Category Archives: Encryption

Cloud Encryption Software Market by Manufacturers, Regions, Type and Application, Forecast To 2026 Gemalto, Netskope, Microsoft, HPE, Ciphercloud …

Zeal Insider provides an in-depth analysis on the Cloud Encryption Software with actual market values for the years 2018 and 2019 along with forecast for a period from 2020 to 2028. The global Cloud Encryption Software market is completely analyzed the detailed information regarding product type, delivery mode, component, end user, and region. Global Cloud Encryption Software research report highlights the information on various aspects such as drivers, restraints, opportunities, threats, and global key manufacturers including progress trends, competitive landscape analysis, and key regions. In addition, this research report estimates the market size, value, revenue, gross margin, volume, cost analysis, growth rate and market shares for decision making. Moreover, this research report provides the graphical representation for the competitive landscape and provides the mapping of individual competitors in the Cloud Encryption Software market according to various key performance indicators. This research report consists the information Cloud Encryption Software Market growth potential. The Major players profiled in this report include: Gemalto, Netskope, Microsoft, HPE, Ciphercloud, IBM, Parablu, Thales E-Security, Symantec, Trend Micro

This Report will help you to understand the Volume, growth with Impacting Trends. Click To get SAMPLE PDF (Including Full TOC, Table & Figures): https://www.zealinsider.com/report/6443/cloud-encryption-software-market#sample

Covid19 Coverage

Due to Covid-19 virus outbreak from December 2019, every industry is affected equally. This pandemic creates the huge losses for all industries. The outbreak of the Covid-19 pandemic has added risk factors to the already weak growth of the world economy. Furthermore, many manufacturers facing the problem regarding the supply chain, transportation, unavailability of raw material, and shortage of workers. Global Cloud Encryption Software research report covers the all factors regarding Covid-19 pandemic which affects the market growth.

Manufacturers Information

In manufacturers information company covers the detailed analysis of major key players such as Gemalto, Netskope, Microsoft, HPE, Ciphercloud, IBM, Parablu, Thales E-Security, Symantec, Trend Micro Research report provides the detailed basic information of the manufacturers. Company profiles of major key players includes the detailed information of organization along with their revenue. Also, in company profile this research report provides the current trends and announcement regarding product. Furthermore, key manufacturers offer the development strategies which are enlisted to understand the competitive scenario of the global Cloud Encryption Software market. Moreover, this research report provides a graphical representation of companies operating in the Cloud Encryption Software market. The mapping of individual competitors in the Cloud Encryption Software market has been done based on various key performance indicators such as market shares, product type, recent and up-coming growth, and others.

Segmentations

The research report provides a detailed analysis on the Cloud Encryption Software market which is segmented on type, and applications. This report provides the in-depth information on the performance of various types and applications across key market countries across the world.

Based on type, the global Cloud Encryption Software market is segmented into following categories: Cloud-based, On-premise

Similarly, based on End-use/Applications, the global Cloud Encryption Software market is segmented into following categories: BFSI, Manufacturing, Healthcare, Government, Others

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Regional Information

Based on geography the Cloud Encryption Software market is segmented according to various region and countries as follows:

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Report Methodology

In research methodology, Apex Market Research initially understanding the overall industry that serves the market. Some of the most important sources used for secondary research include industry reports, trade magazines, trade magazines, industry publications, and other publications from government and trade associations, among others. In addition, in search through various company websites, press releases and product brochures to gain an exact understanding of the product offerings in the market. After gathering market information from various sources company use various financial modelling techniques to arrive at market estimates. Then after secondary research, we further carry out extensive primary research by conducting investigative interviews with various industry experts, veterans, decision makers and key opinion leaders, among others.

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Cloud Encryption Software Market by Manufacturers, Regions, Type and Application, Forecast To 2026 Gemalto, Netskope, Microsoft, HPE, Ciphercloud ...

Database Encryption Market Innovative Driving Factors, Trends and Growth Analysis 2020-2026 SoccerNurds – SoccerNurds

Understand the influence of COVID-19 on the Database Encryption Market with our analysts monitoring the situation across the globe.

The latest market research report provides an in-depth analysis of the Global Database Encryption Market 2021-2026. The Report mainly includes sales, revenue, trade, competition, investment, forecast and marketing of the product and the segments here include companies, types, applications, regions, countries, etc.

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Global Database Encryption market competition by top manufacturers/players: Microsoft, IBM, Google, Wolfram, Datarobot, Cloudera, Rapidminer, Domino Data Lab, Dataiku, Alteryx, Continuum Analytics, Bridgei2i Analytics, Datarpm, Rexer Analytics, Feature Labs, .

Important factors like strategic developments, government regulations, market analysis, end users, target audience, distribution network, branding, product portfolio, market share, threats and barriers, growth drivers, latest trends in the Database Encryption industry are also mentioned.The Database Encryption Market report displays the production, consumption, revenue, gross margin, cost, market share, CAGR, and market impacting variables of these industry and forecast to 2026, from 2021.

