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How to use Acronis Cyber Protect to improve your security & backup




Acronis Cyber Protect encompasses everything that Acronis software is known for: cyber protection and data backup.

Today we will be looking over its many features and how they can improve your PC experience.

We will be focusing primarily on how it can help with cyber protection and data backup.

The purpose of this article is to help you decide whether the product is worth having or not.



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Acronis is one of the biggest software developers on the market, especially when it comes to data backup, cloud data storage, and antimalware tools, and one of their biggest products yet is Acronis Cyber Protect.

We’ve decided to take a look at this product, and see exactly how it can help improve your security and backup to the point where you no longer have to fear the integrity or safety of your data ever again.

The article will act like a mini-review, as we will be going over most of the program’s features.

Acronis Cyber Protect

If you want to keep your data safe from malware and crashes, then look no further than Acronis Cyber Protect!

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How do I improve security & backup with Acronis Cyber Protect Improve Cybersecurity including endpoint protection

When you purchase Acronis Cyber Protect, you don’t buy just one product that is limited to just one functionality, because this single product offers everything from antimalware to data backup and protection to endpoint protection.

Thanks to the program’s new antimalware product, which includes an extended Acronis Active Protection feature, your data, applications and systems will be protected against the latest the malware world has to offer.

The program stops malware in its tracks before it even gets the chance to access your PC, all thanks to the URL filtering. This can be further managed via blacklists and whitelists, payload analysis, and more.

Global threat monitoring and smart alerts

Protection for collaboration tools

Vulnerability assessment

Exploit prevention

Data backup and protection

Besides having the power to protect your data from external attacks at all times, Acronis Cyber Protect has all the tools that you may ever need in order to keep your data safe from either falling into the wrong hands or succumbing to corruption.

The most basic of tools that you can expect from a data backup tool is a file and disk-image backup feature, and Acronis Cyber Protect has one of the best ones yet.

With this handy tool, your data will be stored in a singular file, and the format even allows you to restore it on entirely new hardware without any issues later on, so no need to worry about compatibility.

Acronis even monitors app activity in real time, allowing it to keep tabs on all the data modifications made by target programs. This provides you with continuous data protection, allowing you to constantly have the latest data version backed up even in case of a sudden system crash.

Of course, that’s not all, since Acronis Cyber Protection also provides you with:

App whitelisting based on backups contents

Data protection across 20+ platforms

Anti-malware scanning of backups

Acronis Universal Restore

Drive health monitoring

Acronis Instant Restore

Forensic data collection

Any-to-any migration

Data Protection Map

Tape Multistreaming

Tape Multiplexing

Flexible storage

Safe Recovery

Endpoint protection

Expert tip:

One way it does this is via patch management to ensure your updated software is completely protected against malware, not to mention full of features.

That’s why Acronis Cyber Protect supports official Microsoft and third-party patch management support so that you can control which devices get updated, when, and how.

Besides, if the patching process goes bad for whatever reason, you benefit from fail-safe patching procedures, that involve automatic image backups from which you can easily restore and rollback your system in case of errors.

Here’s what else Acronis Cyber Protect provides you with in terms of endpoint protection:

Windows Defender Antivirus or Microsoft Security Essentials management

Auto-discovery and remote agent installation

Flexible monitoring and reporting

Remote desktop and assistance

Remotely wipe devices

As we said earlier, Acronis Cyber Protect doesn’t just take care of your own PC, since you can use it to keep tabs, monitor, and protect all the devices within a certain network, not just a single PC.

The product is designed to provide a full look into and management of your network through one single pane of glass.

This pretty much wraps up our presentation on how Acronis Cyber Protect can be used to improve your data security and backup capabilities.

We hope we managed to prove a point on why this product is right for you, and that you can make a more informed decision on whether or not to buy it for yourself.

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How To Improve On Wireless Security

Elmer Fudd has been trying to keep that ”wascally wabbit” Bugs Bunny

out of his carrot patch since before Remington Rand built the first

UNIVAC. But, when you start talking about how to keep those wascally

hackers out of your wi-fi network, you’ll soon find yourself sounding

like Mr. Fudd himself.

