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Global Internet of Things (IoT) Security Market Key Players, Share, Trend, Segmentation and Forecast to 2026: Cisco Systems, Intel Corporation, IBM…

February 15, 2020 | Author: admin

Acquire Market has introduced a new market research study, titled Internet of Things (IoT) Security MarketReport which provides detailed coverage of the specialty Internet of Things (IoT) Security product industry and main market trends. The Internet of Things (IoT) Security research report studies the market size, Internet of Things (IoT) Security industry share, key drivers for growth, major segments, and CAGR. The leading players are competing on the basis of product differentiation, states a new research report by Acquire Market Research [AMR]. The market segmentation has been done on the basis of consensus made, product type, key industrial players, competitive landscapes, applications, end-user, topological players, and more.

Major Market Players Covered In This Report: Cisco Systems, Intel Corporation, IBM Corporation, Symantec Corporation, Trend Micro, Digicert, Infineon Technologies, ARM Holdings, Gemalto NV, Kaspersky Lab, CheckPoint Software Technologies, Sophos Plc, Advantech, Verizon Enterprise Solutions, Trustwave, INSIDE Secure SA

The research methodology of the market involves both primary as well as secondary research data sources. It highlights different factors affecting the Internet of Things (IoT) Security industry such as market environment, various policies of the government, past data and market trends, technological advancements, upcoming innovations, market risk factors, market restraints, and challenges in the industry.

Click Here To Access The Sample Report: https://www.acquiremarketresearch.com/sample-request/295802/

The key product type of Internet of Things (IoT) Security market are: Network Security, Endpoint Security, Application Security, Cloud Security, Others

Internet of Things (IoT) Security Market Outlook by Applications: Building and Home Automation, Supply Chain Management, Patient Information Management, Energy and Utilities Management, Customer Information Security, Other

Internet of Things (IoT) Security Market Company overview, financial overview, product portfolio, new product launched, recent development analysis are the parameters included in the profile. The study then describes the drivers and restraints for the market along with the impact they have on the demand over the forecast period. Furthermore, the report comprises the study of opportunities available in the market on a global level.

The report also documents the historic, current and expected future market size, and position of the Internet of Things (IoT) Security industry. The report further signifies the emerging challenges, restraints and unique opportunities existing in the Internet of Things (IoT) Security market. The report demonstrates the trends and technological advancement emerging in the Internet of Things (IoT) Security industry. In addition to the current inclinations over technologies and capabilities, the report also examines the variable structure of the market, globally.

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The information detailed in this report provides an overview of the latest trends and development plans, patterns, and policies observed in the global market. Moreover, the study provides an analysis of the latest events such as the technological advancements and product launches and their eventual consequences on the global Internet of Things (IoT) Security market.

Objectives of the Report:

To profile the key players and analyze their market shares and core competencies.

To define, describe, and forecast the Internet of Things (IoT) Security market on the basis of platforms, services, application areas, and regions with respect to the individual growth trends and contribution towards the overall market.

To analyze micro-markets with respect to individual growth trends, future prospects, and contributions to the overall Internet of Things (IoT) Security market.

To understand competitive developments, such as mergers and acquisitions, new partnerships, new contracts, and new product developments in the Internet of Things (IoT) Security market.

To identify the opportunities in the market and the details of the competitive landscape for stakeholders and market leaders.

To provide a piece of detailed information regarding the major factors influencing the growth of the market (drivers, restraints, opportunities, industry-specific challenges, and restraints).

To forecast the market size of segments with respect to 5 main regions, namely, North America, Asia-Pacific (APAC), Europe, Middle East and Africa (EMEA), and Latin America.

To Know More About The Assumptions in This Market Report: https://www.acquiremarketresearch.com/industry-reports/internet-of-things-iot-security-market/295802/

Conclusively, the report includes the methodical description of the various factors such as Internet of Things (IoT) Security market growth and a piece of detailed information about the different companys revenue, growth, technological developments, production, and other strategic developments.

If you have any special requirements, please let us know and we will customize the report as you want.

About us:

Acquire Market Research is a market research-based company empowering companies with data-driven insights. We provide Market Research Reports with accurate and well-informed data, Real-Time with Real Application. A good research methodology proves to be powerful and simplified information that applied right from day-to-day lives to complex decisions helps us navigate through with vision, purpose and well-armed strategies. At Acquire Market Research, we constantly strive for innovation in the techniques and the quality of analysis that goes into our reports.

