Category Archives: Encryption

What is database encryption? – VentureBeat

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Database encryption protects sensitive information by scrambling the data when its stored, or, as it has become popular to say, is at rest.

There are several methods to generate and apply secret codes, but the end result is to make the data unusable in case an attacker manages to evade the standard defenses and gain direct access to the raw bits inside.

While the basic motivation remains rendering the data unreadable to those without authorized access, the process of encoding has evolved to support a number of different use cases:

The encryption process is a close cousin to the mathematical assurance that makes up the foundation of the ledger or blockchain databases. Digital signatures algorithms used to authorize and guarantee the changes to the ledgers are often developed and supported by the same library. While blockchain databases do not necessarily offer privacy indeed, all transactions are public they are often categorized similarly.

Oracle has been shipping tools to enable database encryption for decades, with a feature they call transparent database encryption thats designed to minimize the difficulty of use. Database administrators can protect entire databases, particular tables, or just individual columns. The keys are stored separately in an Oracle Key Vault, and theyre managed to keep authorized database consumers from having to input them. This is because, the documentation explains, the data is transparently decrypted for database users and applications. This automated encryption is a good defense against stolen storage media or attackers who manage to gain access to the raw data stored on disks (that is, at rest).

Microsofts SQL Server also supports automatically encrypting data before its stored to a hard disk drive (HDD) or solid state disk (SSD), something it also calls transparent database encryption. Versions running locally or in the Azure cloud can turn it on. They also have a separate layer designed to ensure that all connections to the database from other servers are encrypted.

Many companies are also relying on encryption thats added by the file system or the hardware of the disk drive itself. Operating systems like MacOS, Linux, or Windows will support encryption of all files as theyre stored, which also covers the indices and data columns stored by the database software. Adding encryption to the file system will affect the overall load of the server by increasing the time it takes to record the data.

Some drives can now handle the encryption using special chips added to the disk drive. Some are designed to be easily removable, so they might be locked up in a physical safe or moved to a different location for backup.

Many popular open source databases like MySQL or PostgreSQL include encryption libraries to simplify implementing encryption. Most of them use established cryptographic libraries instead of trying to create their own. The pgcrypto module, for instance, offers encryption functions that can be applied within SQL queries, and the crypt() function is often used to scramble passwords before theyre stored.

MongoDB added the ability to encrypt their databases at rest to the Enterprise edition. The default relies on AES with 256-bit keys. MongoDB added field-level encryption to secure certain parts of the data stored in the database across all its offerings in December 2019.

IBM isnt an upstart in the industry, but it is one of the leaders exploring some of the more sophisticated algorithms for homomorphic encryption. The company has released a toolkit for adding fully homomorphic encryption to iOS and MacOS. Microsofts Research division is also sharing SEAL, a homomorphic encryption library that supports basic arithmetic. Its released under the MIT license and is built for linking with .Net and C++ code.

The challenge for managing encryption is keeping all of the keys safe and secure. Access to the data is controlled by the keys, and they should be kept independent of the data when the database is not being used. Extra care must also be taken with the backups, because a lost key can mean that an entire database is rendered unreadable.

Cloud companies are supporting key management by setting up separate services that isolate the keys from the regular computation. Microsofts Azure calls its service the Key Vault, and it keeps the keys in Hardware Security Modules (HSM), which will store them with an extra layer of encryption. IBM calls its service Key Protect, and it also uses HSMs to protect the local keys the database uses.

Adding encryption requires a significant amount of computation, and this increases the cost of storing and retrieving the information. In some cases, the CPUs are idle, and the extra cost is negligible. Many desktops and cell phones, for instance, rarely use more than a small fraction of their available CPU cycles. If these devices encrypt the data before sending it to the database, they bear the computational burden, which may be negligible, and you dont want to overload the central database.

But in other cases, adding the encryption can require stronger database servers and larger clusters to handle the load. Much depends on how the encryption is applied and how the data will be used afterwards. Bulk encryption is built into some hard disks and operating systems, and its possible to turn on these features without significantly slowing down the hardware.

