Another statistical surveying concentrate titled 2019-2026 Global Cloud Encryption Market Report (Status and Outlook) discharged by The Research Corporation can extend as it kept on assuming an amazing job in building up dynamic impacts on the worldwide market. The report subtleties the far reaching and collective examination of Cloud Encryption Market covering past, present, and estimate period. The report at that point covers focused market situation, territorial nearness, business scope, improvement openings, and future gauge. The market is relied upon to tremendous development manure the anticipated years 2019-2026.

The Research Corporation have included another examination study Title Global Cloud Encryption Market Size, Status and Forecast 2019-2026 with definite data of Product Types [, Premise Software, Cloud-based Software and Managed Software], Applications [Oil and Gas, Mine and Metallurgy and Other] and Key Players Such as CipherCloud Inc., Hytrust Inc., Gemalto NV, IBM Corporation, Netskope Inc., Secomba GmbH, Skyhigh Networks Inc., Sophos Group Plc., Symantec Corporation, Thales e-Security Inc.

Cloud Encryption Market is growing at a steady CAGR within the forecast period of 2019-2026.

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Cloud encryption is a service provided by cloud storage providers, where data or text is converted using encryption algorithms and then placed in the storage cloud. Encryption changes everything, so only authorized parties can receive and view communication. Encryption is performed by gibberish encryption of common data using an algorithm called password. Secure data is called password text. Retrieving encrypted data is as simple as entering the correct password.

Significant Regions with leading countries Of Cloud Encryption Market covered in this report: Asia-Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia), Europe (Turkey, Germany, Russia UK, Italy, France, etc.), North America (United States, Mexico, and Canada.), South America (Brazil etc.), The Middle East and Africa (GCC Countries and Egypt.)

By Deployment Type

Infrastructure-as-a-service, Software-as-a-service, Platform-as-a-service.

By Operation Type

Healthcare, Government and Utilities, Telecom and IT, Retail, Others

By Software Type

Risk Management Mapping, Seismic Amplitude Analysis, Portfolio Aggregation, Performance Tracking, Navigation System, Resource Valuation, Reservoir Characterization, Reservoir Simulation, Drilling

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Statistical Cloud Encryption Market of some important social science facts: In several sectors mentioned in The Research Corporation market report is as describe global Cloud Encryption in terms of investment potential and the possibilities described to achieve success in the near future. Key segments of the global market analyze product types, SMBs and large corporations.

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In this study, the years considered to estimate the market size of Cloud Encryption Market are as follows:

History Year: 2014-2018

Base Year: 2018

Estimated Year: 2019

Forecast Year 2019 to 2026

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Big Boom in Cloud Encryption Market over 2019-2026 with CipherCloud Inc., Hytrust Inc., Gemalto NV, IBM Corporation and more - Market Expert

Law360 (November 27, 2019, 2:51 PM EST) -- The legal architect behind the FBI's headline-grabbing demand for Apple to unlock the iPhone of a dead suspect in the San Bernardino terrorist attack now says encryption is essential to protect Americans' cybersecurity.

Jim Baker, the FBI's general counsel from January 2014 to January 2018, said in an interview with Law360 that the FBI should abandon its long-held position that tech companies should build a way for law enforcement to access encrypted communications. Baker was at the center of a watershed moment in the encryption debate when he butted heads in 2016 with Apple, which argued that allowing U.S. authorities to...

In the legal profession, information is the key to success. You have to know whats happening with clients, competitors, practice areas, and industries. Law360 provides the intelligence you need to remain an expert and beat the competition.

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Why The FBI's Former Top Lawyer Now Embraces Encryption - Law360

A close analysis of the cybersecurity attacks of the pastshows that, in most cases, the head of the cyber kill chain is formed by somekind of privilege abuse. In fact, Forrester estimates that compromised privileged credentials play a role in at least 80 per centof data breaches.

This is the reason privileged access management (PAM) has gained so much attention over the past few years. With securing and managing access to business-critical systems at its core, PAM aims to provide enterprises with a centralised, automated mechanism to regulate access to superuser accounts. PAM solutions ideally do this by facilitating end-to-end management of the privileged identities that grant access to these accounts.

