Blogs

12 Mar, 25

The Difference Between DV and OV SSL Certificates

SSL Certificate is important as it ensures that any data transferred between the two parties cannot be intercepted by anyone else. Three types of SSL certificates exist – Domain Validated (DV), Organization Validated (OV), and Extended Validated (EV) certificates. To choose the right SSL for your website and ensure better security, you need to understand the difference between the 3. This article delves into the DV vs. OV SSL certificate comparison. DV vs. OV SSL Certificates: The Main Differences Level of Authentication for DV vs. OV SSL Certificates  DV certs offer the lowest, most basic level of validation. The entity requesting the certificate must prove their ownership and control over the domain/ URL to be secured by SSL. OV certs offer a higher level of validation. The entity requesting the certificate must prove their control over the domain/ URL to be secured by the SSL and that their organization is a legitimate one. Since the entity must provide legitimate business information and the CA (Certificate Authority) scrutinizes the legitimacy of the organization, So, comparing DV vs. OV SSL, OV certs provide greater levels of trust and legitimacy to the website. Process/ Steps for Validation The process for obtaining a DV SSL is pretty simple and straightforward since the entity must prove domain ownership. The CA will require the entity requesting the certificate to complete email verification, file-based verification, or Domain Registrar’s Information. The OV SSL certificate issuance process is more detailed and involves 5 steps as the entity must prove the legitimacy and identity of their organization along with domain control. Organizational Authentication Locality Presence Telephone Verification Domain Verification Final Verification Call Visible Cues of Protection Provided  While DV and OV SSL certificates both provide visible padlock signs, OV SSL certificates provide additional CA-validated information to demonstrate the legitimacy and identity of the website and the organization that owns it. The DV cert provides only the padlock sign in the address bar and no other CA-validated information. Upon clicking the padlock sign, one can see the connection is a secure message with both certs and the Certificate (Valid) option. A dialog box opens on clicking the Certificate (Valid) option with an OV cert. Click the details tab, and you will find information about the organization to whom the certificate was issued and details about the organization along with information about validity, CA, etc. Further, OV SSL certificates provide dynamic site seals while DV certs-only provide static site seals. The benefit of having a dynamic site seal is that it is clickable with current data, time of the page loading, etc., and real-time status checks. It inspires greater trust among users. Time Taken to Obtain Certification  Comparing DV SSL vs. OV SSL, DV certs take the shortest time to be issued and happen within minutes. This is owing to the straightforward verification process. On the other hand, OV certs may take between 1 and 3 days to be issued by the CA. Costs In the DV vs. OV SSL certificate comparison, DV certs are very inexpensive and often available free of cost. Since it involves a longer validation process and manual verification requirements, OV SSL certs are more expensive. Barriers to Entry  DV SSL certificates have the lowest barriers to entry as the site owner does not have to prove anything else except domain ownership. Plus, the costs are very low. So, anyone can get such a certificate. But obtaining an OV SSL is not as easy or cheap. While DV SSL may benefit some businesses and individual users, it gives SSL access to cybercriminals who can SSL-protect phishing and illegitimate websites. This way, they attract user trust with the padlock sign, and users may end up doing the attacker’s bidding. On the other hand, users may not trust legitimate websites if they do not have dynamic site seals or provide CA-validated information. So, a legitimate business may suffer. Level of Warranty  DV SSL offers extremely low warranties in comparison to OV SSL. The warranties are so low in some cases that they may be insufficient to cover damages in case of any encryption errors or CA-side errors. OV certificates offer higher warranties, adequate to cover any mishaps owing to bad SSL. Who Should and Shouldn’t Choose DV SSL vs. OV SSL? DV is best suited for personal blogs, static websites, and other websites where no transactions are conducted or personal information is collected. DV certs are unsuitable for any other types of websites. OV certificates are best suited for business sites, login screens, medium to large businesses, non-profits accepting donations, websites collecting sensitive information through forms or checkout pages, etc. OV certs, however, are inadequate for dynamic websites, e-commerce sites, large enterprises, fortune 500 companies, banks and financial institutions, healthcare organizations, etc. Such websites must be protected with an EV SSL certificate that offers the highest level of assurance. Conclusion The choice of SSL certificate should be driven by the level of security needed and context. Costs should not dictate the choice of SSL as the DV vs. OV SSL certificate comparison amply highlights. Buy SSL Certificates at Great Prices with 24/7 Local Support
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10 Mar, 25

NVMe vs SSD: What are the differences between the two?