Database Encryption Market Segmented by Types: .

Applications analyzed in Database Encryption report are: SMBsEnterprises.

The also report provides the size of the Database Encryption market in 2021 and the forecast to 2026. The market dynamics prevalent in North America, Europe, Asia Pacific, Middle East and Africa and Latin America has been taken into account in estimating the growth of the global market.

The research study is based on a combination of primary as well as secondary research. It throws light on the key factors responsible for driving and restricting market growth. Furthermore, the recent mergers and acquisition by leading players in the market have been discussed at length.

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The Database Encryption Market study answers critical questions including:

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Besides, the report centers around the major industry participants, considering the company profiles, product portfolio and details, sales, market share and contact data. Furthermore, these Industry growth trends and marketing channels have also been scrutinized.

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Garner Insights is a Market Intelligence and consulting firm with a comprehensive experience and rich knowledge of the market research industry. Our vast repository of research reports across various categories, gives you a complete view of the ever-evolving trends and current topics worldwide. Our constant focus is on improving the data and finding innovative methods, which will help your business drive profitable growth.

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Database Encryption Market Innovative Driving Factors, Trends and Growth Analysis 2020-2026 SoccerNurds - SoccerNurds

Hardware Encryption Market 2021 Is Booming Across the Globe by Share, Size, Growth, Segments and Forecast to 2027 | Top Players Analysis- Western…

DataIntelo has Published a brand-new market research study on the international Hardware Encryption Market. This industry report incorporates comprehensive market analysis about the chances that has emerged as a result of this COVID-19 pandemic. Whats more, it gives key insights about the creative approaches which are used by leading business players amidst the pandemic.

Major Players Covered in the Report:

Western DigitalSamsung ElectronicsSeagate TechnologyMicron TechnologyKingston TechnologyToshibaKanguru SolutionsWinmagicMaxim Integrated ProductsNetappGemaltoThales

Get Free Sample Report: https://dataintelo.com/request-sample/?reportId=87770

The report covers the market drivers, restraints, threats, opportunities, and challenges which are anticipated to modify the dynamics of this market throughout the forecast period, 2021-2028. These afore-mentioned important parameters are expected to assist the reader make critical business decisions readily. The Hardware Encryption market research report offers information regarding the drivers, restraints, chances, pricing variables & tendencies, gains, revenue generation, and emerging trends of this market.

5 Crucial Insights That Are Covered in the Hardware Encryption Market Report

The global Hardware Encryption market is segmented on the basis of:

Products

AESRSA

Application

Consumer ElectronicsITTransportAerospaceMedicalFinancial ServicesOther

Regions

North America

Europe

Asia Pacific

Latin America

Middle East & Africa

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The Market Research report comprises revenue share, potential growth opportunities, and theorized growth rate of this market in above areas. DataIntelo has contemplated social-economic variables of the nations in the area to examine the regional market. Whats more, it has included the effect of the COVID-19 outbreak on the area and commerce regulations and government policies & policies which shapes the rise of the market in these areas.

Below is the TOC of the report:

Executive Summary

Assumptions and Acronyms Used

Research Methodology

Hardware Encryption Market Overview

Global Hardware Encryption Market Analysis and Forecast by Type

Global Hardware Encryption Market Analysis and Forecast by Application

Global Hardware Encryption Market Analysis and Forecast by Sales Channel

Global Hardware Encryption Market Analysis and Forecast by Region

North America Hardware Encryption Market Analysis and Forecast

Latin America Hardware Encryption Market Analysis and Forecast

Europe Hardware Encryption Market Analysis and Forecast

Asia Pacific Hardware Encryption Market Analysis and Forecast

Asia Pacific Hardware Encryption Market Size and Volume Forecast by Application

Middle East & Africa Hardware Encryption Market Analysis and Forecast

Competition Landscape

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The companys research team has been constantly monitoring the Hardware Encryption market since few years, which has helped them to include actionable insights that can confer the esteemed reader with the leverage to grow their enterprise with a high CAGR and gain stellar ROI in the market.

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Hardware Encryption Market 2021 Is Booming Across the Globe by Share, Size, Growth, Segments and Forecast to 2027 | Top Players Analysis- Western...

Residents outraged over police dog attack and they want encryption to end – The Daily Post

In this 2019 photo posted on the Palo Alto Police Department's Twitter page are Chief Robert Jonsen, left, and Officer Nick Enberg, who is holding an award for the number of DUI arrests he had in 2018.

BY KYLE MARTINDaily Post Staff Writer

Palo Altans expressed outrage over the attack of a sleeping man by a Palo Alto police dog and they called upon City Council to end the encryption of police radio transmissions.

