Key Takeaways: How & Where to Watch Frasier Episodes Online Free

This September marked 30 years since the premiere of comedy series Frasier. The show ran for 11 seasons, and its just shy of 20 years since the last season was on our screens. Now were in for a new 10-episode Frasier reboot starting this October. If you want to know how and where to watch Frasier, keep reading.

Kelsey Grammer will return as psychiatrist Frasier Crane and other members of the original cast will make appearances. However, not all of the cast will be returning, including David Hyde Pierce as Frasiers brother Niles.

The Frasier reboot is exclusively available on Paramount Plus. If youre not in a country where Paramount Plus is available, you wont be able to access the show due to geoblocks. Using a VPN can get you past such blocks, though, and we recommend using ExpressVPN, the best VPN around.

The new season of Frasier will be streamed on Paramount+. The first two episodes premiere Thursday, Oct. 12 in the U.S. and Canada, and new episodes will be available weekly.

The Frasier reboot starts on Oct. 12 on Paramount Plus in the U.S. and Canada.

All other Paramount Plus regions, such as Australia, New Zealand and the U.K., will get the new Frasier season starting on Friday, Oct. 13.

If you dont have a Paramount+ account, the first two episodes will premiere live on the CBS channel on Tuesday, Oct. 17 at 9:15 p.m. EST. If you dont have cable, you can sign up for a live TV streaming service that carries CBS, such as Hulu + Live TV, YouTube TV, fuboTV or DirecTV Stream.

If youre not in a Paramount+ country, you can use a virtual private network (VPN) to unblock the service. This will also work for a live TV streaming service in the U.S.

All you need to do is connect to a VPN server in a country that has Paramount+ or a CBS stream. This will mask your true location, making you look like youre in the country and allowing you to access your chosen service. We have a step-by-step guide further down.

If youre new to the Frasier series or want to rewatch previous seasons, there are plenty of options available.

In the U.S., you can watch all 11 seasons on Paramount+, Hulu and Amazon Prime Video. All of those services offer a free trial. You can also watch Frasier on other services around the globe. Heres a table of all the streaming services where we found it. Remember, if youre outside of any of these countries, a VPN can help.

No, the Frasier reboot isnt on Netflix because its a Paramount+ exclusive. We also didnt find the original Frasier seasons on Netflix.

Netflixs content is always changing, so there is a chance that Frasier could make an appearance at some point. If that happens, well try to keep this information updated. You can check Netflix for yourself, too, and not only in your own location. Netflix regions have slightly different content, so its a good idea to check other countries libraries.

You can use a VPN to check if Frasier is available in a different Netflix library. Just connect to a server in the country you want to check, then log in to your Netflix account. You should see that countrys content library. If not, Netflix may have detected your VPN usage, so connect to a different server and try again.

Since the Frasier reboot is only available on Paramount Plus and CBS, your only option to watch it for free is a free trial. Paramount Plus offers a seven-day free trial, which isnt enough to get you through all 10 episodes as they premiere. A livestreaming services free trial wont allow you to watch the entire reboot either.

Your best bet is to wait until the new season concludes and then use the Paramount Plus free trial to binge-watch it.

As you can see in our table above, there are quite a few options to watch the original Frasier for free. However, since there are 11 seasons, youll want a pretty long trial to get through all the episodes. Hulu and Amazon Prime Video both offer a 30-day free trial, but even then, youll need to watch 8-9 episodes per day to get through it (there are 264 episodes in total).

The best option is to watch it on Channel 4 in the U.K. Its completely free, and all you need to do is create an account. If youre outside the U.K., you can use a VPN to get a U.K. IP address. Most VPNs offer a 30-day money-back guarantee.

Of course, that means youre back to only having 30 days to get through it, but there are free VPNs available with U.K. servers. Windscribe is a great option, but it limits you to 15GB of data per month, so youll need to spread your streaming sessions out a bit. Read our Windscribe review for more information on the service.

In this section, well show you how to use a VPN to watch the new Frasier season on Paramount Plus in the U.S. Weve used ExpressVPN for our example. If you decide to watch it on CBS with a live TV streaming service or use a different VPN, the steps will be fairly similar. Just substitute the name of another service where needed.

Subscribe to a VPN like ExpressVPN. Go to the website and choose a plan. Whichever plan you choose, youll be covered by the 30-day money-back guarantee.

Download the VPN software for your device and install it. After that, open the VPN app and log in to your account.

Find and connect to a U.S. server. ExpressVPNs full server list can be found by clicking the three dots by the server name. You can then scroll through the list or use the search bar to find a U.S. server. Click on the server to connect to it. If needed, click the big power button to manually connect.

Go to the Paramount Plus website and sign up for the service. New customers will get a seven-day free trial. However, you do need a U.S. payment method. If you dont have one, you can use a service like StatesCard to get a prepaid U.S. card with a U.S. billing address.

Search for Frasier on Paramount Plus and start watching the series.

For the best chance of unblocking Paramount Plus and streaming Frasier without hiccups, you need a VPN that can easily bypass geoblocks and has fast speeds. The following VPNs have what you need and more. Lets get into them, starting with our top pick, ExpressVPN.