You’re struggling to decide: NVMe vs SSD. Your decision will bring you closer to optimizing your system’s performance efficiently. But which is right for your specific needs? While SSDs have become increasingly popular in the mainstream for their dramatic speed improvement over hard disk drives (HDDs), the more advanced NVMe interface takes storage performance to new heights for intensive workloads.  What is an SSD? Solid-state drives (SSDs) have been around for a while, but you might not know what’s under the hood. An SSD is an alternative to an HDD or hard disk drive that stores data, applications, and information on a server, desktop, laptop, or gaming console. When someone refers to an SSD, they generally mean a SATA SSD (Serial Advanced Technology Attachment SSD), the market standard for connecting computers to SSDs.  Benefits of SSDs over hard drives Hard disk drives (HDDs) have been the traditional computer storage choice, but solid-state drives (SSDs) offer several advantages that make them a compelling alternative. Speed: SSDs deliver a higher speed of 35 to 100 microseconds than HDDs, with a speed range of 5000 to 10000 microseconds.  Faster data transfer speeds: SSDs offer significantly faster data transfer speeds, ranging from 35 to 100 microseconds, compared to HDDs, which typically range from 5,000 to 10,000 microseconds. Lower latency for data transfers: SSDs have an average latency of around 70 microseconds, while HDDs have a higher latency of approximately 10 to 15 milliseconds. This lower latency allows SSDs to handle data transfers more efficiently. More durable: With no moving parts, SSDs are more resistant to physical shocks and vibrations than HDDs, which have mechanical components susceptible to wear and tear. Quieter: SSDs operate silently due to their card-like design, whereas HDDs can produce audible noise during operation because of their spinning disks and moving parts. SSD form factors To better understand the range of options available, let’s explore the different form factors in which SSDs are available. M.2 SATA SSDs M.2 SSDs have lengths ranging from 16 mm to 110 mm and widths between 12 mm and 30 mm. Originally designed with a SATA form factor, they now incorporate NVMe interfaces, enabling higher data transfer speeds ideal for modern, compact computing devices. 2.5 SSDs These SSDs share the same 2.5-inch form factor as traditional HDDs, allowing for seamless upgrades in older systems. They’re available with SATA interfaces for general use or NVMe/PCIe interfaces for high-performance applications requiring faster data transfer rates. 3.5 SSDs While less commonly used than smaller form factors, you can typically find 3.5-inch SSDs in desktop computers and often with larger storage capacities. AIC or add-in card SSDs AIC SSDs connect directly to the PCIe slot and feature an NVMe interface. They come in various sizes, including full-height and half-height, and offer larger capacities than other SSD types. mSATA SSDs At approximately 0.3 inches, mSATA SSDs are the smallest form factor, supporting only SATA interfaces. They’re designed for ultra-compact devices with limited space. SSD interfaces The two commonly used SSD interfaces are SATA and PCIe NVMe. SATA SSD interface The SATA interface, designed as a successor to the parallel ATA interface, connects storage devices to computers for data transfer. It supports ATA commands, ensuring compatibility with older systems. SATA has a top speed of 600 MB/s for data transfer. NVMe SSD interface NVMe interfaces use the Peripheral Component Interconnect Express (PCIe) bus, which enables significantly faster data transfer rates than SATA, especially when connected with PCIe 4.0. It communicates directly with the CPU, reducing latency and improving performance, especially for random read/write operations. U.2 SSD interface This NVMe-based technology uses the PCIe bus for high-throughput data transfer, making it suitable for enterprise-level storage applications such as large workstations or data centers. SAS SSD interface Serial Attached SCSI Solid State Drive (SAS SSD) combines the SSD interface with the SCSI for faster file transfer and higher performance. It can offer speeds up to 24 GB/S during data transfer. Parallel command queues Parallel command queues improve storage speed and performance by allowing the storage device to execute multiple commands simultaneously. Multiple data/inputs (I/O) are distributed into several processing units for parallel execution to achieve this. What is an NVMe? NVMe stands for non-volatile memory express. It’s a transfer protocol that works on the PCIe bus. When you restart your device, non-volatile memory retains your data. PCIe transfer interface provides faster data transfer and lower latency. It’s a type of solid-state drive (SSD) that offers dramatically quicker performance than traditional hard drives. In computer hardware, NVMe is one of the most advanced and powerful storage solutions. But who really needs an NVMe? To answer this question, you must first understand the differences between the two. SSD vs NVMe: which is better? When it comes to storage, SSDs are the way to go. But not all SSDs are the same. NVMe is a type of SSD that stands out from the rest with its superior performance and faster speeds.  We’ll compare SATA SSD vs NVMe for gaming performance, speed, and other features. We’ll also look at which type of drive is best for different use cases so you can make the right decision when choosing an SSD for your device. The most crucial information to remember is this: all NVMe drives are SSDs, but not all SSDs are NVMe drives. Power consumption NVMe SSD storage drives are more eco-friendly and power-efficient than SATA SSD drives. The average power consumption rate of SATA SSD drives is approximately 0.28 watts, while the average power consumption rate of NVMe SSD drives is 0.08 watts. Speed NVMe SSD is an absolute winner when it comes to data transfer rate. NVMe PCIe 3.0 connector can reach up to 3,600 MB/s, while the newer NVMe PCIe 4.0 generation can reach a transfer rate of up to 7,500 MB/s. By contrast, SATA SSD drives can reach a maximum transfer rate speed of just 600 MB/s.  Security Regarding security, NVMe once again dominates as it provides far superior encryption. NVMe uses XTS-AES 256-bit encryption to protect the data. This encryption method is practically
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08 Mar, 25

