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U.S. Department of Commerce’s Bureau of Industry and Security Relaxes Several Classification and Reporting Requirements for Encryption Items – JD…

As of March 29, 2021, the U.S. Department of Commerce's Bureau of Industry and Security (BIS) has implemented significant modifications to the Export Administration Regulations (EAR) that relax requirements on the classification and reporting of mass-market encryption items and on email notifications previously required for publicly available encryption source code and beta test software. The new rule also implements revisions that impact 22 dual-use technologies; these changes generally narrow the scope of the controls or provide clarification on the existing entries. The amendments conform the EAR with changes agreed upon by the Wassenaar Arrangement on Export Controls for Conventional Arms and Dual-Use Goods and Technologies, a multilateral export control regime of which the United States is a member.

Changes to Requirements for Classification and Reporting for Mass-Market Encryption Items

First, BIS no longer requires submission of a classification request for mass-market encryption components (including chipsets, chips, and assemblies), toolsets, and toolkits (such as software development kits (SDKs)). These mass-market encryption items were previously approved for export under Section 740.17(b)(3) after submission of a classification request to BIS. Now, these encryption items can be self-classified under Export Control Classification Numbers (ECCNs) 5A992.c. and 5D992.c., as mass-market items under Section 740.17(b)(1) of the EAR, as long as they do not use non-standard cryptography (i.e., proprietary encryption). Additionally, the executable software related to the encryption components, defined as software in executable form from an existing hardware component and excluding complete binary images of the "software" running on an end item, can also be self-classified as a mass-market item under this provision. Items using non-standard cryptography remain classified under Section 740.17(b)(3)(ii) of the EAR and continue to require the submission of a classification request prior to export.

Second, self-classification reporting, which is due on February 1 of each year, is not required for mass-market toolkits or SDKs. Mass-market items that are components and the related executable code require the filing of an annual self-classification report.

These significant liberalizations should save considerable effort on the part of exporters who have mass-market products; companies can now forego the filing of classification requests and annual reports for the designated encryption items. BIS estimates that the reduction in self-classification reporting will reduce the number of filed reports by 60 percent. The changes do not impact non-mass-market encryption items classified under ECCNs 5A002 and 5D002.

Elimination of Other Encryption-Related Reporting Requirements

Additionally, companies no longer need to submit to BIS an email notification under Section 742.15(b) of the EAR, the former "TSU notification" for most publicly available source code. Similar to the changes related to mass-market items, publicly available source code using non-standard encryption continues to require notification.

Finally, BIS eliminated the reporting requirement for beta test encryption software under license exception TMP (for temporary exports)again, as long as the product does not implement non-standard cryptography.

BIS estimates that these modifications should reduce the number of email notifications by 80 percent.

Other Changes to the CCL

In addition to the mass-market encryption amendments, the new rule implements various changes to other ECCNs on the EAR's Commerce Control List (CCL). These revisions impact 22 dual-use technologies, including body armor, metal alloys, optical sensors, and spacecraft-related software. Most of the changes either narrow the scope of the controls or provide clarification on existing entries. For items such as ECCN 1B002 (metal alloy production equipment), the rule expands the definition by removing certain language ("specially designed") from the entry. The rule does not add any new ECCNs to the CCL, nor does it identify additional emerging or foundational technologies (as BIS'October 2020 final ruledid).

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U.S. Department of Commerce's Bureau of Industry and Security Relaxes Several Classification and Reporting Requirements for Encryption Items - JD...

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Exclusive Report on Encryption Software Industry: Market Size will Witness Substantial Growth by 2026 SoccerNurds – SoccerNurds

Global Encryption Software Market research report is covered an excellent research that provide latest insights of Encryption Software Industry. The report evaluates the performance of the market the world, at present and historically, and makes future projections based on the result estimate information to upcoming years. The report covers various critical market information such as market size, growth rates, and forecasts in key regional and country markets along with growth opportunities in related niche market segments. The information included in the report is made with rigorous primary and secondary research and demonstrated research techniques.

Encryption Software Market Report Include:

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Basic Segmentation Details of Encryption Software Market:

The research report provides a detailed analysis of the key players in the market, products, Types, applications, and regional analysis which also include impacts of government policies in the market as follows.

Global Encryption Software Market By Key Players:

Global Encryption Software Market By Types:

Global Encryption Software Market By Applications/End users:

Global Encryption Software Market By Region:

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Table of Content Covered In the Encryption Software Market Report are:

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Hard Drive Encryption Software Market 2021 Industry Size, Share, Growth and Top Companies Analysis- Dell, Eset, Gemalto, IBM, Mcafee, etc. The Bisouv…

DataIntelo has recently published a comprehensive report entitled Global Hard Drive Encryption Software Market focusing to offer a complete overview of the market. This report provides a latest updated information regarding various crucial aspects of the market, which are expected to have a major impact on the market trend and performance during the forecast period. One key aspect is that the report is prepared in such a manner that it would surely assist the needs of clients. This report is a complete guideline for clients to arrive right decision in terms of business investment plans and strategies.

Few companies that are covered in this report:

By Players:

DellEsetGemaltoIBMMcafeeMicrosoftPkwareSophosSymantecThales E-SecurityTrend MicroCryptomathicStormshield

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The report involves an extensive study of the data available for the global Hard Drive Encryption Software market during the historical period, 2015-2019 and makes a robust assessment of the market performance and trend for the base year, 2020. It is an in-depth analysis report of the market that offers vital insights on industry growth opportunities and development, drivers, challenges, and restrains for the global Hard Drive Encryption Software market during the forecast period, 2021-2028.