First, there was WAP, then WEP, then WPA and now WPA2. But despite how

you sound, if you are looking to secure an enterprise WLAN, many industry

experts say WPA2 is your best bet.

”WPA2 provides an enterprise-class security solution for user

authentication and encryption,” says Michael Disabato, senior analyst at

the Burton Group.

Understanding wireless security requires a bit of a trip down memory lane

to see how the protocols have evolved over the years.

Wireless Application Protocol (WAP) was the first such protocol.

Introduced in 1997, it was designed, among other things, to secure emails

and text-based Web pages over cellular networks.

Wired Equivalent Privacy (WEP) is another protocol. With the rise of

wi-fi networks, came the need for a new security standard. Described in

the IEEE’s 802.11b spec, WEP uses a 40-bit encryption key and was

expected to provide the same level of security as hard-wired LANs. It


Wi-fi Protected Access (WPA) was the next attempt at improving security.

Protocol (TKIP) — and requires strong user authentication, including the

802.1x standard.

WPA2, also called 802.11i, is a security standard approved by the IEEE in

June of 2004. It incorporates WPA, but also uses the Advanced Encryption

Standard (AES), which has, so far, proven to be unbreakable and meets

federal security requirements (FIPS 140-2). It also includes key caching,

making it faster for a user to reestablish a dropped connection.

”WEP is insufficient to protect WLANs today from determined attackers,”

says DiSabato. ”WPA/WPA2 is a dramatic improvement in wi-fI security

that resolves all of WEP’s known weaknesses.”

Firms that are using WEP currently should make the switch over to WPA or

WPA2 in a hurry, according to analysts. However, moving from WPA to WPA2

is a harder sell unless the company needs to meet the federal requirement

for AES. Disabato says several of his company’s clients have cited the

complexity of deploying 802.1x as a show-stopper.

For example, John Halamka, CIO for the CareGroup HealthCare System in

Massachusetts, oversees a wireless network (802.11b/g) with 250 access

points covering more than 1 million square feet. He is currently running

WPA, and isn’t planning on upgrading.

”The major difference in what we run as a strict implementation of

802.11i is that we still use TKIP as the data confidentiality protocol,”

he explains.

While the CCMP (Counter-Mode/CBC-MAC Protocol) used with 802.11i is a

better cipher, it also requires support for AES which many or most of his

client devices don’t support.

”AES requires processing power on the AP and client that may not be

present to have a satisfactory experience in terms of output,” says

Halamka. ”The 802.11i will likely be in our future, but for now our

efforts are concentrating on converting from legacy Cisco to Cisco

Lightweight Access Point Protocol-based APs and extending coverage to

areas of the medical center that do not have them.”

Slow-Moving Vendors

Vendors, including Cisco, 3Com and NetGear, have equipment which supports

the new security standard. But for the next few months, at least, WPA

will continue to dominate. It seems the vendor community has been slow on

the uptake. Today, there are more than 600 products on the market with

WPA security features, compared to only a few dozen using WPA2. Thus it

can be difficult to roll out a complete WPA2 architecture at a reasonable


Fortunately, one of the nice features of WPA2 is that it is backwards

compatible with WPA products.

What about upgrading existing WEP-based gear?

to verify that the drivers or firmware are compatible with 802.11i or

WPA. Generally speaking, products more than two years old may not be


In addition to the hardware, the operating systems must support WPA or

WPA2. WPA is supported in Windows XP Pro Service Pack 2, but support for

WPA2 is only provided in an update that must be installed separately.

Apple’s support for 802.11i can be found in Version 4.2 of its firmware

for the Airport access point and in Version 10.3 or higher of OS X.

The decision to move completely to WPA2, then, may not be entirely in

IT’s hands. The lack of available or affordable equipment may make it

necessary to transition to WPA.

The good news is that not all companies may require the full array of

802.11i protection. Companies should take a close look at exactly what

data they need to protect and to what degree, to determine whether it is

necessary to adopt the latest technology. WPA remains a viable option

that can provide adequate levels of security for less sensitive data.