However, the scope of privileged accesssecurityis often misconceived and restricted to securing and managing root account passwords alone. Passwords, beyond a doubt, are noteworthy privileged access credentials.But the constant evolution of technology and expanding cybersecurity perimeter calls for enterprises to take a closerlook at the other avenues ofprivileged access, especially encryption keyswhichdespite serving as access credentials for huge volumes of privileged accounts, are often ignored.

This article lays focus on the importance encryption key managementwhy enforcing SSH key and SSL certificate management is vital, and how by doing so, organisations can effectively bridge the gaps in their enterprise privileged access security strategy.

1. Uncontrolled numbers of SSH keys trigger trust-based attacks

The average organisation houses over 23,000 keys and certificates many of which grant sweeping access to root accounts, says aPonemon survey. Also, a recent report about the impact of insecured digital identitiesstates that 71 per cent of the respondents did not have any idea about the number of keys or the extent of their access within the organisation.Without a centralised key management approach, anybody in the network can create or duplicate any number of keys. These keys are often randomly generated as needed and are soon forgotten once the task they are associated with is done. Malicious insiders can take advantage of this massive ocean of orphaned SSH keys to impersonate admins, hide comfortably using encryption, and take complete control of target systems.

2. Static keys create permanent backdoors

Enterprises should periodically rotate their SSH keys to avoid privilege abuse, but huge volumes of unmanaged SSH keys make key rotation an intimidating task for IT administrators. Moreover, due to a lack of proper visibility on which keys can access what, there is widespread apprehension about rotating keys in fear of accidentally blocking access to critical systems. This leads to a surge of static SSH keys, which have the potential to function as permanent backdoors.

3. Unintentional key duplication increases the chance of privilege abuse

For the sake of efficiency, SSH keys are often duplicated and circulated among various employees in an organisation. Such unintended key duplication creates a many-to-many key-user relationship, which highly increases the possibility of privilege abuse. This also makes remediation a challenge since administrators have to spend a good amount of time revoking keys to untangle the existing relationships before creating and deploying fresh, dedicated key pairs.

4. Failed SSL certificate renewals hurt your brand's credibility

SSL certificates, unlike keys, have a set expiration date. Failing to renew SSL certificates on time can have huge implications on website owners as well as end users. Browsers don't trust websites with expired SSL certificates; they throw security error messages when end users try to access such sites. One expired SSL certificate can drive away potential customers in an instant, or worse, lead to personal data theft for site visitors.

5. Improper SSL implementations put businesses at risk

Many businesses rely completely on SSL for internet security, but they often don't realize that a mere implementation of SSL in their network is not enough to eliminate security threats.SSL certificates need to be thoroughly examined for configuration vulnerabilities after they are installed. When ignored, these vulnerabilities act as security loopholes which cybercriminals exploit to manipulate SSL traffic and launch man-in-the-middle (MITM) attacks.

6. Weak certificate signatures go unheeded

The degree of security provided by any SSL certificate depends on the strength of the hashing algorithm used to sign the certificate. Weak certificate signatures make them vulnerable to collision attacks. Cybercriminals exploit such vulnerabilities to launch MITM attacks and eavesdrop on communication between users and web servers. Organisations need to isolate certificates that bear weak signatures and replace them with fresh certificates containing stronger signatures.

Bridging the gaps in your PAM strategy

All the above scenarios highlight how important it is to widen the scope of your privileged access security strategy beyond password management. Even with an unyielding password manager in place, cybercriminals haveplenty of room to circumvent security controls and gain access to superuser accounts by exploiting various unmanaged authentication identities, including SSH keys and SSL certificates. Discovering and bringing all such identities that are capable of granting privileged access under one roofis one important step enterprises should take to bridge gaps in their privileged access security strategy.For, today's unaccounted authentication identities could become tomorrow's stolen privileged credentials!

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Six reasons for organisations to take control of their orphaned encryption keys before it triggers the next security breach - CSO Australia

TheGlobal Encryption Software Market the report gives CAGR values alongside its vacillations for the particular estimate time frame. The report contains start to finish investigation and estimation of different market related variables that are amazingly vital for better basic leadership. The Encryption Software report gives complete clarification of market definition, showcase division, focused examination and key advancements in the business. This statistical surveying report is surrounded with the most fantastic and complex apparatuses of gathering, recording, evaluating and dissecting market information. Market report contains information that can be really essential when it is tied in with overwhelming the market or making an imprint in the market as a most recent developing.