linux hosting vs windows hosting

What Is Linux Hosting? Linux Hosting involves hosting websites or web applications on a server running the Linux operating system. Linux is the most popular server operating system, with a market share of over 70%. It is an open-source OS, so you won’t need a license to install it on your servers. This is one of the reasons why it is more popular than Windows. The Linux server OS is usually used to run websites and apps that are built using languages like PHP and Perl and databases such as PostgreSQL, MariaDB, and IBM Db2, to name just a few. There are plenty of other language and database options to choose from if you install Linux on your server. Like the desktop version of Linux, the server version also has several distros (distributions) that users can choose from. The popular Linux distros for servers include the following; AlmaLinux Ubuntu CentOS Red Hat Enterprise Linux (RHEL) SUSE Linux Enterprise Server (SLES) Debian What Is Windows Hosting? Windows Hosting refers to hosting a website or web application on a server running the server version of the Windows operating system. Unlike Linux, Windows is not open source. It is a server OS built and supported by Microsoft.  Choosing between these editions largely depends on the features you need and your budget for hosting. The DataCenter version has all the features Microsoft offers, and it is the ideal choice for large organizations with relatively big data centers. Most notably, it offers the ability to create virtual machines (VMs). Advantages of Linux Over Windows These are some of the benefits of choosing Linux as your server OS: Cost Linux is an open-source server operating system, and anyone can install it on their server for free. This makes it the best alternative for small businesses and startups that may not be in a position to pay the monthly fees for a server operating system. Community Support Since Linux is the most popular OS, it has way more community support than other server operating systems. The large community support of Linux comes in handy when you face challenges during the installation or management of your server. Most server OS-related questions on platforms like Stack Overflow and Quora are usually about Linux hosting. It is also easy to find free YouTube tutorials and courses for Linux Hosting. Security By design, Linux is a much more secure operating system than Windows. One of the design choices that make Linux more secure is the way it handles user permissions. Linux doesn’t process executable files without permission from the user. The server admin must input their password before any application is installed on their server. Consequently, hackers must use sophisticated social engineering techniques to trick the admin into installing malware on their server. Reliability Over the years, Linux servers have been known for their reliability and stability. Linux servers are less prone to random crushes and downtime when compared to Windows and other server operating systems. Scalability Another benefit of using Linux hosting is that Linux Servers are highly scalable, allowing developers to easily beef up the server’s resources as their website or web application grows. Compatibility Linux is compatible with more software and technologies than Windows and other server operating systems. Such technologies include control panels; scripting languages such as Perl and PHP; and databases such as PostgreSQL, MariaDB, IBM Db2, and Oracle Database.  If you don’t want to face issues with software compatibility, Linux hosting should be your choice. Advantages of Windows Over Linux Ease of Use and Familiarity Windows is the most popular desktop operating system, so most people are familiar with it. For the everyday person who uses a Windows machine, installing Windows on their server could make their life much easier. They can start doing things right away without having to go through any learning process. Linux servers are also mainly controlled using commands, whereas Windows servers have a graphical user interface (GUI) that is much more intuitive and easier to use. If you don’t want to go through the hassle of learning Linux commands, then go for Windows hosting. Compatibility With Microsoft Technologies If the website or app you intend to host relies on Microsoft technologies, such as ASP.NET, MSSQL, and Visual Basic, Windows hosting is always the best choice. Some of these technologies are not supported on Linux machines.  Windows servers also integrate with other Microsoft products like SharePoint and Exchange, making it an ideal choice for organizations that use these tools. Comprehensive Support When you subscribe to any of the Windows Server OS plans, you are entitled to customer support from Microsoft. Instead of going to forums or watching tutorials, you simply have to contact Microsoft’s support team, which usually offers timely and more reliable solutions than forums. Microsoft also rolls out regular updates for the Windows Server. Gaming If you intend to run games on your server, choosing Windows hosting should be a no-brainer. Thanks to NVIDIA Virtual Machine Image (VMI), users can quickly access a virtual gaming machine running Windows Server OS. Other server operating systems barely have gaming support. How To Choose the Right Option for Your Business Here are the factors that you must consider when choosing between Linux or Windows Hosting; Compatibility Before hosting your website or app on a cloud server, you must first determine the technologies and tools you intend to use. Consider the databases, control panel, scripting languages, and other app integrations. Your life will be much easier if you choose a server OS that supports all the technologies and tools you intend to use to run your website. Licensing and Cost If you are unwilling to pay the licensing fees for Windows, Linux hosting should be your obvious choice. Linux is open-source and the best option for businesses with a limited budget to spend on web hosting. Expertise and Experience It is better to choose a server OS that you and your team can easily operate without going through a lengthy learning process.
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06 Mar, 25

Cloud Backup Services

Cloud backup services play a critical role in modern data protection, offering reliable and scalable options for safeguarding data. What Are Cloud Backup Services?  Cloud backup services store and protect data by copying files from local machines or servers to remote cloud storage. This ensures data safety against physical loss or corruption due to hardware failures or disasters. These services typically automate the backup process, so users don’t have to manually save files to the cloud regularly. Storing backups in the cloud offers accessibility from any location with an internet connection. This allows organizations and individuals to restore data quickly without physical media. Additionally, many cloud backup services offer features such as encryption and versioning, improving data management security. There are many cloud backup services available, some of them suitable for individuals or small businesses, and some for larger organizations. In this article we’ll focus on enterprise cloud backup services intended for larger organizations or those with complex backup or compliance requirements.  Key Features of Enterprise Cloud Backup Services Cloud backup services intended for organizations typically offer the following capabilities. Automatic Backups Automatic backups simplify data protection by eliminating the need for manual operation. These systems continuously monitor files and automatically upload changes to the cloud at scheduled intervals. This ensures data is consistently protected without user intervention, preventing human error. Such services often offer customization options, allowing users to define backup frequency and select specific files or folders for automatic updating. This ensures that only critical files are backed up, optimizing storage usage and reducing unnecessary data transfer. Disaster Recovery Disaster recovery ensures continuity in business operations after a data loss event, such as natural disasters or cyber-attacks. Cloud backup services promise swift data restoration, minimizing downtime and preserving business integrity.  Utilizing versions stored in the cloud, organizations can quickly recover and resume operations with minimal disruption. Cloud-based disaster recovery is typically more cost-effective compared to traditional methods, which rely on physical hardware and offsite storage.  Versioning Versioning keeps multiple iterations of files, enabling users to revert to previous versions when necessary. This is useful when files are mistakenly altered or deleted, allowing quick restoration to a desired state. By maintaining a history of changes, cloud services enhance data accuracy and usability. Most cloud backup services allow users to set retention policies for versions, determining how long versions are retained before deletion. This provides users with control over storage space management while ensuring essential versions are readily available when needed. Data Compression and Deduplication Data compression and deduplication optimize storage and transfer data efficiently. Compression reduces the size of files before uploading them to the cloud, saving bandwidth and storage space, which can significantly lower costs.  Deduplication eliminates redundant copies of data, ensuring efficient storage utilization. These technologies streamline the backup process, making it more feasible for large data volumes.  Data Encryption Data encryption encodes data before transmission to the cloud, making it inaccessible to unauthorized users. This ensures data privacy, protecting sensitive information from breaches or cyber threats.  Cloud backup providers usually offer end-to-end encryption, ensuring data remains encrypted from local storage to cloud servers and back again. This protection guarantees that only authorized users with decryption keys can access the data. Cross-Platform Support Cross-platform support is the capability of cloud backup services to work across multiple operating systems and devices. Such services maintain consistent functionality, whether users are on Windows, macOS, Linux, iOS, or Android, ensuring broad accessibility and usability. By supporting various platforms, cloud services enable integration within different infrastructures, simplifying backup and recovery processes. Organizations benefit from a unified approach to data protection, minimizing compatibility issues. Implementing Cloud Backup Strategies with Backup Services  Here are several backup strategies typically supported by cloud backup services: 3-2-1 Backup The 3-2-1 backup strategy is a widely recommended approach for data protection that involves maintaining three total copies of data: the original file plus two backups. One backup is kept on local storage for quick access, while the second is stored offsite, typically in the cloud, to protect against physical disasters affecting local data. By following this strategy, organizations achieve a balance between accessibility and security. The cloud component ensures a secure offsite copy, protecting against events like hardware failures or theft, while the local backup provides immediate access for recovery if needed. Many cloud backup services support this model by offering integrations with local storage solutions. Incremental Backups Incremental backups focus on backing up only the changes made since the last backup, whether that backup was full or incremental. This process is highly efficient, reducing the amount of data transferred and stored with each backup, which saves bandwidth and storage space. Most cloud backup services support incremental backups by tracking changes in files, allowing rapid and resource-effective backups. These backups also speed up the recovery process by minimizing the amount of data that needs to be downloaded for a restore. Incremental backups are useful for frequently changing data. Differential Backups Differential backups save all changes made since the last full backup, making it faster to restore data than incremental backups, which require multiple sessions to reconstruct data. With differential backups, only two backup files are needed to recover the latest version of the data: the last full backup and the most recent differential backup. Cloud backup services supporting differential backups provide a middle-ground option between incremental and full backups, optimizing recovery time. This strategy is suitable for organizations needing to balance data retrieval speed with cost savings, as fewer files are required for recovery while still reducing storage compared to daily full backups. Mirror Backups Mirror backups create exact, real-time replicas of files and folders in their current state, updating them in the cloud as changes occur. This approach ensures that the backup is always synchronized with the latest data, providing immediate access to current files in case of a system failure. While mirror backups don’t retain historical versions of files, making them less effective for restoring previous file states, they’re useful for maintaining a continuously updated dataset. Many
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Microsoft 365 outage