DiSabato says if a company is already using WPA, in most cases, it makes

sense to wait a while for the 802.11i market to mature.

”If you do not have WPA installed, go straight to WPA2, and any company

that needs FIPS 140-2 certified security needs WPA2,” he says. ”All

others should plan on going to WPA2 within two to three years.”

It’s No Silver Bullet

One final caution: 802.11i is no all-out solution to wireless security.

It isn’t a case of install WPA or WPA2 and all security woes are over.

The fact is that 802.11i needs help. The University of Southern

California (USC), for example, has a wireless network covering the entire

campus that serves more than 6,000 users. The school has about 300 R2

access points from Enterasys Networks, Inc., which is based in Andover,

Mass., to keep unauthorized users from gaining access to the main LAN.

These units are on a separate wired network which runs back to the

datacenter for authorization before establishing a connection to any

other nodes.

”Treat your 802.11 networks just like your wired networks and apply

similar security,” says James Wiedel, USC’s director of networking. ”If

you treat them the same, then the only difference is how the information

is sent to the user, either over copper or over the air. It simplifies

things when you think of them in that fashion.”

Common Print Security Threats And How To Protect Against Them

Converting what you have on the screen to a physical document on paper is a convenient way to store and share information. You can see and feel the information, mark the paper if there is a need for corrections, and store it securely if you need to. Print offers convenience and easy access to your information even without electricity. With this convenience in print, there are common Print security threats. This article will show you some common print security threats and how to protect against them.

With the world becoming increasingly digital, print security is taking more of a back seat. We usually think of security breaches as happening to our digital devices; however, security breaches can still happen in print and print devices.

Common Print Security Threats

Print information can be vulnerable whether in digital form or on paper. Here are some common print security risks and how to minimize or eliminate them.

Misplaced printed documents

Forgetting printed documents in the print tray

Data in motion attack

Printer hacking

Stealing the device

Unsafe device or document disposal

Paper jams

Outsourced print jobs

Faulty printing device

Protecting your data against some common print security threats 1] Misplaced printed documents

Misplacing documents after they are printed can be a common way to have sensitive information seen by others. Whether it is at the print shop, your office, or anywhere in between like public transportation, restaurants or anywhere you may stop.


Important printed documents should be treated carefully just like their digital counterparts. If the documents are very important, try to get them to their destination as quickly as possible and without any unimportant stope in-between.

2] Forgetting printed documents in the print tray

You may share an office space with lots of people, but this does not mean that all persons share the same level of clearance for every data in the office. There may be one network printer that is shared by all and this can be a weak link where sensitive data can get seen by others. This can be even more likely if parts or all of the documents printed are forgotten in the printer tray. It could be also the fact that the printer is far from you so that when the document is sent it is in the printer until you can get there physically. This could allow others to read or even record the document while you are trying to get to it.


If you work with very sensitive data, they should be printed on a separate printer than those used for more common information. These printers should also be located in places that not everyone has access to. It would also be good to get printers that require physical confirmation before they print out that information. This means that not everyone can access the print, even if it is held by the printer.

 3] Data in motion attack


Make sure that the printed and other devices (routers, ports, etc.), are regularly updated. Get the latest driver and firmware updates from the manufacturer. Ensure that WI-FI is password protected and guess WI-FI is separate from the company’s WI-FI. Ensure that sensitive data is encrypted.

4] Printer hacking

Printers and other printing devices are usually weak links in your network. They can be hacked remotely or physically if they are not adequately protected. Without proper access control, persons can hack the devices physically.


Protect your network devices with proper software and firmware updates. It is also good practice to protect them physically with locks and keys. Ensure that you have proper access control. Printers that are used for sensitive information should be kept where only authorized persons can access them with proper access devices.

5] Stealing the device

Without proper security and access control for devices, they can be physically stolen. If the device is physically stolen, persons can have access to the data, stored passwords, user names, and other sensitive information that is on the printer.


