, Ruby, Python, Java, etc…
- Runs on Linux, FreeBSD, MacOSX, Solaris
- Intuitive WebAdmin console GUI
- Real-time service monitoring
- Backend load balancing
- mp4/flv streaming
- Event-driven architecture for high-performance and low resource usage
- Handles hundreds of thousands of connections without CPU or RAM spikes
- Asynchronous I/O support
- LiteSpeed’s exclusive server API (LSAPI) delivers the best dynamic content performance
- Unrivaled PHP suEXEC performance for shared hosting
- Static content up to 5x faster than Apache
- Dynamic content up to 40x faster than Apache
- HTTPS 3x faster than Apache
- Available built-in page caching
- Advanced .htaccess caching removes the performance bottlenecks .htaccess causes in Apache
- CloudLinux LVE compatibility
- Increases scalability of web applications
Stability and Security
- Zero downtime configuration changes and server software upgrade
- Recovers from service failure instantly
- mod_security compatibility
- Anti SSL BEAST and renegotiation attack capabilities
- Strict HTTP request validation
- Denies buffer-overrun attempts
- CloundLinux CageFS compatibility
- Reads Apache’s configuration files directly
- Drop-in Apache replacement for cPanel, Plesk, DirectAdmin, Interworx, etc.
- Full .htaccess support
- Built-in anti-DDoS connection and bandwidth throttling
- Control panel plugins (cPanel, DirectAdmin, and Plesk)
What is NVMe SSD Storage?
NVMe stands for Non-Volatile Memory Express and is sometimes described in more technical detail as Non-Volatile Memory Host Controller Interface Specification (NVMHCIS). It’s a standard for accessing non-volatile storage (such as an SSD) using a technology known as PCI Express (Peripheral Component Interconnect Express) or simply PCIe. Originally developed to allow high-speed data transfer between computer components and systems, PCIe has been around for over a decade – but it’s only with NVMe that a standard specification for PCIe-based storage has emerged.
SSD comes from Solid State Drive, a modern storage device that doesn’t have any moving parts. It is also known as a solid-state disk for historical reasons, even if it is not actually a disk.
SSD drives are a lot faster than hard disks (HDD) but they used to be very expensive, preventing their widespread use. However, prices have decreased significantly and the gap is relatively small today.
Advantages of NVMe SSD
SSD drives that use NVMe are the fastest storage solutions available for your server today. NVMe guarantees very fast data access, which is especially important for modern multi-core computers. Due to the large bandwidth and built-in parallelism, these drives allow multiple cores to execute write and read operations at the same time, with no I/O wait.
Benchmarks show that NVMe interfaces are twice as fast as the best SAS available and between 4 and 6 times more effective than a conventional SATA port.
Any I/O-bound application benefits from the performance improvements of NVMe.The technology is likely to be of particular interest to dedicated game server hosting clients, who will be able to move data from SSD drives to GPUs and CPUs much more quickly than has ever been possible before, enhancing game performance and maximizing the utilization of expensive processor and graphics hardware.
NVMe is often used to host a caching layer for large databases and can offer speed increases for databases of any size. The same is true for complex web sites and eCommerce stores that require a lot of disk access. NVMe is great for hosting virtual machines.
The result is a massive I/O performance boost. SATA provides maximum bandwidths of around 750Mb/s. A single PCIe lane can move 965Mb/s, and NVMe uses 8 PCIe lanes in parallel, delivering bandwidths of up to 2.8 GB/s.
CloudLinux OS is the leading platform for multitenancy. It improves server stability, density, and security by isolating each tenant and giving them allocated server resources. This creates an environment that feels more like a virtual server than a shared hosting account. By doing so, CloudLinux OS reduces operating costs and increases profitability.
CloudLinux is a Linux based operating system that is essentially a set of kernel modifications to the Linux distribution that implements features to enable system administrators to take fine-grained control of their server’s resource use, isolating users so that problems with one account don’t degrade the service for others. Cloud Linux virtualizes user accounts called LVE ( Lightweight Virtual Environment ). Each LVE is allotted a certain amount of resources. If a particular account receives a sudden large amount of traffic or begins to use a lot of CPU or memory, rather than slowing the entire server and possibly causing a failure, it will slow only that particular LVE.
How does CloudLinux help shared hosting environments?
A shared hosting environment is where thousands of website accounts are hosted on a single server sharing the server resources equally. However, the server admin has limited control over individual website accounts’ server resource usage. If one website account is using an unfair amount of resources (e.g. due to being under a DDoS attack, poorly written script, increase in traffic, etc.), the server would become slow or go down completely, affecting all other customers on the server. In traditional hosting, we can not set a limit for RAM, CPU and other resource usages for a particular website account. Finding problematic websites is again a time-consuming job and fixing such issues sometimes requires suspension of the website accounts creating the problems. This can all lead to a few unsatisfied customers which can adversely affect your business.
Cloud Linux Features –
1- Individual set of Server Resources for each client –
With the LVE ( lightweight virtualized environment ) technology in cloud Linux, each customer’s website account has a separate set of allocated resources such as Memory, CPU, etc.. The LVE technology makes sure that these resources are not shared with any other website accounts.
2- Make your Hosting Environment Stable –
Sudden traffic spikes from other website accounts will never mean downtime for any website account or the server as a whole. Since every website account has its own allocated resources protected keeping the website running though there is a sudden spike in server resource usage from other websites hosted on the server.
3- Make your Server Secure –
CloudLinux’s hardened kernel helps prevent malicious users from attacking other website accounts hosted on the server.
4- Multiple Version of PHP –
Cloud Linux has a feature called PHP selector. It allows end-users to select the specific version of PHP they need. It allows ultimate flexibility by offering all popular versions of PHP, with more than 120 PHP extensions to choose from. CloudLinux packages PHP versions 4.4, 5.1, 5.2, 5.3, 5.4, 5.5, 5.6, 7.1, 7.2, 7.3 and 7.4. The convenient UI lets a customer switch between versions, select the extensions, and adjust PHP settings.
5- Stability of Mysql Database –
MySQL often becomes a major headache for system admins in shared hosting environments. Keeping MySQL stable might be difficult, and customer queries can easily slow everything down. The MySQL Governor Feature of Cloud Linux helps system admins to pinpoint abusers and throttle them in real-time. With support from the latest versions of MySQL and MariaDB, it is a must-have for any shared host. The MySQL Governor feature tracks CPU and disk IO usage for every website account in real-time and throttles MySQL queries by using same-per-user LVE limits.