Is VPS Hosting Better Than Shared Hosting, and How Much Does it Cost?

posted on May 2, 2021

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In shared hosting, many hosts shared a single server and all the resources. It is the best way to begin a small size website for a new starter.

In VPS hosting is the virtual type you can use a single type sever to a single website and all resources to a single website. Their fore speed, performance, and traffic handling capacity are more.

If you are searching for a faster VPS hosting provider then I suggest you some best names such as DomainRacer, DedicatedCore, A2hosting.

    DedicatedCore: Best Quality with SSD Storage server
    DomainRacer: Lowest cost VPS with SSD Storage Space
    A2Hosting: VPS hosting service for growing business websites

If you are starting new business traffic comes on your website is low, then shared hosting is best for you and traffic comes on your website middle and high then you choose the VPS hosting which handles it smoothly.

Many websites are hosting in a single server is shared hosting therefore their speed, performance is low as compared to VSPs hosting.

Select the VPS Hosting which gives the following resources.

  • cPanel and WHM access: It is necessary to have the total access of cPanel and WHM access with root access. For better performance of website and server.
  • Unlimited bandwidth and storage: Choose a provider which gives you unlimited bandwidth and SSD storage which is helpful to handle a large amount of traffic. It directly affects the speed and performance of the site and server.
  • Free SSL and Security Toolkit: Choose the provider which gives the Free SSL for better browsing and it gives free virus scan and firewall protection which helps to protect from hacker and site crashing.
  • Choice of a data center: The provider has multiple centers and it provides you data as per your traffic nature. The nearest data center affects their server speed and website site.
  • Customer support: It is necessary for that provider helps to build the website and increasing the traffic on the website. make sure hosting provide provide 24x7x365 days customer support.

Linux VPS vs. Windows VPS

posted on April 19, 2021

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One of the most important choices you’ll have to make when you choose to move from a shared hosting solution to a VPS is what kind of operating system will provide you with the most benefit – Linux or Windows. Depending on the server provider you choose, you may be able to install whatever OS you prefer, or you may be bound to use the same OS as the host. Both types of operating systems offer a number of benefits for an SMB, but which one is right for your business?

Benefits of a Windows VPS

Windows VPS servers are not as populous as Linux, in part because of the proprietary nature of Windows as a Microsoft product. As a result, Windows VPS servers tend to be used for more specialized tasks, and while they will come with a higher price tag, they will also come with a broader base of support, and more regular updates. Most Windows servers currently run on Windows Server 2008 R2, in combination with Windows Hyper-V, a hypervisor that functions as hardware and allows the server to manage the resources being used in real-time. There are number of advantages that a Windows-based server can offer you over a similar Linux solution, starting with more robust support for ASP and ASP.NET, which can be especially useful for Web developers. In addition, Windows VPS solutions will come with support for the Microsoft SQL or Microsoft Access database. Microsoft SQL Standard or Enterprise will require a separate licensing fee, however. Another benefit to a Windows virtual private server is the ability to remotely access your desktop through an easy to configure GUI that will let you manage tasks even when you are not at your computer.

Benefits of a Linux VPS

A Linux VPS can also offer your business a wide range of benefits, starting with the many types or “flavors” of the OS that are available. Linux as a whole is an open-source OS, which means that it is constantly being changed and modified by users, and does not come with as large a cost as a Windows server, simply because the cost for you to use Linux is much lower – and often free. Different types of Linux will offer different features; some will have easy-to-use GUIs, while others include strong communities that are constantly releasing updates for their work. Linux VPS servers are also known as more reliable, in part because so many VPS providers use them, and can often provide a greater amount of uptime for end users. Another feature of Linux not found in a Windows VPS is secure shell (SSH) access, which will allow you to direct access to the control panel of your VPS, and allow you to control all of its functions. This SSH access is text-based only, meaning it will require a higher level of knowledge to use, but can give you a great deal of power from anywhere you log on.