Practice proper access control for your property. Treat printers just like you would protect your computer. Keep printers and other devices locked so that unauthorized persons cannot access them. The mistake people sometimes make is thinking that a printer alone is useless to people. However, the right person with the right set of tools can get information from a printer. And as previously mentioned, unprotected printers can be a gateway to other devices on your network.

6] Unsafe device or document disposal

When devices have reached their end of life, they are sometimes disposed of in ways that anyone can access them. A discarded printer may still have enough information that a knowledgeable hacker could use. Documents that are to be disposed of because the data is no longer needed or possibly because of a misprint, may still contain enough sensitive data that can be used by malicious persons.


Ensure that the printing device is properly disposed of. You may need to have the memory removed and check for printed documents that may be in the printer. Check to see if your manufacturer or a reputable company would dispose of the device for you. It is also good to invest in a good paper shredder that will be used to destroy documents before disposing of them. If you dispose of large volumes of documents with sensitive data, it may be a good idea to assign persons for this job.

7] Paper jams

Paper jams are ways that sensitive data can be left in a printer. You may not be able to remove it yourself but the person who does may not have the clearance to see the data that is on the document. paper jams may leave parts of even whole documents in a printer without you even noticing it.


Whenever you print, make sure that you know the number of pages that are to be in the document. Also ensure that if there is a paper jam, and the information is sensitive, supervise the person who is clearing the jam. If the printer needs to go for repair, make sure that the company is reputable. If the repair is in-house ensure that the person repairing is reputable.

Read: Cancel jammed or stuck Print Job queue in Windows

8] Outsourced print jobs

If you have print jobs that are too large for your organization to print, you may have to outsource them. This means that your sensitive data will be seen by others outside of your organization. This means that your information is at risk and you do not have a lot of control over what will happen to it.


If you have a lot of sensitive data to print, it may be a good idea to invest in printing equipment. If this is not possible at the moment, make sure to outsource your printing to reputable companies. Ensure that you have a proper paper trail of which company printed so that you know where the information is leaked if it should happen.

Read: What is Double Printing or Ghost Printing? Cause and Remediation

9] Faulty printing device

Your organization may have a printer that is malfunctioning and this can cause a security breach. If this printer is shared by multiple persons, the type of malfunction could cause sensitive data to be unintentionally shared. For example, a printer that is double printing/ghost printing could print ghost print sensitive data from a previous print job onto other print jobs. Printers that double print/ghost print may leave sensitive data on internal parts due to the type of ghost print/double print. This could be seen when the printer is opened for repair.


Keep printers that print sensitive information separate from other printers. If that is not possible, make sure that malfunctioning printers are repaired promptly. Ensure that printer repairs are done by reputable persons.

Read: Scanner and Printer won’t work at the same time

What threats can printers pose?

Ensure that the printer is updated as often as possible, and update the firmware and driver. Make sure that the other devices on the network are also updated regularly. Printers that will be used to print sensitive information should be isolated from the main network, they should also be physically protected from unauthorized persons.

How can you secure print documents?

Some manufacturers of printers have a secure print feature built into their printers. The secure print allows users to choose to secure print certain documents or all documents. With secure print enabled for some or all documents. The printer will not release a print job until a pin is entered. If you print sensitive data in an environment where the printer is used by multiple persons, it would be wise to invest in one of these printers.

How To Can Protect Connected Machines With Industrial Iot Security

Many industries and businesses are experiencing digital transformations. There are many hotspots of investment and innovation in Industry 4.0, including big data platforms in supply chain and finance; automation in warehouses; AR in corporate training; and the Industrial Internet of Things.

Any professional who is responsible for vetting, deploying, and using connected devices and machines in the industrial IoT sector must be concerned. While IT budgets will continue to grow through 2023 and beyond, cyber-physical overlap will increase. However, cybersecurity incidents are not discriminating. Businesses large and small are at risk when they fail-secure their expanding networks of IIoT devices.

What’s the Deal with Industrial IoT Security?

In a matter of years, the IIoT has grown tremendously. The security issues are obvious when you have the right perspective.

The first step in a company’s digital transformation could be to install connected sensors on its machinery. These are potential attack vectors, provided they are protected from the right conditions.