Youre still not being transparent. Theyre still not being held accountable, said resident Raven Malone, who ran unsuccessfully for council last fall. Weve seen police officers even be promoted after using the n-word. I dont think those are Palo Alto values. I dont think we should settle for that.

Council ran out of time during its 90-minute study session last night on the police, but not before Mountain View resident Salim Damerdji told council its absolutely outrageous what happened to Joel Domingo Alejo.

Alejo is the man who was sleeping in his backyard on June 25 when he was attacked by a police dog being handled by Palo Alto police Agent Nick Enberg. Enberg, who had been asked by Mountain View police to search for a kidnapper, commanded his dog to repeatedly bite Alejo before discovering he was the wrong man. Now Alejo has filed claims against Palo Alto and Mountain View for $20 million.

I appreciate the chiefs words when it comes to transparency and accountability, but there was no accountability here for officer Enberg, and there has not been transparency when it came to this case, Damerdji said. I suspect that Palo Altos police department did not want to be as transparent about what actually occurred in this incident in the middle of calls for police reform last year, and its clear that police reform is absolutely needed in PAPD.

Speakers want cop fired

And resident Eva Tang said she was horrified to learn about Alejos attack by Enberg, and asked that the city reconsider keeping Enberg on the police roster. Many others are calling for Enbergs firing including Rev. Jethroe Moore II, president of the San Jose/Silicon Valley branch of the NAACP.

Tang said that Enberg was named as a defendant in the lawsuit from Tajae Murray, a Palo Alto High School student, whose family sued the city for injuries sustained from a 2016 police dog attack. The city paid Murray and his family $250,000 to settle the suit.

And Enberg was named as a defendant in another lawsuit from Julio Arevalo, who sued the city in 2019 after he was violently arrested by Police Agent Thomas DeStefano outside Happy Donuts on July 10, 2019.

She also pointed out that Enberg was one of two officers who shot and killed William Raff on Christmas Day 2015 outside a group home for mental patients at 652 Forest Ave. Raff, who was suffering from a mental health crisis, refused to drop a knife when he confronted the officers.

The District Attorney cleared Enberg of any wrongdoing in the incident.

At least think about the fact that hes making you look bad, Tang said. Please be more transparent and hold Nick Enberg accountable.

Police radio encryption

Council members didnt have a great deal to say about the dog attack, possibly because the city will end up in court over the incident, but they told Police Chief Robert Jonsen they were concerned about his decision in January to encrypt the radio transmissions of the police and fire departments. The decision never went to council for a public hearing or review. Last night was the first public opportunity for council members to question Jonsen about it.

Jonsen said he encrypted the radio transmissions following amemo from the state Department of Justice that advised police departments to keep certain personal information and law enforcement data off the public airwaves.

Councilman Greer Stone and Vice Mayor Pat Burt wanted Jonsen to come up with options that would protect privacy but still allow the public and the press to listen to police activity on the radio.

Stone calls it a First Amendment issue

I think this is an issue thats really impeding the First Amendment of the right of the press to do their job in being a check on our government, Stone said. And I understand its difficult to develop and implement a new policy, but the First Amendment sets a floor that we cant constitutionally fall below. And were not meeting that standard here.

While Jonsen said police have been searching for alternatives to the encryption, he said he hasnt found a viable alternative that he believes would work in Palo Alto.

Stone wanted to know why police couldnt leave an unencrypted police radio channel open for day-to-day police communications while using a second encrypted channel exclusively for communicating protected personal information.

But police officials were quick to tell him they cant do that.

Police Capt. April Wagner told Stone that because of last years budget cuts, the department doesnt have the number of dispatchers necessary to monitor police radio channels.

Last years cuts eliminated 11 vacant officer positions, four vacant dispatcher jobs, two lieutenant slots, a technical services director, a public information officer and a communications manager. A total of four people were laid off.

Wagner said other larger departments are able to communicate across multiple channels because they have more dispatchers. But in Palo Alto, Wagner said, there are just three during a shift, and they have to handle 400 calls a day for fire, police and utilities. For Stones suggestion to work, the department would have to hire dispatchers to run the encrypted channel during every shift, she said.

Stone said he had more questions for the police chief that he would email later because he ran out of time for questions.

Press cant talk to officers directly anymore

Burt said he is also concerned about the encryption and a second issue hindering the press the policy enacted last fall that reporters have to send their questions to police through a web portal rather than directly speaking to an officer. Then the department will respond via email perhaps a few hours later or a few days later. And the opportunity to ask follow-up questions, which would be present during a live interview, is lost with the exchange of emails.

Burt said he wanted the police matter to return to council and, in the meantime, he suggested police find a way to allow reporters to once again ask questions of an actual police officer.

He said he wants police to take as immediate an action as we can on a system of reporting police activity to the press.