ExpressVPN easily unblocks streaming services and has excellent speeds.

Pros:

Youll find ExpressVPN at the top in most of our how to watch articles, simply because it is the best VPN for streaming. Its combination of fast speeds, excellent unblocking ability and thousands of servers in 94 countries makes it the best option for accessing most shows. Its also on most devices, providing an easy-to-use app while keeping you secure online.

Its only downside is the price. Its expensive, theres no sugarcoating it. However, you get a premium service that rarely has any issues. It also has a 30-day money-back guarantee, which you can use to test it out before committing. You can also read our ExpressVPN review.

ExpressVPN Plans

NordVPN is the fastest VPN and has an affordable two-year plan.

Pros:

Cons:

NordVPN is another great choice for streaming Frasier. It can easily access streaming services and, although its server spread isnt quite as wide as ExpressVPNs, it still has plenty of servers for watching Frasier. Our daily speed tests also show NordVPN as having the fastest average speeds.

Its app is on different device types and includes a nice interactive server map, though the map can be a little hard to use on mobile due to the smaller screen. Its a secure, fast and reliable VPN that is more affordable if you sign up for two years. Theres a 30-day money-back guarantee, so you can try it without risk. Learn more in our NordVPN review.

Standard

Proton VPN is a great free VPN that has unlimited data and U.S. servers.

Pros:

Proton VPN is the best free VPN for watching Frasier online. While we dont recommend most free VPNs, Proton VPN is an exception because its a premium VPN that offers a limited free plan. Where most free VPNs limit data usage, Proton VPN doesnt. You get unlimited data and access to free servers in the U.S., the Netherlands and Japan.

It can access streaming services and its speeds are mostly good, though the free servers can slow down due to the amount of users connected. Its also easy to use and secure.

Upgrading to the paid plan provides access to more server locations and better speeds since the servers arent so overloaded. Its not as affordable as NordVPN, but if you want to check it out, theres a 30-day money-back guarantee. Read our Proton VPN review for more details.

Though much of the new plot is still unknown, the Frasier reboot portrays a completely new life for Frasier Crane. Frasier decides to reconnect with his son Freddy in Boston, Massachusetts, forging new relationships along the way.

In the trailer, we can see hes taken a new job, possibly in a university, and has found a new place to live. Whether or not Frasier still has his radio talk show remains to be seen, though it would be great to hear some of those funny radio show callers again.

Aside from Kelsey Grammer returning as Frasier Crane, well see the likes of Peri Gilpin and Beatrice Neuwirth make appearances as Roz Doyle and Lilith Sternin, respectively. The rest of the cast will be mostly fresh faces, though. Frasiers own brother Niles (David Hyde Pierce) wont be back, and John Mahoney, who played Frasiers father, sadly passed away in 2018.

The new cast includes Jack Cutmore-Scott as Frasiers son Freddy and Nicholas Lyndhurst as Frasiers old college friend Alan Cornwall. While Niles and Daphne (Jane Leeves) wont be in the show, Anders Keith will play their son and Frasiers nephew, David. Heres a complete table of the Frasier reboot cast.

The original Frasier series was a spinoff from Cheers, where the character Frasier Crane first appeared. After his marriage ends, Frasier leaves Boston and returns to his hometown of Seattle as a radio psychiatrist. His partially disabled father moves in with him and the pair reconnect, although they have a slightly difficult relationship and Frasier has to put up with his fathers love life.

Frasier gains fame as a radio psychiatrist on his own show The Dr. Frasier Crane Show, which gets him nominated for a local broadcasting award. The show revolves around Frasier, Niles and Frasiers dad Martins love lives, bickering, revealing family dialogue and often a personal and professional dilemma for Frasier.

No, David Hyde Pierce will not be returning as Niles in the Frasier reboot.

The Frasier reboot is sure to be popular with both original and new fans of the show. The rumor mill has been flowing about what might happen in the new series, but well have to wait and see though Frasier likely begins dating a pretty young woman.

Paramount Plus is the place to watch it online, but if youre not in a country that has Paramount+, you can use a VPN to get a U.S. IP address and unblock the service. ExpressVPN is the best option, and the 30-day money-back guarantee means you can test it risk-free.

Are you a longtime fan of Frasier, or are you new to the series? Will you be watching the Frasier reboot on Paramount+ or CBS? Will you need to use a VPN? If so, which VPN is your favorite? Let us know in the comment section and, as always, thank you for reading.

The Frasier reboot is available on Paramount Plus in the U.S. and other countries. You can also watch the original series there, as well as on other services, like Hulu and Amazon Prime Video in the U.S. and Channel 4 in the U.K. If youre not in a country where Frasier is available, you can use a VPN to get access.

Frasier is not on Netflix, but you can find all of the original series on Hulu. The new season of Frasier is not available there, though.

No, neither the original series nor the Frasier reboot are available on Netflix. You can watch the show on Paramount Plus.

All seasons of Frasier are available on different services around the world. All 11 previous seasons and the new reboot are available on Paramount+ U.S. Previous seasons are also available on Hulu, Amazon Prime Video U.S., Canal+ in France, Channel 4 in the U.K. and Crave in Canada.