The problem becomes more serious when companies use connected IoT technology in close proximity to customer records and company IP. It seems strange that Target’s customer-data breach, involving internet-connected air conditioners, was not foreseen with the benefit of hindsight. It was inevitable that it would happen at some point — and now it is, we should all be able to see the risks.

This is business as usual. Companies are accustomed to vetting HVAC companies that boast robust security protocols for their internet-connected A/C units.

Data mobility may be possible in-house during the early stages of digital transformations. Continuous connections to remote servers may be required for later upgrades. What happens if the risk vectors grow beyond one retail chain’s customers? Public utilities in the United States are usually owned and managed by opaque, private entities.

Utility companies have many reasons to use IoT devices, including water, electricity, and natural gas. This is to improve service and reliability. This rapidly expanding web connectivity presents many points of failure in cybersecurity.

The core of the industrial IoT security issue is that hackers could gain access to every connected CNC machine and every lathe, and every sensor along every mile of gas or water pipeline. While telemetry is not valuable, an unsecured IoT sensor could provide a way to more valuable prizes, such as financial information or intellectual property (IP).

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The IIoT Security Situation by Numbers

Industrial IoT security is a problem that affects all sectors.

Tenable and Ponemon Institute released a March 2023 report that found that 90% of the organizations actively deploying operational technology — including transportation and manufacturing — had suffered one or more data breaches within the past two years.

Critical public services are the most vulnerable targets of IIoT-based attacks.

Colonial Pipeline and CNA Financial Corp. proved that many financial institutions, including the most serious attacks — and most public or quasi-public utilities companies might not have taken sufficient measures to protect their digital system. One of these attacks resulted in a compromised connected workstation.

IBM discovered that cyberattacks on manufacturers were most common in 2023. This is not surprising. Manufacturing companies are some of the most avid adopters of IIoT products.

It is extremely beneficial to combine the physical and cyber by studying or modeling the data and sourcing, fabrication, manufacturing, and transport operations across the industry.

This trend will reach its peak by 2025. Edge computing will soon be the norm in industrial settings such as plants and distribution centers. This will allow professionals to anticipate that 75% of operational information can be gathered using edge computing.

The IIoT’s defining feature is likely to be edge computing. Unfortunately, it comes with a double-edged sword. Cybersecurity in the industry today is a result of decision-makers being excited about the IIoT’s potential but not considering possible harm.

1. Factory-Default Passwords Can Be Changed

In 2023, Deloitte research found that as high as 70% of connected sensors devices and devices use default passwords. It is vital that every device connected to the internet be changed at every stage of its life, regardless of whether it is being brought on a factory floor or in a smart home by remote employees.

Another issue is the use of weak passwords or repetitive passwords across multiple IIoT devices and other digital properties. Companies should create unique passwords that are strong and secure each time. Training materials should stress this importance as well.

2. Choose your Technology Partners Carefully

Synopsys research shows that almost all software on the market contains some open-source code. However, 88% are out of date. Additionally, outdated code can often contain unpatched software that has vulnerabilities.

Business decision-makers need to have a basic understanding of cybersecurity risks and be able to ask the right questions about potential technology and vendors. Any third party whose systems can pose a risk to a company’s digital system.

Also read:

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3. In Industrial IoT Security, Create Structured Update Processes

It may have been simple for small companies to manually update their IIoT systems. Today updates may not occur as often due to the sheer volume of devices that are being used. IT departments don’t always remember how to turn off auto-updates.

Researchers discovered an exploit in 2023 named Name: Wreck. It leverages four flaw TCP/IP stacks millions of devices use for DNS connections. Although these known vulnerabilities have been fixed, devices with older versions of the software are at risk from a hostile remote takeover. This means that billions of devices across all commercial and consumer technologies could be at risk.

4. You Might Consider an Outside Management Team

It is understandable to feel overwhelmed at the benefits and potential drawbacks that come with investing in technology for manufacturing, or any other sector. Companies that lack the resources and personnel to understand information technology and IoT security culture are at risk of successful attacks and vulnerabilities.