Making the Choice

There is no clear-cut winner in the fight for VPS supremacy, and which OS you choose will depend in large part on the needs of your business. If you’re looking for a server that can offer you dedicated access to resources and support for ASP.NET, then a Windows VPS may be your best choice. If you need to manage your IT on a tighter budget and want an OS you have more control over and greater access to remotely, then you may want to consider the use of a Linux VPS to get the most value for your dollar.

Boosting VPS Performance

posted on April 19, 2021

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Virtual private server (VPS) technology offers significant cost savings for both hosting companies and end users of hosted services, as it provides the privacy and security of a dedicated server without the expense of reserving an entire server’s resources for one client’s use, allowing end users to enjoy the best of both worlds. VPS hosting services eliminate many of the problems associated with shared servers including system slowdowns caused by other users on the servers; the resources allocated to a particular subscriber are always reserved for their sole use. This reduces downtime, prevents unnecessary lags and improves the overall performance of the system. In order to improve VPS performance even more, there are a few tips and tricks that can optimize speed and performance for Linux and Windows VPS hosting subscribers.

Monitor performance
It may seem obvious, but subscribers should routinely track the speed and performance of applications hosted on the VPS in order to ensure optimal performance. At times, software conflicts can cause slowdowns; other causes for poor performance include hardware errors, lack of space and processing resources and bandwidth issues either at the source or en route to the end user. Finding these problems early can improve productivity and avoid unnecessary downtime that can occur if these problems remain unaddressed. In some cases, expanding the storage space available through the VPS host may be the best solution. The cost of expansion is typically less than the lost revenues incurred by companies who delay this move until they experience serious issues and downtime as a result.

Enhancing Apache Performance on VPS Servers
On Linux implementations, opting for dynamic module management over static, always resident web server module loading settings can improve overall performance throughout the VPS environment. Because dynamic module loading allows components to run only when they are actively needed, this setting uses less of the server’s resources and can provide improved speed and performance for other applications on the server. This can be especially important on servers that also run MySQL or other programs known to require a large proportion of available server resources. Additionally, by installing and maintaining only the core Apache functions and components and eliminating less useful elements, many companies can improve their overall VPS performance. Disabling some portions of Apache’s built-in functionality can also improve loading times and enhance the overall performance of the VPS system.

Managing MySQL’s Memory Usage
For companies that use the open source database system MySQL, optimizing the database implementation is a must in order to ensure faster page load times and improved performance from this high-resource platform. MySQL is often paired with Apache web server software. This combination may create significant slowdowns in lower resource VPS environments. By ensuring that the dynamic durability settings for MySQL are enabled, it is possible to speed up the processing power of the MySQL database. Additionally, reducing the key buffer size to the smallest practical percentage can also free up valuable system resources within the MySQL environment, boosting speed and performance for page loads and other applications. And in some cases you may even want to consider moving the database server onto a seperate server altogether.

Keep it Lean
Many VPS hosting providers offer an array of pre-installed applications as part of their initial implementation service. For companies that don’t need and don’t use these applications, removing them from the server can free up valuable space and provide a faster, more streamlined environment for vital applications and data storage needs. Streamlining Apache web server applications, MySQL database software and other components within the server environment can boost VPS performance while managing costs and space availability more efficiently, allowing companies to achieve higher productivity and enhanced revenues without spending a fortune in server storage space to do so.

Difference between VPS hosting and Cloud Server hosting

posted on April 15, 2021

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VPS stands for virtual private server. It's very similar to a VM (virtual machine) but generally associated with server operating systems (OS) whereas VMs are more commonly referenced when running a desktop OS.

In a standard VPS hosting situation there is a physical server that is running special software called a hypervisor. This hypervisor creates "virtual" machines within the single main server that are each isolated and have their own specific resources - RAM, CPU, Disk, etc. Popular hypervisors include VMware ESX, Microsoft Hyper-V, and both Xen and KVM running on Linux.

VPS hosting is great because for the most part it looks just like a physical server to both the administrator and the end-users. The fact that the hardware is actually shared (aka multi-tenant) though gives the added benefit of cost savings since the instance effectively costs only a fraction of the physical server.