Let us know if you liked the post. Thats the only way we can improve.

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Where to Watch Frasier Reboot in 2023 [StreamFrom Anywhere] - Cloudwards

Cloud-based storage and backup provider Backblaze has published the latest report on usage data gathered from its solid state drives (SSDs), asking if they show the same failure pattern as hard drives.

Backblaze uses SSDs as boot drives in the server infrastructure for its Cloud Storage platform, while high-capacity rotating drives are typically used for storing and serving up data.

However, they do more than just boot the storage servers, holding log files and temporary files produced by each server. The volume of data a boot drive will read, write, and delete thus depends on the activity of the storage server itself.

The company previously reported that its SSDs appeared to be at least as reliable as hard drives, but warned this could change as it has not collected SSD data for as long as hard drives and the accumulation of more data could alter the statistics.

Backblaze says it has added 238 SSDs to its infrastructure since the last SSD report, ending in Q4 2022. These comprised 110 Crucial drives (model: CT250MX500SSD1), 62 WDC drives (WD Blue SA510 2.5) and 44 Seagate drives (ZA250NM1000).

Looking at the Q1 2023 and Q2 2023 figures, Backblaze notes that some drives appear to have exceptionally high annualized failure rates, with the Seagate model SSDSCKKB240GZR listed with an annualized failure rate (AFR) of over 800 percent, for example.

This is a fluke of the statistics because of the low number of drives; in Q1 there were just two of this model, one of which failed shortly after being installed. During Q2, the remaining drive did not fail and thus the AFR for that period was zero.

These figures illustrate why Backblaze considers at least 100 instances of a specific drive model and 10,000 drive days of operation in a specific quarter as a minimum before the calculated AFR can be considered to be reasonable, according to Backblaze storage cloud evangelist Andy Klein

Looking at the AFR over time, Backblaze reports that the AFR across its SSDs was 0.96 percent during Q1 of 2023 and 1.05 percent during Q2. This failure rate is thus up from the previous quarter, but down slightly from the same quarter a year ago. In fact, a chart of the AFR per quarter over the past three years shows that it has fluctuated between 0.36 percent and 1.72 percent, with no apparent underlying pattern.

However, Backblaze says that the quarterly data is still vital as it can reveal issues such as one particular drive model that was the primary cause of a jump in AFR from 0.58 percent in Q1 2021 to 1.51 percent in Q2 then 1.72 percent in Q3.

"It happens from time to time that a given drive model is not compatible with our environment, and we will moderate or even remove that drive's effect on the system as a whole," Klein said.

Backblaze earlier this year calculated the average age at which failure occurred for its entire collection of hard drives, and has repeated the calculation for SSDs in this latest report.

This involved collecting the SMART data for the 63 failed SSD drives the company has had to date, which is not a great dataset size for statistical analysis, as Klein admitted. The resulting figure calculated from the data is 14 months, compared with two years and seven months across all hard drives.

But Backblaze cautions this figure is likely to be unrepresentative, as the average age of the entire fleet of SSDs it has in operation is just 25 months.

Looking at three drive models for which the company has a reasonable amount of data, Klein found that the average age of the failed drives increases as the average age of drives in operation increases, and it is therefore reasonable to expect that the average age for an SSD failure will increase with time.

Turning to the lifetime annualized failure rate for all of its SSDs, Backblaze reports a figure of 0.9 percent, covering a period from Q4 2018 through to the end of Q2 2023. This figure is up slightly from the 0.89 percent it found at the end of Q4 2022, but down from the same quarter a year ago, when the figure was 1.08 percent.

However, this includes those drives which have high apparent failure rates because there is just not enough data to make the calculation reliable.

If the calculation is limited to just those drive models for which there are 100 units in operation and over 10,000 drive days, and also with a confidence interval of 1 percent or lower between the low and the high values, then it cuts the data down to just three drives and an AFR of just 0.6 percent.

Meanwhile, Backblaze has also produced a graph of SSD failures over time to see how well the data matches the classic bathtub curve used in reliability engineering, as the comparable graph for its hard drives does.

According to Klein, while the actual curve (blue line) showing the SSD failures over each quarter is a bit "lumpy," the trend line (red) does have "a definite bathtub curve look to it."

The trend line is about a 70 percent match to the actual data, so Backblaze says it cannot be totally confident at this point, but for the limited amount of data available, it would appear that the occurrences of SSD failures are on a path to conform to the tried-and-true bathtub curve.

As ever, Backblaze makes the raw data used in its report available on a Drive Stats Data page for anyone to download and analyze as long as you cite Backblaze as the source if you use the data, and don't sell it, of course.

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Do SSD failures follow the bathtub curve? Ask Backblaze - The Register

Desktop as a service or DaaS is a cloud-based desktop service where vendors stream desktops, operating systems, and application images remotely to users devices and look after provisioning, maintenance, upgrades, and other routine tasks, all through a one-stop-shop subscription offering.