With investments in Industry 4.0, companies may not look before they leap. This could lead to a “set it and forget it” mentality that leaves software vulnerable and makes devices more susceptible to attacks. One of the most important trends in cybersecurity for 2023 will be more companies turning to external parties and technologies for secure and reliable identity management and ongoing access.

5. For Industrial IoT Security, Outsource Connected Technology

Software as a Service (SaaS), robotics as a Service (RaaS), manufacturing, and other similar business models are on the rise. Companies can’t afford to spend the money necessary to upgrade their software and invest in new technologies. It is often more economical to have the monitoring and installation of cyber-physical infrastructure outsourced to remote management teams.

6. Segment IT Networks, Implement Robust Device Management

Each IT network that controls connected machines must be kept separate from those that provide general back-office connectivity or guest connectivity. You should keep them hidden and limit the number of credentials that you have access to.

Poor or inexistent device management can also lead to data breaches by loss, theft, and social-engineering attacks against personal devices.

Hackers have an easy way to get into networks through poorly managed mobile devices, workstations, or connected machines. This is what companies need to know about device management.

Connected devices that process company data must be eliminated or strictly controlled.

Remote-wipe is a great way to delete sensitive data from mobile devices that have been lost or stolen.

Make sure that team members know not to leave unattended logged-in computers or workstations.

A credential lockout can be implemented on all connected devices and computers.

All APIs and add-ons from third parties to digital products must be carefully reviewed.

To protect the most important logins, use multifactor (2FA/MFA) or two-factor (2FA/MFA).

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Safeguard Industrial IoT Security

Distributed computing presents a greater threat surface. The IIoT sector is still a young one. Some of these lessons were costly.

Companies considering IIoT investments will find many examples of what to avoid and resources to learn about cybersecurity expectations for connected machines. The guidance provided by the U.S. National Institute of Standards and Technology (NIST), on IoT device cybersecurity, is an example. The National Cyber Security Centre in the United Kingdom has similar resources regarding connected places and other things.

There are many options available to companies for protecting their IIoT-connected devices. It would be smart to put in as many safety protocols and procedures as you can.

How To Protect Your Site From Canonical Triggers

What happens when search engine spiders get lost? They cannot figure out what way to go on your site.

They sometimes get confused or other sites are sending them to another way to get to the same page on your site.

Some servers use mod_dir which causes additional issues by redirecting the domain without a training slash to the domain with a trailing slash so chúng tôi redirects to chúng tôi

It is very rare that this ever causes an issue. But, it is a reason when link building that you should always use the trailing slash in a link you add. It is the proper way to link to a site. Ever notice how the Open Directory and many other directories require their editors to add the trailing slash?

Canonical means the “Authoritative Path”.

This is how you tell the Search Engines that these are the pages of your site. Since you are essentially talking to robots, you need to take extra precautions because robots “do not think”. If a robot is caught in a loop or sees pages that are actually the same but have 3 to 6 different paths to get to, it will consider these additional pages.

Canonical issues can take many forms and problems with them are becoming rare thanks to sitemap programs and the increasing awareness of the factors. Yes, they do still exist and can be caused by an webmaster that has no knowledge of the SEO factors involved in developing proper website architecture.

Duplicate Content Issues

Duplicate pages are also caused by using the same contact form with different dynamic variables. So a form may be contact.asp?id=california and the same form may also be contact.asp?id=new york. This means that Google sees the exact page with different ways to get to it and treats it as spam.

The simple fix for this is a rel=”nofollow” tag or banning chúng tôi wildcards in the chúng tôi file. This is becoming a common task on many dynamic sites, I have added this here because we can consider this a potential canonical trigger as the path becomes duplicated.

Relax! There are many simple fixes:

Always program the site to be friendly by using Absolute Links when developing navigation and adding links to internal pages of your site. Absolute links can also help in preventing automated content stealing, which sites try to own your content by and ranking with it, and “theoretically” it is extremely possible that a third party site can take your content and rank for it while you get hit as a duplicate page and no longer rank for it.