According to analysis, the global Hard Drive Encryption Software market was valued at USD XX million in 2019 and is projected to reach approximately USD XX million by the end of 2028, expanding at a CAGR of XX% during the forecast period (2020-2028).

COVID-19 impact on Hard Drive Encryption Software market

This report provides a critical analysis of the global Hard Drive Encryption Software market in respect to the COVID-19 pandemic and its adverse impact on the manufacturing and global sales of the product. It provides an extensive study on the impact of COVID-19 pandemic on the global market and explains how it would affect the business operations of the industry in the near future. In short, DataIntelos report provides a systematic information regarding the changing market scenario and the flow of the global supply and consumption in respect to the ongoing pandemic. In a nutshell, this report provides an in-depth information of the overall market structure of Hard Drive Encryption Software and assesses the possible changes in the current as well as future competitive scenarios of the Hard Drive Encryption Software market.

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The market report offers a detailed explanation regarding the key segments and sub-segmentations including the product types, applications, and regions by describing the new products launched, innovative technologies, and other key factors. It evaluates the emerging market size, performance, and scope of each segment of the global Hard Drive Encryption Software market. The report provides a lengthy analysis of various major players in the market and describes their recent major activities that help change the market positions of these companies. In short, it makes a concrete assessment on the key strategies and plans formulated by them over the recent years such as acquisition & merger, partnership, collaboration, and expansion of the production units abroad by some key players.

In terms of methodology, the report consists of a robust research tools by relying on both primary and secondary sources. The primary source includes interviews of the company executives & representatives and accessing official documents, websites, and press release of the companies related to the Hard Drive Encryption Software market. It also includes comments and suggestions from the experts in the market especially the representatives from government and public organizations as well as international NGOs. Meanwhile, the report illustrates the estimation of market size for value (USD) and volume (K MT), with applying top-down and bottom-up approaches to estimate and validate the overall scope of the Hard Drive Encryption Software market.

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DataIntelos report is known for its data accuracy and precise style, which relies on genuine information and data source. The report is embedded with a group of precise graphical representations, tables, and figures that help to explain a clear picture of various developments of the products and its market performance over the last few years. With this precise report, it can be easily understood the growth potential, revenue growth, product range, and pricing factors related to the Hard Drive Encryption Software market.

The report covers a detailed performance of some of the key players and analysis of major players in the industry in terms of segments, application, and regions. Moreover, the report also considers various governments policies of different regions that help illustrate the key opportunities as well as challenges of the market prevailed in each region.

By Applications:

PersonalCommercial

By Types:

AES256AES-128Others

The report covers a wider analysis of the emerging trend of the global Hard Drive Encryption Software market in five main regions, including North America, Latin America, Europe, Asia Pacific, and Middle East & Africa. The report includes an in-depth analysis of the market performance in the respective regions by focusing on the key countries in these regions. This report can be customized and made available in a separate report for the specific region as per the need of the clients.

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Which end-user is likely to play a crucial role in the development of the Hard Drive Encryption Software market?Which regional market is expected to dominate the Hard Drive Encryption Software market in 2020-27?How is consumer consumption behaviour impacting the business operations of Hard Drive Encryption Software market players due to the COVID-19 scenario?

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Hard Drive Encryption Software Market 2021 Industry Size, Share, Growth and Top Companies Analysis- Dell, Eset, Gemalto, IBM, Mcafee, etc. The Bisouv...

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Hardware-based Full Disk Encryption Market Top Key Players Like: iStorage Limited, Seagate Technology, Hitachi, Western Digital, and others – The…

Hardware-based Full Disk Encryption Market

The Research Report Hardware-based Full Disk Encryption market is updated with the most up-to-date information owing on the market impact of the COVID-19. The report has been carefully researched with aspects of the current impact of the pandemic that the world has witnessed market overview, dynamics, trends and future opportunities. The report sets out future forecasts for this industry for the year 2021, for instance, the CAGR, market share, size, demand and consumption rate and manufacturing capabilities of the largest key competitors. As well, the Hardware-based Full Disk Encryption research studies presents the market data, including trends, consumer behavior and the competitive landscape in a manner that allow individuals and businesses to identify opportunities in the global marketplace.

The major competitors referred to in this report:

The Hardware-based Full Disk Encryption Market research report provides detailed information and a professional study for the period 2020 to 2029. However, the report shares the details of upstream raw materials, downstream demand, and production value with a few major factors subject to market growth.

iStorage Limited, Seagate Technology, Hitachi, Western Digital, Samsung, Toshiba, OCZ, SanDisk, Micron Technology, Integral Memory

Major Type of Hardware-based Full Disk Encryption CoveredHard Disk Drive (HDD) FDEEnclosed Hard Disk Drive FDEBridge & Chipset (BC) FDEApplication Segments CoveredIT & TelecomBFSIGovernment & Public UtilitiesManufacturing EnterpriseOthers

The period under consideration for estimating the market size of the Hardware-based Full Disk Encryption is as follows:

History Year: 2017-2020Base Year: 2020Estimated Year: 2020Forecast Year: 2021 to 2029

The global Hardware-based Full Disk Encryption market is segmented on the basis of the type of product, application, and region. The analysts preparing the report provide a thorough assessment of all of the segments included in the report. The segments are analyzed on the basis of their market share, revenue, market growth rate, and other vital factors. Furthermore, the segmentation study identifies high-growth segments of the global market Hardware-based Full Disk Encryption and understands how the leading segments can grow over the forecast period.

