Document Encryption Software Market 2020 – Impact of COVID-19 Pandemic, Future Development, Top Manufacturers Analysis, Trends and Demand discussed in…

Document Encryption Software Market 2020 Research Report initially provides a basic overview of the industry that covers definition, applications and manufacturing technology.The report explores into the international players in the market. Market division by Regions, this report splits Global into several key Regions, with production, consumption, revenue, market share and growth rate.

Document Encryption Software market presents substantial inputs about the market size, market share, regional trends, and profit projection of this business sphere. The report also enlightens users regarding the foremost challenges and existing growth tactics implemented by the leading organizations that constitute the dynamic competitive gamut of this industry.

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COVID-19, the disease it causes, surfaced in late 2020, and now had become a full-blown crisis worldwide. Over fifty key countries had declared a national emergency to combat coronavirus.

With cases spreading, and the epicenter of the outbreak shifting to Europe, North America, India and Latin America, life in these regions has been upended the way it had been in Asia earlier in the developing crisis. As the coronavirus pandemic has worsened, the entertainment industry has been upended along with most every other facet of life.

As experts work toward a better understanding, the world shudders in fear of the unknown, a worry that has rocked global financial markets, leading to daily volatility in the U.S. stock markets.

Unearthing the competitive landscape of the Document Encryption Software market:

Unveiling the regional spectrum of the Document Encryption Software market:

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Global Encryption Software Market Professional Survey 2020 by Manufacturers, Share, Growth, Trends, Types and Applications, Forecast to 2025 – The…

The research report titled Global Encryption Software Market Professional Survey 2020 by Manufacturers, Share, Growth, Trends, Types and Applications, Forecast to 2025 and published by Zion Market Research is an in-depth and dedicated scrutiny of the existing stats of the globalEncryption Software Marketentailing the numerous facets pertinent to statistics and growth of the business. The report segregated into diverse sections to simplify the comprehension of the included data and thus, market dynamics. It encompasses all the major competitors and playersBM, Microsoft, Sophos ltd, Gemalto, Net App Inc, Hewlett- Packard, Vormetric, Oracle, Intel and Symantecinvolved in the global Encryption Software Market along with the various features relating to the market players like company profiles, supply chain value, product specifications, market shares, and so on. Also, the report entails the major strategic market developments, comprising R&D activities, collaborations, new product launch, agreements, joint ventures, partnerships, M&A, and presence & expansion extent of these prominent players on the global and regional scale. In addition, it comprises the systematic examination of business strategies for expansion of the prominent Encryption Software Market players.

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Some of the Major Market Players Are:

BM, Microsoft, Sophos ltd, Gemalto, Net App Inc, Hewlett- Packard, Vormetric, Oracle, Intel and Symantec

The Encryption Software Market report encompasses the general idea of the global Encryption Software Market including definition, classifications, and applications. Further, it includes the all-inclusive comprehension of several factors such as drivers, constraints, and major micro markets. The report is a wide-ranging source of widespread facts and figures for business strategists as it offers the historical & futuristic data such as demand & supply data, cost, revenue, profit, supply chain value, and so on. Furthermore, it entails the key market features, comprising production, revenue, price, capacity, gross margin, market share, consumption, gross, production rate, demand/supply, cost, capacity utilization rate, export/import, and CAGR (compound annual growth rate). In addition the report encompasses global Encryption Software Market segmentation on the basis of diverse facets like product/service type, application, technology, end-users, and major geographic regionsLatin America, North America, Asia Pacific, Middle & East Africa, and Europe.Apart from this, the researcher market analyst and experts present their outlook or insights of product sales, market share, and value along with the possible opportunities to grow or tap into in these regions.

