Category Archives: Encryption
Cloud Encryption Market Trends, Size, Share | Global Industry Outlook and Statistics, Segmentation and Forecast to 2027 The Bisouv Network – The…
The latest report is the most recent study that offers 360 coverage of the Cloud Encryption industry that has been facing the brunt of the adverse economic impact of the COVID-19 outbreak since the beginning of this year.
Top Companies Profiled in this Report are:
Sophos Group Plc., Thales e-Security, Gemalto N.V., Skyhigh Networks, Symantec Corporation, CipherCloud, Netskope Inc., Trend Micro Incorporated, HyTrust Inc., and Vaultive Inc., among others.
Segmentation Analysis
The report gives an extensive analysis of various segments of the market by studying the product range, applications, major regions, and leading companies in the industry. Additionally, the report also dedicates an individual section to give a detailed analysis of the manufacturing process, which includes information collected through both primary and secondary sources of data collection. The primary source of data collection contains interviews of industry experts who offer accurate insights into the future market scenario.
Cloud Encryption market segmentation by types of, the report covers-
Cloud Encryption market segmentation by applications of the, the report covers the following uses-
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Cloud Encryptionmarket segmentation by geographical regions, the report has analysed the following regions-
North America (USA, Canada and Mexico)
Europe (Germany, France, UK, Russia and Italy)
Asia-Pacific (China, Japan, Korea, India and Southeast Asia)
South America (Brazil, Argentina, Columbia etc.)
Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa)
The Cloud Encryption Market Research/Analysis Report addresses the following questions:
What is the growth rate of the Cloud Encryption market? What is the anticipated market valuation of Cloud Encryption industry by 2027?
What are the key growth driving and restraining factors of the Cloud Encryption market?
Who are the prominent players operating in the Cloud Encryption market? What are the key strategies adopted by these companies?
What are the key opportunities and growth prospects of the Cloud Encryption industry over the forecast period?
Which region is expected to show significant growth in the coming years?
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Cloud Encryption Market Trends, Size, Share | Global Industry Outlook and Statistics, Segmentation and Forecast to 2027 The Bisouv Network - The...
What is the impact of Coronavirus on Encryption Software Market Growth? Keyplayers- : Microsoft Corporation, Symantec Corporation, IBM Corporation,…
Global Encryption Software Market Research Report provides information on several market conditions, such as potential growth drivers, market opportunities, and the latest developments in the global market. This research will help current and new aspirants in the Encryption Software market to identify and study market dynamics, market size and competition. The report analyzes the value of the Encryption Software market, historical pricing structure and volume trends, so that it is easy to predict growth momentum and accurately estimate the upcoming opportunities in the Encryption Software market.
The report covers the main industry drivers. In addition to the competitive architecture in this field, it also provides an accurate analysis of the main growth trends and market prospects in the next few years. The research report also provides a clearer understanding of market trends for all manufacturers and investors.
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Top Key Players of the Market:
Microsoft Corporation, Symantec Corporation, IBM Corporation, EMC Corporation, CISCO Systems Inc., Intel Security, Check Point Software Technologies Ltd., Oracle Corporation, Trend Micro, Inc.
*Note: Additional companies can be included on request
Detailed market analysis and insights:
In order to better construct the influential Encryption Software report, we use advanced industry insights, practical solutions, talent solutions and the perfect combination of the latest technology, thus providing an excellent experience for readers or end users. The market report includes research on the market potential of each geographic region based on growth rates, macroeconomic parameters, consumer buying patterns, possible future trends, and market demand and supply. Market definition, market segmentation, key market development, competitive analysis and research methods are the key themes of the Encryption Software market report.
Encryption Software market research reports help achieve sustainable market growth by providing proficient, specific and most relevant product and market information. Market drivers and constraints have been explained using SWOT analysis. Business intelligence has been used to generate this market report, which is essential to complete comprehensive and extensive market insights. The market report will also help achieve business growth and success.