Microsoft is investigating a new Microsoft 365 outage that is affecting Teams customers and causing call failures. Since the incident started more than one hour ago, outage monitoring service Downdetector has received hundreds of reports, with affected users saying they’re also experiencing authentication problems. “Users may not be able to receive calls placed through Microsoft Teams-provisioned auto attendants and call queues,” the company said in a new service alert (TM1022107) in the Microsoft 365 admin center. “We’re analyzing service telemetry and call metadata to better understand the nature of impact and determine our next steps.” Microsoft has yet to share what regions are impacted by this ongoing outage and more information on the incident’s root cause. Despite Redmond saying the incident only affects the Teams communication platform, users report a much broader impact. They’re also experiencing issues connecting to Outlook, OneDrive, and Exchange or checking email messages. “It affects multiple services, including Teams, Exchange, SharePoint, Bing, and so on. So, it’s bigger than this,” one customer said. “Can only access outlook and teams via mobile, and only accessing my 365 emails via the outlook app will not load on apples native mail app,” another added. Today, the company also warned on its service health status page that customers in Canada are experiencing authentication and connectivity issues when trying to access multiple Microsoft 365 services, including Exchange Online, Microsoft Teams, and the Microsoft 365 admin center. Over the weekend, Microsoft said it addressed another Microsoft 365 outage that affected Outlook and Exchange Online authentication and caused Teams and Power Platform degraded functionality. Redmond linked this weekend’s incident to a coding issue in a recent update to Microsoft 365 authentication systems. However, a Monday advisory revealed that Exchange Online users still have issues accessing their calendars and email messages using the iOS native mail app. Last week, Microsoft fixed another issue caused by a DNS change that triggered Entra ID authentication failures for customers using Seamless SSO and Microsoft Entra Connect Sync. Update March 03, 14:42 EST: Added details on Microsoft 365 affecting users in Canada. Update March 03, 16:53 EST: Microsoft says the authentication issue has been addressed. “We’ve identified a recent change that inadvertently caused impact to auto attendant and call queues. We’ve deployed a fix to restore service,” the company said. “After an extended period of monitoring, we’ve confirmed that the service has successfully recovered following our fix.”    
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04 Mar, 25