DaaS Providing Full Abstraction for Virtual Desktops

Source: TIBCOOpens a new window

The modern-day workforce needs to respond to emails and interact with coworkers from anywhere and on any device. The pandemic showed that remote teams can succeed regardless of location or distance. However, many businesses still strive to meet the technological requirements of their hybrid and remote employees. Here, desktop-as-a-service, also known as DaaS, can be immensely beneficial.

Desktop-as-a-service is a comprehensive cloud-based virtual desktop solution. It provides multiple user services, including operating systems, apps, data storage, and user preferences, all in a single bundle. It is an efficient, secure, and cost-effective desktop virtualization strategy.

DaaS liberates businesses from dependence on physical hardware for their operating systems and productivity software. Instead, enterprises can utilize DaaS to connect to virtual desktops from a cloud service provider over the internet. Cloud providers can provide this service by distributing and administering virtual desktops through their own data centers.

Three key traits define DaaS solutions, which are:

IT administrators deploy operating systems and apps on every employees device in a typical desktop deployment approach. Here, administrators frequently invest excessive time and resources in mundane tasks such as installing software, managing enhancements and updates, and trying to safeguard devices.

This traditional terminal deployment model is also unsuitable for an increasingly mobile and remote workforce. Many employees now work at home or while traveling, using various devices such as desktops, laptops, and/or mobile phones.

Organizations must, therefore, provide a robust and standardized user experience across all these devices to help these employees work efficiently. DaaS allows individuals to enjoy access to the same data and apps, irrespective of the device they use. As such, desktop as a service is the perfect fit for large organizations trying to cut down on IT costs and resources. This model is also suitable for companies with a mid-sized to large remote or mobile workforce.

The answer is no; virtualization is a part of DaaS, but desktop as a service includes several other cloud-delivered services priced on a subscription model.

Virtual desktop infrastructure (VDI) solutions such as DaaS offerings deliver desktops to devices from a consolidated data center. This is why the two terms are commonly confused. However, the infrastructure underpinning the VDI solution is typically on-premise and controlled by the IT department.

A cloud provider administers the storage, computation, and network infrastructure in the DaaS model. The organization offering desktops to its staff can oversee the desktop operating system, apps, anti-virus software, and any other desktop-related tasks or even partner with a managed desktop service provider.

DaaS eliminates the substantial upfront costs that come with establishing VDI on-premise. Typically, DaaS offerings come with a subscription-based plan that requires no upfront payment. Additionally, you can delegate all the administrative tasks necessary to support, repair, adapt, or update the VDI.

See More: How Citrix Is Powering IT Teams With Desktop-as-a-Service (DaaS): Q&A With Adam Lotz

If we were to describe the working of DaaS in one sentence, it is simply when a service provider distributes virtual desktops on a per-user model and delivers them to end users through the internet. The provider then offers support services for these virtual desktops. They administer the backend for companies that find it prohibitively costly or resource-intensive to create their individualized virtual desktop infrastructure.

DaaS enables a company to function with a smaller IT department as the vendor handles implementation, connectivity challenges, and various end-user concerns. That is essentially how desktop as a service or DaaS works.

Lets look at some of the key features that support the functioning of DaaS.

1. Flexible licensing

This allows businesses to transfer their existing licenses and permits, if available, or to seamlessly incorporate licensing into the DaaS solution. The latter eliminates the inconvenience of configuring individual license credentials.

2. Low-latency connection

A complete user experience that replicates using an actual office desktop is one of the most crucial aspects of DaaS. Employees want seamless application access, high-quality audio, and a video interface without jitters or delays. This may depend on server configuration or the geographic location of data centers and mainframes.

3. Multi-user access

A company can avoid wasting resources on different workstations for every user through the DaaS model. DaaS enables individuals to perform tasks on the exact same workstation at different times while still storing their data and apps independently.

4. Local integration

A cloud-based workstation does not eliminate the need for users to have access to localized devices such as printers and credit card readers. As a result, a DaaS platform would facilitate the automatic and seamless integration of the desktop with these local devices.

5. Unified management consoles

While DaaS is administered completely by the vendor, the organizations IT team will require visibility and control. A central management console will facilitate large-scale DaaS deployments. By consolidating where apps and desktops are managed, the company can save the time and effort of its IT personnel.

6. Resource optimization

DaaS can execute a resource optimization program to help a company save money when machines are inactive. For instance, it can autonomously shut down a workstation after the user has been inactive for a predetermined time, particularly after regular business hours. This disconnection of inactive desktops also compels users to initiate new sessions as and when required. This reduces the likelihood of malicious conduct or security threats.

7. Various access options

DaaS platforms offer numerous login options to accommodate the preferences of diverse employees and consumers. Some users like to access their workstations via a web browser, while others appreciate downloadable or independent versions. Most DaaS solutions can accommodate all of these requirements.

An important part of understanding how DaaS works is also knowing the challenges that it can throw up. When implementing desktop-as-a-service, the following aspects should be kept in mind.