The most sophisticated algorithms, like homomorphic encryption, require a significantly larger computational infrastructure. The field continues to be an area of extremely active exploration, and new algorithms can be several orders of magnitude faster than their predecessor, but the performance is still not practical for many applications.

This article ispart of a serieson enterprise database technology trends.

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What is database encryption? - VentureBeat

Encryption Software Market Report 2020-2026: Current Scenario for Business Opportunities, Drivers and Trends – NY Market Reports

The latest report includes a thorough study of the global Encryption SoftwareMarket. It has successfully pointed out the key factors that have a substantial impact on theEncryption Software Industry. This report is a result of a well-planned research methodology. The methodology employed both primary and secondary research tools. These tools aid the researchers to gather authentic data and arrive at a definite conclusion. The prevailing competitors in the global Encryption SoftwareMarket have also been pictured in the report, offering an opportunity to theKey Market players to measuring system their performance.

The qualitative contents for geographical analysis will cover market trends in each region and country which includes highlights of the key players operating in the respective region/country, PEST analysis of each region which includes political, economic, social, and technological factors influencing the growth of the Encryption Software market.

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Segmental Analysis of Encryption Software Industry:The market study contains the division of the overall market into different segments by Type and Applications according to the key geographic regions.

By Type

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The various factors that can boost the Encryption Software market growth in the current scenario as well as in the coming years have been discussed in detail. The interplay of demand and supply forces in this market along with the factors affecting them have been analyzed. The internal and external factors affecting the market in terms of growth have been studied by this market study. The pricing policies used and the effect they have on consumer behavior have been studied for various regions of the Encryption Software market. The study conducted looks at the upstream as well as the downstream aspects of the market.

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Table of Contents: Encryption Software Market

1.Overview of Encryption Software Market2.Global Encryption Software Market Status and Forecast by Regions3.Global Encryption Software Market Status and Forecast by Types4.Global Encryption Software Market Status and Forecast by Downstream Industry5.Market Driving Factor Analysis6.Market Competition Status by Major Manufacturers7.Major Manufacturers Introduction and Market Data8.Upstream and Downstream Market Analysis9.Cost and Gross Margin Analysis10.Marketing Status Analysis11.Market Report Conclusion12.Research Methodology and Reference

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EFF Director Cindy Cohn On Warrantless Surveillance, Encryption And Financial Privacy With Bitcoin – Forbes

SAN FRANCISCO, CA - September 19: One of the custom paintings in a stairwell of the Electronic ... [+] Frontier Foundation offices, September 19, 2013 in San Francisco, CA, USA. (Photo by Peter DaSilva for The Washington Post via Getty Images)

Recently, theres been a lot of activity around encryption, bitcoin and the connection between financial and personal liberty and digital rights and tools. As protest movements emerge around the world, there are also moves to create backdoors into encryption and to weaken the same technologies that are underpinning and supporting meaningful dissent from Hong Kong to Nigeria.

Electronic Frontier Foundation (EFF) director Cindy Cohn has been at the forefront of fighting for digital rights, both as a lawyer and advocate on important Constitutional cases. Heres her thoughts on what it means to lead a digital rights advocacy group in a volatile time where digital rights are under threat.

We set three challenge areas for the year 2020, but I would say that weve done a lot on them, there have been intervening events.

Our three challenge areas for 2020 were the rise of public-private partnerships between the police and private companies for surveillance purposes, the need to really articulate the role of the public interest Internet, especially in Europe to try to make sure that rules that get passed because Europe is mad at Facebook dont have bad effects on Facebook competitors or little businesses and also things like the Internet Archive and Wikimedia that are very much public interest pieces of Internet infrastructure.

And then the third [area] was to talk about the problems of content moderation and how the content moderation strategies of big tech are troubling and also causing these collateral effects like attacks on end-to-end encryption.

Those were the three things we started out with. Of course, the two big things that intervened and one small thing are, well, one big thing is COVID, of course and so we spent a lot of time on working on how to think about the kinds of tracking applications that are coming out on COVID soon well be talking about immunity passports [...], how to think about those things and how to weigh the tradeoffs.

The second big thing that happened was the big racial justice movement and police violence against people of color and the response and that has led us to really refresh and push out alot of the work that we do around protecting yourself in protests, as well as raise some concern on the use of facial recognition technologies and the impact they have on political protests and then the third thing is the election in the United States.