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Romance scammers stole $475m last year. Here’s how to spot them – Verdict

February 15, 2020 | Author: admin

Theres big money in fake love. Over the years, romance scammers have preyed upon the lonely and vulnerable to steal hundreds of millions of dollars likely racking up into the billions.

Such scams usually sees a criminal masquerading as someone else online, often on dating sites, to gain a victims confidence. Once trust or perhaps love, on the part of the victim is established, the scammer asks for cash.

According to recent Internet Crime Complaint Center (IC3) figures, romance scammers stole $475m from unsuspecting victims in 2019.

While the FTC puts this figure at $201m, one thing is clear: romance scams are at an all-time high.

And as ESET cybersecurity specialist Jake Moore points out, the real figure could be far higher than the statistics suggest.

Romance scams are huge but still we only hear about the tip of the iceberg as few people want to let everyone know theyve been scammed in this way, he tells Verdict.

But people shouldnt be embarrassed as fraudsters are convincing storytellers. These criminals are very good at what they do and can manipulate their victims into sending money after gaining their trust rapidly.

Valentines Day, and the period surrounding it, is an obvious target for romance scammers. Research by ESET, a Slovakian internet security firm, claims that 52% of singletons are more likely to fall for romance scams at this time of year.

Although some may find it difficult to understand why you would transfer money to someone youve never met, Agari senior threat researcher Ronnie Tokazowski says there are a lot more moving parts than people realise.

While we may be quick to assume that victims are aware of their actions, our research shows that this is quite the opposite, Tokazowski tells Verdict.

Agari, which specialises in email security, has previously uncovered a romance scam group dubbed Scarlet Widow. The Nigerian crime ring specifically targeted dating sites for the disabled and divorced.

Victims truly think they are in an actual relationship, and in many cases are able to repeat the fake facts from scammers back to law enforcement, says Tokazowski.

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With law enforcement getting partial stories from victims who think they are actually in a relationship doing business transactions for a spouse, it becomes extremely difficult to track and cluster this activity.

Despite the prevalence of these scams, there are telltale signs that can give them away. The FTC notes that scammers will often say they are living in a different country, which makes it easier to put off meeting face to face. It also gives the scammer an opportunity to ask for money for a plane ticket to visit their victim.

They will usually mention money problems at some point or mention debt collectors, says Moore. Plus they will put off meeting up by coming up with a colourful selection of excuses.

If you have suspicions about an online relationship, talking to friends and family about it can provide a more objective opinion.

Scammers use romance victims for different things, including purchasing gift cards, cashing fraudulent checks, and laundering funds, always promising that the transactions are legitimate, adds Tokazowski.

Victims are told multiple different stories about the source of the money, such as paying legal or business fees for something.

Moore recommends carrying out background checks to verify the identity of someone met online, which is something just 29% of Brits do, according to ESETs research.

I suggest people search online for the names of people and then do a reverse Google image search to see if their profile photo features anywhere else, he says.

Those that suspect they are the victim of a romance scam should file a complaint at IC3.gov, says Tokazowski.

Finally it goes without saying, however confident you may feel talking to them, never send money to anyone you havent met in person, adds Moore.

Read more: Scarlet Widow: The romance scam group preying on the disabled and divorced

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Quantum Computing: How To Invest In It, And Which Companies Are Leading the Way? – Nasdaq

February 14, 2020 | Author: admin

Insight must precede application. ~ Max Planck, Father of Quantum Physics

Quantum computing is no ordinary technology. It has attracted huge interest at the national level with funding from governments. Today, some of the biggest technology giants are working on the technology, investing substantial sums into research and development and collaborating with state agencies and corporates for various projects across industries.

Heres an overview of quantum computing as well as the players exploring this revolutionary technology, and ways to invest in it.

Understanding Quantum Computing

Lets begin with understanding quantum computing. While standard computers are built on classical bits, every quantum computer has a qubit or quantum bit as its building block. Thus, unlike a classical computer where information is stored as binary 0 or 1 using bits, a quantum computer harnesses the unique ability of subatomic participles in the form of a qubit which can exist in superposition of 0 and 1 at the same time.As a result, quantum computers can achieve higher information density and handle very complex operations at speeds exponentially higher than conventional computers while consuming much lessenergy.