Use the rel=”nofollow” in the href tags of pages that go to a secure server, and or pages that go to dynamic forms. This tells the spiders right off not to count the pages as a link, in effect helping them understand the priority of the page from the href relevancy command. This can help increase internal page quality as well by removing the potential trigger for “Mad Lib” spam.

Use a Canonical URL redirect fix. I have listed many here in my 301 and Canonical Redirect Tutorial. I am still looking for the Mac WebSTAR Canonical version which would be appreciated.

Robots.txt out files and wildcards. Not all search engines use the wildcards. Yahoo does, MSN does, Google does as well these may be best used bu identifying the robot and the path.

It’s always great to learn all avenues that can help secure the proper architecture of websites.

Alan Rabinowitz is the CEO of SEO Image, a New York based SEO and Internet Marketing company which focuses on corporate branding and positioning in search engines.

Acronis True Image 2024 Review: Easy To Use, At Last

Having reviewed Acronis’s True Image backup solution multiple times over the last decade or so, I’d given up hope that it would ever sport anything that even approximated a friendly user interface.

Acronis True Image 2024’s interface is miles better than the company’s previous efforts.

As for the wrinkles: Initially  the scroll bars required for mouse use didn’t appear (some are hidden, à la the Mac), were too small, or were non-functional due to overlapping the resize border on the right-hand side of its windows. Acronis fixed the first two issues by the time this went to press, but the latter remained in the release version. The update function and license functions were ersatz as well, although this could have been due to the multiple builds I needed to install. Operationally, i.e. when backing up, everything was butter. Based on past experience with Acronis, the issues will be resolved once the company is convinced they exist. [Ed. note: An Acronis rep told us on 10/1 that an update will be available very soon.] 

Selecting data to back up is much simpler that with previous iterations of True Image.

Maiden-version bugs aside, the new interface looks and feels great. It’s handsomely styled à la Windows 8 and logically laid out. The only minor gap in said logic was the grouping of backup and recovery actions under the single heading of “backup.” Most users think of these as separate tasks and start the program to do one or the other.

The program sports many ease-of-use features, such as automatically scanning the drives on your system for existing backups. Note that if you have a lot of drives attached to your system, the program might not appear right away, as it enumerates them without providing any visual feedback.

Missing in action, but hopefully next up on the True Image road map is automatic selection of important data, i.e. documents, email, photos, etc. This is a mainstay feature for “easy-to-use” backup products that’s saved more than one user’s bacon.

While the interface is True Image 2024’s most salient improvement, there are also some internal additions and refinements. Backing up your entire PC is much simplified, and universal restore (the ability to recover to hardware different from that on which the backup was made) is now standard across the product line. Acronis also claims improved performance, especially in the realm of small-file copying.

The cornucopia of features Acronis has implemented over the years are still there.

True Image long ago added file and folder backup, though it still won’t perform plain file-copy, and a couple of iterations ago the company implemented an online backup/file service. You can view files stored online via the local client or a Web portal, so you can recover from anywhere to anywhere. And thanks to Acronis’s iOS and Android apps, you can also sync your important data across all your PCs and devices. Syncing devices requires an online storage subscription, which is not included with every version. 

Acronis True Image 2024 also retains the ability to create recovery media, aka boot discs/disks in either USB or optical disc format. True Image also retains the ability to create a hidden recovery partition on your hard drive (or SSD) such as those found on big-name vendor PCs and laptops.

True Image still lets you create and boot from recovery media.

Which brings me to my wish list: it would be nice if True Image 2024 supported non-Acronis online destinations, such as OneDrive, Dropbox, Glacier, et al. Yes, that’s a lot to ask of a company that’s competing in the same market, but I have become addicted to this feature while using SyncBack Pro from 2BrightSparks.

Bugs and wish list aside, True Image is as good as it gets when it comes to imaging backup, and it’s darn close to it for file and folder backup. Nothing has changed in that regard, and now it’s now easy to use. Wonders never cease.

Note: My star rating is based on unresolved bugs and issues in the Windows version at review time and will be revisited when those problems have been addressed. Feature-wise, the product would rate 4 stars.

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