Theres probably a much more erudite version of this on the EFF website. The general framing of this, I try to frame it for people who may not be in the thick of it because it can feel really technical.

Imagine a world in which the local police come around and knock on your door and say theres crime around here, and some of it is really serious crime, so what we want you to do is to make sure that your doors not locked because if youre a criminal, we want to be able to come in and catch you, and most people would get thats a really insane way to go about law enforcement because, first of all, if theres crime about, you want to be more secure not less secure, and why are the cops treating me like Im a potential defendant as opposed to the person who needs to be protected?

These two things would come up for me immediately and I think they would for most people. Law enforcement isnt doing their job right if the way that theyre trying to do their job is to make me less secure in order to make their job easier.

[...]

Ive been involved in trying to protect end-to-end encryption, first to free it up from government control with the Bernstein case in the 90s, and now trying to protect it for the 30 years Ive been involved with Internet policy a time that predates even the World Wide Web. I can give you 20 other reasons as well, but I think those are the two biggest ones in terms of how to talk to people who arent deep in this debate about it.

We do a lot of work to support cryptocurrencies we passed the period where we were nervous about the regulatory state. [...] We do a lot of work to support financial privacy and we think that bitcoin and all cryptocurrencies are really for us as a civil liberties group we think about it in the framing of financial privacy and the importance of this. My colleague Rainey Reitman does a lot of work on this, and we do a lot of work talking to regulators on why financial privacy matters and why they should respect it.

The Jewel case had an argument in the Ninth Circuit Court of Appeals just on November 2nd, the day before the elections where it sits as a legal matter is that the government claims secrecy and that because of this secrecy the case should be dismissed some version of this state is been where weve been since weve launched the case in 2008. Well see if the Ninth Circuit buys it there are several other decisions that have come out of the Ninth Circuit in the last couple of years that makes us think they will reject the governments position. But that really just gets us to the starting gate of the case so well have further to go. So thats where that is, and were waiting to see what the panel is going to do.

In the overall fight about NSA surveillance [...], the bigger thing is that the NSA has abandoned two of the three big programs that it had that the [EFF] sued over. One of them is the mass collection of telephone records, which they didnt really abandon but Congress made them stop. They do something else that honestly doesnt seem to collect fewer records, so theres still an ongoing fight about that.

The underlying authority for that mass collection actually got extended to March 2020, and then they never renewed it. The underlying legal authority for the mass telephone collection has expired. We dont think that thats limited them too much because the way that these programs work if theyve launched it while they still have authority, they get to keep doing it. They usually cannot start a new investigation. Because its all secret, we dont know what loopholes are there, but on the surface, thats what its supposed to look like.

The other one is the mass metadata collection, which the [NSA] stopped a long time ago actually, because it didnt work and Congress was breathing down their necks about the fact that it didnt work so they stopped that one.

But the tapping into the Internet backbone, which is really to me the bigger of the programs in terms of our security and the risk of mischief is still going on as far as we can tell. Theyve had to limit it and theyve had to slowly narrow it, but the core of the program where theyre sitting on the Internet backbone watching all of the traffic that goes by with a secret list to pull off what they want thats still going on.

The first thing I would say is that while there are some individual things that people can do, if you reduce this to a problem about your choices, youre going to fail. Youre going to be overwhelmed. We have to stand up for policy choices and legal choices that make these tools available to us. Yes, people can use things like Signal and Tor (Im on the board of directors for the Tor Project), they can use DuckDuckGo rather than Google to have more private searches there are a suite of tools that you can use such as Mastodon rather than Facebook for your social media.

Theres a suite of alternative tools that people can use, but theyre all very small and weak compared to how big they ought to be, and I think we have to stand up for legal and policy solutions that make these tools better available to us. Supporting end-to-end encryption against these kinds of attacks is one of the big things that we do and a place where we put a lot of our efforts in but also just in general, how do we move away from the surveillance business model as well as the surveillance state. Both of them are growing greater right now and both of them require not just technical solutions, technical solutions are important but we also have to have policy and legal solutions tech cant do this by itself.