It is believed that quantum computing will have a huge impact on areas such as logistics, military affairs, pharmaceuticals (drug design and discovery), aerospace (designing), utilities (nuclear fusion), financial modeling, chemicals (polymer design), Artificial Intelligence (AI), cybersecurity, fault detection, Big Data, and capital goods, especially digital manufacturing. The productivity gains by end users of quantum computing, in the form of both cost savings and revenue opportunities, are expected to surpass $450 billion annually.

It will be a slow build for the next few years: we anticipate value for end users in these sectors to reach a relatively modest $2 billion to $5 billion by 2024. But value will then increase rapidly as the technology and its commercial viability mature,reportsBCG.

The market for quantum computing isprojectedto reach $64.98 billion by 2030 from just $507.1 million in 2019, growing at aCAGR of 56.0%during the forecast period (20202030).According to aCIRestimate, revenue from quantum computing is pegged at $8 billion by 2027.

Which Nations Are Investing In Quantum Computing?

To gain the quantum advantage, China has been at the forefront of the technology. The first quantum satellite was launched by China in 2016. Apaperby The Center for a New American Security (CNAS) highlights how, China is positioning itself as a powerhouse in quantum science.

Understanding the strategic potential that quantum science holds, U.S., Germany, Russia, India and European Union have intensified efforts towards quantum computing. In the U.S., President Trumpestablishedthe National Quantum Initiative Advisory Committee in 2019 in accordance with the National Quantum Initiative Act, signed into law in late 2018, which authorizes $1.2 billion to be spent on the quantum science over the next five years.

The Indian government in its 2020 budget has announced a National Mission on Quantum Technologies & Applications with a total budgetoutlayof INR 8000 crore ($1.12 billion) for a period of five years while Europe has a 1 billioninitiativeproviding funding for the entire quantum value chain over the next ten years. In October 2019, the first prototype of a quantum computer waslaunchedin Russia while in Germany, the Fraunhofer-Gesellschaft, Europes leading organization for applied research,partneredwith IBM for advance research in the field of quantum computing.

The Companies Leading the Way

IBM has been one of the pioneers in the field of quantum computing. In January 2019, IBM (IBM)unveiledthe IBM Q System One, the world's first integrated universal approximatequantum computing system designed for scientific and commercial use. In September itopenedthe IBM quantum computation center in New York to expand its quantum computing systems for commercial and research activity. It has also recentlyinvestedin Cambridge Quantum Computing, which was one of the first startups to become a part of IBMs Q Network in 2018.

In October 2019, Google (GOOG,GOOGL) made anannouncementclaiming the achievement of "quantum supremacy."It published the results of this quantum supremacy experiment in theNaturearticle, Quantum Supremacy Using a Programmable Superconducting Processor.The term "quantum supremacy" wascoinedin 2012 by John Preskill. He wrote, one way to achieve quantum supremacy would be to run an algorithm on a quantum computer which solves a problem with a super-polynomial speedup relative to classical computers. The claim wascounteredby IBM.

Vancouver, Canada headquartered D-Wave is the worlds first commercial supplier of quantum computers and its systems are being used by organizations such as NEC, Volkswagen, DENSO, Lockheed Martin, USRA, USC, Los Alamos National Laboratory and Oak Ridge National Laboratory.In February 2019, D-Waveannounceda preview of its next-generation quantum computing platform incorporating hardware, software and tools to accelerate and ease the delivery of quantum computing applications. In September 2019, itnamedits next-generation quantum system as Advantage, which will be available in the Leap quantum cloud service in mid-2020.In December 2019, the companysignedan agreement with NEC to accelerate commercial quantum computing.

Amazon (AMZN)introducedits service Amazon basket in late 2019, which is designed to let its users get some hands-on experience with qubits and quantum circuits. It allows to build and test circuits in a simulated environment and then run them on an actual quantum computer.

Around the same time, Intel (INTC)unveileda first-of-its-kind cryogenic control chip code-named Horse Ridgethat will speed up development of full-stack quantum computing systems.

In addition, companies such as Microsoft (MSFT), Alibaba (BABA), Tencent (TCEHY), Nokia (NOK), Airbus, HP (HPQ), AT&T (T) Toshiba, Mitsubishi, SK Telecom, Raytheon, Lockheed Martin, Righetti, Biogen, Volkswagen and Amgen are researching and working on applications of quantum computing.