The examination additionally consolidates R&D status, channel abilities, and local development. Whats more, the report offers showcase gauges and piece of the pie for the conjecture time frame. The exploration report holds the information sourced from the essential and auxiliary research group of industry specialists and the in-house databases. The report contains significance on land spread, bits of the general business, key procedures, improvement structures, and distinctive financials frameworks of industry.

Key players cited in the report:

Dell, Thales E-Security, Eset, Symantec, IBM Corporation, Sophos, Ciphercloud, Pkware, Mcafee, Gemalto, Trend Micro, Microsoft Corporation

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Competitive Landscape

Key players of the global Encryption Software market are profiled on the basis of various factors, which include recent developments, business strategies, financial strength, weaknesses, and main business. The Encryption Software report offers a special assessment of top strategic moves of leading players such as merger and acquisition, collaboration, new product launch, and partnership.

Encryption Software Market: Scope of the Report

Along with the market overview, which comprises of the market dynamics the chapter includes a Porters Five Forces analysis which explains the five forces: namely buyers bargaining power, suppliers bargaining power, threat of new entrants, threat of substitutes, and degree of competition in the Encryption Software Market. It explains the various participants, such as system integrator, intermediaries and end-users within the ecosystem of the market. The report also focuses on the competitive landscape of the Encryption Software Market.

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Table of Content

1 Introduction of Global Encryption Software Market

2 Executive Summary

3 Research Methodology of Verified Market Research

4 Global Encryption Software Market Outlook

5 Global Encryption Software Market, By Deployment Model

6 Global Encryption Software Market, By Solution

7 Global Encryption Software Market, By Vertical

8 Global Encryption Software Market, By Geography

Overview, North America, U.S., Canada, Mexico, Europe, Germany, U.K., France ,Rest of Europe, Asia Pacific, China, Japan, India, Rest of Asia Pacific

9 Global Encryption Software Market Competitive Landscape

10 Company Profiles

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Additional Offerings:

Econometric modeling

Acquisition, divestment, and investment analysis

Analysis of business plans

Patent analysis

Positioning and targeting analysis

Demand forecasting

Analysis of product and application potential

Highlights of TOC:

Mrket Overview:It starts with product overview and scope of the global Encryption Software market and later gives consumption and production growth rate comparisons by application and product respectively. It also includes a glimpse of the regional study and Encryption Software market size analysis for the review period 2014-2026.

Company Profiles:Each company profiled in the report is assessed for its market growth keeping in view vital factors such as price, Encryption Software market gross margin, revenue, production, markets served, main business, product specifications, applications, and introduction, areas served, and production sites.

Manufacturing Cost Analysis:It includes industrial chain analysis, manufacturing process analysis, the proportion of manufacturing cost structure, and the analysis of key raw materials.

Market Dynamics:Readers are provided with a comprehensive analysis of Encryption Software market challenges, influence factors, drivers, opportunities, and trends.

Market Forecast:Here, the Encryption Software report provides consumption forecast by application, price, revenue, and production forecast by product, consumption forecast by region, production forecast by region, and production and revenue forecast.

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Encryption Software Market Global Industry Demand, Scope and Strategic Outlook,Growth Analysis,Business Opportunities and Future Scope Till 2026 -...

/ The US, UK, and Australia want Facebook to hold off on end-to-end encrypting Messenger until they have a way to inject themselves into the conversation. picture alliance / Getty Images

Here we go again.

US Attorney General William Barr is leading a charge to press Facebook and other Internet services to terminate end-to-end encryption effortsthis time in the name of fighting child pornography. Barr, acting Secretary of Homeland Security Kevin McAleenan, Australian Home Affairs Minister Peter Dutton, and United Kingdom Secretary of State Priti Patel yesterday asked Facebook CEO Mark Zuckerberg to hold off on plans to implement end-to-end encryption across all Facebook Messenger services without including a means for lawful access to the content of communications to protect our citizens.

The open letter comes months after Barr that warrant-proof cryptography is extinguishing the ability of law enforcement to obtain evidence essential to detecting and investigating crimes and allowing criminals to operate with impunity, hiding their activities under an impenetrable cloak of secrecy. The new message echoes , which stated:

it is imperative that all sectors of the digital industry including Internet Service Providers, device manufacturers and others to continue to consider the impacts to the safety of children, including those who are at risk of exploitation, when developing their systems and services. In particular, encryption must not be allowed to conceal or facilitate the exploitation of children.

