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Internet of Things (IoT) Security Market Demand (2020-2026) | Covering Products, Financial Information, Developments, Swot Analysis And Strategies |…

IndustryGrowthInsights publishes a detailed report on Internet of Things (IoT) Security market providing a complete information on the current market situation and offering robust insights about the potential size, volume, and dynamics of the market during the forecast period, 2020-2026. This report offers an in-depth analysis that includes the latest information including the current COVID-19 impact on the market and future assessment of the impact on Global Internet of Things (IoT) Security Market. The report contains XX pages, which will assist clients to make informed decision about their business investment plans and strategies for the market. As per the report by IndustryGrowthInsights, the global Internet of Things (IoT) Security market is projected to reach a value of USDXX by the end of 2026 and grow at a CAGR of XX% during the forecast period.

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The Internet of Things (IoT) Security market report also covers an overview of the segments and sub-segmentations including the product types, applications, and regions. In the light of this harsh economic condition as prompted by the COVID-19 outbreak, the report studies the dynamics of the market, changing competition landscape, and the flow of the global supply and consumption.

The report exclusively deals with key areas such as market size, scope, and growth opportunities of the Internet of Things (IoT) Security market by analyzing the market trend and data available for the period from 2020-2026. Keeping 2019 as the base year for the research study, the report explains the key drivers as well as restraining factors, which are likely to have major impact on the development and expansion of the market during the forecast period.

The report, published by IndustryGrowthInsights, is the most reliable information as the study relies on a concrete research methodology focusing on both primary as well as secondary sources. The report is prepared by relying on primary source including interviews of the company executives & representatives and accessing official documents, websites, and press release of the private and public companies.

The report, prepared by IndustryGrowthInsights, is widely known for its accuracy and factual figures as it consists of a concise graphical representations, tables, and figures which displays a clear picture of the developments of the products and its market performance over the last few years. It uses statistical surveying for SWOT analysis, PESTLE analysis, predictive analysis, and real-time analytics.

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Furthermore, the scope of the growth potential, revenue growth, product range, and pricing factors related to the Internet of Things (IoT) Security market are thoroughly assessed in the report in a view to entail a broader picture of the market. The report also covers the recent agreements including merger & acquisition, partnership or joint venture and latest developments of the manufacturers to sustain in the global competition of the Internet of Things (IoT) Security market.

Competition Landscape:

The report covers global aspect of the market, covering

Global Internet of Things (IoT) Security market by Types:

Network SecurityEndpoint SecurityApplication SecurityCloud SecurityOthersInternet of Things (IoT) Securit

Global Internet of Things (IoT) Security market by Applications:

Building and Home AutomationSupply Chain ManagementPatient Information ManagementEnergy and Utilities ManagementCustomer Information SecurityOther

Key Players for Global Internet of Things (IoT) Security market:

Cisco SystemsIntel CorporationIBM CorporationSymantec CorporationTrend MicroDigicertInfineon TechnologiesARM HoldingsGemalto NVKaspersky LabCheckPoint Software TechnologiesSophos PlcAdvantechVerizon Enterprise SolutionsTrustwaveINSIDE Secure SAInternet of Things (IoT) Securit

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Internet of Things (IoT) Security Market Demand (2020-2026) | Covering Products, Financial Information, Developments, Swot Analysis And Strategies |...

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Internet Of Everything (IoE) Market Status and Trend: Top Key Players, Industry Dynamics, And Regional Scope 2020 – Aerospace Journal

overview

The Internet of Everything (IoE) brings people, process, data and things together to form a networked connection which is more beneficial.The market is still in its nascent stage.The Global Internet of Everything (IoE) Market offers operational efficiency and enables better decision making.Increase in internet usage drives the IoE market growth.A strong demand across several entities high-speed processors, internet security and high network speed equipment sustains demand for IoE.

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Market Analysis

TheGlobal Internet of Everything (IoE) Marketwill be growing at a CAGR of 15.3% during the forecast period 20152020.

Increased adoption of IoE by state, federal, and local governments, non-governmental organisations, healthcare organisations, utilities, educational institutions drive the growth of the Internet of Everything (IoE) Market.