Burt added he wants the city to contact its lobbyist in Sacramento to see if any of the states legislators would be willing to put a bill through that would prohibit encryption.

Deputy City Manager Chantal Gaines told Burt the city could lobby legislators to introduce a bill during the next legislative session starting in December 2021. The deadline to introduce bills this year was Feb. 19.

But Burt pushed for more immediate action, saying he wants the city to find someone who would gut and amend so that such legislation could be introduced in the current session, which ends in September. Gut and amend is a process by which a bill that was introduced early in the session is gutted of its contents and replaced with a new bill.

Palo Alto resident Rita Vrhel said police were completely taking away the transparency that has existed in this town for years by encrypting police radios.

Personally I dont want to defund the police, but I do want to hold them accountable, Vrhel said. And when something like this encryption happens overnight without public knowledge, it really does make ordinary citizens like me wonder Who is in charge of Palo Alto?

Cowboy activity

Vrhel added that council needs to do whatever they can to reign in this kind of cowboy activity, which really does not serve us well.

Similarly, resident Kevin Ma told council the encryption was done too hastily.

Mayor Tom DuBois said he wants encryption to be reversed immediately.

On March 8, Jonsen wrote to the Department of Justices chief of information services to ask permission to lift encryption through the end of the year so that the city could research alternatives to encryption. But Jonsen said that as of yesterday, he still hasnt received a response.

DuBois said he would rather the city reverse the encryption immediately for the rest of the year without asking permission of the DOJ and find a new solution to encryption in the meantime.

Drones

In regard to the dog attack, Jonsen suggested drones might help police search for people.

Mayor DuBois responded that Palo Alto residents wouldnt want the police to use drones.

But Councilman Greg Tanaka said other cities have been very successful with them.

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Residents outraged over police dog attack and they want encryption to end - The Daily Post

Encryption Has Never Been More Essentialor Threatened – WIRED

Given the global nature of the internet, the decisions some countries make affect us all. Foreign powers have already stolen personal data tied to half of all Americans. In the last six months, weve seen devastating attacks on the servers of major companies and governments that continue to use unsecure email. The consequences of these attacks can play out over the course of a lifetime.

For most of human history, we have felt free to confide in one another about our families, our work, our hopes, and our fears. That sense of freedom comes from the knowledge that once our words left our lips, they werent recorded.

But if nothing online is private, and every conversation today is online, then no conversation is private. That would leave us with two choices: Either we communicate face-to-face, or we surrender any expectation that were alone.

Thats not a realistic way to live. We carry and check our phones from the moment we wake up to the moment we go to sleep. In an emergency, your phone is probably one of the first things youd grab.

Just because we have vastly improved the technology that lets us communicate with people far away doesnt mean our privacy should go away. Machines today might make it possible for someone else to see and hear what were doing and what weve said, but that doesnt mean they should.

Thats what makes end-to-end encryption so valuable. As complex and advanced as it is, the idea behind it is thousands of years old. Early cryptography made it possible for people to communicate securely, but only if they had already exchanged a secret key ahead of time.

But thats not practical in todays world. Exchanging secret keys with everyone you know ahead of time and tracking those keys yourself would be tedious at best. Modern technology has made this seamless. The end-to-end encryption WhatsApp uses automatically exchanges the key directly on the senders and recipients physical devices and nowhere else. Every single message has its own separate lock and key.

Its no surprise, then, that many technology companies have added end-to-end encryption, and that since the pandemic started, several more have scrambled to upgrade their systems to protect the growing volume of critical communication happening digitally.

Knowing that you can communicate confidentially beyond the sound of your voice matters. It makes it possible for doctors to see patients remotely, helps militaries protect operational secrets, supports people building businesses, and protects journalists bringing important information to light. It also makes it possible for us to have the most private conversations with the people we care about, confident that we can speak our mind to the people closest to us without fear that someone is listening in.

End-to-end encryption locks tech companies out of particularly sensitive information, and for good reason. In 2019, the Justice Department filed charges in a case where people connected to Saudi Arabia were allegedly spying on dissidents using internal access tools. With end-to-end encryption, even employees do not have the ability to access private messages, for any purpose. This has caused frustration with governments who want tech companies to provide private messages under legal process.

Some governments are honestly trying to fight crime and looking to the dramatic increase in technology in our lives as a potential source of new evidence. Their criticism is that end-to-end encryption makes it harder for law enforcement to find evidence of a crime, and harder for companies to monitor peoples calls and messages to refer to law enforcement. But this is looking at a problem in isolation. It was never possible or easy to access most peoples private conversations when they were happening physically instead of digitally. We should not assume that just because technology makes something easier to do, we should do it.

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Encryption Has Never Been More Essentialor Threatened - WIRED

Encryption is either secure or it’s not – there is no middle ground – Help Net Security

The principle of end-to-end encryption underpins a system of communication where only the communicating users can read the messages. To this end, it exists to prevent any potential eavesdroppers (telecom providers, internet providers, law enforcement agencies) from being able to access the cryptographic keys needed to decrypt the conversation.