Facebook has played a significant policing role on social media, providing reports of child abuse imagery and attempts by offenders to groom children online to the National Center for Missing and Exploited Children (NCMEC) in 2018, for instance. And there is no doubt the child pornography problem has exploded in recent years. A revealed that the number of images of sexual abuse of children has been growing exponentially over the past two decades, with investigators flagging over 45 million images and videos last year. Facebooks reports were 90 percent of the 18.4 million cases reported to NCMEC in 2018a number double that of 2017 and 18 times greater than the number reported in 2014.

Barr and his cohorts noted that NCMCE estimates that 70% of Facebooks reporting12 million reports globally for content related tochild sexual exploitation and terrorism would be lost if all Messenger traffic is protected by end-to-end encryption and Facebook cannot screen the content through its safety systems. This would significantly increase the risk of child sexual exploitation or other serious harms, Barr and the others claimed.

The letter also broadened its message beyond Facebook to the entire tech industry, stating:

We therefore call on Facebook and other companies to take the following steps:

There are some major problems with this plan. First, backdoored encryption is fragile at best and likely to be quickly broken. Second, encryption is available in enough forms already that blocking its use by major service providers wont stop criminals from encrypting their messages. If secure encryption is a crime, only criminals will have secure encryptionand it will be really easy to be a criminal, since all it takes is a download or some simple mathematics.

Much of the reasoning behind the need to prevent end-to-end encryption by defaultan argument used when Apple introduced it as part of iMessage and repeated multiple times sinceis that criminals are inherently stupid, and giving them protection by default protects them from being stupid and not using encryption.

Facebook has offered end-to-end encryption as an option for Messenger conversations for years now, and it offers the service as part of WhatsApp as well. But because encryption requires an extra (and non-intuitive) step to turn it on for Messenger, most people dont use itapparently even criminals sending messages they think arent under surveillance. Its like the effect in that casethe belief is that criminals and its concealing them from being observed.

The problem is not all criminals are idiots. And while Facebook may have contributed massively to the reporting of child pornography in recent years, there are other services that even the idiots could move to if it becomes apparent that theyre not out of sight. Take Telegram, for instancewhere much of 8chan moved to after the site lost its hostingor WhatsApp or Signal, which provide end-to-end voice and messaging encryption. On top of those, there are a host of dark Web and deep Web places where criminals, including those exploiting children, operate.

Based on conversations Ive had with researchers and people in law enforcement, there is a significant amount of tradecraft related to these types of crimes floating around in forums. Not all of it is very good, and people get caughtnot because they didnt have end-to-end encryption but because they used it with the wrong person.

Four years ago, when the focus was on catching terrorists instead of child pornographers, then-FBI Director James Comey decried the cynicism toward government spying and insisted that mathematicians and computer scientists to create encryption with a golden key for law enforcement and intelligence organizations. But as I pointed out then, all you have to do is look at to understand why a government-mandated backdoor would be risky at best. As Whitfield Diffie (half of the pair who brought us the Diffie-Hellman Protocol for encryption key exchange) put it in 1993 when warning against implementing key escrow and the Clipper Chip:

To reinforce these points, a group of leading computer science and cryptography researchersincluding some who actually broke the Clipper Chips key escrow scheme in 1997 warning yet again against government backdoors in encryption. These researchers noted they could create vulnerabilities in systems exploitable by people other than warrant-bearing, lawful searchers:

The complexity of todays Internet environment, with millions of apps and globally connected services, means that new law enforcement requirements are likely to introduce unanticipated, hard-to-detect security flaws. Beyond these and other technical vulnerabilities, the prospect of globally deployed exceptional access systems raises difficult questions about how such an environment would be governed and how to ensure that such systems would respect human rights and the rule of law.

The math and science of encryption has not stopped government from trying to change the rules, however. While Barr lacks the legal backing to force Facebook or other companies to comply with his demand, other members of the Five Eyes are pressing their fight against encryption with legal teeth.