In short, the Hardware-based Full Disk Encryption report provides an overview of the principal geographical area, market landscapes and analysis of production and consumption, supply and demand, cost as well as revenue analysis, of major players and their manufacturing facilities in-line with future forecasts. Moreover, the report uses SWOT and PESTLE analysis to analyze the market investment feasibility and return analysis.

To conclude, the Hardware-based Full Disk Encryption report helps decision makers obtain the required information and market context to support effective business decision making to achieve business objectives. This report assists decision makers and strategy planners with a good understanding of the target market. Our research reports are available in either format (Doc, pdf, ppt, XML, etc.). Also, the Hardware-based Full Disk Encryption market research report is presented as a critical tool in the Hardware-based Full Disk Encryption-market analysis. Our experienced industry experts have solid and cutting-edge knowledge to fully analyze a market.

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Hardware-based Full Disk Encryption Market Top Key Players Like: iStorage Limited, Seagate Technology, Hitachi, Western Digital, and others - The...

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Global Encryption Key Management Market Industry Research, Major Manufacturers, Competitive Analysis and Development Forecast up to 2025 SoccerNurds…

The Encryption Key Management market report gives a fundamental review of the industry including its definition, applications, and innovation. Also, the industry report researches the global Encryption Key Management market major players in detail. Encryption Key Management report gives key knowledge of the existing status of the makers and is a piece of imperative information for the organizations and individuals motivated by the Encryption Key Management industry.

Encryption Key Management market report gives an exhaustive analysis of key market segments and sub-segments with advancing business sector market situations by measuring market trends and Encryption Key Management market size estimation and global market forecast, challenges, and competitive bits of knowledge.

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Market Segmented By Key Players:

AmazonCiphercloudIBMGemaltoThales E-SecurityEgnyteSepiorBoxUnbound TechGoogleKeynexus

Market Segmented ByType:

KMIPNon-KMIP-compliant key management

Market Segmented By Application:

SMEsLarge Enterprises

The report then describes the development of the industry upstream and downstream, industry aggregate and development, major companies, as well as type segments and market applications, etc., and makes scientific predictions about the potential of the development industry based on the analysis. Finally, analyzes opportunities for investment in the industry at the end of the report.

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Regional Analysis:

Encryption Key Management industry gives an extensive understanding identified with Encryption Key Management market over a conjecture time of five years for key areas including North America (USA, Canada, and Mexico), Europe (Germany, France, UK, Russia, and Italy), Asia-Pacific (China, Japan, Korea, India, and Southeast Asia), South America, Middle East, and Africa. It contributes clear keen of income produced per district and each best player of Encryption Key Management market by examining their achievements and exhibitions in recent decades. As per the examination directed, the market size of the Encryption Key Management industry in 2020 will be XX percent raising at a CAGR of XX%. While the market measure is regular to develop by XX percent till the finish of 2027.

Encryption Key Management industry manufacturer analysis report gives you detail about the market research findings and conclusion which helps you to develop profitable market strategies to gain competitive advantage. Thus, the global Encryption Key Management market report advantageous to beginners and established players covers all essential aspects of the Encryption Key Management industry. Moreover, the systematic report structure makes it easy to understand and presents a complete view of the Encryption Key Management industry.

Key questions answered in the report include:

What are the market opportunities, market risk, and market overview of the Encryption Key Management industry? What are the sales, revenue, and price analysis of top manufacturers of the Encryption Key Management market? Who are the distributors, traders, and dealers of the Encryption Key Management market? What are the Encryption Key Management market opportunities and threats faced by the vendors in the global Encryption Key Management market? What will the market growth rate of the Encryption Key Management market in 2027? What are the key factors driving the global Encryption Key Management market? What are sales, revenue, and price analysis by types and applications of the Encryption Key Management market? What are sales, revenue, and price analysis by regions of the Encryption Key Management market?

Short Description Of TOC(Table Of Content) Chapter 1 Global Encryption Key Management Market industry overview(Encryption Key Management industry, market segment, cost Analysis), upstream and downstream market segmentation, and the cost analysis

Chapter 2 Global Encryption Key Management market industry environment analysis(Policy, Economics)

Chapter 3 Global Encryption Key Management market by type(segment overview, market size, market forecast)

Chapter 4 Global Encryption Key Management market top key players analysis

Chapter 5, 6 Global Encryption Key Management market competition (company competition) and market demand forecast

Chapter 7 Global Encryption Key Management market key analysis of output, region-wise forecast, i.e Europe, South America, etc..

Chapter 8 Global market trend analysis, regional market trend by product, and application

Chapter 9 The consumers analysis of Encryption Key Management market(sales, revenue, price, gross margin)

Chapter 10 Research findings and conclusion, appendix, methodology, and data source

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Global Encryption Key Management Market Industry Research, Major Manufacturers, Competitive Analysis and Development Forecast up to 2025 SoccerNurds...

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IoT Security Solution for Encryption Market 2021 Will Reflect Significant Growth in Future with Size, Share, Growth, and Key Companies Analysis- Cisco…

Making accurate business decisions is always a tough task. However, if the company has acquired proper insights about the market, making those decisions becomes easy. DataIntelo offers the right support any business requires in the form of its meticulous research reports.