1. Risk of high costs in the long term

In terms of initial investment, DaaS is less expensive than VDI. However, as time passes, the subscription fees may become prohibitively high. In addition, DaaS license fees can be higher than the time and effort of running virtual desktops. DaaS pricing is still more consistent and predictable than VDI pricing but isnt fundamentally cheaper over the long run.

2. Challenges around customizability

Another thing to consider is that a one-size-fits-all strategy may not be optimal for all businesses. Some DaaS products lack features an organization may require. Compliance and security regulations differ from one organization to another, making it hard to find a DaaS product that perfectly meets your needs.

3. Limited control

Desktop as a service allows limited control over system upgrades and safety in general, resulting in issues that IT teams cannot resolve. For instance, if the public cloud hosting an organizations virtual desktops is disrupted, the company faces an efficiency blockade. If theres a connectivity challenge, the IT team would have far less visibility into the networks functioning and would have to wait for the service provider to fix the issue.

See More: Top Five Remote PC Management Solutions for the Hybrid Work Era

Desktop as a service of DaaS is fast becoming an important component in the IT stack of organizations. This is because it:

The proliferation of remote and hybrid work settings has mandated a new method to access apps and data. IT teams can simply move data between platforms using DaaS. Users can access the information they need from various devices, regardless of location.

The vendor streamlines the complex systems underpinning DaaS. You do not need to build internal IT competencies or recruit skilled virtual desktop specialists. Instead, you can work together with your users to meet their expectations. IT teams are not required to oversee every endpoint, reducing their overall workload.

Subscription-based DaaS enhances the predictability of operational expenses and lowers IT costs. You are not required to invest in setting up and running a data center. CIOs and finance departments have recognized the importance of DaaS since it removes unnecessary hardware and software expenditures from their balance sheets.

DaaS can free employees from having to work exclusively on company-issued devices. They dont even have to restrict themselves to a single device. With DaaS, IT teams can readily facilitate bring your own device or BYOD policies, allowing employees to work on their own smartphones, tablets, or laptops. It makes it easier to switch between devices and still access the same apps and processes.

Data is located in the cloud providers data center and not on the devices that employees use. It is simple to disconnect a lost or stolen machine/gadget from the cloud-based service, simplifying endpoint security.

Numerous resources would be required to replace all obsolete equipment and legacy devices. In such cases, one can use DaaS to update their operating system. Running the latest operating system from the cloud is more cost-effective than changing a fleet of on-premise hardware.

Various cloud providers offer DaaS backup and recovery options. This prevents any disruption if a workstation crashes, no matter the size of your IT department. To enhance business continuity, you can back up desktop files and layouts per predefined SLAs.

In virtualized environments, network latency significantly impacts the general user experience. Through the network, users transmit keystrokes or mouse clicks to a remote computer. Desktop performance depends heavily on network connectivity strength.

Traditional VDI did not achieve widespread adoption because it was frequently sluggish due to inherent network problems. 5G connectivity is now tackling network latency issues as they happen. This will generate an effortless user experience for individuals using workstations driven by DaaS.

The hardware component is already configured in a DaaS implementation. It only requires a connection to a fresh device. IT departments can set it up without any configuration requirements. DaaS can thus save seasonal businesses (with cyclical fluctuations in demand or personnel) a massive amount of time and money.

Some DaaS vendors offer browser support. This is a safe and straightforward way for consumers to access DaaS. Instead of deploying a virtual desktop, users can opt for a browser-friendly virtualized desktop using a browser approved by the DaaS vendor.

The Web Access feature of Amazon WorkSpaces and the Azure Virtual Desktop web client are two instances of this possibility. This further reduces IT effort and supports niche use cases, such as testing within a sandbox environment.

These three use cases further illustrate the importance of DaaS.

See More: Top Five Remote PC Management Solutions for the Hybrid Work Era

Desktop as a service (DaaS) enables simplified administration, more versatility, and reduced overall cost of ownership compared to legacy models. Companies that want to offer options for remote work and device flexibility can set up a digital workspace quickly and effortlessly with DaaS. Users can sign in to their virtual desktops from wherever they are and from various machines, and their desktops will appear identical to the last time they checked in from a different location.

Since the data resides in a centralized, remote location, it is continually backed up. This means that internal IT teams do not need to manage backups themselves. They also need not be concerned about files residing on a machine at the workplace but not at home.

Given these overwhelming benefits, companies are increasingly turning to DaaS for their employees IT needs. Despite its challenges, desktop as a service can add significant value to an organizations IT infrastructure.

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Linux virtual private server (VPS) stands as a trusted choice for companies across the world.

The flexibility and power of Linux VPS make it a prime pick. Yet theres a dark cloud hovering: cyber threats.

The facts cause alarm.

In March 2023, according to IT Governance, 41.9 million records, mainly drivers licenses, passport numbers, monthly financial statements, etc., were compromised by cyberattacks worldwide.

Additionally, the three biggest security incidents of May 2023 alone accounted for more than 84 million breached records 86% of the months total. The easiest target? An inadequately secured server.

An inadequately secured VPS waits like a ticking time bomb, ready to blow a hole in your reputation, finances, and customer trust. Thankfully, fortifying your Linux VPS isn't string theory, but you have to practice diligence, expand awareness, and employ proven security measures.