Last December, Australia passed a law that , dictating that service and application providers must be able to provide access on demand to individuals messages. While a similar effort four years ago in the United Kingdom failed, the UK has mandated Web blocking technologies to fight child pornography and other content-oriented crimesand the country could conceivably extend that blocking to companies that provide encrypted communications seen as a means for trafficking child exploitation.

In many ways, the arguments about end-to-end encryption seem mootconsidering that law enforcement and intelligence organizations already have so many other ways to watch for illicit activities and target suspects. DNS traffic, targeted warrants, and other legal vehicles to gain access to accounts (as with the still-active PRISM program), the targeting of hidden services on Tor (as with the), and end-point hacking all give officials a lot to work with without having to break the rest of the Internet in the process.

While fighting child exploitation, terrorism, or any other fundamental evil is vitally important, the risks posed by banning encrypted communications between citizens, customers and businesses, journalists and sources, whistleblowers and lawyers, and every other legal pairing of entities who may have some need to communicate in confidence are too high to justify mandating an untenable, universal, extraordinary level of access for government to communications.

Every US presidential administration for the past 50 years has demonstrated in some way why we should be concerned about abuse of surveillance powers. And we know from just how expansive those powers have grown. Thats part of the reason that Internet services have moved so decisively toward providing end-to-end encryption and removing themselves from the surveillance apparatus.

See more here:
The broken record: Why Barr's call against end-to-end encryption is nuts - Daily Stock Dish

Internet-connected gadgets like lightbulbs and fitness trackers are notorious for poor security. That's partly because theyre often made cheaply and with haste, which leads to careless mistakes and outsourcing of problematic parts. But its also partly due to the lack of computing power in the first place; it's not so easy to encrypt all that data with limited resources. Or at least thats how the conventional wisdom goes.

But real-world data suggests that many of those ubiquitous tiny gadgets can run versions of traditional, time-tested encryption schemes. A team from the Swiss IoT encryption firm Teserakt argues that there's no need to reinvent the wheel when the real solution is simply holding IoT manufacturers to higher standards. They made their case at a National Institute of Standards and Technology conference in Maryland this month focused on developing lightweight cryptography for embedded devices.

But traditional cryptography, particularly the stalwart Advanced Encryption Standard, often works just fine in IoT devices, says Antony Vennard, Teserakt's chief engineer. The researchers have even observed a number of situations where security-conscious manufactures found ways to incorporate it, like in the embedded systems of cars. And other, independent studies have had similar findings.

"The lightweight competition is based on the idea that for embedded devicesthings like industrial controllers and smart cards like chip credit cardsAES is too heavy, too big. Using it takes up too much space and power," Vennard says. "But my passport has a chip in it that can run AES. Modern smart cards can run it. Fitness trackers like FitBits can run it. In our experience, AES is pretty much everywhere, even in embedded devices."

"Where it could get confusing is where people arent sure what level of security they need."

Antony Vennard, Teserakt

Its important to talk about the actual utility of lightweight encryption now, because it takes years for the cryptography community to develop and vet a new encryption scheme to ensure that its safe to use. NIST has already been working on lightweight cryptography since 2015. And once those standards are in place, it takes even more time to gain real-world experience implementing the scheme to catch mistakes. It adds a lot of time and potential risk to the process of securing these devices. If you can make existing encryption algorithms work on them instead, all the better.

In February, for example, Google debuted a method for encrypting most low-end Android devices regardless of how piddly their processors. Rather than a novel encryption scheme, it relied on clever implementations of AES and other existing cryptographic methods to reduce the chance of introducing a fundamental flaw. The method, dubbed Adiantum, is an impressive solution to one of Android's more daunting problems. But Johns Hopkins cryptographer Matthew Green points out that the lengths Google had to go to to achieve it may actually indicate a need for lightweight cryptography, rather than showing that it's worth sticking with AES. "It's not actually a great argument for 'AES is fast enough,'" Green says.

Though it may be possible to implement traditional encryption more widely than the IoT industry currently believes, Vennard admits that there are situations where lightweight encryption would be useful. Certain devices, particularly things like simple sensors in industrial control settings, are powered by microcontrollers so rudimentary that they really would require special encryption techniques to secure. But Vennard argues that the key is clearly defining these categories rather than creating a situation where developers and manufacturers don't know which cryptographic techniques should be used where.