We remain deeply concerned, therefore, that the Council of the European Union is seeking to adopt new rules that would effectively do away with encryption. At the end of last year, they released a five-page resolution that called for the EU to pass new rules to govern the use of end-to-end encryption in Europe. We are completely against this resolution as it effectively ends the notion of true encryption.

Theres no such thing as strong encryption if you allow the institution of backdoors for government or law enforcement officials and dont believe any politicians who say otherwise they are, at best, ill-informed. The most important takeaway here is that encryption is either secure or it is not. Users either have privacy or they do not.

We strongly believe that encryption is the very foundation of the internet. Every citizen needs encryption to safeguard their data and to offer themselves protection against hackers and other malicious online forces. Politicians will argue that they see backdoors as an easier way to thwart all manner of crimes, ranging from terrorist attacks through to drug trafficking. However, by effectively quashing end-to-end-encryption, the government disregards all the other crime that effective encryption protects citizens from.

By calling on technology companies to find ways to bypass encryption so that law enforcement agencies can quickly access a suspects messages or device, we may end up with weak encryption. And weak encryption is, in our opinion, the same as no encryption.

We understand the need to combat online criminal activity in all of its various guises, but we do not believe that weakening encryption will solve that. Indeed, weakening encryption is actually counterproductive. For example, putting pressure on popular messaging apps to have a backdoor in their encryption doesnt deter criminals from establishing their own encryption services.

There is an impact on businesses, too. Many organizations use end-to-end encryption for protecting their trade secrets and classified information. And what about the impact on many of the apps that we all use to communicate? These apps are underpinned by a zero-knowledge ethos which means that users dont need to worry about being tracked or monetized and can exercise their right to privacy.

The Council of the European Unions proposed resolution is all the more surprising in light of the General Data Protection Regulation (GDPR). This model for data protection legislation is very much in favor of robust encryption as an elementary technology to ensure the right to privacy (for citizens).

Ultimately, adopting this resolution would severely undermine the trust that individuals and businesses place in end-to-end encrypted services. It also threatens the security of users who merely wish to share information securely. When politicians expect the introduction of encryption backdoors, they completely miss the point regarding security and privacy. They are effectively asking us to say no to security.

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Encryption is either secure or it's not - there is no middle ground - Help Net Security

Nasdaq and Intel Announce Partnership Over New Encrypted Tech – Business Insider

As banks, lenders, and other financial institutions increasingly turn towards artificial intelligence as a way to quickly analyze vast quantities of data, they're also attracting attention from US regulators.

Rulemakers' focus on AI is, in part, a result of concerns surrounding the safety and anonymity of customer data when used by this cutting-edge tech.

But a new tech collaboration between Nasdaq and Intel announced Tuesday might offer a solution. The partnership will see the trading venue adopt what's called homomorphic encryption, or HE, alongside Intel's latest-generation processors.

HE allows customers to perform AI and machine-learning computations on private data without ever having to decrypt the data itself, an especially critical tool in financial services where the safety of user data is increasingly important.

It's a technology that Intel also recently announced it's exploring with DARPA (The Defense Advanced Research Projects Agency, an arm of the Department of Defense) and will in Nasdaq's case provide the opportunity for next-generation computing to be tested in a business setting.

The ability to analyze large amounts of encrypted data using HE could lead to more efficient tools focused on anti-money laundering and fraud prevention efforts, areas that typically include sensitive data. Apart from finance, industries like healthcare, which tends to have restrictions around individuals' data, also stands to benefit from the use of HE.

HE could also help further increase the adoption of the public cloud, a growing trend on Wall Street. Concerns around data security in the public cloud would be alleviated by being able to keep the data encrypted.

But the problems seen in HE technology to date have always be ones of scale and speed, particularly relevant when a company like Nasdaq might be working with massive, enterprise-sized data sets.

Nir Peled, general manager of AI and private analytics at Intel, told Insider that HE is what's called "emerging" tech. It's new, complicated, and, until relatively recently, out of the scope of what most companies could manage.

"That means that nobody knows exactly where it's going to land, how it's going to be used," Peled said. "What's the ecosystem going to be around it? What are the use cases that will be first? It's literally like AI 10 years ago. A lot of promise, a lot of potential. But it's just starting."

That's where Intel's latest-generation processors come in. By using Intel's most advanced line of accelerators, Nasdaq said it will be able to dive further into homomorphic encryption, since the improved performance from these processors addresses the "performance tax" previously inherent to HE.

"[Homomorphic encryption] was really impractical in certain ways because of the performance you would get. So we decided to work with Intel on this to see exactly what kind of benefits we could get, and if that would help us make it more applicable. And I think the answer is yes," Nikolai Larbalestier, a senior vice president at Nasdaq overseeing cloud strategy and enterprise architecture, told Insider.