Standard VPS hosting is not without a couple of challenges though. One challenge is that the VPS runs on the single physical server and if there is an issue with that server, every server instance running on the server goes offline.

Another challenge is that the combined resources of all of the virtual private servers combined cannot exceed the total resources of the single physical server. If the resources on the server reach a certain maximum threshold, the VPS instances running there can no longer scale up – until the server is taken offline and more physical resources are added.

Additionally, because of this single resource pool situation, if one or more VPS instances on the single server increase substantially in resource load, it can impact every other VPS running on that server.

In comes the cloud to save the day.
What a cloud VPS server solution adds are direct solutions to those three concerns. By definition – if the host is being open and honest – a “cloud” solution should not run on a single server. Instead there should be a pool of redundant physical resources that operate both independent of each other but also together as a single entity. So there might be 10 servers in the cloud and any VPS servers running on that cloud would get to leverage the processor, memory, and storage facilities of those servers.

If a physical device in a cloud environment fails, it should have minimal or no impact to anything running on the cloud. If there is any impact, it should literally be measured in seconds – like the time it takes a VPS to reboot.

Additionally, a properly configured cloud environment will allow the VPS servers to move – in real-time and live without impacting operation – between the different physical resources. This fact addresses both of the last two VPS concerns. Scaling out is no longer limited to one server, but can be done across an entire cluster of servers. And if the cluster runs low on resources, more can be added live without impact to running operations. Plus, this fact of running on a cloud of resources means that the hypervisor can be used to balance out the resources across the nodes and optimize performance. If one VPS is running excessively hard and starts to impact other customers, it can be migrated (again, live, without any user impact) to a different node that has more idle capacity.

This is really the tip of the iceberg. Cloud VPS server hosting has so many benefits over standard legacy VPS hosting that I expect everyone will be running on a cloud server in the near future. There is really no good reason not to, but there are plenty of reasons to do so.

What To Consider When Purchasing Linux VPS Hosting

posted on April 14, 2021

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Many of the online business owners who strive for uninterrupted service and matchless server performance, choose to go with Linux VPS hosting. Since a fraction of interruption costs them huge, they consider Linux VPS to ensure non-stop performance curve of their online business / application. But, what are the factors that one should consider while purchasing that Linux server.

A cheap hosting plan isn't always good, so don't waste time and energy over discovering one. There are n number of hosting companies claiming to offer the cheapest and effective Linux hosting plans for the businesses. Before preaching a suitable plan, you need to study your requirements in detail.

Keep a note with you covering the technical specifications you need. Following are the key factors you must evaluate:

Key Components Of A Linux VPS Hosting Plan:

CPU:
For most of the dedicated server owners, the CPU execution load is a serious concern. You can prefer having a Linux VPS server as it's less heavy than a regular computer. VPS one servers are made to run on virtual CPUs. CPU execution load differs from the process.Web servers likely to consume more CPU space while online game servers and chat box servers exert a heavy load on a server’s CPU. So, it’s important to select the proper CPU for a faster response if your business demands it.

RAM:
RAM is another important technical element that you should consider. Its type and volume is significant to the server. A RAM of 1GB capacity with a single core CPU handles efficiently a website with 2000 visitors per day. A 512 RAM also performs well and runs flawlessly. But in case of heavy sites like gaming or live chat, it starts slowing down the whole process. In the future, website page speed will matter and it needs to be faster. So, being the owner of an onlinebusiness, you have to be really precise about your requirements.

Disk Space:
Disk space is again a significant choice and depends entirely upon the amount of data you want to have on the server. Again, the amount data stored depends upon the type of website you're hosting. A personal blog consumes lesser disk space than a social community website like Facebook and Twitter that captures huge chunk of the disk space. Strategically, a 200 GB hard disk is capable enough to run your personal blog, but for running a games website with a large number of users even hard 20GB will not deliver you the proper space. So, while buying Linux VPS, check out your hard disk space requirements.