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Some of the major companies that are covered in this report:

Cisco SystemsIntel CorporationIBM CorporationSymantec CorporationTrend MicroDigicertInfineon TechnologiesARM HoldingsGemalto NVKaspersky LabCheckPoint Software TechnologiesSophos PlcAdvantechVerizon Enterprise SolutionsTrustwaveINSIDE Secure SAPTC Inc.AT&T Inc.

*Note: Additional companies can be included on request

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Impact of COVID-19 on IoT Security Solution for Encryption market

The report has also crucial insights regarding the impact of the ongoing global crisis i.e. COVID-19 on the IoT Security Solution for Encryption market and explains how the future is going to unfold for the market in the coming years. The report also provides an in-depth analysis of the effects of the pandemic on the global economy. The outbreak has directly influenced production and disrupted the demand and supply chain. The report also calculates the financial impact on firms and financial markets. DataIntelo has gathered insights from various delegates of the industry and performed the primary and secondary research to include strategies into the report in order to combat the market challenges during and after the COVID-19 pandemic.

Industry experts and research analysts have worked extensively to fabricate the research report which will give that extra edge to our clients business in the competitive market. The market research report can be customized as per any requirement. This means that DataIntelo can cover a particular product, application, or can offer a detailed analysis in the report. DataIntelo also offers separate report for a specific region.

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Merits of buying the report:

The report is made using a vigorous and thorough research methodology.A wholesome picture of the competitive scenario of the IoT Security Solution for Encryption market is illustrated by this report.The report includes a wide spectrum of data regarding the recent product and technological developments in the markets.It also includes a substantial amount of analytical data about the impact of these advancements on the future of market growth.DataIntelo is keeping a track of the market since 2015 and has incorporated the necessary historical data & analysis into the research report. Therefore, any additional data requirement can be easily fulfilled.The insights in the report are easy to understand and consist of graphical representations of the numbers in the form of histograms, bar graphs, pie charts, etc.Components such as market drivers, restraints, challenges, and opportunities for the IoT Security Solution for Encryption market are explained in detail.It also presents a complete assessment of the anticipated behavior about the market future and continuously transforming market scenario.Making an informed business decision is a tricky job; this report gives several strategic business methodologies to support our clients in making those decisions.

The market scenario is likely to be fairly competitive. To analyze any market with simplicity the market is fragmented into the following segments:

By Applications:

HealthcareInformation Technology (IT)TelecomBankingFinancial Services, And Insurance (BFSI)AutomotiveOthers

By Types:

Software PlatformsService

By Regions:

North AmericaEuropeAsia PacificMiddle East & AfricaLatin America

Segmenting the market into smaller components helps in analyzing the dynamics of the market with more clarity. Another key component that is integrated into the report is the regional analysis to assess the global presence of the IoT Security Solution for Encryption market. You can also opt for a yearly subscription to all the updates on the IoT Security Solution for Encryption market.

Major questions answered in the report:

What is the growth potential of the IoT Security Solution for Encryption market?Which product segment will grab a substantial share?Which regional market will come out as a frontrunner in the coming years?Which application segment will grow at a substantial rate?What are the growth opportunities that may arise in the IoT Security Solution for Encryption market over the forecast period?What are the major challenges that the IoT Security Solution for Encryption market may encounter in the future?Which are the leading companies in the IoT Security Solution for Encryption market?Which are the major driving factors for the market growth?Which are the growth strategies considered by the players to sustain hold in the IoT Security Solution for Encryption market?

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Below is the TOC of the report:

Executive Summary

Assumptions and Acronyms Used

Research Methodology

IoT Security Solution for Encryption Market Overview

Global IoT Security Solution for Encryption Market Analysis and Forecast by Type

Global IoT Security Solution for Encryption Market Analysis and Forecast by Application

Global IoT Security Solution for Encryption Market Analysis and Forecast by Sales Channel

Global IoT Security Solution for Encryption Market Analysis and Forecast by Region

North America IoT Security Solution for Encryption Market Analysis and Forecast

Latin America IoT Security Solution for Encryption Market Analysis and Forecast

Europe IoT Security Solution for Encryption Market Analysis and Forecast

Asia Pacific IoT Security Solution for Encryption Market Analysis and Forecast

Asia Pacific IoT Security Solution for Encryption Market Size and Volume Forecast by Application

Middle East & Africa IoT Security Solution for Encryption Market Analysis and Forecast

Competition Landscape

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IoT Security Solution for Encryption Market 2021 Will Reflect Significant Growth in Future with Size, Share, Growth, and Key Companies Analysis- Cisco...

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Global Optical Encryption Market To Witness High Demand During Forecast Period Of 2021 To 2027 The Bisouv Network – The Bisouv Network

A recent Market Research Report byMarket Research Store, on Optical Encryption Market Overview By Trends, Size, Industry Top Manufacturers, Industry Growth Analysis & Forecast Till 2026 Flourishing data has been added to the collection to provide readers with detailed information about market developments, includes detailed market overview, seller scenario, market dimensions, as well as depth SWOT and PESTEL valuation, aside from other internationally approved market evaluation guidelines that play vital roles in growth of spreading information.

The report Optical Encryption Market 2020-2026, outlines and describes the key factors influencing market growth. It proposes an in-depth study of market heights (revenue), key market segment, market share, specific geographical regions, key market players and trends in vital industries. The purpose of this report is to describe the upcoming market trends and earnings forecasts in the global Optical Encryption market for the next five years.