People can support organizations like us that do this work theres a ton of them and its a movement. If EFF is the one you want, we have cool swag but there are organizations all around the world, big and small that are working in the digital rights movement its not hard to find them, we have a bunch of them in our Electronic Frontier Alliance. In addition to supporting the tools by using the tools and building the tools, you need to support the laws and policies that protect the tools.

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EFF Director Cindy Cohn On Warrantless Surveillance, Encryption And Financial Privacy With Bitcoin - Forbes

AES Encryption Software Market: Growth Factors, Applications, Regional Analysis, Key Players and Forecasts by 2025 The Bisouv Network – The Bisouv…

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Break down of AES Encryption Software Applications:

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AES Encryption Software Market: Growth Factors, Applications, Regional Analysis, Key Players and Forecasts by 2025 The Bisouv Network - The Bisouv...

Email Encryption Market Overview and Competitive Analysis By 2028 The Bisouv Network – The Bisouv Network

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Email Encryption Market Overview and Competitive Analysis By 2028 The Bisouv Network - The Bisouv Network

India Messaging App Rules | WhatsApp sticks to its stance on end-to-end encryption – Economic Times

Bengaluru | New Delhi: WhatsApp is evaluating all options following the governments mandate to trace the origin of contentious messages, people aware of the matter told The Economic Times, adding that the Facebook-owned app remains committed to offering users end-to-end encryption on its platform.

WhatsApp will not bend on the issue of user privacy as providing traceability would require it to digitally fingerprint billions of messages exchanged every day in India, store them on company servers and alter the technology architecture of the app, industry sources said.

WhatsApp did not respond to emails seeking comment.

Information Technology Minister Ravi Shankar Prasad has said that the government will seek traceability of originator only in the case of crimes where the punishment is more than five years of jail term.

The law has enough "safeguards" in place to avoid its misuse, Prasad said.

The new regulations, notified Thursday, require messaging apps to trace the originator of flagged messages that contribute to crimes of a severe nature. This includes issues related to the countrys security and sovereignty, public order as well as sexual crimes against women and children.

Some legal and technology experts are also contesting WhatsApps stance on end-to-end encryption by pointing out that the newly notified intermediary rules do not require encrypted apps to disclose the contents of a message.

"The intermediary regulations are not asking for encryption breaking for identification but merely the ability to tag the very first message, which should be possible without actually disclosing the content," said Nikhil Narendran, partner at Trilegal.

The Information Technology (Intermediary Guidelines and Digital Media Ethics Code) Rules 2021, under Section 79 of the Information Technology Act, which came into force on Thursday, states that the government will first try to use "other less intrusive means" to identify the originator of the flagged messages, before seeking the intervention of the platform. If the message originated overseas, the first person to have shared the content in India will be considered the "first originator", the new rules state.

WhatsApp, which has over 400 million users in India, has been opposing government calls for traceability for three years now on the grounds that it is a breach of user privacy and runs counter to India's fundamental right to privacy.

On its website, WhatsApp states that end-to-end encryption ensures that messages are secured from falling into the "wrong hands".

Arguing that traceability is still an option without breaking end-to-end encryption or compromising user privacy, V Kamakoti, a professor at IIT Madras who is a member of the National Security Advisory Board , told ET that WhatsApp could employ options such as tagging the originators phone number with the message and displaying it every time it is forwarded.

This, he said, would not require WhatsApp to read the messages at any stage, thus keeping its encryption in place and avoiding violation of privacy rights. Alternately, "the originator information can remain encrypted and upon receiving a court order, they can decrypt and provide the information", he said.

The two options were part of his submission to the Madras High Court in 2019 when the court was hearing two writ petitions filed the previous year.

Pointing out that fake news and rumours on social media are a serious concern, Kamakoti said, "I can't understand why they (WhatsApp) are opposed to the solutions, they should explain how privacy is being compromised in the solutions proposed," he said.

Meanwhile, industry executives who termed the governments ask as akin to "mass surveillance" , told ET that in order to meet these stipulations, "WhatsApp would have to re-engineer its complete platform which would go against its "basic tenet of privacy".