Bandwidth:
Bandwidth is another important factor that should be considered while buying the Linux server. It strategically depends upon the number of active users or visitors to your website and the nature of their communication. A small website requires minimum 300GB of bandwidth however the volume of bandwidth starts with 1000GB for larger websites having a media-heavy pages.

Overall Performance:
Beyond the list of the components said over, a few performance parameters are also important. Notably, the overall performance of a web hosting service is measured by following parameters as a whole. They are:

    Server uptime
    Page loading speed
    Distributions
    Website monitoring systems
    Security protocols

Scalability:
Growth is the key derivative every business looks at. When it comes to website hosting, scalability is evident to handle sudden waves of traffic. A service should be scalable and must contain layers of backup hardware resources to handle the increased traffic loads on the server. Ask your service provider if the plans and services offered are scalable and will be able to match the future resource requirements. 

Finding The Right VPS Server

posted on April 10, 2021

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Virtual servers are all the rage now in the hosting world, and more and more individuals and businesses opt-in for this versatile solution. That's far from surprising - the online environment is getting more and more competitive, and site owners have to get really creative when developing their project. But before you make a stunning website that will wow your visitors, you have to choose the right hosting service for it.

Why VPS Hosting?

As the majority of online pages are relatively small and not very resource-hungry, shared servers can often accommodate them easily, costing the client just a few dollars per month. Yet, an increasing number of users are turning to VPS hosting solutions.

Any provider can split a physical server into several independent copies through a process called virtualization. Each account gets a dedicated amount of system resources and its own caged environment. This brings a ton of benefits:

Better Performance - you are no longer crammed on the same machine with hundreds of other users like with shared hosting. Instead, you get your own CPU, RAM, disk space, and bandwidth to utilize as you see fit. Such a setup guarantees you will always enjoy better speeds and uptime from a VPS hosting server.

Ultimate Control - regardless if you choose an unmanaged or managed VPS, you get some (or full) root access to make customizations. Change your OS, set up a custom software, or put up your own security firewall - it's all possible on a virtual private server.

Next-Level Security - one of the major flaws in shared hosting lies in its architecture - all users utilize the same resources and environment. This means that a security breach through one client account poses a threat to everyone. VPS hosting solves that problem - each user is completely separated from the other, so it's only a matter of securing your own virtual server.

Expert Support - you might see a lot of offers for quality managed VPS hosting on the market. It's like an extra helping hand when you run into a problem. Most business owners don't know much about server administration, so such solutions guarantee you can still take advantage of a VPS without any previous technical knowledge.

This all sounds great, but there are still hundreds of providers fighting for your attention. Making an informed decision might require some research...

How To Find The Right VPS Server Provider?

The general answer to that question is actually quite simple - know your needs. Having a clear idea of what your website is going to be (or already is), its hardware/software requirements, and your future growth plans will see you bring down the hosting choices to just a few top contenders. But let's dig a little deeper and outline the most essential aspects you need to focus on.

1. Server Location


This might not seem like a big thing, but choosing a data center close to your audience location gives a much-needed boost in terms of speed and connectivity. When the distance between client and server is minimized, the information travels a lot shorter, and you get faster page load times as a result. Sure, many international hosts are optimized enough to serve content rather quickly, regardless of the visitor location, but every millisecond counts in the world of websites.

2. Operating System

Choosing the right OS entirely depends on what software you intend to use for your web pages. If your weapon of choice is an open-source CMS like WordPress, Joomla, Magento, or similar - Linux VPS hosting is the way to go. Analogically, if your project utilizes a .net technology or runs MSSQL databases - Windows services are the proper solution.

3. System Resources

If you already have a website, this would be an easy task. Your current host probably has some kind of control panel to show you the essential site metrics. Check your resource consumption and, more specifically, CPU, RAM, disk space, monthly traffic. Another good idea is to look at the number of account files (inodes) as some hosts put such limitations in their Terms & Conditions.

Even if you don't have a website already built, you can go for an entry-level VPS and scale up as your project grows. Which brings us to...