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(A free sample of this report is immediately available upon request and is updated with the addition of new research).

What Benefits Does Market Research Store Research Study Is Going To Provide?

The Pre & Post Impact of COVID- 19 on Businesses.2021 Latest industry influencing trends and development scenarioTake advantage of powerful market opportunitiesImportant decisions in planning and market expansionIdentify essential Business Segments, Market proposition & Gap AnalysisHelping in allocating marketing investmentsMRS Research Methodology

Optical Encryption Market By Top Manufacturers (2021-2026)

Acacia Communications, Infinera Corporation, Huawei Technologies CO, Microsemi Corporation, Cisco System, ADVA Optical Networking SE, Ciena Corporation, Arista Networks, Nokia Corporation, ECI Telecom

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Major Product Types Covered Are:

OTN or Layer1, MACsec or Layer 2, IPsec or Layer 3

Major Applications of Optical Encryption Covered Are:

BFSI, Government, Healthcare, Data Centre & Cloud, Energy & Utilities

On Some Of The Below Factors Market Player Analysis Is Based

COVID-19 Pre & Post Impact Analysis on Manufacturers profit, Revenue, and Sales.Company OverviewPrice, sales, revenue and Gross Margin AnalysisProduct portfolioRecent initiativesShare Analysis and Market Size

Lockdowns due to COVID-19 has affected economies and industries in various countries, also the businesses shutdowns and travel bans. Due to COVID-19 the decrease in the overall market growth is also affecting the Post growth of theOptical Encryption marketowing to the shutting down of factories, lots of obstacles in the supply chain, and a downturn in the world economy.

This report presents a complete overview, growth opportunities and market shares of Optical Encryption market by product type, key manufacturers, application and key regions and countries. In addition, the report discusses key producers, market developments, opportunities, challenges, and factors affecting large producers and the risks facing by the whole Optical Encryption market. It also analyze essential emerging trends and their effect on present and future developments.

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Points Covered In The Report

The points discussed in the report are the vital market players that are involved in the market such as raw material suppliers, equipment suppliers, traders, end users distributors, etc.

The detailed profile of the companies is mentioned. And the capacity, production, capacity, cost, revenue, gross margin, sales volume, price, consumption, growth rate, future strategies, import, export, supply, and the technological developments that they are making are also included in the report. 12 years of data history and forecast is analyzed in this report.

The growth factors of the market are discussed where the different users of the market are described in detail.

According to specific requirements data and information by market player, by region, by type, by application, etc., and custom research can be added.

The SWOT analysis of the market within the report. The final of the report contains conclusion part where the industrial experts opinions are included.

Optical Encryption Market

The market research report also offers information about strategic growth market analysis, potential investment opportunities, and Potential risks that clients will follow to design business and business models and strategies. The essential data analysis in the Optical Encryption market report is provided in an upright way. This means that the information is represent in the form of statistics, infographics and uncomplicated graphs to make it more easier and time-saving task for the client.

The scope of Optical Encryption Market size reports range from broader market scenarios to comparative prices between key players, costs, and benefits of specific market segments. The numerical data is supported by statistical tools such as SWOT analysis, SCOT analysis, BCG matrix, and PESTLE analysis. The facts and figures are shown in graphical form in a clear picture.

Optical Encryption The report provides detailed information about the market and the strategic developments of various vital sellers. To know about the competitive landscape of the Optical Encryption market, an analysis of Porters five forces model is done.The study involves market attrition analysis with specific types, source types, and application segments based on market size, growth rate, and attrition.

Key strategic developments in theOptical Encryption marketcompetitive landscape such as acquisitions & mergers, inaugurations of different products and services, partnerships & joint ventures, MoU agreements, VC & funding activities, R&D activities, and geographic expansion among other significant activities by key players of the Optical Encryption market are well described in the report.

Customization Service Of The Report:

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Table Of Contents

Executive SummaryResearch MethodologyAssumptions and Acronyms UsedMarket OverviewGlobal Market Analysis and Forecast, by ApplicationsGlobal Market Analysis and Forecast, by TypesGlobal Market Analysis and Forecast, by RegionsLatin America Market Analysis and ForecastNorth America Market Analysis and ForecastAsia Pacific Market Analysis and ForecastThe Middle East & Africa Market Analysis and ForecastEurope Market Analysis and ForecastCompetition Landscape

Research Coverage:

The Optical Encryption market has been segmented based on offering, technology, end-use application, and end-user. It also provides a complete view of the market across four main regions: North America, Europe, APAC, and RoW.

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Global Optical Encryption Market To Witness High Demand During Forecast Period Of 2021 To 2027 The Bisouv Network - The Bisouv Network

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Easter is when we go deep into the enduring stories of death and life – The National

LAST week I read a beautiful soulful piece by John Harris entitled How do faithless people make sense of this past year of Covid?. Having spent all my life with academics, teachers and western society ridiculing and misrepresenting a core praxis of my life, I confess to never having thought at all about what it might be like not to have a faith with which to wrestle. My own has usually been stigmatised as a disability that was nothing more than a crutch for enduring weaknesses in my mind and intellect.

The idea that the question might be posed from the point of view of the faithless, not the faithful, after a year when death has been ever present, was a fascinating switch round.