End-to-end encryption means only the user and the person they are communicating with can read or listen to what is sent. Interestingly, in its privacy policy, the Facebook-owned app states that while most messages are deleted from its servers once delivered, undelivered messages or forwarded media are saved on its servers in encrypted form temporarily.

Mishi Choudhary, legal director at Software Freedom Law Centre in New York, believes that the traceability requirement coupled with the mandatory requirement for appointing a chief compliance officer, a nodal contact person and a resident grievance officer might make it difficult for smaller messaging platforms such as Signal and Telegram to provide services in India.

"This limits user choice at a time when users have come to expect encrypted, safe messaging services as an essential part of modern communications," she said. The government has argued that lack of control over fake news and misinformation through platforms such as WhatsApp were leading to people dying as mobs inflamed by such messages were lynching people in the country. According to the government, misinformation has also given rise to challenges amid the Covid-19 pandemic and the farmers agitation, among others.

"The call for responsible freedom and ensuring that no information or data is misleading is key for a diverse democracy like India to curb the widespread issue of fake news," industry body Nasscom said on Friday.

It added that the government must ensure that new rules for regulating content on technology platforms must not hurt creativity and freedom of speech and expression of the citizens.

WhatsApp and smaller rival Signal follow the same encryption protocol that secures messages before they leave the users device.

Messages are secured with a lock, and only the sender and recipient have the special key needed to unlock and read them.

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India Messaging App Rules | WhatsApp sticks to its stance on end-to-end encryption - Economic Times

Global Hardware Encryption Market Research Report 2020-2025 By Type, By Application and Region The Bisouv Network – The Bisouv Network

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Key companies operating in this market:

Certes NetworksIBM CorporationImationKingston Technology CorporationMaxim Integrated ProductsMicron TechnologyNetAppSamsung ElectronicsSanDisk CorporationSeagate Technology LLCToshiba Corporation

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Market By Type:

Storage DeviceNetwork

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Industrial and CommercialResidentialGovernment Agencies

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Global Hardware Encryption Market Research Report 2020-2025 By Type, By Application and Region The Bisouv Network - The Bisouv Network

Inside the race to keep secrets safe from the quantum computing revolution – Telegraph.co.uk

We have done some work with the NCSC but they just do not have the budget to fund this kind of development, he says.

His fear is that the UK could experience a brain drain of cryptography talent to other countries like Canada and France that have allocated more government funding to the field.

In January, the French government announced 150m (130m) in funding for quantum safe encryption as part of a larger 1.8bn grant for quantum computing.

Insiders with links to the security services say that the Government is carrying out its own secret work on quantum safe encryption instead of relying on start-ups.

Dr Ian Levy, the technical director of the NCSC, says the organisation "continues to work closely with industry, academia and international partners" on the subject. "The NCSC is committed to ensuring the UK is well-prepared for quantum-safe cryptography," he adds.

The threat of quantum computing breaking encryption could be solved within months, however. Many organisations, including PQ Shield and Post-Quantum have been taking part in a global competition run by the US National Institute of Standards and Technology (NIST).

The contest, announced in 2016, is nearing completion. Early next year, NIST will announce the new standard for quantum safe encryption, essentially replacing RSA. It will change the world not for the next decade, but for the next 40 or 50 years, Cheng says.

If everything goes smoothly, in several years the encryption keeping secrets safe will be quietly swapped out so that quantum computers cannot easily crack messages.

I think the answer to the threat should be transparent for users. They should have basically the same experience they have today. They shouldn't have to install some new bit of kit, says Alan Woodward, a computer security expert and visiting professor at the University of Surrey.

But while NISTs competition is nearing its end, theres a rival scheme that has already been launched around the world.

Telecom businesses such as BT have spent millions of pounds creating specialist networks that use a system called quantum key distribution. It uses a stream of single photos to transfer the secret encryption keys used to decrypt data securely.

Instead of a new encryption algorithm, this scheme relies on kilometres of fibre optic cables to transfer keys and has been the favoured choice of physicists who prefer its reliance on photons rather than mathematics.