6 Benefits of Hosting Your WordPress Website on the Cloud

Hosting WordPress websites in the cloud has become increasingly popular among agencies, freelance developers, website admins, and e-commerce businesses that prioritize speed, reliability, scalability, and security. And with good reason. There are many benefits of cloud hosting, and finding the best cloud hosting for WordPress can help you run your business more effectively. Many people have questions about cloud hosting like:  What is WordPress cloud hosting? Are there advantages of cloud hosting? Is WordPress cloud-based?  Unlike shared, virtual private server (VPS), and dedicated hosting, cloud hosting doesn’t rely on a single server or data center. Instead, it uses clusters of remote servers in multiple data centers worldwide. Cloud hosting allocates a fixed amount of virtual resources from these server clusters to each service’s customers. Because of this unique architecture, there are multiple WordPress website cloud hosting benefits. 1. WordPress Cloud Hosting Delivers Faster Speed WordPress website cloud hosting is typically faster than traditional web hosting services. If you use shared hosting, your website has to compete for the virtual resources of a single server or data center. Since it’s not uncommon for shared servers to host hundreds or even thousands of websites, that’s a lot of competition. The result is a website that may load quickly sometimes and struggle to load at others.  VPS and dedicated hosting are significantly better for providing resources since yours is the only website running on a given machine. But they still can’t match the lightning-fast performance that a cloud hosting provider can provide without purchasing access to a global CDN like Cloudflare, which can get expensive depending on your needs. When you use a cloud hosting partner like Yisolutions, your WordPress website has exclusive access to a given amount of virtual resources from a cluster of interconnected servers. If another customer’s website experiences a traffic spike or if one of the servers in the cloud cluster experiences a technical hiccup, it won’t affect your site’s performance. Instead, your website will continue to load quickly for visitors. Additionally, most premium cloud-based WordPress hosts provide free access to a CDN. So, while the cost of WordPress cloud hosting may appear higher than that of shared hosting – or even a VPS – you ultimately get a greater value and eliminate the need for specific third-party tools to achieve the same level of performance. 2. WordPress Cloud Hosting Offers More Scalability Another reason to consider hosting your website on the cloud is scalability. Websites require different amounts of virtual resources depending on traffic. As your website’s traffic increases, for instance, it will require more virtual resources from the server or servers on which it’s hosted. On the other hand, it will require fewer virtual resources when it decreases. As we stated earlier, your site has to compete with others for resources if you’re using shared WordPress hosting. So, if you receive an unexpected spike in traffic, some users may be unable to access your website.  On the other hand, cloud WordPress hosting is engineered with scalability in mind. So, if your business becomes insanely popular or some of your website content goes viral, your site will continue functioning. If a product or service you offer starts to generate a lot of site traffic, you won’t have to worry. Your customers will still be able to access that sales page to make a purchase, and you won’t be stuck on hold with a traditional hosting company’s customer support hoping you can fix the issue in time to not miss out on too many sales. With cloud hosting, you can also easily add or reduce bandwidth or storage, which is not easy to do with traditional hosting. This ability can be useful when you have an upcoming launch with a huge waitlist of excited customers. Plus, having a WordPress cloud host that can grow with your business means you know you’re always covered. 3. WordPress Cloud Hosting Provides Redundancy and Reliability Because it uses a cluster of servers rather than a single server or data center, cloud WordPress hosting offers redundancy to reduce or even eliminate instances of downtime. If one of the servers in the cloud cluster goes down, the other servers will take over to ensure your site stays up and running. The redundant architecture of WordPress cloud hosting promotes exceptionally high uptime that’s virtually unheard of in traditional web hosting services. It’s improbable that all the servers in your website’s cloud cluster will ever go down simultaneously.  For example, Yisolutions’s cloud-based WordPress hosting network was designed by the same minds behind WordPress.com and WordPress VIP with redundancy and WordPress automatic failover built-in. That’s why we’re the only managed WordPress hosting provider that guarantees 100% network uptime in our SLA. This redundancy is one of the many benefits of cloud hosting. With traditional hosting, your site could go down when a single server fails, leaving your customers to wonder what happened to your site and if they’re better off purchasing elsewhere. But with cloud hosting, when one server fails, another takes over, keeping your site up and functional. Your customers can still access your site, and you never miss a sale. 4. You’ll Have Improved Security with WordPress Cloud Hosting No one sets out to have their website hacked, but it happens all the time. Whether an employee accidentally clicks a malicious link in an email or a brute force attack gains login credentials to your site, a hack can spell disaster for your business if your site is vulnerable. You can rest assured that your website is secure when hosted on the cloud. Many people associate cloud services, including WordPress cloud hosting, as easy to hack since they are entirely online. Cloud-based hosting, however, offers multiple safeguards to protect your website from various cyber threats. Cloud hosting providers use virtualization technology to segment each customer’s virtual resources and data. No other customer can access your website’s virtual resources or data, even if they host their website on the same cloud cluster. Furthermore, a malware infection on any single server won’t affect your website. If one of your
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Cloud e-Mail & Hosting Server

What is cloud email? Cloud email is email that is hosted on a remote server. These servers are accessible by the internet and hosted by a third-party service providers. How does cloud email work? Organizations that use cloud email enable access to user email accounts via the internet. Here users can access their email account by connecting to the cloud-based server to conduct business related activity. What are the benefits of using cloud email? Cloud email offers several advantages, including: Scalability As organizations grow in size and add new users they can easily scale their email infrastructure to accommodate for their growing needs. Cloud email offers you the capacity to only pay for what you need at the time, with option to add additional infrastructure as you grow. Accessibility Users can access their email accounts from anywhere they have internet connection.  Cost savings Cloud email eliminates the need for organizations to invest in and maintain their email servers and infrastructure which can be costly given the size of an organization. Reliability Cloud providers ensure high availability and redundancy, reducing the risk of email downtime. What are some common security challenges in cloud email? Security is a crucial aspect of cloud email. Some common challenges include:  Unauthorized access Email accounts are susceptible to account takeover and other forms of email attacks that attempt to solicit sensitive information. Unauthorized access in the form of account takeover can pose serious security risks that might result in data loss and other security concerns.  Phishing attacks With any form of email users risk the chance of falling victim to email-based scams or phishing attempts. Phishing attempts use fraudulent email addresses or social engineering tactics in attempt to solicit sensitive information. Adopting advanced email security solutions and conducting consistent security awareness training are some ways to stop successful phishing attacks on cloud-based email accounts. Learn how modern threat actors use AI to turbo-charge their phishing attacks in the white paper “How AI is Changing the Phishing Landscape.”  Malware and virus protection Email accounts are susceptible to receiving emails that contain malicious content. Some cyber criminals will mask their identity and use malicious links in emails in attempt to get a user to download malware. Ensuring email attachments and links are scanned for malware and viruses will help protect user’s cloud-based email accounts. How do cloud email providers address security concerns? Cloud email providers implement various security measures, such as: Encryption Emails can be encrypted in order to protect the confidentiality of the data. An email encryption encodes the email to ensure that it cannot be intercepted by an unauthorized individual.  Multi-factor authentication (MFA) MFA is a zero-trust security measure that requires users to authenticate their identity before gaining authorization to access data.  Spam filtering Spam filters are advanced algorithms that can identify and block spam emails. Many email security providers have spam filtering capabilities such as secure email gateways. What is the impact of a cloud email attack on organizations?  A cloud email attack can have severe consequences, such as: Unauthorized access If an attacker gains access to the cloud environment organizations run the risk of compromising confidential business data and personal information of employees or customers. Financial loss If an attacker gains access to account information an organization can experience fraudulent activity on their behalf. Also, if an attacker is able to deploy malware onto a system the ransom demands on the data can be extremely costly. Reputational damage Compromised data is not only a security concern but also causes considerable reputational damage for an organization. It is possible to lose credibility as a business because of a successful cyber-attack. Disruption of business operations If an email account or server is compromised, it will likely result in a halt of business operations resulting in a loss in revenue. How can organizations enhance the security of their cloud email? Organizations can take several measures to improve cloud email security, such as: Employee training and awareness programs ‍Security awareness training is a measure organization can use to educate employees and users about email security best practices. This includes setting safe passwords, identifying spoofed senders, phishing emails, and other malicious attempts attackers take to infiltrate systems and data. Regularly updating and patching ‍Security teams can monitor critical assets and identify potential vulnerabilities in their email client software to protect against known vulnerabilities and attacks before they happen.  Engaging with a trusted cloud email provider ‍YISCloud /Email and YISCloud /Cloud are trusted providers in cloud and email-based security that offers robust security features and adheres to industry best practices. Security solutions for Cloud and Email YISCloud /Cloud is powered by Self-Learning AI, which learns an organization’s normal business operations so it can recognize subtle deviations that indicate a cyber-attack. In this way, YISCloudoffers highly bespoke security solutions that can be deployed anywhere a company has data, including standard cloud deployments, as well as serverless and microservices.  YISCloud /Cloud has the capacity to integrate with YISCloud /Emailbringing an end-to-end security solution that works on real time data from both cloud and email environments. By understanding user behavior in the cloud and email, YISCloud ’s Self-Learning AI can detect and respond to threats that deviate from normal activity, stopping account takeover, human error, phishing attacks, and more.   Click to check YISCloud e-Mail and Hosting Servers  
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8 reasons every business needs the cloud in 2025