4. Scalability

One of the greatest benefits of VPS hosting is the ability to add (or remove) resources on-the-go. This allows you to fine-tune your service without upgrading to a more expensive package and keep your services budget-friendly. Still, not all VPS providers offer this flexibility, so it's a good thing to check beforehand.

5. Plan Features

The bread and butter of your hosting account. Naturally, you will be looking for the specific features that satisfy your particular needs - be it an SSL certificate, daily backups, a CDN, or something else. But take your time to consider the whole package - there might be some extras that can come in handy even if you don't have an immediate use for them.

6. Customer Service

VPS hosts generally offer two types of services - managed and unmanaged. As you can tell by the name, the main difference between the two is the level of support you're getting.

Managed VPS hosting is the ideal choice for beginners and smaller businesses without a dedicated IT team. The provider takes care of all technical tasks - setting up the server, doing software installations, perform maintenance and updates, solving client issues.

In comparison, experienced developers prefer the freedom of the unmanaged VPS server. With this service, the host takes care of the initial setup and gives you full control afterward. You get unlimited root access and can tweak and modify practically any server component.

7. Price

Even the best VPS hosting service would be useless if you cannot afford it. Looking around, you can find all kinds of deals, loosely ranging from $9-$99 per month. That's not at all surprising, as providers give completely different packages in terms of hardware, features, support, etc.

The thing you're looking for here is cost-effectiveness. So once you determine your maximum budget, you can shortlist all quality hosts that fall into that category and determine which one gives the most value for money.

Final Takes

As you can see, finding the right VPS hosting partner is not such a big deal when you know what you're looking for. Even if you just cover the most important aspects of the service, you will find a number of good providers that will readily take on your requirements. Ensure solid hardware and pick a flexible solution with a rich enough feature set. Consider the specifics of your project, especially if they are unusual to the standard hosting setup.

You can find your VPS hosting provider through HostClue.com

What is VPS Hosting?

posted on April 4, 2021

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When you’re using a Virtual Private Server — or VPS for short — you’re still sharing a server with other users. However, your web host allocates an entirely separate partition for you on that server. This means you get a dedicated server space and a reserved amount of resources and memory.

In fact, VPS hosting can be great for medium-sized businesses with a rapidly growing number of websites and traffic.

Pros

    Dedicated server space
    Traffic surges on other websites have no effect on your performance
    Root access to the server
    Easy scalability and high customizability

Cons

    More expensive than other types of hosting
    Technical and server management knowledge is a must

Check out VPS hosting plans!

Top 10 cybersecurity trends in 2021

posted on April 4, 2021

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The financial impact of global cybercrime is expected to reach a horrendous amount of USD 6 trillion in 2021 and can increase to USD 10.5 trillion annually by the year 2025. (1)

Terrifying, isn’t it?

Cybercrime is turning out to be a pressing issue for businesses worldwide.

The advanced businesses that deal with a lot of data are at the top of the vulnerability risks. From malicious viruses, malware, denial of services’ attacks, ransomware attacks to the latest Solorigate attack – the one that took place on the SolarWinds software and affected a lot of related organizations, the cybersecurity threat landscape is constantly evolving.

The attacks are becoming more sophisticated and are well-funded. This means the attackers are capable to use advanced technologies to break into the strongest of the security systems. All they need is a weak door.

As cybersecurity evolves, it is important for you as organizations or individual users to be aware of the latest cybersecurity trends. This will help you to improve your website’s online security status.

Let’s look at the top 10 cybersecurity trends to watch out for in 2021.

Top 10 cybersecurity trends

1. Cloud, 5G, IoT threats are witnessing an increase

The rise in technologies like Cloud computing, the Internet of Things (IoT), 5G, Artificial Intelligence, etc. is no doubt helping the world become more interconnected. However, the primary downside to this growth is the increased vulnerability to cyber-attacks.

Cloud has emerged as an ally for businesses worldwide by allowing them to shift their operations beyond the physical boundaries of their premises. While global businesses were already adopting cloud at an increasing rate, the pandemic has acted as a catalyst for the same. However, rapid cloud migration is set to trigger a host of new security challenges and threats in 2021.