Promising Regions & Countries Mentioned In The Encryption Software Market Report:

The Encryption Software Market report also entails the vigorous evaluation about the growth plot and all opportunities & risk related to of global Encryption Software Market during the forecast period. In addition, the report comprises the key events and most recent innovations in the industry together with the prospective trends technological progresses within the global Encryption Software Market that can impact its expansion graph. Entailing the pivotal data on the markets statistics and dynamics, the report will serve as a valued asset in term of decision-making and guidance for the businesses and companies already active within industry or looking forward to enter into it.

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The Study Objectives of Encryption Software Market Report Are:

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U.S. Hardware Encryption Market is expected to reach $259.12 billion by 2026 | CAGR 32.4% – WhaTech

Hardware encryption is considered as the most effective form of data protection against unauthorized access. To address the grave issue of the increasing number of complex cyber-attacks, governments across the globe are coming out with stringent regulations pertaining to data protection; a factor that further supplements the demand of hardware encryption as a key data security technology.

The U.S. hardware encryption market size was valued at $28.08 billion in 2018, and is projected to reach $259.12 billion by 2026, growing at a CAGR of 32.4% from 2019 to 2026.

In the current scenario, factors such as reduced cost differences between hardware encrypted and non-hardware encrypted products, growing number & complexity of data breaches, regulatory and compliance requirements are driving the growth of the U.S. hardware encryption market. Some of the restraints associated with hardware encryption market are lack of awareness among the users and limited use of encrypted drives in the U.S.

Several encrypted hardware vendors and manufacturers are aiming at developing encrypted keys at reduced prices; customized according to the specifications of the end consumers. Government mandates and regulations, supporting the use of hardware-encrypted products by companies and enterprises, have now been adopted in many countries across the world.

The segment of encrypted USB flash drives is expected to grow significantly and register a highest CAGR during the forecast period. Increase in demand for robust memory storage devices that are highly compact, offer maximum storage and render better security of data is the key factor, which is anticipated to drive the growth of the segment.

However, the solid-state drive (SSD) segment is expected to grow at the highest rate of 35.6% between 2019 and 2026.

SSD provides faster encryption as compared to the HDD devices, which majorly fosters the growth of this segment. The need for the adoption of SSD is expected to increase in the upcoming years due to increase in data breaches and expansion of digital content.

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Among the various verticals, consumer electronics sector was the largest contributor, accounting for around 33.2% of the total hardware encryption market share in 2018. The sector would continue to be the highest revenue generator throughout the analysis period.

The stringent government regulations, and security standards along with the increasing use of BYOD devices are the key factors supplementing the adoption of hardware encryption in the consumer electronics sector. The industrial sector would also grow at a notable rate over the forecast period.

With an aim to reduce cyber-attacks and improve data protection, governments across different regions are promoting the use of hardware encrypted devices.

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Some of the key U.S. hardware encryption market players profiled in the report include International Business Machines (IBM) Corporation, Kingston Technology Company, Inc., McAfee, LLC, Micron Technology, Inc., NetApp, Inc., Samsung Electronics Co., Ltd., Seagate Technology LLC, Symantec Corporation, Toshiba Corporation, and Western Digital Technologies, Inc. Players operating in the U.S. hardware encryption market have witnessed high revenue growth opportunities for hardware encryption especially due to rise in number of cyber-attacks.

This study includes the hardware encryption market analysis, trends, and future estimations to determine the imminent investment pockets.

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U.S. Hardware Encryption Market is expected to reach $259.12 billion by 2026 | CAGR 32.4% - WhaTech

How to recover data from a Mac with T2 or FileVault encryption and without a password – Macworld

Its hard thing to discover that a loved one is incapacitated or passed away, and the Mac or Macs they left behind cant be unlocked to retrieve photos, important financial or legal information, or any of their digital traces. If the main account or any administrative user password is unavailable, a newer Mac may be completely unrecoverable.

Many times, a person who experiences dementia may have already appointed or had appointed someone with the legal right to access their devices; someone who may know they were facing death or who had planned ahead with a will may have left their gear explicitly to someone, or appointed an executor who has rights. (This is not legal advice, by the way; consult an attorney with any questions about the legality of accessing such hardware.)