To that end, the partnership on HE between Nasdaq and Intel has been one of what Peled called "co-engineering" as the companies work to see where the tech will fit in to Nasdaq's data flow. At this point, HE isn't being used in any real-world business settings at Nasdaq, but the exchange has used it on proof-of-concept models internally.

Larbalestier said the two HE applications Nasdaq is currently exploring revolve around fraud detection and anti-money laundering efforts at the exchange.

"We have surveillance products that surveil the trading activity on behalf of brokers or on behalf of market operators. It's an interesting problem to be able to combine data sets between brokers to look for patterns that they may not otherwise see just by looking within one broker," Larbalestier said.

Homomorphic encryption, Larbalestier continued, would allow Nasdaq to do that all without exposing sensitive data like the "secret sauce of trading algorithms" to others.

The encrypted tech, meanwhile, also has anti-money laundering capabilities. Under existing US law, banks are able to share customer data with each other (with safe harbor provisions that shield them from liability) when they believe fraud or money laundering is occurring. But HE could expand the scope of data sharing, Larbalestier said, while also making that data more secure since it can remain encrypted.

The capabilities of homomorphic encryption, meanwhile, also go hand in hand with another form of technology that Nasdaq continues to actively explore: data storage and processing in the public cloud.

In October of last year, CEO Adena Friedman described cloud tech as "the future of the industry" while speaking at Business Insider's Global Trends Festival. And last April, the exchange launched Nasdaq Cloud Services and began streaming real-time market data to the public cloud.

"All of these data-sharing use cases that secure, multi-party computation can either make more secure or bring new capabilities to are all really enabled by the cloud and getting that scale of compute," Larbalestier said. "That probably would be incredibly difficult or expensive to do in a traditional on-prem model."

Cloud adoption and the development of homomorphic encryption are "highly correlated," according to Peled, as the tech will enable users to feel more comfortable having data sit outside their walls.

"The data is always encrypted and you can still compute on it. You can imagine what can be done on a public cloud. I don't need to trust anyone. I can do my work as if it were beyond my own firewalls," Peled said.

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Nasdaq and Intel Announce Partnership Over New Encrypted Tech - Business Insider

The UK Is Trying to Stop Facebook’s End-to-End Encryption – WIRED

The UK is planning a new attack on end-to-end encryption, with the Home Office set to spearhead efforts designed to discourage Facebook from further rolling out the technology to its messaging apps.

Home Secretary Priti Patel is planning to deliver a keynote speech at a child protection charitys event focused on exposing the perceived ills of end-to-end encryption and asking for stricter regulation of the technology. At the same time a new report will say that technology companies need to do more to protect children online.

Patel will headline an April 19 roundtable organized by the National Society for the Prevention of Cruelty to Children (NSPCC), according to a draft invitation seen by WIRED. The event is set to be deeply critical of the encryption standard, which makes it harder for investigators and technology companies to monitor communications between people and detect child grooming or illicit content, including terror or child abuse imagery.

End-to-end encryption works by securing communications between those involved in themonly the sender and receiver of messages can see what they say and platforms providing the technology cannot access the content of messages. The tech has been increasingly made standard in recent years with WhatsApp and Signal using end-to-end encryption by default to protect peoples privacy.

The Home Office's move comes as Facebook plans to roll out end-to-end encryption across all its messaging platformsincluding Messenger and Instagramwhich has sparked a fierce debate in the UK and elsewhere over the supposed risks the technology poses to children.

During the event, the NSPCC will unveil a report on end-to-end encryption by PA Consulting, a UK firm that has advised the UKs Department for Digital Culture Media and Sport (DCMS) on the forthcoming Online Safety regulation. An early draft of the report, seen by WIRED, says that increased usage of end-to-end encryption would protect adults privacy at the expense of childrens safety, and that any strategy adopted by technology companies to mitigate the effect of end-to-end encryption will almost certainly be less effective than the current ability to scan for harmful content.

The report also suggests that the government devise regulation expressly targeting encryption, in order to prevent technology companies from engineer[ing] away their ability to police illegal communications. It recommends that the upcoming Online Safety Billwhich will impose a duty of care on online platformsmake it compulsory for tech companies to share data about online child abuse, as opposed to voluntary.

The Online Safety Bill is expected to require companies whose services use end-to-end encryption to show how effectively they are tackling the spread of harmful content on their platformsor risk being slapped with fines by communication authority Ofcom, which will be in charge of enforcing the rules. As a last resort, Ofcom could demand that a company use automated systems to winnow out illegal content from their services.