Final Word

Investors looking to invest in the technology can either look at individual stocks or consider Defiance Quantum ETF (QTUM) to take exposure to companies developing and applying quantum computing and other advanced technologies. Launched in April 2018, QTUM is a liquid, low-cost and efficient way to invest in the technology. The ETF tracks the BlueStar Quantum and Machine Learning Index, which tracks approximately 60 globally listed stocks across all market capitalizations.

While quantum computing is not mainstream yet, the quest to harness its potential is on, and the constant progress made is shrinking the gap between research labs and real-world applications.

Disclaimer: The author has no position in any stocks mentioned. Investors shouldconsider the above information not as a de facto recommendation, but as an idea for further consideration. The report has been carefully prepared, and any exclusions or errors in reporting are unintentional.

The views and opinions expressed herein are the views and opinions of the author and do not necessarily reflect those of Nasdaq, Inc.

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DOE Workshop Begins Mapping the Future of Quantum Communications – insideHPC

February 14, 2020 | Author: admin

Paul Dabbar Quantum Internet WorkshopPaul Dabbar, Under Secretary of Energy for the DOEs Office of Science, gives the welcoming remarks at the Quantum Internet Blueprint Workshop, held Feb. 5-6 in New York City.

The U.S. Department of Energys Office of Science, under the leadership of Under Secretary of Energy Paul Dabbar, sponsored around 70 representatives from multiple government agencies and universities at the firstQuantum Internet Blueprint Workshop, held in New York City Feb. 5-6. The primary goal of the workshop was to begin laying the groundwork for a nationwide entangled quantum Internet.

Building on the efforts of theChicago Quantum Exchangeat the University of Chicago, Argonne and Fermi National Laboratories, andLiQuIDNet(Long Island Quantum Distribution Network) at Brookhaven National Laboratory and Stony Brook University, the event was organized by Brookhaven. The technical program committee was co-chaired by Kerstin Kleese Van Dam, director of the Computational Science Initiative at Brookhaven, and Inder Monga, director of ESnet at Lawrence Berkeley National Lab.

The dollars we have put into quantum information science have increased by about fivefold over the last three years, Dabbar told the New York Timeson February 10 after the Trump Administration announced a new budget proposal that includes significant funding for quantum information science, including the quantum Internet.

In parallel with the growing interest and investment in creating viable quantum computing technologies, researchers believe that a quantum Internet could have a profound impact on a number of application areas critical to science, national security, and industry. Application areas include upscaling of quantum computing by helping connect distributed quantum computers, quantum sensing through a network of quantum telescopes, quantum metrology, and secure communications.

Toward this end, the workshop explored the specific research and engineering advances needed to build a quantum Internet in the near term, along with what is needed to move from todays limited local network experiments to a viable, secure quantum Internet.

This meeting was a great first step in identifying what will be needed to create a quantum Internet, said Monga, noting that ESnet engineers have been helping Brookhaven and Stony Brook researchers build the fiber infrastructure to test some of the initial devices and techniques that are expected to play a key role in enabling long-distance quantum communications. The group was very engaged and is looking to define a blueprint. They identified a clear research roadmap with many grand challenges and are cautiously optimistic on the timeframe to accomplish that vision.

Berkeley Labs Thomas Schenkel was the Labs point of contact for the workshop, a co-organizer, and co-chair of the quantum networking control hardware breakout session. ESnets Michael Blodgett also attended the workshop.

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Scientists discover how to use time crystals to power superconductors – Big Think

February 14, 2020 | Author: admin

The concept of time crystals comes from the realm of counterintuitive mind-melding physics ideas that may actually turn out to have real-world applications. Now comes news that a paper proposes merging time crystals with topological superconductors for applications in error-free quantum computing, extremely precise timekeeping and more.

Time crystals were first proposed as hypothetical structures by the Nobel-Prize winning theoretical physicist Frank Wilczek and MIT physicists in 2012. The remarkable feature of time crystals is that they would would move without using energy. As such they would appear to break the fundamental physics law of time-translation symmetry. They would move while staying in their ground states, when they are at their lowest energy, appearing to be in a kind of perpetual motion. Wilczek offered mathematical proof that showed how atoms of crystallizing matter could regularly form repeating lattices in time, while not consuming or producing any energy.

Time crystals have since been experimentally created in various labs.

Now researchers at the California Institute of Technology (Caltech) and the Weizmann Institute in Israel found that theoretically you can create a system that combines time crystals with so-called topological superconductors.

The field of topology looks at the properties of objects that are unchangeable (or "invariant') despite deformations like stretching, twisting, or bending. In a topological insulator, the properties linked to the electron wave function would be considered topologically invariant.