Internet proliferation, focus on big data, government initiatives, innovation in manufacturing technology are few growth propelling factors. Data transfer speed is a major constraint in the IoE environment due to the need for high traffic data transfer.

The Global Internet of Everything (IoE) Market is impacted by several technology trends such as mobility, data analytics, social networks, and cloud computing.

Growth potential is high in the emerging markets of Asia Pacific and Latin America. India and China are the fastest growing countries in the developing market. SMEs are the major end users for this technology as it yields them competitive advantage. Increasing FDI investments, improving connectivity, infrastructural investments and government initiatives for digital will positively impact the market.

Regional Segmentation

The Global Internet of Everything (IoE) Market is segmented and analysed by six regions- North America, Western Europe, Asia Pacific, Central Eastern Europe, Latin America and the Middle East & Africa. Each region is analysed in terms of technology, services, applications, and devices.

Segmentation by Technology

The Internet of Everything (IoE) Market is segmented and analysed by Infrastructure and Network Technologies and Application Technologies.

Key Vendors

Some of the key industry players include Bosch, Cisco, Ericson, IBM, Intel, and Oracle. The report also includes companies to watch for such as Axiros, Sigfox, and Wireless Logic Group.

Current and predicted business strategies for the leading companies of the market such as Cisco System Inc., PTC Inc. & Qualcomm Technologies, and Intel. Total 23 companies are covered.

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Competitive Analysis

Competitive analysis (ie current and future key business strategies of the competitors and their regional growth).A detailed competitive profiling of all the major vendors in the market.Competitive benchmarking in terms of product / service offerings, mergers and acquisitions, strategic alliances, business strategies etc.

Benefits

The report will be useful for the key stakeholders of the IoE market such as technology providers, device providers, and application providers in the following ways:

The report provides an in-depth analysis of the Internet of Everything (IoE) market globally.Bringing out the key insights of the industry, the report aims to provide an opportunity for players ranging from SMEs to larger enterprises and even for the start-ups to understand the latest trends and technologies related to the IoE market.

The report provides a detailed analysis of the global industries in terms of technology, services, applications, devices, verticals and regions.The report entails information related to the latest industry and market trends, key stakeholders, industry pest analysis and competitive landscape.It includes implementation, opportunities and adoption rate of IoE in the industry.It also includes the end user analysis.This analysis was done based on global end user survey.

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Internet Of Everything (IoE) Market Status and Trend: Top Key Players, Industry Dynamics, And Regional Scope 2020 - Aerospace Journal

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Security Pros Have Role in Combatting Disinformation – Infosecurity Magazine

The COVID-19 pandemic has provided much greater opportunities for the use of disinformation to trick people into making bad decisions, according to a panel speaking on a recent webinar entitledDuped, Deluded, Deceived: How Disinformation Defrauds You.

The panellists firstly highlighted how the definition of disinformation encompasses many common tactics used by cyber-criminals, including phishing, in which victims are duped by information that is designed to mislead.

The surge in these types of attacks this year has partly been as a result of businesses and individuals operating in new environments, in particular the shift to home working in which people are less protected by corporate networks. Niamh Muldoon, EMEA senior director in trust and cybersecurity at One Login said: During times of uncertainty people are taken out of their comfort zone, theyre using new technologies to keep their businesses moving forward, and accessing systems and data in new ways and therefore it increases the risks and threats around uncertainty around how to operate from a security perspective.

Another issue is that people are far more distracted by worries and fears in this period, and therefore more susceptible to clicking on bad URLs or being tricked into handing over personal details. Malicious actors have stayed abreast of new trends to effectively play on peoples emotions, with Theresa Lanowitz, head of communications at AT&T Cybersecurity, observing that the focus has continually shifted, covering areas such as the health impact, government stimulus packages, social unrest and vaccines. Cyber-criminals, in this very well co-ordinated business model they have, follow current events, she noted.