"There are some cases where you might need lightweight crypto, but where it could get confusing is where people arent sure what level of security they need," Vennard says. "If people can use AESwe have about 20 years of experience implementing AESbut don't, that's a risk, because implementing something new is tricky."

It's also always possible that the US government knows something private researchers don't. Along with NIST, the National Security Agency, for example, has stressed the importance of developing next-generation cryptography schemes. That's partly because of the threat to encryption posed by the rise of quantum computing, but it's also because of the IoT security crisis.

Read the original post:
The Debate Over How to Encrypt the Internet of Things - WIRED

Enlarge / The Interpol HQ in France.

Justice Department officials have long pushed for some sort of backdoor to permit warranted surveillance and searches of encrypted communications. Recently, that push has been taken internationalwith Attorney General William Barr and his counterparts from the United Kingdom and Australia making an open plea to Facebook to delay plans to use end-to-end encryption across all the company's messaging tools.

Now, the Department of Justice and Federal Bureau of Investigations are attempting to get an even larger international consensus on banning end-to-end encryption by way of a draft resolution authored by officials at the FBI for the International Criminal Police Organization's 37th Meeting of the INTERPOL Specialists Group on Crimes against Children. The event took place from November 12 to November 15 at theINTERPOL headquarters in Lyon, France.

A draft of the resolution viewed by Ars Technica stated that INTERPOL would "strongly urge providers of technology services to allow for lawful access to encrypted data enabled or facilitated by their systems" in the interest of fighting child sexual exploitation. Currently, it is not clear whether Interpol will issue a statement.

The draft resolution went on to lay responsibility for child exploitation upon the tech industry:

The current path towards default end-to-end encryption, with no provision for lawful access, does not allow for the protection of the worlds children from sexual exploitation. Technology providers must act and design their services in a way that protects user privacy, on the one hand, while providing user safety, on the other hand. Failure to allow for Lawful Access on their platforms and products, provides a safe haven to offenders utilizing these to sexually exploit children, and inhibits our global law enforcement efforts to protect children.

Attendees of the conference told Ars that the resolution's statement was due to be published this week. But in an email to the New York Times' Nicole Perlroth, an INTERPOL spokesperson denied that the resolution was considered:

Ars requested comment from an FBI official and has not yet received a response.

In a statement that flies in the face of the consensus of cryptographers and other technical experts, the draft resolution asserted that "technologists agree" that designing systems to "[allow] for lawful access to data, while maintaining customer privacycan be implemented in a way that would enhance privacy while maintaining strong cyber security." In order to "honor and enforce" standards for prohibiting the distribution of "child sexual abuse material," the draft resolution states, "providers should fully comply with court orders authorizing law enforcement agencies access to data related to criminal investigations involving the sexual exploitation of children."

Facebook and other companies currently comply with warranted requests for data under the terms of the CLOUD Acta law passed in 2018 that requires technology companies to provide data requested by warrant or subpoena to law enforcement, regardless of where in the world it is stored. But the officials behind this draft resolution claim such compliance cannot be achieved while allowing end-to-end encryption of communications.

As Barr and his compatriots noted in their October letter to Facebook, Facebook's ability to run analytics on and moderate content within users' communications amounted to 90 percent of the reports of child pornography to the National Center for Missing and Exploited Children in 2018. By providing end-to-end encryption, officials contend, Facebook would essentially allow future child pornography distribution to "go dark" and prevent law enforcement from gathering evidence against suspects.

Today, there's little evidence that encryption has been a major impediment to interception of communications by law enforcement to date. According to statistics from the Administrative Office of the US Courts, out of a total of 2,937 wiretaps in 2018, only 146 were encryptedand of those, only 58 could not be decrypted.

Facebook has already deployed end-to-end encryption in products such as WhatsApp and Facebook Messenger (though Messenger does not provide end-to-end encryption by default). In response to Barr's letter, Facebook officials responded:

End-to-end encryption already protects the messages of over a billion people every day. It is increasingly used across the communications industry and in many other important sectors of the economy. We strongly oppose government attempts to build backdoors because they would undermine the privacy and security of people everywhere.

As Ars has repeatedly reported, many experts in the field of cryptography and security agree with Facebook's assessment. The security community has largely opposed most of the pushes for encryption backdoors on the grounds that any secret "golden key" to decrypt encrypted messages would be technically infeasibleand potentially exploitable by malicious third parties.