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Inside the race to keep secrets safe from the quantum computing revolution - Telegraph.co.uk

Encryption Software Market Trends, Strong Application Scope, Key Players, Growth Overview and Forecast by 2027 – The Courier

This Encryption Software market research report helps a lot to businesses by giving an insightful market data and information to businesses for making better decisions and defining business strategies. The report comprises of CAGR value fluctuation during the forecast period of 2020-2027, historic data, current market trends, market environment, technological innovation, upcoming technologies and the technical progress in the related industry. The Encryption Software report is a perfect window to the industry which explains what market definition, classifications, applications, engagements and market trends are. Such report is a key to achieve the new horizon of success.

Encryption Software Market is expected to reach USD 28.91 billion by , from USD 4.17 billion in growing at a CAGR of 27.40% during the forecast period of 2020 to 2025.

Encryption Software Marketstudy with 100+ market data Tables, Pie Chat, Graphs & Figures is now released by Data Bridge Market Research. The report presents a complete assessment of the Market covering future trend, current growth factors, attentive opinions, facts, and industry validated market data forecast till 2026. This Encryption Software report makes you focus on the more important aspects of the market like what the market recent trends are. The market research report also conducts study on production capacity, consumption, import and export for all major regions across the globe. Additionally, the Encryption Software report helps the manufacturer in finding out the effectiveness of the existing channels of distribution, advertising programmes or media, selling methods and the best way of distributing the goods to the eventual consumers. Furthermore, competitive analysis gives a clear idea about the strategies used by the major competitors in the Encryption Software market that perks up their penetration in the market. Delivering the key insights pertaining to this industry, the report provides an in-depth analysis of the latest trends, present and future business scenario, market size and share of Major Players such Dell, Eset, Gemalto, Mcafee, Microsoft, Pkware, Sophos, Symantec, Thales E-Security, Trend Micro, Cryptomathic, Stormshield, Symantec Corporation,

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Market Dynamics:

Set of qualitative information that includes PESTEL Analysis, PORTER Five Forces Model, Value Chain Analysis and Macro Economic factors, Regulatory Framework along with Industry Background and Overview.

Global Encryption Software Research Methodology

Data Bridge Market Research presents a detailed picture of the market by way of study, synthesis, and summation of data from multiple sources.The data thus presented is comprehensive, reliable, and the result of extensive research, both primary and secondary. The analysts have presented the various facets of the market with a particular focus on identifying the key industry influencers.

Major Drivers and Restraints of the Encryption Software Industry

Growing demand for personalized medicine is expected to create new opportunity for the Encryption Software market.

Clinical trial digitization allows the processing in different forms of voluminous patient-related data. Such data are being used by pharmaceutical companies to improve the effectiveness of trial execution.

Growing demand for quality data is expected to drive the market growth. Some of the other factors such as increasing demand for personalized drugs, increasing adoption of new technology in clinical research, growing research & development promoting outsourcing and increasing diseases prevalence will drive the market in the forecast period of 2020 to 2027

Complete report is available

For an excellent outcome of Encryption Software report, qualitative and transparent research studies are carried out devotedly for the specific niche. Being a global market research report, it also identifies, analyses, and estimates the emerging trends along with major drivers, challenges and opportunities in the industry and analysis of vendors, geographical regions, types, and applications. An idea about competitive landscape plays very important role in deciding about the improvements required in the product and more. As businesses can achieve thorough insights with this report, they can confidently take decisions about their production and marketing strategies.

The titled segments and sub-section of the market are illuminated below:

By Component(Solution And Services), {Professional Services [Support And Maintenance, Training And Education, Planning And Consulting]}, Managed Services),

Application(Disk Encryption, File/Folder Encryption), Deployment Type (On-Premises, Cloud),

Organization Size(Large Enterprises,SMEs, Vertical (BFSI, Healthcare, Government And Public Utilities),

Region Included are:

United States, Europe, China, Japan, Southeast Asia, India & Central & South America

Top Players in the Market are Bloombase, Cisco Systems, EMC Corporation, Proofpoint, Check Point Software Technologies, IBM Corporation, Intel Security, and Bitdefender are among others.

How will the report help new companies to plan their investments in the Encryption Software market?