The NSPCC says that this set-up does not go far enough in reining in encryption: in a statement released last week, the charity urged the digital secretary, Oliver Dowden, to strengthen the proposed regulation, preventing platforms from rolling out end-to-end encryption until they can demonstrate that they can safeguard childrens safety. Facebook currently tackles the circulation of child sex abuse content on WhatsApp by removing accounts displaying forbidden images in their profile pictures, or groups whose names suggest an illegal activity. WhatsApp says it bans more than 300,000 accounts per month that it suspects of sharing child sexual abuse material.

Ofcom will have to meet a series of tests before it could take action on a regulated platform, says Andy Burrows, NSPCCs head of child safety online policy. That is about being able to require evidence of serious and sustained abuse, which is going to be practically very difficult to do because of end-to-end encryption will take away a significant amount of the reporting flow.

Link:
The UK Is Trying to Stop Facebook's End-to-End Encryption - WIRED

Encryption Key Management Market Emerging Trends and Global Demand 2021- Amazon, Ciphercloud, IBM, Gemalto, Thales E-Security, Egnyte, Sepior The…

The Encryption Key Management report provides overall structure and business outlook of the global and regional industries. The study also involves the important Achievements of the market, Research & Development, new product launch, product responses and regional growth of the leading competitors operating in the market on a global and local scale. This study provides information about the growth and revenue during the historic and forecasted period of 2015 to 2025. The structured analysis contains graphical as well as a diagrammatic representation of global Encryption Key Management Market with its specific geographical regions.

Encryption Key Management Market anticipated to expand at a CAGR of 21.5% during the forecast period

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The North American market has seen broader adoption of encryption solutions across all verticals. The region has been a hotspot for innovation with the presence of major technology players and innovative new start-ups developing disruptive technologies.

Top leading Manufactures Profiled in Encryption Key Management Market Report are: Amazon, Ciphercloud, IBM, Gemalto, Thales E-Security, Egnyte, Sepior, Box, Unbound Tech, Google, Keynexus

Global Encryption Key Management Market Split by Product Type and Applications:

Market Research Study Focus on these Types:

KMIP

Non-KMIP-compliant key management

Market Research Study Focus on these Applications:

SMEs

Large Enterprises

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Regional Analysis for Encryption Key Management Market:

For a comprehensive understanding of market dynamics, the global Encryption Key Management market is analyzed across key geographies namelythe United States, Europe, China, Japan, Southeast Asia, India, Central & South America.Each of these regions is analyzed based on market findings across major countries in these regions for a macro-level understanding of the market.

Key Target Audience

Enterprise users

Government agencies

Industrial users

Key management vendors

Encryption software Vendors

Security software Vendors

System integrators

Encryption Key Management Market Scenario:

This research report represents a 360-degree overview of the competitive landscape of the Encryption Key Management Market. Furthermore, it offers massive data relating to recent trends, developments, tools, and methodologies. The research report analyzes the Encryption Key Management Market in a detailed manner for better insights into the businesses.

Report evaluates the growth rate and the Market value based on Market dynamics, growth inducing factors. The complete knowledge is based on latest industry news, threats, opportunities and trends. The report contains a comprehensive Market analysis and vendor landscape in addition to a SWOT analysis of the key vendors.

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Table of Contents:

-Encryption Key Management Market Overview

-Economic Impact on Industry

-Market Competition by Manufacturers

-Production, Revenue (Value) by Region

-Supply (Production), Consumption, Export, Import by Regions

-Production, Revenue (Value), Price Trend by Type

-Market Analysis by Application

-Manufacturing Cost Analysis

-Industrial Chain, Sourcing Strategy and Downstream Buyers

-Marketing Strategy Analysis, Distributors/Traders

-Market Effect Factors Analysis

-Encryption Key Management Market Forecast

Years considered for this report:Historical Years: 2015-2019Base Year: 2019Estimated Year: 2020Forecast Period: 2020-2025Top of Form

In conclusion, Encryption Key Management market report presents the descriptive analysis of the parent market supported elite players, present, past and artistic movement information which is able to function a profitable guide for all the Encryption Key Management Industry business competitors. Our expert research analysts team has been trained to provide in-depth market research report from every individual sector which will be helpful to understand the industry data in the most precise way.

What is the Impact of Covid-19 Outbreak on the Encryption Key Management?

Optimistic Scenario: COVID-19 is contained by May or June, With Normalcy returning to global operations through the End of Q2.

Conservative Scenario: COVID-19 Remains Prevalent, with Continued Impacts Lasting into Q4.

Estimated Impact of the Coronavirus (COVID-19) Epidemic on the Global Encryption Key Management.

Encryption Key Management Market Size in 2021

Corporate Strategy the Manufacturers Should Be Thinking About Right Now.

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Encryption Key Management Market Emerging Trends and Global Demand 2021- Amazon, Ciphercloud, IBM, Gemalto, Thales E-Security, Egnyte, Sepior The...