In this guide, were going to talk about 15 VPS security tips. Simple, actionable, and indispensable, these strategies will convert your server from vulnerable to vault.

Keeping VPS protected from potential threats and weaknesses involves a suite of protocols, tools, and best practices. Essentially, virtualized servers mimicking dedicated servers within larger servers, VPS, are highly susceptible to cyber threats due to their connectivity to the internet.

VPS security shields these digital environments from unauthorized access, malware, Distributed Denial-of-Service (DDoS) attacks, or further security breaches.

Linux VPS, though reputable for its robust security framework, is not impervious to threats.

Like any other system, vulnerabilities emerge, and hackers constantly prowl for any weak points by leveraging:

At its source, VPS technology relies on bare-metal servers, which inherently bolster security for web hosting.

Bare-metal servers are physical servers dedicated exclusively to one tenant. This exclusivity ensures complete control over the hardware, eliminating multi-tenancy risks. With this control, theres minimal chance for one users vulnerabilities to affect another's.

Next in line is the hypervisor.

This software marvel divides a bare-metal server into multiple VPS instances. By partitioning and sharing resources, it hosts several virtual environments on a single host machine. It remains isolated, often out of the general public's reach, curbing potential security breaches.

Source: Webpage Scientist

When we pit VPS against shared hosting, the former takes the prize.

One vulnerability can expose all hosted sites with shared hosting, but using VPS, even if you're technically sharing a bare-metal server, the partitioned and virtualized environments offer layers of security buffers, making VPS a safer bet.

While technology has provided businesses with tools to scale and operate efficiently, it's also opened the gates to sophisticated cyber threats. Your server, the backbone of your online presence, demands unwavering protection.

A lapse in online safety isn't just a technical glitch; it's a breach of trust, a dent in reputation, and a potential financial pitfall. Which proactive measures should you take to shelter the impenetrable fortress of your server against cyber threats?

Root logins grant users the highest level of server access. By logging in as root, anybody can make whatever changes they want, clearly a huge risk. Administrators should ideally use a non-root user account with the necessary privileges and then switch to a root user when essential.

By disabling direct root logins, they can shrink the attack surface.

Dropbox once experienced a data breach because an employee used a password from a site that had been hacked.

Logs record all activities that happen on your server. Regular log monitoring allows you to spot any unusual patterns or potential security breaches. Early detection means the difference between thwarting a hacking attempt and dealing with a full-blown crisis.

For example, if a shoplifter visits multiple times, the shop owner can detect patterns in their behavior. Similarly, consistent log analysis signals repeated unauthorized access attempts.

The Equifax breach in 2017 affected 143 million people. The culprit turned out to be an unpatched vulnerability in the Apache Struts web application software, an unnecessary module for most.

What does this mean?

Every pre-installed software package or module can potentially introduce vulnerabilities, and not all are necessary for your operations. Removing unused or obsolete packages reduces the number of possible entry points.

Secure shell (SSH) is commonly used to safely access servers. However, attackers often target the default port 22. By simply changing this to a non-standard port, you can dodge many automated attack attempts.

Moreover, using SSH keys - cryptographic keys instead of passwords fortifies security. SSH keys are more complex and harder to crack than even the strongest passwords.

Major companies encourage the use of SSH keys for authentication. GitHub, for one, emphasizes its security benefits over traditional passwords.

iptables function as an internal firewall, controlling the traffic that goes in and out of your server.

By filtering and setting rules on IP packets, you can decide which connections to allow and which to block. This gives you another shield against hackers.

Major web platforms, such as Amazon Web Services, frequently emphasize the importance of setting up correct iptables rules to secure resources.

While Linux is often praised for its robust security, it's not immune to threats.

Installing antivirus on your VPS helps detect and neutralize malicious software to keep your data safe and uncompromised. Just as software has protected millions of computers worldwide by detecting threats in real time, an antivirus for your server continuously scans files and processes to keep malware at bay.

In 2021, the ransomware attack on the Colonial Pipeline resulted in a shutdown and disrupted fuel supplies all across the East Coast of the United States.

Taking regular backups of your data protects you and your server from such disasters. By having backups, you can restore everything to its previous state in the event of a data loss incident.

Disabling IPv6, the latest version of the internet protocol, can prevent potential vulnerabilities and attacks. But it may also introduce new risks if not properly configured and secured.

Disabling IPv6 reduces the attack surface and potential exposure to cyber threats.

Every open port on your VPS is a potential gateway for cyberattacks. By disabling ports you don't use, you're essentially shutting unnecessary open doors. It makes it harder for intruders to get in.

Disabling unused ports lowers the risk of human error.

GNU Privacy Guard (GnuPG) encryption helps encrypt and sign your data and communication. It provides a secure layer so your data remains confidential and tamper-proof.

In 2022, a ransomware variant called "LockFile" was discovered that used GnuPG encryption to encrypt files on infected systems. The ransomware was particularly sneaky, targeting specific organizations and slipping past standard security protocols.

Rootkits are malicious software platforms that can gain unauthorized access to a server and remain hidden. Installing a rootkit scanner neutralizes the hidden threats.