View original post here:
Think of the children: FBI sought Interpol statement against end-to-end crypto - Ars Technica

Encryption software encrypts, and decrypts data stored in the files/folders, hard drives, removable media as well as the data travelling over the internet network through emails. All the encryption software use an algorithm to convert the data into a meaningless cipher text or encrypted text, which can only be converted to meaningful text using key; symmetric key (single key), or asymmetric key (pair of keys). Enterprises use encryption tools to ensure the security of their sensitive data even in the event of a breach.

Encryption software market covers the different types of softwarebased encryption technologies used for protecting the data stored in any computing device (data-at-rest) and the data that is being transmitted over IP (data-in-transit). The report also focuses on the growth prospects, restraints, and encryption software market trends. It is a key driver of the growth of the Encryption Software Market as the number and complexity of data breaches increase and compliance increases. The adoption of new technologies such as mobility, cloud and virtualization has also been the driving force of market growth. Demand for cloud data encryption is also expected to provide significant opportunities for this market.

The evolution of mobile technology and the proliferation of smartphones are some of the fundamental factors driving the growth of the Global Encryption software Market. With the increasing use of mobile devices in many enterprises, the risk of data loss, which encryption software has become essential for secure data transmission, has increased. The deployment of cryptographic software has also improved as the need to protect sensitive data as organizations move rapidly into cloud computing.

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Some of the players operating in theEncryption Software Marketare ACI Worldwide, Inc., BAE Systems, Cyxtera Technologies, Inc., Dell Inc., Distil, Inc., DXC Technology, Experian Information Solutions, Inc., Fair Isaac Corporation (FICO), First Data Corporation, FIS, Fiserv, Inc., FRISS , Guardian Analytics, IBM Corporation, iovation Inc., Kount Inc., LexisNexis, MaxMind, Inc., NICE, Oracle, SAP SE, SAS Institute Inc., Securonix, Inc., SIMILITY , Software AG, ThreatMetrix and Wirecard AG amongst others.

This report provides insights into the various factors that encourage and curb the global encryption software market for cryptographic software. Use industry-leading analytical tools to analyze factors that affect the growth trajectory of the market during the forecast period. The report also examines the impact of the dominant competitive environment and government policy. To provide a comprehensive overview of the competitive landscape of the global cryptographic software market, this report introduces some of the key players operating within it.

This report provides cryptographic software market forecasts for the period from 2017 to 2022. This study helps to understand the impact of various factors, including vendor bargaining power, competitor competitiveness, new entry threats, and threats to threats. Buyer bargaining power, market for bargaining power for growth of encryption software market.

The report provides a full analysis of parent market trends, macroeconomic indicators and governance factors along with market attractiveness per segment. The report also maps the qualitative impacts of various market factors on market sector and geographic impact.

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Encryption Software Market Segmentation:

Market -By Deployment:

Encryption software market By Organization Size:

By Type:

Encryption software market By Vertical:

By Geography:

North America

Europe

Asia Pacific

Middle East and Africa

Latin America

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Astonishing Growth in Global encryption software market size was valued at USD 2.98 billion in 2018. It is projected to post a CAGR of 16.8% from 2019...

According to this study, over the next five years the Encryption Key Management Software market will register a xx% CAGR in terms of revenue, the global market size will reach US$ xx million by 2024, from US$ xx million in 2019. In particular, this report presents the global revenue market share of key companies in Encryption Key Management Software business, shared in Chapter 3.

This report presents a comprehensive overview, market shares and growth opportunities of Encryption Key Management Software market by product type, application, key companies and key regions.

The report also presents the market competition landscape and a corresponding detailed analysis of the major vendor/manufacturers in the market. The key manufacturers covered in this report: Breakdown data in in Chapter 3.Avery OdenHyTrustAWSMicrosoftHashicorpOpenBSDFortanixGnuPGGemaltoNetlib Security

This study considers the Encryption Key Management Software value generated from the sales of the following segments:

Segmentation by product type: breakdown data from 2014 to 2019 in Section 2.3; and forecast to 2024 in section 10.7.Cloud BasedWeb Based

Segmentation by application: breakdown data from 2014 to 2019, in Section 2.4; and forecast to 2024 in section 10.8.Large EnterprisesSMEs

In addition, this report discusses the key drivers influencing market growth, opportunities, the challenges and the risks faced by key players and the market as a whole. It also analyzes key emerging trends and their impact on present and future development.