The cloud isn’t just for tech companies — it’s for everyone. From small businesses to global enterprises, the cloud helps you grow, cut costs, and adapt to change. It’s more than file storage; it’s the backbone of modern business. Here are 8 reasons why the cloud matters now more than ever. Why the cloud is more than storage Before diving into why the cloud is essential for businesses, let’s take a moment to understand what the cloud actually is. Simply put, the cloud refers to using remote servers hosted on the internet to store, manage, and process data instead of relying on local servers or personal computers. This means businesses can access their tools, files, and applications from anywhere, at any time, as long as they’re connected to the internet. If you want a deeper look into the benefits of cloud computing, check out our article on the Advantages of cloud computing for more insights into the different types of the cloud, cloud services, and how to get started. Now that we’ve covered the very basics, let’s explore the key reasons every business should embrace the cloud in 2025. 1. Scale up or down instantly The cloud makes it easy for businesses to adjust their resources to meet changing needs without the hassle of buying and setting up new servers. Whether you’re experiencing a seasonal rush or launching a new product, the cloud allows you to scale up quickly to handle increased demand — and then scale back down when things quiet down, saving you money and effort. Take the retail industry, for example. During Black Friday, e-commerce platforms often see traffic spike by 5–10 times the normal volume. With traditional systems, businesses would need to invest heavily in servers just for these short periods of increased demand. The cloud eliminates this problem by providing extra capacity instantly, making sure your website doesn’t crash during peak sales. After the rush, the additional resources are turned off, so you’re not paying for unused capacity. Scalability is just as crucial for startups. Take a tech startup launching a new app, for example. Initially, they might only need minimal resources while testing the waters. But if their app takes off and user numbers grow rapidly, the cloud allows them to scale their infrastructure to support more users overnight, avoiding downtime and keeping customers happy. The flexibility of the cloud is also tied to global expansion. If your business is moving into new markets, with the cloud, you can deploy services close to your customers in different regions for fast and reliable performance. Whether you’re managing a seasonal boom, growing steadily, or responding to a sudden surge in demand, the cloud ensures your business is always ready to scale, no matter what. 📈 2. Higher cost savings with less waste and more efficiency You might have heard this before, but the cloud doesn’t just help businesses save money — it also frees up resources to invest in what really matters. With traditional systems, businesses often overspend on servers and infrastructure to handle “just in case” scenarios, leaving expensive hardware idle most of the time. The cloud’s pay-as-you-go model changes this. Businesses only pay for what they use, scaling up during busy periods and down when demand slows, eliminating waste and unnecessary costs. This efficiency means businesses can redirect their savings into areas that drive growth and innovation. For example, instead of spending on maintaining outdated hardware, a company can allocate those funds to research and development, accelerating product innovation. Similarly, businesses can use the savings to enhance the customer experience by investing in better tools, hiring staff, or AI-driven personalization to keep customers engaged and satisfied. 3. Better security Cost savings are just the start — security is another area where the cloud excels. Cloud providers like Google Cloud and AWS make keeping your data easier by taking care of security for you. They use tools like encryption, automatic updates, and real-time monitoring to keep your systems protected without extra effort on your part. Encryption scrambles your data so only authorized people can access it, making it harder for anyone else to misuse it. Automatic updates ensure your security features are always current, protecting your business from the latest threats. Real-time monitoring works in the background to spot and stop potential issues before they cause problems. For example, if you run a small online store, the cloud protects customer payment details without you needing to hire an expensive security team. Or if you handle sensitive employee data, the cloud ensures everything complies with regulations like GDPR. Cloud security grows with you. Whether you’re handling a busy season or expanding to new markets, the cloud keeps your data safe so you can focus on running your business. 4. Disaster recovery Sometimes, things go wrong — power outages, cyberattacks, or natural disasters can shake your business. The cloud makes recovery fast and simple, so your business can keep running. Data is stored across multiple locations, and if one system fails, another takes over instantly. And while traditional systems often require expensive backup servers and complex setups, the cloud handles this for you automatically.  The average cost of downtime for large businesses is estimated at $9,000 per minute, according to Forbes. For many, even a short disruption can lead to lost revenue, unhappy customers, and a damaged reputation. The cloud minimizes this risk by offering built-in disaster recovery solutions. For example, if a ransomware attack locks your data, you can restore a clean backup in minutes. By reducing downtime and eliminating the need for expensive backup equipment, the cloud not only protects your business but also saves you money and time. 5. Remote work & collaboration The cloud has made remote work and teamwork easier than ever. With tools like Google Workspace, your team can securely access everything they need to collaborate, no matter where they are. For example, Google Docs and Sheets let multiple people work on the same file at the same time. Changes happen in real-time, so there’s no back-and-forth emailing of versions. Google Drive keeps all your files in one place, so everyone has
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Microsoft’s End of Support for Exchange 2016 and 2019: What IT Teams Must Do Now