In 2023, the cybersecurity community identified a novel rootkit named "MosaicRegressor" that specifically targeted Linux servers. Alarmingly, it could slip past conventional security protocols with ease.

Your firewall is your servers bouncer for your server. It checks all the data coming in and going out. With the right rules and guidelines, firewalls stop dodgy requests or certain unwanted IP addresses.

For instance, businesses with a DDoS attack problem could often mitigate the effects using well-configured firewalls.

Make sure only the right people keep your server safe. We often look out for dangers from the outside, but sometimes, the troublemaker might be calling from inside the house.

In November 2021, a glaring example surfaced when a former employee of the South Georgia Medical Center in Valdosta, Georgia, downloaded confidential data onto one of their own USB drives a day after quitting the job.

Regularly reviewing and updating user permissions prevents potentially disastrous situations like this.

To conduct disk partitioning, you have to split your server's hard drive into multiple isolated sections so that if one partition faces issues, the others remain functional.

File transfer protocol (FTP) was once the go-to method for transferring files, but it lacks encryption, meaning data sent via FTP is vulnerable to eavesdropping. Secure file transfer protocol (SFTP) was then developed to work similarly to FTP with the added bonus of data encryption.

Think about when you transmit customer details or confidential business data. Using SFTP is similar to sending a sealed, secure courier package, whereas using FTP is like sending a postcard anyone can read it if they intercept it.

Choosing a hosting service isn't just about speed and uptime; a secure hosting provider is the first line of defense against potential cyber threats. Seek out providers that prioritize end-to-end encryption, regularly update their systems, and offer consistent backups.

Reviews and testimonials can be valuable, but deepen your understanding by asking the following questions:

Cyber threats are often closer than you think. Even minute vulnerabilities can invite hackers to infiltrate your systems. Recognizing weak spots and acting promptly fortifies your VPS security.

Peruse these common pitfalls to learn how to circumvent them.

The hackers' favorite gateway is a frail password. According to a survey by the UK's National Cyber Security Centre, 23.2 million victims used "123456" as passwords that were later stolen.

A whopping 81% of company data breaches are due to stolen, weak passwords.

Fix: Enforce a password policy that requires alphanumeric characters, special symbols, and varying cases to reduce the reliance on easily guessable phrases. Password manager softwarecan generate and store complex passwords.

Recommendations from the National Institute of Standards and Technology call for people to create passwords that are "easy-to-remember phrases, long" a series of four or five words mashed together.

Running outdated software is akin to leaving your doors unlocked. Cybercriminals constantly look for known vulnerabilities in old versions the same way house thieves look for overgrown lawns and full mailboxes.

Consider the WannaCry ransomware attack, which exploited older Windows versions and affected over 200,000 computers.

Fix: You need to regularly update and patch software. IT teams can adopt automated systems, like unattended upgrades for Linux, to keep software updates timely.

An open port is like an unlocked door for hackers. For instance, the Redis database vulnerability resulted from unprotected ports.

Fix: Use tools like Nmap to scan and identify open ports. Close unnecessary ports and employ firewalls like UFW or iptables to restrict access. The fewer doors you have open, the fewer ways to sneak in.

Overprivileged users spell disaster. Having analyzed quarterly reports for 500 companies, Accenture reported that 37% of cyberattacks in businesses originate with internal actors.

Fix: Set up the principle of least privilege (PoLP). Assign roles based on necessity and audit user permissions routinely. Ensuring that each user has only the permissions they need minimizes potential damage.

Without a vigilant eye on server operations, irregularities go unnoticed and pave the way to potential threats.

Take a situation where an unexpected surge in traffic occurs. This might be a DDoS attack, but without proper supervision, someone could easily misconstrue it as a sudden influx of genuine users.

Fix: Invest in monitoring tools. Periodically review logs and set up alerts for unusual incidents because you can't protect what you cant monitor.

Function-level control goes beyond general user permissions and dives into the specific tasks a user can perform.

Say an employee in a company's finance department has access to view and modify payroll data. Without clear boundaries, that employee could effect unintended changes, errors, or even malicious activities.

Fix: Implement function-based access control (FBAC) systems to make sure that users only access the functions vital to their role. Regular audits of these permissions further fine-tune and secure access.

By controlling functions, you're not just limiting access; you're molding a secure, role-appropriate environment for each user.

As cyber dangers grow trickier and more common, an unprotected server can lead to big problems. You might lose important data you might lose the faith people have in you.

Keeping a VPS safe is like tending to a garden; you've got to keep at it. By staying updated and following good safety tips, you're building a strong defense.

And remember, by guarding your server, you're showing your users you really care about their trust.

Dive deep into the basics ofVPS hostingand learn more about its types, benefits, and best practices to follow to make VPS hosting work for you.

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15 VPS Security Tips to Prevent Attacks on Your Server - G2

With the increasing demand for quick and convenient ways to reach organizations, various innovative technologies have taken place in the past few years. UCaaS, CCaaS, and CPaas are some of the few technologies that have gained a lot of recognition in these years. All these technologies are cloud-based technologies and share similarities. However, they are quite different from each other and serve different purposes. In this blog, we will get a detailed insight into all these three cloud-based technologies.