But the right or need to access a Mac doesnt mean one has the ability, and Apple has designed its systems to prevent its own ability to break through strong protections.

The T2 Security Chip found in newer Macs (see the list of Mac models here) brought iPhone- and iPad-style security and encryption to macOS, including Touch ID on laptops. The Macs startup volume is automatically encrypted at rest, separate from the long-running FileVault technology in macOS. (See How FileVault and the T2 Security Chip work together in newer Macs for more details.)

The T2 chip on a Mac automatically encrypts the startup drive as a way to improve security dramaticallyincluding rendering a drives contents unreadable if a device were lost or stolen. Without a fingerprint on a Touch ID-equipped Mac (for a computer thats running, logged in, and in the right circumstances) or a password for any Mac, even without FileVault enabled, the contents of the Macs drive could be permanently unavailable.

If the Mac in question is one of the above models, skip to Strategies to work around not having the password, later in this article.

If it doesnt have a T2 chip, you can try the following; if not, read on for what wont work, and then strategies to try without the password.

You may be able to mount a Mac as a volume on another Mac without a password using Target Disk Modeas long as FileVault wasnt enabled. You may not know if was, so you can try the following if both Macs have a FireWire (older models) or Thunderbolt 2 or 3 port:

Connect the computers.

Restart or startup the Mac you want to mount on the other while holding down the T key.

If it works, a volume icon appears on the other Mac.

If you receive a prompt to enter a password, then either FileVault is enabled or theres a T2 chip on the computeror even both.

However, if you dont have another Mac to try this with or they dont have compatible ports, you can also set up an external, bootable macOS drive with a version of macOS new enough to start up the computer in question and not too new for an older Mac. (Consult the Macs model to check on which system releases work with it.)

Heres how to boot from an external drive:

With a macOS startup volume installed on an external drive, plug it into the Mac you want to start up.

Either restart the Mac or start it up, holding down the Option key as it powers up.

A roughly formatted display showing available startup drives should appear. Click or use a keyboard to select and boot from that drive.

The internal drive shows up as a volume after macOS starts up.

If you cant start up from an external drive because youre prompted for a password or blocked in another fashion, or macOS prompts you for a password to mount the internal drive (as above), youre stuck.

In nearly every scenario involving either a Mac with a T2 chip, FileVault enabled, or both, you have to have an administrative accounts password, often the main or only account on a Mac:

With FileVault turned on with any Mac, a password has to be entered at startup to even start macOS running. Otherwise its startup volume remains unavailable.

With the T2 chip and no FileVault, a Mac will boot to the startup screen, but unless you had the password, even though the drives contents are available to a user, youd have to break into macOS to gain access to files. Because the T2 chip restricts starting up with an external drive without making a specific administrative change that requires a password, you wont even be able to boot off an external driveand youd need an account password after that to mount the drive when started up externally, in any case.

You might consider removing the hard drive as one strategy. But Macs of the last few years have drives that cant easily be removed or are impossible to remove at all. Even if you could mount a drive on another device, if FileVault is enabled or its a mac with a T2 chip, its impossible to decrypt the drives contents.

The Startup Security Manger on T2-equipped Macs prevents staring up from an external drive without changing settingswhich requires a password.

Dont give up yet, however.

Several strategies can help, some of them absurdly low tech:

Check for sticky notes, password books, or other places someone may have written down their password. This is surprisingly common, yet often overlooked. (The best hackers in movies always make a joke about it when asked what sophisticated cracking tool they will use: they just find the sticky note.)

Did the person ever give you a password as a backup in case they lost or forgot theirs? Check your messages, password manager, or notes.

Look for local backups. While startup drives may be encrypted via FileVault or the T2 chip, Time Machine and other backups typically arent, unless someone takes an extra step to encrypt the volume. (If they did that, they might also have taken steps to allow someone else to gain access later if they couldnt.) Look for a drive directly connected to the computer, to another computer on the network, or a Time Capsule, Apples discontinued networked Time Machine backup option.