For decades, Microsoft Exchange has been the backbone of business communications, powering emailing, scheduling and collaboration for organizations worldwide. Whether deployed on-premises or in hybrid environments, companies of all sizes rely on Exchange for seamless internal and external communication, often integrating it deeply with their workflows, compliance policies and security frameworks. However, Microsoft has officially announced that support for Exchange Server 2016 and Exchange Server 2019 will end on October 14, 2025. While this may seem like a distant concern, businesses and IT teams must start preparing now. The end of support means that Microsoft will no longer provide security patches, bug fixes or technical support, leaving organizations running on these versions exposed to security vulnerabilities, compliance risks and potential operational disruptions. So, what should businesses do now? In this article, we’ll explore the impact of Microsoft’s decision, the risks of continuing with an unsupported Exchange environment and the available options to ensure business continuity and security. If you’re an IT decision-maker or business leader navigating this transition, keep reading — because ignoring this shift could leave your organization vulnerable. What does Microsoft’s end of support mean for Exchange 2016 and 2019 users?# The end of support for Exchange 2016 and 2019 isn’t just about losing updates — it’s about serious security, compliance and operational risks. Security risks: Without security patches, Exchange 2016 and 2019 become prime targets for cybercriminals. Unpatched vulnerabilities can lead to data breaches, ransomware attacks and email-based threats, putting sensitive business communications at risk. Lack of technical support: After October 14, 2025, Microsoft won’t provide fixes, patches or assistance. If something breaks, IT teams will be on their own — leading to longer downtimes, costly troubleshooting and potential business disruptions. Compliance risks: Regulations like the General Data Protection Regulation (GDPR) and the Health Insurance Portability and Accountability Act (HIPAA) require businesses to use secure, up-to-date software. Running outdated Exchange versions could lead to fines, audits and legal consequences if a security incident occurs. Operational inefficiencies: Older software lacks modern features, performance enhancements and integrations, making communication slower and IT maintenance more complex. Keeping Exchange 2016 or 2019 running will also cost more over time as support resources dwindle. Important note: This end of support also applies to several related Microsoft products, including Microsoft Office 2016, Microsoft Office 2019, Outlook 2016, Outlook 2019, Skype for Business 2016, Skype for Business 2019, Skype for Business Server 2015 and Skype for Business Server 2019. Key dates to keep in mind# Microsoft follows a two-phase support lifecycle for its products: Mainstream Support and Extended Support. Mainstream Support includes feature updates, security patches and technical assistance, while Extended Support focuses solely on critical security fixes — no new features, bug fixes or complimentary support. Once Extended Support ends, Microsoft completely stops all updates and assistance, leaving you without any safety net. What are the best options to keep your business secure and running smoothly?# Sticking with outdated Exchange versions isn’t a viable option for IT teams — the risks far outweigh any short-term convenience. Let’s explore the best migration paths and alternatives to keep your organization secure, efficient and compliant. 1. Upgrade to Exchange Server Subscription Edition (Exchange Server SE)# Microsoft has announced Exchange Server Subscription Edition (Exchange Server SE), a new subscription-based version of Exchange for organizations that require an on-premises email solution. This option is best for businesses that need to maintain compliance-driven, on-prem infrastructure or prefer a hybrid model that integrates with Microsoft 365. However, there are some key things businesses must consider before this migration: Requires periodic upgrades: Exchange Server SE will require regular updates, meaning IT teams must stay on top of maintenance. Licensing and maintenance costs: A subscription model means ongoing costs, and organizations will still need to manage and secure their own infrastructure. Complex upgrade path from Exchange 2016: Microsoft recommends that businesses upgrade to Exchange 2019 before moving to Exchange Server SE since direct in-place upgrades to Exchange SE won’t be supported. 2. Migrate to Exchange Online (Microsoft 365)# For businesses looking to move beyond on-premises infrastructure, Exchange Online (Microsoft 365) is a compelling option. This cloud-based solution eliminates server maintenance, enhances security and improves scalability, making it ideal for organizations embracing a cloud-first strategy. Key advantages of choosing Exchange Online include: No more server maintenance: Microsoft handles all updates, patches and infrastructure management, freeing IT teams from the burden of maintaining Exchange servers. Built-in security and compliance: Exchange Online includes automatic security updates, threat protection and compliance tools to meet regulatory requirements, such as GDPR and HIPAA. Scalability and accessibility: Employees can securely access email from anywhere, with 99.9% uptime and flexible storage options that scale with business needs. Enhanced collaboration: As part of Microsoft 365, Exchange Online integrates seamlessly with Teams, SharePoint and OneDrive, improving productivity and data management. However, there are some potential challenges as well. Migration complexity: Moving large amounts of email data can be time-consuming and requires careful planning to minimize downtime. Licensing costs: Microsoft 365 operates on a subscription model, meaning ongoing per-user licensing fees. User adoption and training: Employees may need training to fully utilize new features and ensure a smooth transition. 3. Migrate to Google Workspace# For businesses looking for a cost-effective, cloud-first alternative to Microsoft 365, Google Workspace is a strong contender. It provides seamless collaboration, built-in security and reduced IT overhead, making it an appealing choice, especially for organizations that don’t require the advanced tools included in many Microsoft 365 plans. Notably, Google Workspace is often more cost-competitive than Microsoft 365. While Microsoft 365 pricing ranges from $6 to $22 per user per month, Google Workspace plans typically fall between $6 and $18 per user per month, with enterprise pricing available upon request. Some of the advantages in switching to Google Workspace include: Lower IT overhead: No Exchange server maintenance, reducing hardware and operational costs. Scalability and flexibility: Google’s cloud infrastructure scales with your business needs without additional IT effort. Collaboration and productivity: Google Workspace integrates Gmail, Google Drive, Meet and Docs, enabling real-time collaboration
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Navigating GoDaddy’s Dedicated Server Shutdown: YIS Cloud Has Your Back