As the scientists themselves explain, "Time crystals form when arbitrary physical states of a periodically driven system spontaneously break discrete time-translation symmetry." What the researchers noticed is that when they introduced "one-dimensional time-crystalline topological superconductors" they found a fascinating interaction where "time-translation symmetry breaking and topological physics intertwineyielding anomalous Floquet Majorana modes that are not possible in free-fermion systems."

Majorana fermions are particles that have their own anti-particles.

"Physicists Gil Refael and Jason Alicea explain the unique properties of electrons constrained to a 2 Dimensional world, and how they can be used to make noise-proof Quantum Computers."

The research was led by Jason Alicea and Aaron Chew from CalTech, as well as David Mross from the Weizmann Institute in Israel.

While studying Majorana fermions, the team observed that it is possible to enhance topological superconductors by coupling them to magnetic degrees of freedom that could be controlled. "Then we realized that by turning those magnetic degrees of freedom into a time crystal, topological superconductivity responds in remarkable ways," shared Alicea.

Aaron Chew (left) and David Mross (right).

Credit: Jason Alicea

One way the phenomen noticed by the scientists could be potentially exploited is to create more stable qubits - the bit of quantum information in quantum computing. The race to create qubits is at the threshold of bringing on a true quantum technology revolution, as writes Popular Mechanics.

"It's tempting to imagine generating some useful quantum operations by controlling the magnetic degrees of freedom that intertwine with the topological physics. Or perhaps certain noise channels can be suppressed by exploiting time crystals," said Alicea.

Check out their new paper in Physical Review Letters.

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Quantum Computing Market With Four Main Geographies And Their Countries – Instant Tech News

February 14, 2020 | Author: admin

This research study on Quantum Computing market reports offers the comparative assessment of Quantum Computing market and consist of Historical data, Significance, statistical data, size & share, Market Price & Demand, Business overview, Market Analysis By Product and Market Trends by Key Players. This Quantum Computing Market is Segmented in two type on the basis of type of materials and end-users. It has global market covered in all the regions, ranging to that fundamental market, key trends and segmentation analysis are coated throughout Quantum Computing market report.

Sales volume, Price (USD/Unit), revenue (Million USD) and market share coated by Key Players such Top Players are:

Wave Systems Corp, 1QB Information Technologies Inc, QC Ware, Corp, Google Inc, QxBranch LLC, Microsoft Corporation, International Business Machines Corporation, Huawei Technologies Co., Ltd, ID Quantique SA, and Atos SE.

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The analysts forecast the CAGR overall rate percentages of Global Quantum Computing Market to grow over the period 2020-2030. So this Quantum Computing Market report gives you Pre-planned Compound Annual rate of growth (CAGR) with different amount, During the Forecast Period, Market on Quantum Computing Report is estimated to register a CAGR of Definite value. Definitions, classifications, applications & Business overview, product specifications, manufacturing processes, cost structures, raw materials and requirement as per your choice also given by this Quantum Computing market Report.

Segmentation:

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This report additionally represents product specification, method and product cost structure. Production is separated by regions, technology and applications. Table, figure, charts, TOCs, chapters etc provided by Silicon-germanium Semiconductors industry. Crystal clear data to the client giving a brief details on Silicon-germanium Semiconductors markets and its trends. Silicon-germanium Semiconductors new project SWOT analysis, investment practicable business analysis, investment come analysis and development trend analysis. The rising opportunities of the fastest growing Silicon-germanium Semiconductors markets segments are covered throughout this report.

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Russian Quantum Center and Nissan have launched a project in the field of quantum chemistry – Research Snipers

February 14, 2020 | Author: admin

Moscow-Tokyo Nissan and the Quantum Machine LearningProject of the Russian Quantum Center (RQC) have announced the launch of ajoint scientific and technological project in the field of quantum computingfor chemical compound modeling solutions. In the context of partnership,Project is going to create new methods of quantum systems modeling and to testthem with the use of existing quantum processors. This project is one of thefirst commercial projects in the field of quantum computing in Russia. Theamount and terms of the contract are not disclosed by the parties.