Look for online backups. A person may be using a cloud-based backup storage system, like Backblaze or Carbonite, and you may be able to find the password for that if you cant find their Mac accounts password. Check credit-card bills to see if theyre using such a service.

Check iCloud. Again, you might be able to find or figure out their iCloud login, and retrieve photos and synced files from iCloud.

Look for other sync services. Dropbox, Google Drive, OneDrive, and other options can sync the contents of folders or nearly an entire drive from a computer to cloud-based storage.

Preparation always helps, too. If youre reading this column prospectivelybefore a problem has cropped upsee How to prepare your digital assets in case of death for advice on setting up yourself or helping someone else be set up for access when they cant provide a password.

This Mac 911 article is in response to a question submitted by Macworld reader Janvier.

Weve compiled a list of the questions we get asked most frequently along with answers and links to columns: read our super FAQ to see if your question is covered. If not, were always looking for new problems to solve! Email yours to mac911@macworld.com including screen captures as appropriate, and whether you want your full name used. Not every question will be answered, we dont reply to email, and we cannot provide direct troubleshooting advice.

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How to recover data from a Mac with T2 or FileVault encryption and without a password - Macworld

Encryption Software Market 2020-2027 Growth Analysis, Key Insights and Future Development By Check Point Software Technologie, InterCrypto, Hewlett…

The Global Encryption Software Market report is designed to effectively guide as a singular point of reference to address all reader queries and manufacturer doubts that enable high revenue generation amidst neck-deep competition in the Encryption Software market. The report is also a unique guiding aid to encourage best industry practices and equivalent business decisions that leverage million-dollar growth opportunities.

According to research inputs, this global Encryption Software market is also likely to register a thumping growth of USD xx million in 2020 and is further anticipated to reach over xx million USD by the end of 2027, clocking at a steady CAGR of xx% through the forecast span, 2020-27.

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Research analysts and industry experts through this report are also aiming to lend ample light on further essential determinants such as a meticulous review and analytical take of opportunity assessment, also encompassing threat and challenge analysis that constantly deter upward growth spurt in Encryption Software market.

Key Plyares Analyis: Global Encryption Software Market

Check Point Software TechnologieInterCryptoHewlett PackardEast-TecTrend MicroSymantecEntrustBloombaseCiscoIBM

COVID-19 Impact Analysis:

To enable mindful business discretion amidst catastrophic developments such as COVID-19 and its subsequent implications, this ready-to-refer research report on the global Encryption Software market is designed to answer the queries pertaining to the pandemic to emerge from catastrophic implications.

Thus, this thorough, meticulously crafted research report is in place to aid vital market specific decisions amongst relevant stakeholders who remain key influencers in directing favorable growth trajectory in the Encryption Software market.

Further in the course of the report, research experts and industry experts also unfurl considerable understanding on other important implication rendering features such as current, historical, as well as future prospects of the market that have substantial bearing on the growth spurt of the Encryption Software market.

This intensively compiled research report presentation is a versatile hub of innate knowledge factors such as sales volume and bulk production, pricing matrix and sales figures, overall growth review and margin, chances of growth in the future and their range amongst other additional growth determinants that influence growth in the Encryption Software market.

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Understanding Regional Segmentation:

Further in its succeeding sectors of the report, this detailed presentation of the Encryption Software market offers vigorous details on regional belts and expansion projects identifying potential growth possibilities.

Furthermore, the report helps as a expedient guide to design and instrument probable growth routing activities across select regional hubs in the Encryption Software market. Frontline companies and their result-based growth approaches are also recruited in the report to emulate growth.

Encryption Software Market Analysis by Types:

Symmetric EncryptionAsymmetric EncryptionHashing

Encryption Software Market Analysis by Applications:

Whole DiskSingle-user File/folder LevelMulti-user File/folder LevelDatabaseApplication LevelEmail MessagesNetwork Traffic

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5. A systematic representation of major opportunity mapping, competition intensity as well as barrier analysis to encourage wise business ventures.