As well as using disinformation to commit cybercrime, this method is increasingly being utilized as a tool to spread misinformation online, something that has been highlighted during the current US election cycle. This has been brought about by the growing reliance on the internet and social media for information, which has been exacerbated by the COVID-19 pandemic, as well as celebrity culture.

Raj Samani, chief scientist and research fellow, McAfee, commented: Today with the advent of social media, the construct of who we see as authoritative has fundamentally changed. Weve seen alternative authoritative figures pushing miseducation which weve now categorized as misinformation. He highlighted the conspiracy theory that 5G was causing the coronavirus, which was endorsed by certain public figures.

This problem of misinformation has been worsened by the growing division and tribalism in countries like the US over recent years, leading to much greater confirmation bias. We need to have more education for the public on verifying information, stated Tim Helming, security evangelist at DomainTools. This includes double checking sources and the stories themselves.

Combatting the fake news phenomenon is therefore part of the job of cybersecurity professionals, according to Muldoon. We do have a role in the technology platforms that provide that information and validating the identity of the person that is sharing it. Thats where I believe our role comes in and making sure the controls are in place within platforms to validate the integrity of the data being shared.

To effectively tackle the overall issue of disinformation, education and understanding is the key. Organizations can help in this regard by building a security first mindset throughout their staff, with these learningsand habits spilling out into their home lives as well. You can tie security to business outcomes and objectives, explained Lanowitz. You want to set that culture at the top and have that shared responsibility model where the C-suite is leading by example and showing people what to do.

To achieve this, first and foremost, establishing an environment which encourages people to come forward when they see anything suspicious or even when they have been tricked is critical. Helming added: If you create a culture that intimidates and shames people for doing something like that, theyre not going to want to come forward.

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Security Pros Have Role in Combatting Disinformation - Infosecurity Magazine

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How Safe Is the US Election from Hacking? – The New York Review of Books

Patrick T. Fallon/Bloomberg via Getty Images

A voter casting a ballot on an electronic device in early voting, Los Angeles, California, October 29, 2020

In September, The New York Times reported on a concerning surge in Russian ransomware attacks against the United States, including against small towns, big cities and the contractors who run their voting systems, the full scale of which is not always disclosed. Last week, the newspaper further reported that Russia has in recent days hacked into state and local computer networks in breaches that could allow Moscow broader access to American voting infrastructure, but said that Russias ability to change vote tallies nationwide is limited, a caveat that seems more ominous than reassuring. Meanwhile, public officials and voting-machine vendors historically have not always been forthcoming with the public about the extent of security weaknesses and breaches. Election security advocates worry that this lack of transparency may leave the public exposed both to potential election theft and to false claims that election theft has occurred. In an effort to mitigate these risks, grassroots efforts around the country seek to make the 2020 election more transparent than past elections.

In August 2016, according to David Shimers book Rigged, the U.S. Intelligence community had reported that Russian hackers could edit actual vote tallies, according to four of Obamas senior advisors. But the only government official who publicly alluded to this possibility was then Senate minority leader Harry Reid. On August 29, 2016, Reid published a letter hed sent to then FBI director James Comey in which he said the threat of Russian interference is more extensive than is widely known and may include the intent to falsify official election results.

Reid has said that he believes vote tallies were changed in 2016. According to Rigged, Obamas leading advisors dismissed Reids theory, with a catch: they could not rule it out. James Clapper, Obamas director of national intelligence, told Shimer: We saw no evidence of interference in voter tallying, not to say that there wasnt, we just didnt see any evidence.

According to Rigged, the Department of Homeland Security (DHS) did not have independent surveillance abilities and just thirty-six local election offices had let them assess the security of their voting systems before the 2016 election. In January 2017, the DHS confirmed that it had conducted no forensic analysis to verify that vote tallies werent altered. In June 2017, it again confirmed that it had conducted no such forensic analysis and did not intend to do so. Senator Ron Wyden, Democrat of Oregon, has since said that As far as I can tell, no systematic post-election forensic examination of these voting machines took place. Whatever the reason for this failure to act, this administration cannot afford to repeat the mistakes of 2016.