Modeling ofcomplex systems such as materials, batteries, and medicines is extremelydifficult for existing computers. The next generation of computing devices,which are quantum computers, will be able to solve such problems moreefficiently. As a result, the business will be able to find practical solutionssuch as modeling of new materials, production of devices of a new class fromsuch materials, and selection of optimal characteristics or reactions insidethese materials, which are necessary for increasing the subsequent efficiency.One of the real challenges for the industry and business is the modeling ofchemical compounds used in the batteries manufacturing process.

As part ofthe project, we are developing quantum chemistry methods using machine learningand quantum optimization. We plan to integrate the developed methods into thematerial design system, which is used today in Nissan. This will allow Nissanto unlock the huge potential of quantum computing for its tasks, and in thefuture, to achieve technological leadership, said Alexey Fedorov, Head of the Group Quantum Information Technologies RQC,Ph.D. in Theoretical Physics.

Quantumtechnologies are promising for solving many industrial challenges. Thematerials that can be created with quantum chemistry will significantlyincrease the power and capacity of batteries. As a result, we will get theopportunity to create highly efficient and environmentally-friendly transport,as well as new solutions. The future is behind these technologies and, togetherwith our partner, Russian Quantum Center, we are striving to become a pioneerin this industry, said ShigeoIbuka, Head of Nissan R&D center in Russia, Ph.D. in Physics.

In the long term,the use of quantum technologies will significantly reduce the time for thedevelopment of new materials, as well as predict their compliance with therequirements of industry and business. The RQC team will conduct research usingboth existing quantum computers and their own-developed quantum-inspiredalgorithms.

AboutRussian Quantum Center (RQC)

The RussianQuantum Center (RQC) is a non-governmental organization specializing infundamental research in the field of quantum physics and the development ofdevices and technologies based on quantum effects. The Center was founded inDecember 2010 and became one of the first residents of the Skolkovo InnovationCenter. RQC is one of the authors of the roadmap for the development of quantumtechnologies in Russia until 2024.

At the moment,RQC has more than 150 employees, 14 laboratories, and 7 spin-offs aimed at thecommercialization of the developments. In 2017, RQC developed the worlds firstquantum blockchain. RQC technologies are being actively introduced intogovernment and business structures around the world.

RQCsQuantum Machine Learning Project

RQCs Quantum Machine Learning Project is engaged in research and business-oriented projects in the field of quantum computing. The work is carried out in several directions: development of the strategy of quantum computing application and development of the QBoard quantum computing cloud platform, SimCIM simulator based on quantum-inspired algorithms, and other solutions. Some software products are already available for commercial use.

Manager at Research Snipers, RS-NEWS, Digital marketing enthusiast and industry professional in Digital Marketing, Social Media, Business News, and Technology News, with vast experience in the media industry, I have a keen interest in business technology, News breaking.

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Global Quantum Computing Market Newest Research Report In PDF With Forecast [2020-2029] : International Business Machines (IBM) Corporation, Google…

February 14, 2020 | Author: admin

The new research report providing thorough analysis on GlobalQuantum Computing Marketwhich peaks the market size, inclusive market dynamics and high technology updates of Quantum Computing market with respect to industry opportunities, threats, challenges, constraints, cost structure and current trend in the market. The Quantum Computing industry report is a thorough study of the market where the customer can gain key intuition into the market such as the performance of the market in terms of its market (size and value) for its various segmentations such as component, application, end-use industry, and region. This research assists to understand the competitive outlook of Quantum Computing market by key players International Business Machines (IBM) Corporation, Google Inc, Microsoft Corporation, Qxbranch LLC, Cambridge Quantum Computing Ltd, 1QB Information Technologies Inc, QC Ware Corp., Magiq Technologies Inc, D-Wave Systems Inc, Rigetti Computing.

The research report consists of primary and secondary data which has been further epitomized through various charts, bar graphs, pie charts, tables and market figures. Additionally, detailed landscaping, Quantum Computing economic strategy, marketing scheme, as well as SWOT analysis & Porte Five Forces Analysis of the market players have been provided in the Quantum Computing report. It also includes the inventive trends, executing a rational pricing stats in the competitive Quantum Computing market. The report also categorizes the market in terms of volume and revenue [Million USD].

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The Quantum Computing market report covers revenue number, product details, and sales of the leading Quantum Computing corporations. The international market for Quantum Computing has been researched with every detail in the publication with increased prominence on various important factors such as opportunities, and self-controlled, growth drivers. Each of the factors that concern to creation of the Quantum Computing market dynamics has been studied and analyzed in detail by the Quantum Computing analysts, so as to offer the best and most assessing and comprehensive study to the buyers of Quantum Computing report.