Market Segmentation:
Encryption Software Market Size and Forecast, 2019-2026 by Deployment Model
Encryption Software Market Size and Forecast, 2019-2026 by Organization Size
Encryption Software Market Size and Forecast, 2019-2026 by Application
Encryption Software Market Size and Forecast, 2019-2026 by End-User
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Competitive landscape and Encryption Software market share analysis
The Encryption Software market competition landscape provides detailed information about competitors. The detailed information included includes company overview, company finances, revenue generated, market potential, R&D investment, new market plans, global operations, production locations and facilities, company strengths and weaknesses, product launches, product testing pipelines, product approvals, patents, Product width and breadth, application advantages, technology lifeline curve. The data points provided above are only related to the companys focus on the Encryption Software market. Encryption Software market share data is available for Global, North America, Europe, Asia-Pacific, Middle East and Africa and South America separately. Polaris Market Research analysts understand competitive strengths and provide competitive analysis for each competitor separately.
The regional analysis covers:
Table of Content
Global Encryption Software Market Research Report
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What is the impact of Coronavirus on Encryption Software Market Growth? Keyplayers- : Microsoft Corporation, Symantec Corporation, IBM Corporation,...
Cloud Encryption Market In-Depth Analysis on Size, Cost Structure and Prominent Key Player The Bisouv Network – The Bisouv Network
Scope of the Cloud Encryption Market
The key dynamics given in the report hold key influence over the Cloud Encryption market. This research report further analyses the current trends, value, volume, and pricing structure of the global market. The report also evaluates the key insights of the market and offers the factors that are and will be boosting the Cloud Encryption market growth.
Click here to get sample of the premium report: https://www.quincemarketinsights.com/request-sample-63093?utm_source= bisouv/pankajLikewise, the growth of the Cloud Encryption market has also been anticipated for the mentioned forecast period, taking into consideration the past growth scenario, the growth drivers, and the recent and future trends. In addition, a number of development factors, limitations, and lucrative opportunities are also studied to obtain an in-depth overview of the Cloud Encryption market.
Covid-19 Effect on Cloud Encryption Market
The COVID-19 outbreak has weakened the market economy across the globe, thereby impacting the worldwide Cloud Encryption market. The COVID-19 pandemic would have a significant influence on the Cloud Encryption market in the coming years. The global market is extensively related to the major providers which are recently dipping their production due to the impact of the coronavirus pandemic.
Cloud Encryption Market
Understanding Segmentation: Cloud Encryption Market
The complete overview about the market segments of the Cloud Encryption market helps address the future profitability and to make precise decisions for market development. The Cloud Encryption market is studied for a number of different segments to arrive at an insightful analysis. Such market segmentation has been done on the basis of application, product type, and region. The data on drivers, trends, and industry growth focuses on technologies, business cycle, as well as the shifting structure of the market providers in the Cloud Encryption Market. The Cloud Encryption market is segmented as By Component (Solution and Service), By Service Model (Infrastructure-as-a-Service, Software-as-a-Service, and Platform-as-a-Service), By Organization Size (Large Enterprises, Small and Medium-Sized Enterprises), By Vertical (Banking, Financial Services, and Insurance (BFSI), Healthcare, Government and Public Utilities, Telecom and IT, Retail, Aerospace and Defense, Others)
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Regional Analysis of Cloud Encryption market
The market report also examines the key geographical spectrum of this market and geographical details of the target market with production capacity, supply, demand, and product consumption. This market analysis covers regions such as North America (United States, Canada, and Mexico), Europe (Germany, France, United Kingdom, Russia, and Italy), Asia-Pacific (China, Japan, Korea, India, Southeast Asia, and Australia), South America (Brazil, Argentina), and Middle East & Africa (UAE, Egypt, Saudi Arabia, and South Africa).
Competitive Landscape: Cloud Encryption Market
Quince Market Insights has access to a high range of global and regional insight bases, which helps the customers to carry out the evaluation of the global and regional market dynamics and trends. The report also delivers an extensive study of the Cloud Encryption market, together with the upcoming forecasts to assess the investment feasibility.