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Encryption Software Market 2020-2027 Growth Analysis, Key Insights and Future Development By Check Point Software Technologie, InterCrypto, Hewlett...

Is Now the Time to Start Protecting Government Data from Quantum Hacking? – Nextgov

My previous column about the possibility of pairing artificial intelligence with quantum computing to supercharge both technologies generated a storm of feedback via Twitter and email. Quantum computing is a science that is still somewhat misunderstood, even by scientists working on it, but might one day be extremely powerful. And artificial intelligence has some scary undertones with quite a few trust issues. So I understand the reluctance that people have when considering this marriage of technologies.

Unfortunately, we dont really get a say in this. The avalanche has already started, so its too late for all of us pebbles to vote against it. All we can do now is deal with the practical ramifications of these recent developments. The most critical right now is protecting government encryption from the possibility of quantum hacking.

Two years ago I warned that government data would soon be vulnerable to quantum hacking, whereby a quantum machine could easily shred the current AES encryption used to protect our most sensitive information. Government agencies like NIST have been working for years on developing quantum-resistant encryption schemes. But adding AI to a quantum computer might be the tipping point needed to give quantum the edge, while most of the quantum-resistant encryption protections are still being slowly developed. At least, that is what I thought.

One of the people who contacted me after my last article was Andrew Cheung, the CEO of 01 Communique Laboratory and IronCAP. They have a product available right now which can add quantum-resistant encryption to any email. Called IronCAP X, its available for free for individual users, so anyone can start protecting their email from the threat of quantum hacking right away. In addition to downloading the program to test, I spent about an hour interviewing Cheung about how quantum-resistant encryption works, and how agencies can keep their data protection one step ahead of some of the very same quantum computers they are helping to develop.

For Cheung, the road to quantum-resistant encryption began over 10 years ago, long before anyone was seriously engineering a quantum computer. It almost felt like we were developing a bulletproof vest before anyone had created a gun, Cheung said.

But the science of quantum-resistant encryption has actually been around for over 40 years, Cheung said. It was just never specifically called that. People would ask how we could develop encryption that would survive hacking by a really fast computer, he said. At first, nobody said the word quantum, but that is what we were ultimately working against.

According to Cheung, the key to creating quantum-resistant encryption is to get away from the core strength of computers in general, which is mathematics. He explained that RSA encryption used by the government today is fundamentally based on prime number factorization, where if you multiply two prime numbers together, the result is a number that can only be broken down into those primes. Breaking encryption involves trying to find those primes by trial and error.

So if you have a number like 21, then almost anyone can use factorization to quickly break it down and find its prime numbers, which are three and seven. If you have a number like 221, then it takes a little bit longer for a human to come up with 13 and 17 as its primes, though a computer can still do that almost instantaneously. But if you have something like a 500 digit number, then it would take a supercomputer more than a century to find its primes and break the related encryption. The fear is that quantum computers, because of the strange way they operate, could one day do that a lot more quickly.

To make it more difficult for quantum machines, or any other kind of fast computer, Cheung and his company developed an encryption method based on binary Goppa code. The code was named for the renowned Russian mathematician who invented it, Valerii Denisovich Goppa, and was originally intended to be used as an error-correcting code to improve the reliability of information being transmitted over noisy channels. The IronCAP program intentionally introduces errors into the information its protecting, and then authorized users can employ a special algorithm to decrypt it, but only if they have the private key so that the numerous errors can be removed and corrected.

What makes encryption based on binary Goppa code so powerful against quantum hacking is that you cant use math to guess at where or how the errors have been induced into the protected information. Unlike encryption based on prime number factorization, there isnt a discernible pattern, and theres no way to brute force guess at how to remove the errors. According to Cheung, a quantum machine, or any other fast system like a traditional supercomputer, cant be programmed to break the encryption because there is no system for it to use to begin its guesswork.