In my tradition Easter is when we look straight on at unimaginable horror of human suffering, through deep meditations on the show trial and execution of an innocent man, in Occupied Palestine, under Empire.

We sit with the discomfort of knowing that one friend will betray another for 30 pieces of silver; that people will not speak out against injustice even though they be your best friend. We look at the way friends will desert you; we remember what it means to gather to remember being spared from a great plague. We wash each others feet the tenderest of ceremonies awkward at times but one of humble human touch. We hold up the gifts of earth bread, wine, body and blood and call, in word and song, to a soft, kneeling , whispered sharing.

In my tradition Easter is when we go deep into the enduring stories of death and life. As someone with family caught up in Tigray and Eritrea, where plagues of locust lay waste and whole churches are massacred by soldiers, then the stories which come to me for sense-making are those of Passover, those of the persecutions of the early church, words of fury from prophets who hammer on the door of their making with terrible accusations of abandonment, or carelessness, of indifference. Words from psalms and Lamentations.

Five years ago I spent Easter week in the Calais camps. A place of hell on earth, ravaged with suffering, but full of so many people saying to one another dont be afraid, peace be with you. Selam, Selam, Selam.

The Muslims had built their own mosque; the Eritrean orthodox Christians, a church. In a place of profound alienation, I slipped through the plastic sheeting that made up the church door and my body bowed low and knelt on the ground alongside the women. In the enveloping stillness that is a steady constant in my life after half a century of practising silent prayer with others, there was gathered peace, and we had rest from the agony for a while.

It may not be much. But it is good enough to be enough good.

I watch the pandemic streets and the long queues for take-aways in Glasgow; the desire to eat with others, to meet with others, to greet others with a hug, a kiss or even just the touch of a hand and I see the practices of my faith aching through fear for life. I find myself grateful for the trusty crutch through my many frailties. I find I myself standing firm for all my many doubts and still grateful and nourished by the Iona Community in particular, as I have been for over 20 years, and for the communities I join in prayer and spiritual conversations. I find myself telling a little more openly of what it means to be a person who prays, and to be a person who choses each year anew to commit myself to the keeping of Rule of the Iona Community and our commitment to action for justice, peace and the integrity of creation.

I too have struggled this year. I too have been worn with care and have lost loved ones. My lifes work has been destroyed by our modern day Pharisees and the hand washings of a Pontius Pilate, doing the work of the Governors.

I HAVE also had strong words to surround me through the dark days, words laid down in my faith tradition, spoken by those who work on the edges between life and death baptism and burial rites and who know how to be alongside us. The stories of sowers and seeds; of wisdom and greed, of the women on the margins with food enough, and of Daniels in lions dens. All these have just been there, ready resources laid down by the regular choice against the grain, to meet with others and to listen to the words of the old stories which, throughout millennia, have helped our quest for meaning find depth and renewal.

Each year anew the meanings of story and symbol shift and change for me, as they are breathed in and breathed out in through the seasons of human life. They dont give me intellectual answers, not really, unless birth to the barren, or bread and wine count as answers. But I am offered depth to my hardest questions, and the company of those we might call saints, to ask them alongside.

In the traditions of my faith after the darkness of Friday and the waiting without any expectation of anything good that is Saturday, Sunday brings a change. There is the remembrance of a woman fey with grief who hears her name called in a garden, and though she cannot touch the one whose voice is so beloved, she can share her joy at life again. There is the remembrance of a walk along a road with strangers who fall into step, and into life-changing conversations; there is a BBQ on a beach. There is doubt. There is hope.

The practices of these stories remembered long are so close to those of our ordinary lives. And in them, again and again, the same stranger appears to people whose lives are full of fear and loss, of hopelessness and grief saying:

Do not be afraid.

Peace be with you.

Peace be with you.

Peace be with you.

Alison Phipps is UNESCO Chair for Refugee Integration through Languages and the Arts at the University of Glasgow, and a member of the Iona Community

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Easter is when we go deep into the enduring stories of death and life - The National

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Should Governments Consider Engineering the Atmosphere? – The Nation

Lacing the stratosphere with particles could reduce the Earths temperature. But is it worth the risk? (Chris Gardner / AP Photo)

Governments should consider solar geoengineering for two reasons. The first is that other ways to avoid the worst effects of climate change may not prove achievable in the world as it really is. The other is that, if there is a risk that another government might attempt to transform the atmosphere, it would be delinquent not to have thought through how to react. That means trying to understand what the effects of such engineering might be on your own country and the world.1

There is little doubt that lacing the stratosphere with particles that reflect sunlight back into space would decouple Earths surface temperature from greenhouse gas levels, allowing for cooler temperatures than otherwise would occur. On a planet with greenhouse gas levels expected to deliver 2.5 degrees Celsius of warming above pre-industrial levels, solar geoengineering could in principle limit the actual warming to 1.5 degrees Celsius. It could also allow temperatures to be decreased even as greenhouse gas levels stayed the same or declined only slowly. Both of these possibilities seem, on the face of it, worth examining as ways to avoid global catastrophe.2

But there are also other, more disturbing possibilities. One is that solar geoengineering might be used to keep temperatures the same even as greenhouse gas levels continue to rise, allowing some or all countries to shirk their commitments to cut their net emissions to zero by mid-century. Perhaps even worse is the possibility that simply raising the prospect of solar geoengineering could reduce progress on emissions cuts and curb the development of all other ways to limit temperature rise.3