Moreover, the study also comprises both quantitative and qualitative techniques of the Cloud Encryption market over the forecast timeframe. This research report studies the production details from a 360 degree perspective, i.e., from the demand and supply side, which allows us to offer granular details of the all-inclusive ecosystem for each manufacturer. The report also helps identify various business opportunities as well as the scope for market expansion. Key players covered in the report are Thales e-Security, Gemalto N.V., Sophos Group plc, Symantec Corporation, Skyhigh Networks, Netskope Inc., CipherCloud, Randtronics, Stormshield, HyTrust, Inc., StratoKey, Secomba GmbH, Dell, Hewlett Packard Enterprise Development LP, IBM Corporation, Trend Micro Incorporated, Cisco Systems, Inc., Protegrity USA, Inc., Vaultive, Inc., DataLocker Inc., Parablu Inc., Hitachi Solutions, Ltd., PerfectCloud Corp.
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Quince Market Insights briefly assesses the crucial data with the help of primary sources to authenticate the information and use it in compiling a full-fledged market study. The study covers a quantitative and qualitative assessment of market components. Likewise, the Cloud Encryption Market is majorly segregated into various sub-segments which can offer classified data about the latest trends, growth analysis, and development plans in the market.
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Cloud Encryption Market In-Depth Analysis on Size, Cost Structure and Prominent Key Player The Bisouv Network - The Bisouv Network
Encryption Software Market Growth, Trends, Size, Share, Players, Scope, Regional Demand and Forecast To 2028 Express Keeper – Express Keeper
The market report on Encryption Software provides balanced information which has the combination of the previous, current and future data that helps to understand the global Encryption Software market better. In other words, it is a comprehensive summary of all the important factors that are related to increasing demand growth when it comes to the Encryption Software market across the world. The report also provides details of future possibilities which have the latest trends that are to be seen in the coming years in this targeted market.
Basically, it is a detailed combination of previous years qualitative and quantitative analysis of the global Encryption Software industry which is presented in the market report that will immensely help the market players to grow in this sector. In addition, the report also offers all the perspectives on the particular revenue records that are being generated along with the expected income at the end of the year. Apart from this, the research aims to provide an in-depth analysis of the various segments of the global Encryption Software industry. The report also throws light on the upcoming opportunities as well as the latest development in the global market.
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When it comes to the competitive analysis, all the information and knowledge about the various leading players are being included in this section which explains about their role both at the local, national, and the global level in detail.
As the world is impacted by the covid-19 it has not also spared the Encryption Software market. The report provides a summary of the future impact of the covid-19 outbreak, export-import control, supply chain, regional government policy and the market size in the global market. The study also provides a detailed and in-depth analysis of how this pandemic is affecting the global growth of the sector which has forced the market players to suffer a huge loss. Apart from this, the covid-19 pandemic has also affected each and every facet of life. When it comes to the business environment the pandemic has led to many variations.
The global Encryption Software market report also offers comprehensive and industry-oriented coverage of the key market developments. The market research also provides all other information of the end-use demand, projected market price, trends, historical information, business shares, demand and production forecast of the leading business players in order to offer the comprehensive coverage of the industry.
The market segmentation of the global Encryption Software market has been done on the basis of technology, product, application, distribution channel, end-user as well as the vertical industry. The segmentation part is further extended by offered relevant information about the geographical landscape.
The report is an apt reference guide to initiate potential new project and business models crafted by high end SWOT assessment and Porters Five Forces evaluation The report specifically highlights the potential of application segment, followed by CAGR estimations. Each of the type fragments mentioned in the report have also been analyzed on the basis of revenue generation potential and volumetric predictions. The report also doles out an effective segment overview, highlighting chief growth projections across independent Mobile Application Security Platform market segments. Based on the segment potential, market players and key manufacturers can well develop effective growth appropriate business decisions. The report is a ready-to-use reference document to plan and implement growth steering business strategies aligning with diverse geographical specificities and customer expectations.
North America (U.S., Canada, Mexico) Europe (U.K., France, Germany, Spain, Italy, Central & Eastern Europe, CIS) Asia Pacific (China, Japan, South Korea, ASEAN, India, Rest of Asia Pacific) Latin America (Brazil, Rest of L.A.) Middle East and Africa (Turkey, GCC, Rest of Middle East)
In the Encryption Software Market Study, the Study explores all supply and demand factors shaping the market and also assesses market conditions impacting the market over the forecast timeframe, i.e. constraints, drivers, prospects and future developments. The Encryption Software Market Report also includes a detailed PEST analysis of societal, political, economic, and technical factors affecting the market in these areas for all five regions.