If you’re a GoDaddy customer relying on a dedicated server, you’ve probably seen the recent news—GoDaddy is retiring all dedicated servers and migrating users to Virtual Private Servers (VPS). This move has raised questions for businesses that depend on the performance and security of dedicated servers. So, what’s happening, and what should you do next? Understanding GoDaddy’s Decision GoDaddy’s shift from dedicated servers to VPS might seem sudden, but it’s part of a broader industry trend. By phasing out dedicated hosting, GoDaddy is streamlining its services, focusing on virtualization and more automated solutions. This helps reduce their overhead and simplifies their offerings, but it may leave customers like you scrambling for answers. GoDaddy claims VPS offers “comparable performance” to dedicated servers while being easier to scale and often more affordable. They also highlight benefits like automated backups, SSD or NVMe storage, and manual snapshots. But does VPS really stack up to a dedicated server? Why It Matters for Dedicated Server Users Dedicated servers are all about control and power. When you run a dedicated server, you get an entire physical machine all to yourself—no sharing with anyone else. You can fully customize your server’s hardware, run virtualization software, and handle high-traffic, high-performance websites or applications. With GoDaddy’s move, there’s one major catch: virtualization won’t be allowed on their VPS plans. If you rely on VMware, VirtualBox, or other virtualization platforms, GoDaddy’s VPS solution won’t work for you. This makes finding a new provider crucial if virtualization is key to your setup. Plus, VPS, while offering a lot of flexibility and cost-effectiveness, operates in a shared environment. While resources are allocated to your virtual server, you’re still sharing the physical infrastructure with other VPS users. This can introduce some limitations, especially for businesses with heavy workloads or advanced security needs. Virtualization: The Core of Dedicated Server Power Virtualization is a major reason why businesses opt for dedicated servers. It allows you to run multiple operating systems and isolated applications on one server, essentially turning one physical machine into many virtual ones. Without this capability, businesses lose out on flexibility, testing environments, and certain advanced configurations. GoDaddy’s shift away from dedicated hosting and their prohibiting of virtualization on VPS servers means that businesses needing virtualized environments must look elsewhere. VPS vs. Dedicated Hosting: The Key Differences It’s important to understand the differences between VPS and dedicated hosting, especially now that GoDaddy is pushing users to VPS plans. Here’s a quick breakdown: Resource Allocation: A VPS shares resources with other users on the same physical server, while a dedicated server gives you the full machine. With dedicated hosting, you don’t have to worry about “noisy neighbors” consuming too many resources. Performance: Dedicated servers offer better performance for high-traffic, high-demand websites and applications. VPS can work well for smaller or less resource-intensive tasks, but it’s not as robust as dedicated hosting. Security: Since a VPS shares hardware with other users, there’s a slightly higher security risk. Dedicated servers offer more isolation and control, allowing businesses to implement stronger security measures. Control: On a dedicated server, you have full control over the hardware, allowing you to configure it for specific tasks. With VPS, you’re limited by the hypervisor, which is the software managing the virtual machines. Cost: VPS hosting is typically cheaper than dedicated hosting, making it appealing to smaller businesses or websites that don’t need a ton of power. However, for businesses that rely on consistent high performance, the price of dedicated servers is often worth it. The Impact on GoDaddy Customers If you’re a GoDaddy customer currently on a dedicated server, this change could be disruptive. If you don’t proactively migrate, GoDaddy will automatically move you to a VPS, but it won’t be an apples-to-apples comparison. For example: IP Address: While GoDaddy will try to retain your IPv4 address, IPv6 addresses won’t carry over. This could mean changing IPs, which may affect services or applications tied to that address. Storage Limits: If your dedicated server used more storage than GoDaddy’s new VPS plans allow, you may need to pay extra for more space. Email Changes: GoDaddy’s VPS email servers are different, so some configurations, like the ability to use Port 25, will no longer be available. Downtime: Automatic migration could cause downtime, especially for Windows servers. GoDaddy’s support mentions “extended downtime” for some cases. All of this means that, while GoDaddy’s VPS solution might work for some, others will need to find a new home—especially if they depend on dedicated resources and virtualization. Why YIS Cloud Is a Strong Alternative At YIS Cloud, we understand the frustration caused by GoDaddy’s sudden shift. That’s why we’re doubling down on dedicated hosting and continuing to provide top-notch dedicated servers that allow you to maintain full control over your hosting environment. Here’s why YIS Cloud stands out: Customizable Solutions: We offer a range of dedicated server plans that allow you to tailor your hardware and software to your specific needs. Whether you need massive storage, high CPU power, or multiple operating systems, we’ve got you covered. Top-Tier Support: Our support team is available 24/7 to assist with any issues, and we’re here to make migrations as smooth as possible. Virtualization Ready: If you need virtualization, our dedicated servers are fully compatible with platforms like VMware, KVM, and more. You won’t find that option with GoDaddy’s VPS plans. YIS Cloud provides dedicated servers starting as low as $119 per month. You can check out our dedicated server pricing on on our website.
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