When I worry about the possible impacts of solar geoengineering, I worry most about that last scenario. Its a fear that I share with many who see it as a reason for the governments of the world to come together and pledge never to embark on a solar geoengineering project. But that argument is both impractical and paradoxical. It is impractical because no country can be assured that every other government will abide by the constraint in perpetuity. And it is paradoxical because if I believed that the governments of the world could be trusted to unite in solidarity and unanimity, then I would believe that they could then be trusted to deploy a modicum of solar geoengineering and slash emissions at the same time. The possibility of such self-denial undercuts the argument that governments are so reckless that a ban is needed.4

If governments should pursue solar geoengineering because they cannot be sure that others will refrain and because of the chance that it could reduce harm, how then should they move forward?5

The obvious answer is through sustained research aimed at understanding as much as possible about the effects of solar geoengineering on factors other than global temperature. What could such technologies mean for the water cycle in various regions, for changes in seasonality, or for extreme events? How might they be implemented in ways that maximize benefits and minimize risks?6

But research alone is not enough. The dangersincluding that of a diminished appetite for emissions cutsand the rewards of solar geoengineering do not fall on the same people, the same countries, or even the same generations. To fully consider geoengineering would be to ask questions about who it could be made to benefit and how. It would be to evaluate the contexts in which it might be justifiable and the contexts in which it should be resisted. It would be to ask whether it could be carried out in a safe and just wayand under what circumstances and modes of governance it might be likely to exacerbate tensions to the point of war.7Current Issue

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Part of me thinks that this consideration could be a grand thing: a way of debating the great issues of the Anthropocene, what it means for democracy to enter into the arena of the Earth system, and the role of politics and purpose in the planetary economy. But I acknowledge that I am much too tempted by such ideas. The sort of consideration I envisage would be endlessly pressured by other issues, endlessly at risk of being derailed or suborned by fossil fuel interests. To hope for something better is not to deny the influence of those who want to maintain the status quo.8

But unsatisfactory debate is still preferable to treating the issue as untouchable. To govern, the radical French Prime Minister Pierre Mends France once said, is to choose. Choices over moral absolutes require no consideration. In most matters, though, choices are better when options, distinctions, and consequences are considered. The possibilities of solar geoengineering fall firmly into that second, much larger camp.9

Oliver Morton10

Lab-created meat, bioplastics, those hideous shoes made out of recycled packagingthe world is littered with Band-Aid fixes to environmental problems. Geoengineering will be the most expensive and potentially the most destructive example of this yet. Theres an enduring trouble with solutions that dont address the root causes: Theyre unlikely to solve the problem and will almost certainly create new ones.11

Im old enough to have reported on so-called clean technology, or cleantech, when geoengineering made headlines around 2008. Then, as now, some leading climate scientists were encouraging governments to invest in geoengineering research and development. Back then, people talked about seeding oceans with iron to spur plankton blooms that would absorb carbon and then die, pulling the gas along with them to the bottom of the sea. Biochar was big back then, tooturning plant waste into CO2-laden briquettes that we then bury. Even the idea of synthetic trees that would capture CO2 and store it in liquid form underground got some buzz.12

Today, experiments are still under way for all those carbon capture technologies, including, somehow, artificial trees. But most of the excitement around geoengineering these days is focused on what seemed fringe just a decade ago: solar geoengineering, which attempts to change how Earth reflects the suns rays by spraying tiny particles into the atmosphere. A team of scientists at Harvard have been experimenting with this for years, injecting various chemical cocktails into a glass tube containing an exact replica of the stratosphere. In December, they announced plans to take the tests out of the lab and into the Swedish skies as early as this summer.13

Around the same time as the announcement, researchers from the Grantham Institute at Imperial College London, Zhejiang University in China, and elsewhere published a study that found that while solar geoengineering could, in fact, cool surface temperatures on Earth, it would also increase the frequency of El Nio and La Nia extreme weather events. Those scientists concluded it was not worth the risk. I should also point out that most of the climate scientists who advocate for geoengineering research have never stopped saying that its dangerous. Frank Keutsch, the principal investigator on the Harvard project, for example, told the MIT Technology Review, I still think this is a very scary concept and something will go wrong.14

Research is always necessary, and were at the point where we cant exactly turn up our noses at technological solutions and assume companies and politicians will suddenly do the right thing. I get that. My concern with geoengineering is that its not being accompanied by shifts in policy or investments in less sexy but better-proven energy-efficiency strategies. Its also being embracedand in many cases fundedby fossil fuel companies desperate for a fix that doesnt require them to strand assets or lose profits.15

But arguing over this or that approach to address the climate crisis is a fools errand. It will not be solved by new technologies laid atop the very system that created it in the first place. Climate change is the sort of problem you end up with when a small number of people have power over the whole world and are incentivized to put their profits before the common good. The problem is the power structure, not the power source.16

In the absence of government funding for research into a wide range of climate solutions or even the political will to say that we need to stop drilling for fossil fuels, Im also concerned that were left with corporate philanthropy, a system that enables wealthy individuals to create policy without participating in democracy. Lets take the Harvard experiment. Its funding list is a whos who of Silicon Valley: the William and Flora Hewlett Foundation, Bill Gates, the venture capitalist Chris Sacca. Just because the tech industry is enamored of its ability to both disrupt the world and save it doesnt mean we want it picking the solutions to the greatest problem the world has ever known.17