1. Executive2. Assumptions and Acronyms Used3. Research Methodology4. Encryption Software Market Overview5. Encryption Software Analysis and Forecast by Type6. Encryption Software Market Analysis and Forecast by Application7. Encryption Software Market Analysis and Forecast by Sales Channel8. Encryption Software Market Analysis and Forecast by Region9. North America Encryption Software Market Analysis and Forecast10. Latin America Encryption Software Market Analysis and Forecast11. Europe Encryption Software Market Analysis and Forecast12. Asia Pacific Encryption Software Market Analysis and Forecast13. Asia Pacific Encryption Software Market Size and Volume Forecast by Application14. Middle East & Africa Encryption Software Market Analysis and Forecast
1. The global Encryption Software report comprises of precise and up-to-date statistical data.2. The report will provide in-depth market analysis of Encryption Software industry.3. All the market competitive players in the Encryption Software industry are offered in the report.4. The business strategies and market insights will help readers and the interested investors boost their overall business.5. The report will help in decision-making process for gaining momentum in the business growth in the coming years.
This report is a dependable guide to understand core factors influencing growth and expansion in global Geo-Marketing market The report helps readers to understand the most crucial factor instrumenting high revenue generation amidst staggering cut-throat competition. The report sheds ample light on regional scope and advances in geographical sphere that leverages highest revenue gains. Various factors such as profit margins, sales performance, past and current events that accelerate future scope of actions have also been amply discussed in the report aligning with customer expectations for end-to-end assessment. The report also includes versatile understanding of market developments across past and present timelines that eventually enunciate future plausibility of growth and uniform expansion.
Conclusively, this report will provide you a clear view of each and every fact of the market without a need to refer to any other research report or a data source. Our report will provide you with all the facts about the past, present, and future of the concerned Market.
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Clubhouses security and privacy lag behind its explosive growth – Ars Technica
Enlarge / Clubhouse has a long way to go to assure its users that its privacy and security policies are fully baked.
Carsten Koall | Getty Images
In recent months, the audio-based social media app Clubhouse has emerged as Silicon Valley's latest disruptive darling. The format feels familiar: part Twitter, part Facebook Live, part talking on the phone. But as Clubhouse continues to expand, its security and privacy failings have come under increased scrutinyand left the company scrambling to correct problems and manage expectations.
Clubhouse, still in beta and available only on iOS, offers its users rooms that are essentially group audio chats. They can also be set as public addresses or panel discussions where some users are speakers and the rest are audience members. The platform reportedly has over 10 million users and is valued at $1 billion. Since last year it has been an invite-only haven for Silicon Valley elite and celebrities, including an Elon Musk appearance earlier this month. But the company has struggled both with concrete security issues and more ephemeral questions around how much privacy its users should expect.
With smaller, newer social media platforms we should be on our guard about our data, especially when they go through huge growth it tests a lot of the controls, says security researcher Robert Potter. Things you might have gotten away with with only 100,000 people on the platformyou increase those numbers tenfold and the level of exposure goes up, the threat goes up, the number of people probing your platform goes up.
Recent security concerns about Clubhouse run the gamut from vulnerabilities to questions about the app's underlying infrastructure. A little over a week ago, researchers from the Stanford Internet Observatory put a spotlight on the platform when they found that the app was transmitting users' Clubhouse identifiers and chatroom identity numbers unencrypted, meaning that a third party could have potentially tracked your actions in the app. The researchers further pointed out that some of Clubhouse's infrastructure is run by a Shanghai-based firm and it seemed that the app's data was traveling through China at least some of the timepotentially exposing users to targeted or even widespread Chinese government surveillance. Then on Sunday, Bloomberg confirmed that a third-party website was scraping and compiling audio from Clubhouse discussions. Early Monday, further revelations followed that Clubhouse discussions were being scraped for an unaffiliated Android app, allowing users on that operating system to listen along in real-time.