Also in June 2017, The Intercept reported that Russia had attacked our election infrastructure and that the attack was more pervasive than either the Obama or Trump administrations had let onbased on a classified report leaked to the publication by Reality Winner, a twenty-eight-year-old Air Force veteran and National Security Agency contractor. Unfortunately for her, The Intercept published the document in such a way that the FBI was able to identify the source of the leak; Winner was arrested and tried under the Espionage Act. Sentenced to five years in prison, she is still serving her term.

In his duty to report a threat to the republic, the FBIs director was infinitely less forthcoming than Winner. In September 2016, James Comey testified to Congress that the vote system in the United Statesis very, very hard to hack into because [t]hese things are not connected to the Internet. The same month, the former Elections Initiatives director for Pew Charitable Trusts told Congress that I know of no jurisdiction where voting machines are connected to the Internet. This makes it nearly impossible for a remote hacker. Numerous other individuals, including Thomas Hicks, who has served as chairman of the US Election Assistance Commission (EAC) since 2014, have also told Congress that voting machines are not connected to the Internet.

Such reassurances were deeply misleading.

Before each election, all voting machines must be programmed with new ballots. They typically receive this programming via removable memory cards from county election management systems or computers outsourced to third parties. According to election security expert J. Alex Halderman and others, most election management systems can and likely do connect to the Internet from time to time or receive data from other, Internet-connected systems. In Haldermans view, according to the tech news site Cyberscoop, a determined attacker could spearphish the individuals responsible for programming the ballots and infect their devices with [vote-changing] malware that could spread via the memory cards to all of the voting machines in a county or state; and theres little visibility into how officials or third parties manage the ballot programming process and whether they use cybersecurity best practices.

Furthermore, Wisconsin and Florida approved in 2015 the installation of cellular modems in their Election Systems & Software (ES&S) precinct ballot scanners, which are used to count paper ballots (whether marked by hand or with a touchscreen). Poll workers use these modems to transfer unofficial vote totals from the precincts to the county election management systems (which include the county central tabulators) on election night. Official results are typically still transferred from precincts using memory cards or other removable media that are transported to the counties, a so-called sneakernet. Election security experts strongly advise against using cellular modems to transfer unofficial results because they say this practice provides an unnecessary opening for foreign nations and other remote attackers to infiltrate counties central tabulation systems. After breaching such tabulators, a hacker could install malware to change not only the unofficial vote tallies but also the official ones.

Federal guidelines for voting equipment are voluntary and do not currently bar the use of cellular modems. The National Institute of Standards and Technology (NIST) assists the EAC in developing these guidelines, and the agency is working on the next generation of them. According to a recent report in the Palm Beach Post, a NIST official cautioned the EAC in December 2019 that the use of wireless devices make the voting system a node on the internet that could provide an entryway for remote attackers.

Vendors and many election officials have ignored such warnings, sometimes claiming (falsely) that cellular transmissions dont connect to the Internet. Other times, they claim that the connection is so brief that it doesnt matter. But experts say that exposing an election system to the Internet even briefly on election night provides enough time for a determined attacker lying in wait to enter the system.

Last year, cybersecurity journalist Kim Zetter reported that a team of election security experts led by Kevin Skoglund had discovered that some election systems on the receiving end of these modem transmissions had been left online for months and perhaps years, not just a few seconds. These include systems in Florida (seven counties, including Miami-Dade), Michigan (four counties), and Wisconsin (nine counties).

In September this year, these same states received a letter signed by nearly thirty election security experts and election integrity organizations, recommending that election officials remove these modems. Susan Greenhalgh, the senior election security adviser for the nonprofit Free Speech for People, who led the initiative, told me that these swing state officials have not responded to the letters. Ion Sancho, who served as the supervisor of elections for Leon County, Florida, for almost thirty years and appears in the documentary films Hacking Democracy and Kill Chain, recently wrote follow-up letters to Florida county election officials in a final attempt to persuade them not to use the modems and to disconnect central servers from the Internet.