A negative aspect to binary Goppa code encryption, and also one of the reasons why Cheung says the protection method is not more popular today, is the size of the encryption key. Whether you are encrypting a single character or a terabyte of information, the key size is going to be about 250 kilobytes, which is huge compared with the typical 4 kilobyte key size for AES encryption. Even ten years ago, that might have posed a problem for many computers and communication methods, though it seems tiny compared with file sizes today. Still, its one of the main reasons why AES won out as the standard encryption format, Cheung says.

I downloaded the free IronCAP X application and easily integrated it into Microsoft Outlook. Using the application was extremely easy, and the encryption process itself when employing it to protect an email is almost instantaneous, even utilizing the limited power of an average desktop. And while I dont have access to a quantum computer to test its resilience against quantum hacking, I did try to extract the information using traditional methods. I can confirm that the data is just unreadable gibberish with no discernable pattern to unauthorized users.

Cheung says that binary Goppa code encryption that can resist quantum hacking can be deployed right now on the same servers and infrastructure that agencies are already using. It would just be a matter of switching things over to the new method. With quantum computers evolving and improving so rapidly these days, Cheung believes that there is little time to waste.

Yes, making the switch in encryption methods will be a little bit of a chore, he said. But with new developments in quantum computing coming every day, the question is whether you want to maybe deploy quantum-resistant encryption two years too early, or risk installing it two years too late.

John Breeden II is an award-winning journalist and reviewer with over 20 years of experience covering technology. He is the CEO of the Tech Writers Bureau, a group that creates technological thought leadership content for organizations of all sizes. Twitter: @LabGuys

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Is Now the Time to Start Protecting Government Data from Quantum Hacking? - Nextgov

The growing need for encrypted communications – TechRadar

Nowadays most of our communication is conducted online using messaging apps and services on our smartphones and computers. However, ensuring our messages remain private and secure has become increasingly difficult which is why business users and consumers alike are now turning to encrypted messaging apps.

At the same time though, the intelligence-sharing alliance Five Eyes and other national governments continue to call on tech companies to create backdoors which would give them access to users end-to-end encrypted communications. This would defeat the purpose of using encrypted messaging apps and services in the first place and put the security and privacy of users worldwide at risk.

To learn more about the benefits of encrypted messaging and how these tools can benefit remote workers, TechRadar Pro spoke with the co-founder and CTO of Wickr Chris Howell.

As a class, they represent the state of the art in privacy and security. The biggest thing end-to-end encryption (E2EE) does is it takes the app or service provider out of the equation from a message privacy perspective. If the service providers systems cant read your messages, then neither can one of their rogue employees or someone who manages to compromise their servers.

For one thing, the line between business and personal isnt so clear now that people are all reachable 24/7. Personal business is just as important as company business to most of us. Both aspects have suffered equally due to the industrys failure to provide meaningful security for communications applications over the years. E2EE was first popularized in consumer apps, and its only because it was so easy to use there that the demand for business use grew and more enterprise-grade tools like Wickr evolved.

Simply ensuring that data is always encrypted doesnt count. It has to be a form of encryption that cant be decrypted by anyone or anything other than the sender and receiver. If any system or device in the message delivery path between the sender and receiver can decrypt and read it (and use of technologies like HTTPS or TLS is a dead giveaway for this), its not E2EE.

The U.S. Air Force has a particularly strong vision to offer the warfighter a highly secure collaboration solution that can support the mission all the way out to the tactical edge. Of course, there are some specialized use cases out there, but at a base level, the military needs the same thing we all need - an easy to use unified communications tool they can count on to secure their sensitive communications.

Weve been fortunate in the past year or so to add smart folks like Blake and others to the team who bring with them decades of military experience from headquarters to harm's way. If were going to serve the warfighter, wed better understand what our product needs to meet the mission, how it will be used and on what systems, and how it will be tested, deployed and scaled. Their perspective is invaluable and is really helping us make our product the best it can be.