Potter, one of the researchers who investigated the different Clubhouse data scraping projects, explains that these apps and websites didn't seem malicious; they just wanted to make Clubhouse content available to more people. But the developers were only able to do so because Clubhouse didn't have anti-scraping mechanisms that could have stopped that. Clubhouse didn't limit how many rooms a single account could stream from at once, for example, so anyone could create an application programming interface to stream every public channel at the same time.
More mature social networks like Facebook have more developed mechanisms for locking their data down, both to prevent user privacy violations and to defend the data they hold as an asset. But even they can still have potential exposures from creative scraping techniques.
Clubhouse has also come under scrutiny for its aggressive collection of users' contact lists. The app strongly encourages all users to share their address book data so Clubhouse can help you make connections with people you know who are already on the platform. It also requires you to share your contact list in order to invite other people to the platform, since Clubhouse is still invite-only, which contributes a sense of exclusivity and privacy. Numerous users have pointed out, though, that when you go to invite others, the app also makes suggestions based on what phone numbers in your contacts are also in the contacts of the largest number of Clubhouse users. In other words, if you and your local friends all use the same florist, doctor, or drug dealer, they very well could show up on your list of suggested people to invite.
Clubhouse did not respond to a request from WIRED for comment by press time about its recent security stumbles. In a statement to the Stanford Internet Observatory researchers, Clubhouse detailed specific changes it planned to make to strengthen its security, including cutting off pings to servers in China and strengthening its encryption. The company also said it would work with a third-party data security firm to help see the changes through. In response to the unauthorized website that was re-streaming Clubhouse discussions, the company told media outlets that it had permanently banned the user behind it and would add additional safeguards" to prevent the situation from occurring again.
Though Clubhouse seems to be taking researcher feedback seriously, the company hasn't been specific about all of the security improvements it has implemented or plans to add. Additionally, given that the app doesn't appear to offer end-to-end encryption to its users, researchers say there is still a sense that Clubhouse hasn't given adequate thought to its security posture. And that's even before you grapple with some of the fundamental privacy questions the app raises.
When you start a new Clubhouse room, you can choose from three settings: an open room is accessible by any user on the platform, a social room only admits people you follow, and a closed room restricts access to invitees. Each comes with its own implicit level of privacy, which Clubhouse could make more explicit.
I think for public rooms, Clubhouse should give users the expectation that public means public to all users, since anyone can join and record, take notes, etc. says David Thiel, chief technology officer of the Stanford Internet Observatory. "For private rooms, they can convey that as with anycommunication mechanism, an authorized member can record contents and identities, so make sure you both establish expectations and trust the participants."
Like any prominent social network, Clubhouse has also struggled to deal with abuse on the platform. The app's terms of service ban hate speech, racism, and harassment as of November, and the platform offers some moderation features, like the ability to block users or flag a room as potentially abusive. But one of Clubhouse's biggest features is also a problem for anti-abuse: People can use the platform without the liability that their contributions will be automatically saved as posts. This can embolden some users to make abusive or derogatory remarks, thinking they won't be recorded and won't face consequences.
Stanford's Thiel says that Clubhouse currently stores recordings of discussions temporarily to review in case of abuse claims. If the company were to implement end-to-end encryption for security, though, it would have an even more difficult time staying on top of abuse, because it wouldn't be able to make those recordings so easily. Every social media platform faces some version of this tension, but security experts agree that, when relevant, the benefits of adding end-to-end encryption are worth the added challenge of developing more nuanced and creative anti-abuse solutions.
Even end-to-end encryption doesn't eliminate the additional possibility that any Clubhouse user could be externally recording the conversation they're in. That's not something Clubhouse can easily solve. But it can at least set expectations accordingly, no matter how friendly and off the record the conversation feels."Clubhouse should just be clear about what its going to contribute to your privacy," says Potter, "so you can set what youre going to talk about accordingly.
This story originally appeared on wired.com.