The Encryption Software market research report classifies the competitive spectrum of this industry in elaborate detail. The study claims that the competitive reach spans the companies of.

The report also mentions about the details such as the overall remuneration, product sales figures, pricing trends, gross margins, etc.

Information about the sales & distribution area alongside the details of the company, such as company overview, buyer portfolio, product specifications, etc., are provided in the study.

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Some of the Major Highlights of TOC covers:

Chapter 1: Methodology & Scope

Chapter 2: Executive Summary

Chapter 3: Encryption Software Industry Insights

Chapter 4: Encryption Software Market, By Region

Chapter 5: Company Profile

Thanks for reading this article, you can also get individual chapter wise section or region wise report version like North America, Europe or Asia.

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Encryption Software Market Trends, Strong Application Scope, Key Players, Growth Overview and Forecast by 2027 - The Courier

Database Encryption Market: Leading Segments And Their Growth Drivers Express Keeper – Express Keeper

A basic overview of the Database Encryption industry, such as classifications, applications, meanings, and structure of the industry chain, is given in a recent research study. Global market share analysis for overall markets, including competitive landscape analysis, development trends, and key regions growth status offered in the report. Global Database Encryption Market development status and position with multiple perspectives of key and global regions such as product forms, manufacturers, regions and end industries; this study analyses leading companies in global and main regions and divides the market by product form and applications/end of the industry.

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The global market trend analysis process involves the study of various factors affecting the industry, including the competitive environment, historical data, government policy, market climate, recent market trends, future innovations, technological progress and various technological advances in related industries and market risks, market barriers, opportunities and key technological advancements.

Database Encryption

Covid-19 Effect on Global Database Encryption Market

This research report also offers comprehensive information on growth and development trends that will have a key impact on the target markets behavior in the coming years. The study also sheds light on other crucial points, such as regional policies and the industrys overriding facets. The study also highlights the effect of the COVID-19 pandemic on the revenue or share of and annual growth rate of the global Database Encryption sector.

Understanding Segmentation: Global Database Encryption Market

The market is segmented into By Types (Transparent Encryption, File-system Encryption, Application-level Encryption, Column-level Encryption, Hashing and Key Management), By End User (SMBs and Enterprises), By Deployment Types (Cloud and On-premise), By Vertical (IT & Telecom, Banking, Financial Services, and Insurance (BFSI), Healthcare, Retail and E-commerce, Government & Public sectors, Aerospace & Defense , Others). The Global Market Report analyses the global market status and the outlook reflects the size (value and volume) of the global market and the share by type, application, industry, and region. All facets of the organization are incorporated into the quantifiable investigative evaluation, starting with Database Encryptions discernment, working with clients and analyzing the global information sector.

Regional Analysis of Global Database Encryption market

In addition, the Database Encryption approaches in this research study is discussed in this article. By performing interviews of different markets, limitations, future targets, and general benefits, the competitive market report also makes reliable judgments made by each item affiliation. The important application regions of the market are likewise protected on the basis of their use.

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Asia-Pacific (China, Japan, Korea, India, and Southeast Asia), North America (United States, Canada, and Mexico), Europe (Germany, France, United Kingdom, Russia, and Italy), South America (Brazil, Argentina, and Colombia), the Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria, and South Africa) are some of the main regions involving in this market.

Competitive Landscape: Global Database Encryption Market

With tables and figures to help interpret, the Global Database Encryption market research forecast provides key market situation statistics and is a valuable source of guidance and direction for businesses and customers interested in the market. The report studies business patterns of top companies like- International Business Machines Corporation, Symantec Corporation, Intel Security (Mcafee), Microsoft Corporation, Oracle Corporation, Netapp, Inc., Hewlett-Packard Company, Vormetric, Sophos Ltd, Gemalto. This study highlights various viewpoints, such as industry dynamics, value, and volume, at global business and regional levels. The study also sheds light on the worlds leading players in the global industry providing information such as product image, business profiles, specification, capability, performance, price, cost, revenue, and contact information. Moreover, this research provides an aggregate market size from a global scenario, by analyzing historical data and future prospects.

Conclusion

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Database Encryption Market: Leading Segments And Their Growth Drivers Express Keeper - Express Keeper