The snapshot or the directional summary that has been provided in the Quantum Computing market intelligence study has been designed in such a way that it will give a quick overview of the market for receiving information on the go. This could assist Quantum Computing readers with hands-on data required for decision making during their progress journey in the Quantum Computing market.

Global Quantum Computing Market Research Report 2020-2029 Includes

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Geographically, this Quantum Computing report is divided into different key regions, with production, Quantum Computing utilization, income (million USD), and market share and the rate of growth in these regions, from 2020 to 2029 (forecast), covering Quantum Computing market in North America (U.S., Canada, Mexico), Europe (Germany, U.K., France, Italy, Russia, Spain, etc), South America (Brazil, Argentina, etc), Middle East & Africa Quantum Computing market (Saudi Arabia, South Africa, etc) and its Share (%) and CAGR for the predicted period 2020 to 2029.

The Key Points of this Quantum Computing Market Report are:

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4) To analyze the global key regions Quantum Computing market potential and advantage, opportunity and challenge, restraints and risks.

5) Detail Profile of the dominant players and Quantum Computing comprehensively analyses their market status in terms of ranking and core capability along with in-depth the Quantum Computing competitive landscape for the market leaders.

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Safer Internet Day 2020 Together for a better internet – Security Boulevard

February 14, 2020 | Author: admin

Is the Internet becoming safer or more dangerous? Thisquestion is posed by the Safer Internet Day 2020 (SID) event, which calls attentionto a subject that should raise more significant concern than it does,especially when it comes to kids and their interactions with the online world.

Safer Internet Day comes every February with a clear purpose. The event promotes the responsible use of online technologies, especially by children and young people. Like any other problem, society wont be able to deal with it unless people are made aware that such issues even exist.

Under the motto Together for a betterinternet, the campaign focuses on how the Internet can be made safer forall users, and especially kids. Children are the most exposed because adultsare more likely to know what they are doing and how they are exposing theirlives online, but kids can lack such filters.

Companies and other institutions are working to createsafe environments, and some initiatives are more successful than others. In2019, one measure stood above all. A recent settlement between Google and U.S.Federal Trade Commission forced the company to make changes to online servicewith worldwide repercussions.

We are changing how we treat data for childrens contenton YouTube. Starting in about four months, we will treat data from anyonewatching childrens content on YouTube as coming from a child, regardless ofthe age of the user, said the company.

YouTube is the best example of a positive change that hasa tangible impact on Internet safety. Content creators now have ensured theircontent is labeled for children, which changes how website visitors are trackedacross the Internet.

While the changes made by Google to YouTube are a step inthe right direction, numerous other websites provide content to kids withoutlabeling it correctly, which only begs for the usage of a proper parentalcontrol solution.

We also have to keep in mind that data breaches occur allthe time, and sometimes they directly affect websites storing personal datasuch as names, email addresses, credit card information, and much more. Infact, using a tool that lets people know in real-time whether their data is wasleaked via a breach is the ideal scenario.

A better and safer Internet can be achieved by peopleusing a few good security practices. More often than not, basic securitymeasures are shirked or simply ignored. Using robust passwords, different foreach online service, and employing a powerful parental control solution shouldbe the bare minimum for all users.

How companies choose to deal with this type of data inthe future remains to be determined, but the current momentum is to stop themfrom using metadata for marketing purposes. Events such as the Safer InternetDay 2020 reminds everyone that users and corporations share the responsibilityfor privacy.

*** This is a Security Bloggers Network syndicated blog from HOTforSecurity authored by Silviu STAHIE. Read the original post at: https://hotforsecurity.bitdefender.com/blog/safer-internet-day-2020-together-for-a-better-internet-22268.html

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Safer Internet Day 2020 Together for a better internet - Security Boulevard

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Internet’s safe-keepers forced to postpone crucial DNSSEC root key signing ceremony no, not a hacker attack, but because they can’t open a safe – The…

February 14, 2020 | Author: admin

The organization that keeps the internet running behind-the-scenes was forced to delay an important update to the global network because it was locked out of one of its own safes.

During routine administrative maintenance of our Key Management Facility on 11 February, we identified an equipment malfunction, explained Kim Davies, the head of the Internet Assigned Numbers Authority (IANA), in an email to the dozen or so people expected to attend a quarterly ceremony in southern California at lunchtime on Wednesday.