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Clubhouses security and privacy lag behind its explosive growth - Ars Technica
Homomorphic Encryption Market Overview by New Technology, Demand and Scope 2020 to 2025 The Courier – The Courier
The Global Homomorphic Encryption Market Research Report 2020-2025 is a valuable source of insightful data for business strategists. It provides the industry overview with growth analysis and historical & futuristic cost, revenue, demand, and supply data (as applicable). The research analysts provide an elaborate description of the value chain and its distributor analysis. This Market study provides comprehensive data that enhances the understanding, scope, and application of this report.
Top Companies in the Global Homomorphic Encryption Market: Microsoft (U.S.), IBM Corporation (U.S.), Galois Inc (U.S.), CryptoExperts (France) AndOther
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This report segments the Homomorphic EncryptionMarket on the basis of by Type are:
Partially HomomorphismSomewhat HomomorphismOthers
On the basis of By Application, the Homomorphic EncryptionMarket is segmented into:
IndustrialGovernmentOthers
Regional Analysis for Homomorphic Encryption Market:
For a comprehensive understanding of market dynamics, the Homomorphic Encryption Market is analyzed across key geographies namely: United States, China, Europe, Japan, South-east Asia, India, and others. Each of these regions is analyzed on basis of market findings across major countries in these regions for a macro-level understanding of the market.
Explore Full Report With Detailed TOC Here:
Points Covered in The Report:
The points that are talked over within the report are the major Homomorphic Encryption Market players that influence the market such as raw material suppliers, manufacturers, equipment suppliers, end users, traders, distributors etc.
The all-inclusive profile of the companies is specified. The production, price, capacity, revenue, cost, gross, gross margin, sales volume, sales revenue, consumption, growth rate, import, export, future strategies, supply, and the technological developments that they are creating are also incorporated within the report. Besides the historical data from 2014 to 2019 and forecast data from 2019 to 2025.
The growth factors of the Homomorphic Encryption Market are deeply discussed while the different end users of the market are underlined.
Data and information by manufacturer, by region, by type, by application and etc., and custom research can be added in line with the specific requirements.
TheHomomorphic Encryption Market report also considers the SWOT analysis of the market. Finally, the report concludes with the opinions of the industry experts.
What are the market factors that are explained in the report
Further in the Homomorphic Encryption Market research reports, following points are included along with in-depth study of each point:-
Production Analysis Production of the Homomorphic Encryption Market is analyzed with respect to different regions, types and applications. Here, price analysis of various Homomorphic Encryption Market key players are also covered.
Sales and Revenue Analysis Both, sales and revenue are studied for the different regions of the Homomorphic Encryption Market. Another major aspect, price, which plays important part in the revenue generation, is also assessed in this section for the various regions.
Supply and Consumption In continuation with sales, this section studies supply and consumption for theHomomorphic EncryptionMarket. This part also sheds light on the gap between supple and consumption. Import and export figures are also given in this part.
Competitors In this section, various Homomorphic Encryption Market leading players are studied with respect to their company profile, product portfolio, capacity, price, cost and revenue.
Other analyses Apart from the aforementioned information, trade and distribution analysis for the Homomorphic EncryptionMarket, contact information of major manufacturers, suppliers and key consumers is also given. Also, SWOT analysis for new projects and feasibility analysis for new investment are included.
Customization of the Report: This report can be customized as per your needs for additional data up to 3 companies or countries or 40 analyst hours.
Note: All the reports that we list have been tracking the impact of COVID-19 on the market. Both upstream and downstream of the entire supply chain has been accounted for while doing this. Also, where possible, we will provide an additional COVID-19 update supplement/report to the report in Q3, please check for with the sales team.
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Gun Trafficking Investigation Shows The FBI Is Still Capable Of Accessing Communications On Encrypted Devices – Techdirt
from the so-dark-we-could-only-get-everything-we-needed dept
It's been clear for some time that the FBI and DOJ's overly dramatic calls for encryption backdoors are unwarranted. Law enforcement still has plenty of options to deal with device encryption and end-to-end encrypted messaging services. Multiple reports have shown encryption is rarely an obstacle to investigations. And for all the noise the FBI has made about its supposedly huge stockpile of locked devices, it still has yet to hand over an accurate count of devices in its possession, more than two years after it discovered it had been using an inflated figure to back its "going dark" hysteria for months.