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Research objectivesTo study and analyze the global Encryption Key Management Software market size by key regions/countries, product type and application, history data from 2014 to 2018, and forecast to 2024.To understand the structure of Encryption Key Management Software market by identifying its various subsegments.Focuses on the key global Encryption Key Management Software players, to define, describe and analyze the value, market share, market competition landscape, SWOT analysis and development plans in next few years.To analyze the Encryption Key Management Software with respect to individual growth trends, future prospects, and their contribution to the total market.To share detailed information about the key factors influencing the growth of the market (growth potential, opportunities, drivers, industry-specific challenges and risks).To project the size of Encryption Key Management Software submarkets, with respect to key regions (along with their respective key countries).To analyze competitive developments such as expansions, agreements, new product launches and acquisitions in the market.To strategically profile the key players and comprehensively analyze their growth strategies.

Table of Contents

Global Encryption Key Management Software Market Growth (Status and Outlook) 2019-2024

1 Scope of the Report

1.1 Market Introduction

1.2 Research Objectives

1.3 Years Considered

1.4 Market Research Methodology

1.5 Economic Indicators

1.6 Currency Considered

2 Executive Summary

2.1 World Market Overview

2.1.1 Global Encryption Key Management Software Market Size 2014-2024

2.1.2 Encryption Key Management Software Market Size CAGR by Region

2.2 Encryption Key Management Software Segment by Type

2.2.1 Cloud Based

2.2.2 Cloud Based

2.3 Encryption Key Management Software Market Size by Type

2.3.1 Global Encryption Key Management Software Market Size Market Share by Type (2014-2019)

2.3.2 Global Encryption Key Management Software Market Size Growth Rate by Type (2014-2019)

2.4 Encryption Key Management Software Segment by Application

2.4.1 Large Enterprises

2.4.2 SMEs

2.5 Encryption Key Management Software Market Size by Application

2.5.1 Global Encryption Key Management Software Market Size Market Share by Application (2014-2019)

2.5.2 Global Encryption Key Management Software Market Size Growth Rate by Application (2014-2019)

3 Global Encryption Key Management Software by Players

3.1 Global Encryption Key Management Software Market Size Market Share by Players

Continued.

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Encryption Key Management Software Market Research Report: Market Analysis on the Future Growth Prospects and Market Trends Adopted by the...

Home > News > End-to-End Encryption, Next Tech Target

The United States Justice Department hintedthat their next primary target in the world of tech might be end-to-endencrypted messages. Deputy Attorney General Jeffrey A. Rosen aimed at the technologyin a speech delivered on the 18th of November, 2019. However, the interest inthis technological advancement isnt exactly new. Lawmakers and law enforcementagencies have raised concerns about the use of this technology by criminals toobscure their digital traces for over two decades.

End-to-End encrypted transmissions ensurethat nobody that intercepts the communication can decipher whats inside of it.For law enforcement that uses surveillance to collect data on potentialcriminals, this can be a severe drawback. However, legitimate concerns existfor the techs continued use. Encrypted transmissions ensure privacy betweencommunicants. For individuals that are concerned about the government or otherorganizations gathering data on them, these encrypted messages are exactly whatthey want for their peace of mind.

End-to-end encryption operates between twodevices. The sending device encrypts a message into a non-readable format thensends it to the second device, which then decrypts the statement for therecipient to read. How it does this is by generating two cryptographic codes, apublic key, and a private key. Any device with the public key can send messagesto the machine, but only the device with the private key can decode thosemessages. The result is that only the recipient can read the words since theprivate key is stored locally on the device.

End-to-end Encryption has gone back andforth for years. One of the most recent cases of law enforcement trying todefeat it was in 2016 when the FBI attempted to compel Apple to install abackdoor in their device for law enforcement to read encrypted messages. Therhetoric for creating a backdoor for governments and law enforcement continuesto this day, even though Apple successfully defended the FBIs attempt.End-to-End encryption offers a level of privacy and freedom that, oncecompromised, can never be recovered.

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End-to-End Encryption, Next Tech Target - CloudWedge