Organizations will need to amp up their cloud’s security measures and continuously monitor and update applications to safeguard against any data leaks. Cloud services from Microsoft, Google, and Amazon are though equipped with security measures from their end, the end responsibility lies with the users.

Major cloud security threats include access to cloud storage, data breaches and leaks, data loss, and insecure APIs.

2. Zero trust networks are finding increased acceptance

With increasing threats from both within and outside an organization, traditional security architecture models tend to be inadequate.

According to Gartner, the zero-trust architecture model can be defined as a digital identity-based perimeter with four primary capabilities – identity-based schema, continuous trust evaluation, resource secure access, and adaptive access control.

It helps organizations establish a solid network security architecture with dynamic authorization, comprehensive identity, management automation, and risk measurement.

You might relate a Zero trust architecture (ZTA) to a Virtual Private Network (VPN); however, it is different from that. ZTA is much more secure when it comes to defining policies and controlling remote access to specific applications.

In ZTA, organizations can identify a ‘protect surface’ – which is made up of their most critical and valuable data, assets, applications, and services. They may be unique to every organization. It is identified within an organization i.e., the organization is well aware of how traffic is flowing within the protect surface, ensuring secure access to it.

According to Gartner, 80% of new digital business applications will be accessed through ZTNA (Zero Trust Network Access) by 2020, and 60% of enterprises will move from remote-access VPNs to ZTNA by 2023.

3. Work from home (WFH) threats are rising

The pandemic has completely changed how work is done and more importantly from where it is done. With a large number of organizations switching to a flexible or remote working model, security experts predict a rise in cyberattacks targeted at the weak and unidentified home networks.

Take a look at this image below that covers the top WFH cybersecurity concerns of organizations. This is an extract from the “Enduring from home: COVID-19’s impact on business security” report by Malwarebytes (3). 45% of the respondents consider devices at home to be unsafe and at a greater risk of being compromised.

Threat actors are prepared to take advantage of current working situations and exploit those who are the most susceptible.

As work changes, organizations too will need to update their security policies. They must come up with solutions to protect their remote workers from cyber threats.

Remember, even the most secure system can fail if your employees are not aware of the security threats and their role in keeping the company’s information safe and secure.

Hence, organizations must invest in cybersecurity training as well, especially for those who are working from home. After all, all it takes is one wrong click to compromise your company’s entire network.

4. Patch management software will see good growth


Unpatched vulnerabilities are the most common points of entry exploited by the cyber threat actors during a cyber-attack. Patch management primarily involves fixing any vulnerabilities on software or application that might be exploited by cyber-criminals.

With increasing cyberattack incidents based on exposed vulnerabilities and unpatched systems, patch management is an important cybersecurity trend to look forward to, this year.

A good patch management program like Avast Business Patch Management will help you regularly and timely identify unpatched software and take remedial actions to close the security gaps as soon as possible.

5. Supply chain attacks have become more sophisticated

The recent attack on the SolarWinds Orion platform brought global attention to the need for businesses to make cybersecurity a top priority in 2021.

A single attack on a third-party vendor compromised the data of multiple government and private organizations associated with the victim. This is probably the major reason why supply chain attacks are increasing at an alarming rate.

One point of failure can open multiple attack pathways. Attackers look for the weakest link in your supply chain network. They may be companies with fewer security measures. Below is the visual representation of rising supply chain attacks revealed in a report by the Identity Theft Resource Center (ITRC).

6. Ransomware is still the #1 cyber attack

News stories covering ransomware attacks have been hitting the headlines for many years. The trend does not seem to be ending this year as well.

Cybersecurity experts still consider ransomware as one of the most prominent types of cyberattack that is a serious concern for organizations worldwide. The issue will not be magically resolved. It requires organizations to take effective steps to improve their security status.

Ransomware attacks are highly targeted. As the ransom is demanded in bitcoins, it becomes difficult to track the real culprits. Moreover, there is no guarantee that the hacker will share the decryption key once he gets the ransom. Their objective is only to extract money out from you. Don’t expect them to give great customer service. ?