An ongoing criminal case discussed by Thomas Forbes for Fortune provides more evidence law enforcement is not only finding ways to bypass device encryption, but access contents of end-to-end encrypted messages. This isn't the indictment of Signal (a popular encrypted messaging service) it first appears to be, though. The access point was the iPhone in law enforcement's possession which, despite still being locked, was subjected to a successful forensic extraction.
In the Signal chats obtained from one of [the suspect's] phones, they discuss not just weapons trades but attempted murder too, according to documents filed by the Justice Department. Theres also some metadata in the screenshots, which indicates not only that Signal had been decrypted on the phone, but that the extraction was done in partial AFU. That latter acronym stands for after first unlock and describes an iPhone in a certain state: an iPhone that is locked but that has been unlocked once and not turned off. An iPhone in this state is more susceptible to having data inside extracted because encryption keys are stored in memory.
Seizing a phone in this vulnerable state allows investigators to obtain evidence from "locked" phones by using forensic tools like those sold by Cellebrite and Grayshift. Signal's encryption works. But that encryption doesn't matter -- not if law enforcement has access to the device. Encryption protects against message interception but even the strongest forms of encryption can't secure communications on a partially unlocked device. In this state, it's as simple as hooking up a phone to an extraction device and letting the device do the work.
It's not clear which forensic option was used, but it does show encryption isn't making phones and communications "warrant-proof." A locked device (rather than one in an "after first unlock") is going to be tougher to crack, but it's far from impossible. And if it is indeed impossible, a wealth of information can be recovered from cloud backups, unencrypted communications platforms, social media services, and any number of third parties that collect information and location data from cellphone users. In only the rarest cases will investigators have almost nothing to work with.
Even in those cases, there are options. Investigators can roll the dice on Fifth Amendment challenges and hope a court orders arrestees to unlock their devices. They can also seek consent to a search -- something that's never a one-and-done thing when law enforcement has both suspects and their devices in its possession.
This case shows multiple layers of encryption are mainly a hassle at this point. It's enough to keep people's devices secure in case of loss or theft, but it's not much of an impediment to investigators with powerful forensic tools at their disposal.
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Filed Under: access, doj, encryption, evidence, fbi, going dark, law enforcement
Read more from the original source:
Gun Trafficking Investigation Shows The FBI Is Still Capable Of Accessing Communications On Encrypted Devices - Techdirt
Encryption of MODII at rest – GOV.UK
Industry Security Notice Number 2020/07
Subject: Encryption of MODII at rest
The UK Defence Supply Base stores, processes, and forwards a significant amount of MOD Identifiable Information (MODII) in digital formats, for which encryption at rest is required.
This ISN 2020/07 provides interim clarification of the use of Off The Shelf (OTS) products to provide encryption, whilst the MOD and National approaches to endorsement of products and services is reviewed.
This ISN 2020/07 supersedes - ISN 2020/03 and ISN 2018/02, which was issued on 26 April 2018.
It will be noted that all products in ISN 2018/02 which are either:
Where and when members of the UK Defence Supply Base need to encrypt MOD material in digital formats, they shall follow the stipulations below, in respect of:
Product Selection
Product Use
Security Breaches
The following generic scenarios for encryption at rest are identified:
Digital Storage Media & Devices (DSMD), comprising of:
Internal Storage Drives (ISD)
Removable Storage Media & Devices (RSMD), in particular:
a. External Storage Drives (ESD)
b. Flash Storage Devices [footnote 1] (FSD)
c. Optical Storage Media [footnote 2](OSM)
d. Individual Files & Folders (IFF)
The need to encrypt will vary depending on the specific scenario; for instance the presumption for portable equipments tends to needing encryption, whereas the presumption for servers in protected data centres will tend to not needing encryption.
It should be noted that although this ISN 2020/07 relates to Data At Rest (DAR) protection, the IFF option differs from DSMD in that it can also be used to protect MOD material when being forwarded on RSMD, both as email attachments, and within shared storage scenarios such as cloud. This use of DAR encryption for attachments and shared storage differs from Data In Motion (DIM) protection, which relates to the encryption of the communication media itself.