Justin Sullivan/Getty Images

Voters waiting in line at a polling station, Lawrenceville, Georgia, October 30, 2020

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Of course, its not just foreign powers that we must worry about. As cybersecurity journalist Brad Friedman told me, an election commission headed up by President Jimmy Carter found after the controversy surrounding the secret tabulation of the election in Ohio in 2004, that election insiders remain the greatest threat to our elections. Election management systems, voting machines, memory cards, and USB sticks are among the many things that election insiders could corrupt. The software used in voting machines and election management systems is proprietary to the vendors, making it difficult to obtain permission to forensically analyze them. Experts say hackers could erase their tracks anyway. As a practical matter, the only way to know if electronic vote tallies are legitimate is to conduct full manual recounts or robust manual audits using a reliable paper trail. But most jurisdictions require manual recounts, if at all, only if the margin of victory is less than 0.5 percent. Thus, after the 2016 election, many experts and advocacy groups recommended legislation requiring robust manual election audits in 2020.

Earlier this year, though, Republicans blocked federal legislation, the SAFE Act, which would have required such audits for most federal races. Americas preeminent election-auditing expert, Philip Stark, a professor of statistics at the University of California at Berkeley, told me a few weeks ago that only a few jurisdictions currently audit elections in a way that has a good chance of catching and correcting wrong reported outcomes. That requires a trustworthy paper trailprimarily hand-marked paper ballots kept demonstrably secure throughout the election and the auditand [what is known as] a risk-limiting audit using that paper trail. But, to the best of my knowledge, even those states only audit a few contests in each election. (Emphasis added.) A report by the National Conference of State Legislators confirms that just three states (Colorado, Rhode Island, and Virginia) require risk-limiting audits for one or more races.

As I have previously reported, many election officials have also dispensed with hand-marked paper ballots (pen and paper) in favor of new touchscreen voting machines called ballot-marking devices (BMDs). If voters miss machine errors or omissions on the paper voter records marked by these touchscreens (some call them paper ballots, misleadingly), a risk-limiting audit cant detect that. A recent study found that voters themselves detected only 7 percent of such inaccuracies. According to Halderman, who led the study, even when a poll worker prompted voters to verify the printouts, they detected only 15 percent of such inaccuracies. The only measure that made a big difference was giving voters prefilled slates, such as completed sample ballots, to compare against the printoutat which point voters detected 73 percent of such inaccuracies. It is doubtful many voters know to ask for such a thing.

In February, the Associated Press reported that BMDs would be used by all in-person voters in four hundred counties in sixteen states. Pennsylvania, a crucial battleground state, will deploy them in two of its most populous counties, Northampton and Philadelphia, despite huge problems with them last year. In Philadelphia, per a Reuters report, Poll workers and technicians reported issues with the new machines at more than 40 percent of polling locations, yet the voting machine vendor ES&S said that it was simply inaccurate for anyone to imply there were widespread issues. In Northampton, which has been described as potentially dispositive in Pennsylvanias presidential race, the local Republican Party chairwoman said that the results of a November 2019 election cant be trusted because of the catastrophic failure of the machines on that occasion. We think voters were disenfranchised,she said.

Georgia, which is the only state in the nation with two Senate seats on the ballot, will deploy BMDs statewide in this election. Earlier this month, as reported by PBS News, a few counties found that the touchscreens were intermittently omitting some senatorial candidates from the review screens. The vendor claims to have fixed the problem by installing a last-minute software update on every machine in the state. Georgias secretary of state claims that voters can have confidence because it will conduct election audits starting in November. But per a recently adopted election rule, the state plans to audit just one race, chosen by the secretary of state, not at random. According to the Open Source Election Technology (OSET) Institute, Georgia lacks sufficient backup paper ballots in the event that these touchscreens fail.

Voter registration systems also raise transparency and security concerns. In 2019, it was reported that Russia had in 2016 breached Florida voter registration systems in Washington County, as well as at least one other county (Florida officials were obliged to sign a nondisclosure agreement as to the identity of that second county). The FBI told Florida lawmakers that it could not assess with certainty whether or not voter data had been changed.