Castle Shield Holdings, LLC Announces Typhos, A Secure Messaging App, Built With End-to-End Encryption From the Ground Up – Business Wire

SCOTTSVILLE, Va.--(BUSINESS WIRE)--Castle Shield Holdings, LLC, announces the availability of Typhos, its Secure Mobile Messenger application, which offers both end-to-end encrypted text messaging and Push-To-Chat (PTC) communications. Typhos was built around Cipherloc Corporations (OTCQB:CLOK) Polymorphic Encryption Core (PEC). The PEC is quantum resistant and FIPS 140-2 certified (FIPS 140-2 certificate #3645).

Typhos is the only messaging app (downloadable from the Apple Store and Google Play) that carries the FIPS 140-2 validation for mobile devices. Enterprise customers may leverage a cloud-based hosted offering or host the Typhos client-server solution themselves for complete privacy. Currently under development, version 3.0, will provide end-to-end encrypted voice and video calls, and will be available later this year.

Typhos brings complete privacy, security, and end-to-end encryption as its architectural foundation. In addition, the Typhos encryption is symmetrically quantum-resistant. This makes Typhos one of the most secure messaging applications, currently available, in the world.

We are happy that Castle Shield chose our patented, Polymorphic Encryption Core as the foundation for their Quantum-Resistant Architecture roadmap. Cipherlocs innovative PEC solution takes any existing symmetrical encryption algorithm, such as AES (Advanced Encryption Standard), and makes it stronger, agile and scalable, said David Chasteen, CEO of Cipherloc Corporation.

Secure, Private, and Safe:

Typhoss end-to-end encrypted messaging enables enterprises and consumers to communicate securely. There is no need to download extensions or plugins. Typhos users have the confidence that their communications are secure, private, and their personal information is not being monetized.

Some communication apps do not have end-to-end encryption, while others added end-to-end encryption as an afterthought. Castle Shield developed Typhos with end-to-end encryption built-in from the onset. All data sent is encrypted in transit and at rest on the client- or server-side. User data is never accessed or monetized as is the case with other popular apps. This ensures that user communication is always secure and private, said Dr. Milton Mattox, CTO of Castle Shield Holdings.

Key Features:

End-to-End Encryption provides a secure user experience. Typhos is quantum-resistant incorporating FIPS 140-2 certified encryption which ensures that user messages are never intercepted by unauthorized actors.

Self-Destructing Messages allow users to send messages that automatically delete themselves. This ensures messages are fully erased from all chats when the self-destruct countdown sequence completes whether read or not.

Push-to-Chat is a walkie-talkie feature that works for both audio and video asynchronous communications between users. This allows for quick and secure audio and video chats.

Alias and PIN ensure that users are completely anonymous. The app does not ask users for their name or mobile number. Our login process is streamlined to make it easy and secure for users to quickly log in.

User Unique Code (UUC) is a random number so users never have to worry about their information being compromised or attached to a phone number. Users must know each others UUC in order to chat one-on-one or in groups.

Group Messaging allows users to set up multiple user groups for encrypted communications.

Chat Backup allows users to save encrypted chats onto the server. Backed up chats are always encrypted and are never decrypted on the server. Users determine if and when chat data is backed up.

Contact Information is only used if the user wants to invite someone to securely communicate via Typhos. Unlike other similar apps, Typhos does not notify users when someone in their contacts registers with Typhos. The use of Typhos is private to each user.

The Typhos app is available today through the Apple Store and Google Play.

About Castle Shield Holdings, LLC

Founded in 2019, Castle Shield offers a complete range of enterprise-grade cybersecurity solutions that protects enterprises and consumers against all internal and external cyber threats. Our quantum-resistant solutions (Fides) stand strong as the last line of defense for enterprise and consumer data in the emerging quantum computing threat landscape. Legion, our Security Information Event Management or (SIEM), product portfolio and Fides work together to strengthen your overall data security. We monitor and address threat vectors through our scalable, multi-tenant SIEM platform, protecting enterprise systems and data in an efficient, cost-effective manner. In addition, we utilize an advanced compliance platform (Senate) which provides comprehensive ratings for third party vendors based on technical risk scores, compliance, and financial impact in the event of a breach. Our 360 proactive security solutions are what sets Castle Shield apart. For further information, please go to http://www.castle-shield.com.

About Cipherloc Corporation (OTCQB: CLOK)

Cipherloc Corporation is a data security solution company whose vision is simple - Protect the Worlds Data. Our highly innovative solutions are based on our patented Polymorphic Encryption Core, which is designed to enable an ironclad layer of protection to be added to existing products, services, or applications. We deliver solutions that are highly secure, synergistic, and scalable. In short, we keep information safe in todays highly dangerous world. For further information, please go to http://www.cipherloc.net.

Read more here:
Castle Shield Holdings, LLC Announces Typhos, A Secure Messaging App, Built With End-to-End Encryption From the Ground Up - Business Wire