Keutsch said something else to the MIT Technology Review that highlights the disconnect between funders of geoengineering and the people doing the science: I think better understanding what the risks may be is very important. Given the quickness with which solar geoengineering could provide some sort of temporary relief to global warming, he was worried that politicians might be tempted to use it, risks be damned. Keutsch isnt researching geoengineering because he thinks its cool but because he thinks its dangerous. Like many scientists in this field, he hopes we never use this technology. Some of the technologys champions, however, are framing a worst-case scenario as the best case. No surprise that those who benefit most from the status quo would sooner risk the entire planet than their positions on it.18

Amy Westervelt19

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Should Governments Consider Engineering the Atmosphere? - The Nation

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Why Engineering Matters: The Total Cost of the Suez Blockage – Interesting Engineering

The colossal cargo ship blocking the Suez Canal was recently set free after a brutal six-day-and-night salvage effort dislodged the quarter-mile-long "Ever Given," with a little help from the moon's tidal forces.

However, the event substantially exacerbated an already overstrained global shipping industry. Even as the ship was re-floated and other vessels resumed transit through one of the busiest canals in the world there were400 still waiting to make the trip through, with delays of two weeks and additional congestion expected.

The total cost from delayed, damaged, or lost goods is estimated at roughly $10 billion equivalent to nearly half of NASA's 2020 budget. But breaking down and analyzing the concerted efforts of re-floating a 220,000-ton ship also lays bare the necessary groundwork to engineering the future of digital supply chains.

Re-floating of the Ever Given was one of the most intense large-scale operations in modern history bringing the stability of the global trading system unconscionably close to total chaos. An entire army of engineers, operators, tugboat captains, and other salvage operators raced to unlodge the vessel that brought supply chains closer to a major economic catastrophe every day.

Ships full of goods from around the world including oil, laptops, vehicles, and livestock typically glide through the Suez Canal without a hitch, connecting trade from the Middle East and Asia to Europe and the U.S. East Coast. Some experts predicted it could be weeks until the Ever Given was refloated and cleared, electing to take the long way around Africa's southern tip. But this can add weeks to the trip, and cost more than $26,000 per day in fuel expenditure.

Many ships may have saved money by waiting for the eleven tugboats that helped in efforts to free the vessel, with another two joining on Sunday. On the ground, numerous dredgers and one specialized suction dredger capable of removing 7,630 cubic feet (2,000 cubic meters) of material every hour dug their way around the bow of the ship, according to a statement from the ship's overseeing company, Bernhard Schulte Shipmanagement, in a report from The New York Times.

While impressive, the Suez blockage event was also very costly, which could spark a new conversation around the need for ocean-based shipping to find novel ways of managing the rapidly globalizing marketplace, and leveraging real-time updates to plan ahead for the emergent complications that follow. In the past, companies approached IT and logistical issues on a case-by-case basis, "but now we have the tools to build systems that respond to things events as they happen," said Distinguished Engineer at Solace Tom Fairbairn to IE via email.

"Some of those containers on the Ever Given no doubt contained parts of raw materials bound for further manufacturing," Fairbairn said. Empty containers delayed for delivery to manufacturing plants will affect scheduled production runs. "But now, the raw material is going to be delayed," Fairbairn explained. "Unless action is taken, the production line will stand empty awaiting materials, with an empty container waiting at the end."

With event-driven data technologies, supply chain leaders could "react when they know their container is on the move which means their planning is more up-to-date and they have real-time responsiveness as the disaster unfolds," added Fairbairn. This could offer both private and public authorities better intel, enabling them to make more appropriate and objective decisions, like re-routing ships or re-assigning an empty container to a different manufacturing process minimizing material and financial loss during a crisis, at scale.

And we're already seeing business as usual benefiting from new technologies. "Shipping is inherently unpredictable: storms slow ships down [...] containers can break loose during heavy weather and delay unloading, which can cause congestion at ports," explained Fairbairn. Artificial intelligence can help control the flow of ships to ports and bunkers by slowing the ship down at correct moments, "so it arrives outside the congested times. This can actually reduce the ship's overall journey time," optimizing delivery schedules.

Perishable items also present issues for shipping companies. Many raw and intermediate components for pharmaceutical drugs have a limited viable lifespan, and require a controlled environment. "[W]e've all seen the challenges of distributing the Pfizer-BioNTech vaccine at extremely low temperatures. Today, the temperature records are generally checked on arrival," explained Fairbairn. If we connect the temperature sensors in containers to IT systems, managers or officer-level executives can react to problems in real-time, instead of waiting until the goods are delivered. "[T]hat means cheaper drugs and vaccines produced faster."

"Fully digital, integrated supply chains enable shippers and shipping customers to simulate different scenarios and decisions," said Fairbairn. "The real goal is planning the ship's course so that it avoids congestion at ports and shipping chokepoints like the Suez."

On the corporate side, disruptions in supply chains will present more challenges in the coming decade. Whether "from ships running aground, trade wars breaking out, pandemics changing consumer lifestyles, or just the vagaries of consumer taste," disruptions can be reduced but never eliminated, said Fairbairn. Digital connectivity advances in global shipping systems should continually collect and share data from mining or farming raw materials to logistics, manufacturing, and retailing. It's hard to say when another Suez Canal-like event will happen, but even in times free of crisis, the potential for furtherleveraging the internet of thingsand AI in supply chains is vast.

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Why Engineering Matters: The Total Cost of the Suez Blockage - Interesting Engineering

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