The malfunction will prevent us from successfully conducting the ceremony as originally scheduled" on February 12, Davis explained. The issue disables access to one of the secure safes that contains material for the ceremony. In other words, IANA locked itself out.

The ceremony sees several trusted internet engineers (a minimum of three and up to seven) from across the world descend on one of two secure locations one in El Segundo, California, just south of Los Angeles, and the other in Culpeper, Virginia both in America, every three months.

Once in place, they run through a lengthy series of steps and checks to cryptographically sign the digital key pairs used to secure the internets root zone. (Here's Cloudflare's in-depth explanation, and IANA's PDF step-by-step guide.)

At the heart of the matter, simply put, is the Key Signing Key (KSK): this is a public-private key pair, with the private portion kept locked away by IANA. This is because the KSK is used, every three months, to sign a set of Zone Signing Keys, which are used to secure official copies of the internet's root zone file. That file acts as a kind of directory for other parts of the internet, and these parts in turn, provide information on more of the internet. It is, in a way, the blueprint for how the internet as we know it is glued together: how domain names resolve to computers on the global network, so that when you visit, say, theregister.co.uk, you eventually reach one of our servers at network address 104.18.235.86.

Critical root DNS servers are spread out around the planet, each armed with a copy of the latest signed root zone file, and used, in a distributed, cascading manner, by other DNS servers to look up domain names for the internet's users. These servers can check the root zone file underpinning all of this is secured by a ZSK recently signed by the central IANA KSK, and thus can be treated and trusted as gospel. The KSK is thus the domain-name system's trust anchor. Everything relies on it to ensure the 'net's central directory is laid out the way it should be, according to IANA, anyway.

This is all necessary because it should be immediately obvious whether or not a root zone file is an unsigned forgery, or an authentic and clean copy secured by IANA's KSK. Otherwise, a well-resourced malicious organization could potentially fool networks into using a sabotaged root zone file that redirects vast quantities of traffic, i.e. billions of internet users, to different parts of the internet. Even worse, if someone were to get hold of the KSK, they could sign their own zone file and have the internet blindly trust it. The result would be a global loss of trust in the 'net's functioning.

For that reason, IANA takes its Root Key Signing Key Ceremony extremely seriously, and has a complex and somewhat convoluted DNSSEC-based process that briefly unlocks the private portion of the KSK to sign the ZSKs every three months. Only during this ceremony is the KSK used, and put away again when it is over, leaving IANA with a set of ZSKs to authoritatively secure its root zone.

Only specific named people are allowed to take part in the ceremony, and they have to pass through several layers of security including doors that can only be opened through fingerprint and retinal scans before getting in the room where the ceremony takes place.

Staff open up two safes, each roughly one-metre across. One contains a hardware security module that contains the private portion of the KSK. The module is activated, allowing the KSK private key to sign keys, using smart cards assigned to the ceremony participants. These credentials are stored in deposit boxes and tamper-proof bags in the second safe. Each step is checked by everyone else, and the event is livestreamed. Once the ceremony is complete which takes a few hours all the pieces are separated, sealed, and put back in the safes inside the secure facility, and everyone leaves.

But during what was apparently a check on the system on Tuesday night the day before the ceremony planned for 1300 PST (2100 UTC) Wednesday IANA staff discovered that they couldnt open one of the two safes. One of the locking mechanisms wouldnt retract and so the safe stayed stubbornly shut.

As soon as they discovered the problem, everyone involved, including those who had flown in for the occasion, were told that the ceremony was being postponed. Thanks to the complexity of the problem a jammed safe with critical and sensitive equipment inside they were told it wasnt going to be possible to hold the ceremony on the back-up date of Thursday, either.

We understand, however, that following an emergency meeting on Wednesday, the issue should be fixed by Friday, and the ceremony has now been moved to Saturday. In the meantime, some lucky locksmith in Los Angeles is going to have to drill out the safes locking mechanism and put in a new one.

Fortunately, apart from the inconvenience, there is no impact on the internet itself, particularly in this short term. The current arrangement will simply continue to do its job for three additional days. And IANA has been keen to point out that it has an identical set of equipment on the other coast of the US that can also be used if necessary.

We apologize for the inconvenience for the attendees who had already traveled to participate in the ceremony. This is the first time a ceremony has needed to be rescheduled in the 10-year history of KSK management, the email announcing the delay noted.

There is a certain irony, of course, that the security of the virtual internet has been held hostage by an old-school physical safe.

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