Most people are still shocked at just how insecure the communication tools we grew up on have always been. To some extent, the tide is turning, and I think more and more, the expectation will be that our communications - business or private - should be secure vs. the alternative. Demand in business will especially grow as private business is increasingly faced with more advanced threats, including international organized criminal hacking groups and even nation-states. The fact that E2EE solutions like ours can also now support regulatory compliance/message archival regimes and operate at an enterprise-scale has contributed to its growth as well.

More people working from home means more sensitive business is being conducted in virtual versus traditional conference rooms. The more we shift to virtual, the more data thats at risk to remote attackers. We saw it play out in the scramble to remote conferencing solutions last spring. Not long after the scramble came the uptick in security incidents as attackers exploited the weaknesses in solutions that frankly werent suited for many of the use cases being thrust upon them. The ordeal of the past year educated a lot of people in the importance of secure communications.

The main thing to keep in mind is different services offer different levels of protection. Most services will say they are secure and encrypted, but virtually all of them still have access to your data, I.e., are not E2EE. More and more services are seeing the light and adding E2EE, which is great, but not everyone can do it well, and theres more to security than just plugging in an encryption library. If security is an important requirement, make sure its even more important in the eyes of the service provider. It takes more than a checkbox to do it right.

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The growing need for encrypted communications - TechRadar

NordVPN review: An encryption powerhouse with the biggest VPN bang for your buck – CNET

NordVPN stays on our list of best 2020 mobile VPNs for many reasons, including its status as the reigning champion of the bang-for-buck ratio. Hands down, you aren't going to get a VPN anywhere else that can do more than NordVPN does, as cheaply as NordVPN does it. Despite a security breach reported in 2019 (more on that below), you'd still be hard pressed to find another VPN that can do what NordVPN does at all.

Sure, NordVPN could offer a little more privacy if it boosted the number of servers it owns, but we're talking about over 5,300 servers in 59 countries, a zero-log policy and a jurisdiction in Panama. It's an encryption powerhouse, and has a feature that allows you to VPN into Tor.

It's no surprise NordVPN racked up more than 59,000 ratings in the App Store for a score of 4.6 out of 5, and 132,871 reviews in the Google Play Store for a 4.4 out of 5 rating. Also no surprise it's snagged my trophy for best value.

As a speed bonus, NordVPN's SmartPlay feature lets it do with ease what so many other VPNs struggle with: streaming video. It's available for not only iOS and Android, but also Windows Phone and even BlackBerry.

Read more:How we review VPNs

We ran our NordVPN speed tests over the course of three days using both wireless and Ethernet connections. Internet speeds in the US vary widely by state and provider. And with any speed test, results are going to rely on your local infrastructure, with hyperfast internet service yielding higher test speed results.

That's one reason we're more interested in the amount of speed lost, as the use of any VPN can typically cut your internet speed by half or more. NordVPN reduced our speeds by 53% on average, compared to the 32% speed loss we measured when we tested it in 2019. While not as fast as some of its competitors like ExpressVPNand Surfshark, we found that NordVPN's speeds were reliably fast; there were never any sudden dips or service interruptions, and where we expected it to underperform, it proved itself up to the task.

NordVPN's overall global average speed was 91Mbps during my testing, in a dataset with average non-VPN speeds of 194Mbps. While it's normal for a VPN to cut your internet speed by half or more, the notable context here is that across the averages of my five test zones, I never saw NordVPN fall below 85Mbps. It's still one of the most consistent, stable VPNs I've worked with.

Singapore led the testing averages at 98Mbps, while UK speeds beat European speeds by a hair's breadth. At 99.93Mbps, UK connections squeaked ahead of French and German ones, which averaged 91.90Mbps. NordVPN also had another photo finish during testing, with Australia beating US scores, 88Mbps to 86Mbps. None of these are scores that you can look down your nose at.