So, the best way here is to take all precautionary measures and train your employees on how to not fall prey to ransomware attacks.

7. Having Security Service Centers will soon become the norm

Security service centres (SOC) refers to a facility that includes an information security team that continuously monitors and analyses an organization’s security posture. It may be a third-party or a centralized function within an organization.

You can think of it as a central security hub that keeps track across an organization’s entire IT infrastructure – devices, networks, appliances, etc.

They keep a stock of all available resources with a clear view of how information, data, and assets flow within and outside the company’s network.

Continuous network monitoring helps the SOC team to be aware of even slight anomalies. It is a viable option for small and medium-sized organizations that cannot afford to hire a full-time internal security team. Large enterprises normally have their own internal SOC.

According to the Marketsandmarkets report, the SOC service market is expected to grow to $1.6 billion by 2025 from $471 million in 2020.

Suggested Reading: Top 11 Cyber Protection Solutions for Businesses – a comparison

8. Secure Access Service Edge (SASE) framework is being adopted

Research firm Gartner defines SASE as a security framework designed to enable secure and faster cloud adoption. It ensures that both users and devices have secure cloud access to applications, data, and services from anywhere and anytime.

With increasing cloud adoption, the traditional enterprise framework defined within a physical location is diminishing, giving way to a dynamic set of edge capabilities that can be delivered as a service from the cloud.

This new framework also makes organizations rethink their risk and security management policies. SASE tends to help organizations adopting this new framework by combining networking and network security into a single, cloud-delivered service to support their digital transformation goals and ensure workforce mobility.

9. Automotive hacking is on the rise

The automotive hacking concept would have sounded straight out of a sci-fi movie, a few years back, but not today. As cars and other vehicles become smart, thanks to technologies like Artificial Intelligence, Bluetooth, Wireless, IoT devices, etc. automotive hacking is set to become a top cybersecurity trend in 2021.

Car hacking can take place when a hacker exploits a weakness in an automobile’s communication systems, software, or even hardware components and gains unauthorized access to it. Modern cars contain several computerized equipment like a controlled area network (CAN), key fob entry, etc. that can be attacked in multiple ways.

Attackers can also use it to control an automated vehicle – engage the breaks, steer it, or change gears. Vehicle manufacturers have started researching more on automotive cyberattacks and what measures can be taken to curb them.

Automotive related cyber-incidents doubled in 2019 as compared to the previous year (a 605% increase from 2016). (4)

10. Insider threats are now more pronounced

Human errors remain to be one of the most common threats to an enterprise’s cybersecurity status.

This becomes more critical today as companies shift their workforce to a remote working model. As employees work from home or use their own devices to log into company accounts, they are at constant risk of being targeted by bad actors.

Weak passwords, unauthorized access, unsecured networks, etc. are the top concerns organizations should work upon to improve the system security of their remote employees.

Insider threats constitute those employees who either are careless or have no idea that how their actions can compromise their company’s security or the ones who have legitimate user access to the company’s data and wilfully extract it and exchange it with third-party users.

According to Forrester, insider data breaches are poised to increase by 8% in 2021 and account for 33% of all cybersecurity incidents.

Bottom-line

Preparing and securing against cyberattacks have now become strategically important for organizations. Cyber-attacks can ruin your company’s position in the market and make it difficult for the customers to trust you again.

While you cannot rule out their presence entirely, you can take steps to protect your company’s data. And you might start by being aware of what’s trending in the cybersecurity space.

Do you have anything to add to our cybersecurity trends’ list? Do let us know in the comments section below.

Sources:

1https://www.business2community.com/cybersecurity/40-terrifying-cybersecurity-statistics-you-need-to-know-for-2021-02384223
2https://www.trustwave.com/en-us/resources/library/documents/2020-trustwave-global-security-report/
3https://resources.malwarebytes.com/files/2020/08/Malwarebytes_EnduringFromHome_Report_FINAL.pdf
4 Upstream Security