In todays knowledge-driven business world, how a business shares and exchanges information defines its success. Companies, especially the call/contact centers, sales and service teams, and many others are reorganizing and updating their communication strategies to stay competitive. Various developments have been made in the way people share and exchange information. However, the major development throughout this shift has been the emergence of cloud technology solutions. You might have already heard about the term cloud, also known as cloud computing and technology.

What is cloud computing?

Cloud computing is simply an array of services delivered over the internet or the cloud. Instead of relying on local hard drives and private data centers, cloud computing uses remote servers to store and access data.

Before the emergence of cloud computing, businesses primarily depended on databases, servers, hardware, software, and other supplements to take their businesses online. Companies used to invest heavily in purchasing and maintaining their own servers to meet their business requirements. To minimize the risk of outages and downtime and to accommodate peak traffic volume, businesses had to buy enough server space. In such cases, businesses end-up having large amounts of server space unused for much of the time.

The emergence of cloud services has made it easier for businesses to store and maintain information without investing a huge amount on servers. With these services, companies can save a lot by eliminating the need for onsite servers, maintenance workforces, and other costly IT resources. Instead of buying, owning, and maintaining physical data centers and servers, users can access various technology services including databases and storage as per their specific requirements from a cloud provider. With all these things in mind, it would be correct to say that cloud computing has completely transformed the way businesses used to store and share information.

Who all can use cloud computing?

Businesses of every size, type, and industry can benefit from using cloud services for a variety of reasons such as:

The most popular cloud-based services: UCaaS, CCaas, and CPaaS

Since businesses are swiftly shifting from on-premises communication models to cloud-based communication models, they are using various types of services to enhance their business communication. If we talk about different types of as a Service models in the cloud-based communication systems, then the most popular models are:

All these cloud-based communication systems share similar characteristics but vary in terms of their services and functionalities. Still, many people get confused about these cloud-based services.

For a better understanding of each service, lets discuss all these cloud-based technologies in detail.

What is UCaaS?

UCaaS is the short form of Unified Communications as a Service. It is an all-in-one cloud-based platform that has developed from the concept of unified communications (UC). With the help of UCaaS vendors, businesses can streamline and integrate their communication channels as well as people easily and effectively. The UCaaS vendors generally emphasize areas like voice, SMS, chat, and conferencing applications. This cloud-delivered unified communications model is widely used to support various communications functions including:

Since the cloud hosts UCaaS services, companies dont need to install and maintain any additional hardware or infrastructure. UCaaS providers are responsible to own and maintain the platform and software. With the help of UCaaS services, agents can provide superior customer service. They can access various advanced company tools and data to assist customers without having to switch back and forth between applications. Even customers can connect with businesses in their preferred medium which makes their support experience even better.

Advantages of the UCaaS Model

Some of the key advantages of choosing the UCaaS model include:

What is CCaaS?

CCaaS is the short form of Contact Center as a Service. CCaaS enables organizations to use a remotely hosted and cloud-based set-up for the smooth running of their contact center operations. The vendors of CCaaS build different products on APIs (Application Programming Interfaces) that work across several operating systems and Internet browsers. The service providers generally focus on offering companies enough capacity and tools to handle and manage customer interactions, queries, and service/support cases easily. Using CCaaS, contact center agents can easily access their companys contact center software from their mobile device or any web browser, from anywhere and at any time. The CCaaS model is widely used to support various communications functions including:

Due to the increasing dependence on digital communication channels, especially after the pandemic situation, the CCaaS market offerings are expected to grow to $27.8 billion by 2023. Since the platform is hosted in the cloud, users need not invest in any costly hardware. It lets customers connect with a company via their preferred way of communication which leads to a better customer experience.

Advantages of CCaaS Model

Here are some of the key benefits of choosing a CCaaS model:

What is CPaaS?

CPaaS is the short form of Communication Platform as a service. This platform is an extension of both UCaaS and CCaaS. It allows companies to add various communication features to their existing applications. To do this, they do not need to invest in completely new hardware or infrastructure or any additional technical assistance. In simple words, the CPaaS platform lets users build real-time communication features without the need to create their own tech stack. CPaaS vendors provide users with different APIs and code snippets to add to the environments of the cloud-based platforms. The CPaaS model is widely used to support various communications functions like:

CPaaS provides users with prebuilt features and communication channels, thereby eliminating the need to hire any expert team to add APIs and code snippets. The platform includes almost everything like pre-built applications, sample codes, an application programming interface (API), and more to assist companies in integrating desired solutions quickly and easily.

Advantages of CPaaS Model

Conclusion:

UCaaS, CCaaS, and CPaaS are all widely used, popular cloud-based technologies. All these technologies help in augmenting the communication experience. You can choose the one based on the specific needs and demands of your business. Choosing the right technology can help you add agility, reliability, security, and control to your overall communication system.

See the full article here.

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UCaaS, CCaaS, CPaaS Whats the Difference? - Telecom Reseller