In all cases where DAR encryption is used to protect information being forwarded, the encryption key or password shall be securely transmitted by separate means to that used for the encrypted material.
At present MOD recognises two types of legacy Endorsement for encryption products for Digital Storage Media & Devices:
Approved - evaluation and certification by NCSC [footnote 3]
Acceptable - evaluated by the Technical Authorities of another nation and/or approved by the former DIPCOG [footnote 4]
Where multiple options to protect MOD material exist, the presumption shall be that an approved solution is preferred over an acceptable solution for any new acquisition, and any variation from this presumption must be explicitly agreed with the risk owner.
Annex A provides a summary of such legacy endorsements currently retained for products that are still available and maintained. This will continue to apply until both NCSC and MOD approval processes mature, after which an updated ISN will be issued as appropriate.
It is recognised that there may be a requirement to use products that are not included at Annex A, and in such cases encryption products that have not been through any approval process may be considered if there is sufficient justification for doing so and the risks associated with them have been assessed, managed and agreed as part of the Accreditation process. When choosing such a product, it is recommended that only those carrying an official certification of evaluation from a trusted organisation, such as the legacy CSIA [footnote 5] Claims Tested Mark (CCT Mark), or FIPS-140 assurance under the Crypto Module Validation Program (CMVP), are considered for use.
In all cases, the selection of encryption products should be documented in the Risk Management and Accreditation Document Set (RMADS). Use of products not on the list must be highlighted to the relevant Risk Owner for a decision.
Where continued use of existing products that are no longer still available and/or maintained is planned, and/or the platform which they protect is either obsolescent or obsolete, this must be highlighted to the relevant Risk Owner for a decision.
Once encrypted, the MOD material must still be protected in accordance with all relevant control measures for the classification.
Some encryption products, especially those at High Grade (HG), will force compliance to a password of set length and complexity, whereas others will allow the user a certain amount of flexibility. Current NCSC guidance on passwords advocates balancing risk against a simpler approach to password management.
Password complexity should be set appropriately against requirement; a longer more complex password may be appropriate for any DMSD that is to be sent to an external party using a shared password, whereas a more memorable passphrase may be used when retained within a secure environment. Shared passwords should be transported and secured separately from the media with which it is associated.
It is stressed that the selection and usage of an approved or accepted generic product or service cannot be assumed to cover all risk in specific instances, and furthermore that endorsements are given at a particular moment in time. It is therefore important to:
Consider the product or service in the context in which it is to be used
Ensure that the product or service is clearly identified within evidence given to any independent authorising party (for Defence and much of Defence Industry, typically the accreditor)
Maintain the product or service throughout its lifecycle
Monitor for disclosed vulnerabilities
Share any encountered problems, and in particular susceptibilities, with relevant colleagues, include MOD through the Defence Industry WARP (DefIndWARP)
All confirmed or suspected breaches involving MOD information must be accurately and quickly reported to your Security Officer, in line with your company procedures, for onward transmission as necessary to DefIndWARP. The report should include details of quantities, location(s), overall classification (taking into account aggregation) and any handling instructions or need-to-know restrictions.
This ISN 2020/07 will expire when superseded or withdrawn.
The point of contact in respect of this ISN is:
ISN 2020/03
Keys:
ISD Internal Storage Devices
ESD External Storage Devices
FSD Flash Storage Devices
Optical Storage Media
IFF Individual Files and Folders
Go here to read the rest:
Encryption of MODII at rest - GOV.UK
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Top Companies in the Global Data Encryption Market:
Others, Intel Security (U.S.), Gemalto (Netherlands), Microsoft Corporation, (U.S.), FireEye, Inc. (U.S.), Oracle Corporation (U.S.), Netapp Inc. (U.S.), Symantec Corporation (U.S.), HP (U.S.), IBM Corporation (U.S.), Vormetric Inc. (U.S.),
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File System Encryption
Application Level Encryption
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BFSI
Healthcare
Government
Telecom & IT
Retail
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Originally posted here:
Data Encryption Market Analysis With Inputs From Industry Experts 2021, Forecasts till 2027 KSU | The Sentinel Newspaper - KSU | The Sentinel...