Read more: All the VPN terms you need to know

We like that NordVPN is headquartered in Panama, which is generally considered a privacy-friendly country due to its lack of surveillance-sharing agreements with other countries.

Its encryption is standard AES-256-CBC, and it supports Perfect Forward Secrecy, which means it frequently changes encryption keys to avoid security compromises. NordVPN also uses OpenVPN protocol (one of the most secure protocols available) and IPSec/IKEv2 (which is less secure but still quite fast). No IP address, DNS or other potentially user-identifying data leaks were detected during our testing.

The company offers a useful kill switch feature, which prevents network data from leaking outside of its secure VPN tunnel in the event the VPN connection fails. Those unfamiliar with the software should note the additional customizable kill switch that allows you to select which apps to kill in the event of a VPN drop-out. Keep in mind that any apps not on that list will still transmit information over the internet and could therefore become a privacy liability.

Additional features include a site filter to block out a broader swath of malicious sites, along with optional ad and tracker blocker. The latter goes a long way toward keeping speeds up for the average user. We also like Nord's double VPN feature, which allows users to leap across multiple servers for a bit of extra encryption. And we found its obfuscation (the process of making a VPN not look like a VPN) effective in every instance of testing.

While NordVPN has lived on our list of recommended vendors for a long time, we moved it to the penalty box in October 2019 to re-evaluate our recommendation after a report emerged that one of its rented servers was accessed without authorization in 2018. Nord's actions following the discovery included -- eventually -- multiple security audits, a bug bounty program and heavier investments in server security.

While we'd have preferred that Nord self-disclosed the issue much earlier, the fact that the breach was very limited in nature and involved no user-identifying information served to further verify that NordVPN keeps no logs of user activity. And NordVPN's subsequent move to full RAM-disk use -- meaning it's not storing anything on hard drives -- as a breach response went a long way toward convincing us of the company's security commitment. As a result, Nord remains on our list of recommended vendors.

Read more: After the breach, Nord is asking people to trust its VPN again

We like NordVPNs clean, easy-to-use interface, its toggle controls, and its server search functions. The interactive map graphic is pleasant in design, but could be made more useful if its default setting identified cities instead of only the countries.

NordVPN offers 24/7 customer service support through live chat, with an email option. It also has a well-built support section on its website, which contains a veritable library of FAQs and tutorials.

NordVPN imposes no data caps and allows unlimited server switching and torrenting. We had no problems using it to access Netflix. Unlike some competitors, however, you can only run six devices simultaneously on a single subscription.

Since the world of VPNs moves at a fast pace, we'd prefer to see NordVPN's steep discounts applied laterally toward all of its contracts in order to report better overall purchasing value. That would be a sharper criticism if NordVPN wasn't already a long-standing industry leader with a lengthy history, and it's certainly a criticism that could be applied to nearly all VPN providers. As it stands, its best deal is via its two-year contract at $3.71 per month, a 68% discount, billed once every two years for $89. NordVPN does offer a 30-day money-back guarantee, however.

While NordVPN no longer accepts PayPal payments, you can pay with a credit card or cryptocurrency including Bitcoin, AliPay, WeChat Payments, iTunes, Google Pay, Amazon Pay and UnionPay.

Discover the latest apps: Be the first to know about the hottest new apps with the CNET Apps Today newsletter.

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Global Encryption Software Market Projected to Reach USD XX.XX billion by 2025: Dell , Eset , Gemalto , IBM , Mcafee , Microsoft – TechnoWeekly

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Global Encryption Software Market Projected to Reach USD XX.XX billion by 2025: Dell , Eset , Gemalto , IBM , Mcafee , Microsoft - TechnoWeekly

Hardware-based Full Disk Encryption Consumption Market Size 2020 | Opportunities, Regional Overview, Top Leaders, Revenue and Forecast to 2027 -…

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