Since the 2016 election, most states have installed devices to detect efforts at voter registration system intrusion, known as Albert sensors (after Albert Einstein), as a primary defense against hacking. As reported by Bloomberg in 2018, these sensors have a knack for detecting intrusions like those from Russian hackers and funnel suspicious information to a federalstate information-sharing center, known as the Elections Infrastructure Information Sharing and Analysis Center (an agency run by the Center for Internet Security, which Reuters describes as a nonprofit that helps governments, businesses and organizations fight computer intrusions). Per Bloomberg, Albert sensors are intended to help identify malign behavior and alert states quickly. But they cant block a suspected attack, and experts caution that theyre not deployed to most of the 9,000 local jurisdictions where votes are actually cast, and sophisticated hackers can sneak past the sensors undetected.

Similar security concerns plague electronic pollbooks, the tablet computers that poll workers use to check in voters and, more recently, also to activate the new touchscreen voting machines adopted in Georgia and elsewhere. Although all electronic election equipment is vulnerable, electronic pollbooks are particularly risky because they often rely on a Wi-Fi or Bluetooth connection. Despite these reliability and security issues, use of electronic pollbooks has risen significantly since 2016. In the 2018 midterm election, ES&S electronic pollbooks in Indiana failed due to connectivity issues in five out of seven of the counties that used them; one county clerk called it the worst election shed ever experienced in her eight years on the job. In Los Angeles County in March 2020, connectivity problems with new electronic pollbooks from a company called KnowInk wreaked havoc, causing delays in voting lines of as long as five hours.

Using electronic pollbooks to activate voting machines creates additional risks. According to PBS, e-pollbooks also caused problems, including displaying the wrong races and randomly shutting down, during Georgias primary elections in June. Again, the electronic pollbooks were supplied by KnowInk, whose managing director, Scott Leiendecker, is a former Republican election official. Leiendeckers wife donated to the campaign of Georgias Republican secretary of state before the state announced its contract with KnowInk. KnowInks product manager once campaigned for Ed Martin, the president of the Phyllis Schlafly Eagles, which opposes the Equal Rights Amendment. KnowInks products are now used in twenty-three states, as well as Canada.

Nor can we count on officials to tell the public if e-pollbooks or other systems are breached. In January this year, the FBI announced a change of policy, whereby it will alert state election officials of local election system breaches. It has not explained why it lacked such a policy previously. Nor has it committed to informing the public of breaches even after investigations have concluded. On August 4, 2020, Senator Richard Blumenthal, Democrat of Connecticut, posted on Twitter that he was shocked and appalled after leaving a 90-minute classified briefing on foreign malign threats to our elections. He wrote that Americans need to see & hear these reports, which, he said, ranged from spying to sabotage, yet Congress had been sworn to secrecyunacceptably. Later that month, Trump and his appointee intelligence leaders cancelled in-person congressional briefings about Russian interference, alleging prior improper leaks by Democrats.

Robyn Beck/AFP via Getty Images

Election workers preparing mail-in ballots for a signature verification machine, at a Los Angeles County processing center, Pomona, California, October 28, 2020

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For his part, President Trump has deflected justified concerns about Russian hacking with unsubstantiated and fantastical claims about vote-by-mail. This includes the notion that foreign countries could counterfeit millions of mail ballots, which is not even a plausible method of fraud since election workers check mail ballots against voter registration lists. The theory was initially floated by Attorney General William Barr, who has admitted he has no actual evidence for it.

Earlier this month, Trumps partisan director of national intelligence, John Ratcliffe, who cancelled the congressional briefings on Russian interference, held a press conference, emphasizing that both Russia and Iran had obtained voter registration data, and stating that Iran had faked menacing emails from the far-right group the Proud Boys to voters. But voter registration data is publicly available in many states, and Ratcliffe did not say whether systems had been breached to acquire it. A few days later, The New York Times reported that many intelligence officials said they remained far more concerned about Russia [rather than Iran], which has in recent days hacked into state and local computer networks in breaches that could allow Moscow broader access to American voting infrastructure. Similarly, in August, House majority leader Nancy Pelosi and Intelligence Committee chairman Adam Schiff warned that the actions of Russia, China and Iran are not the same. Only one countryRussiais actively undertaking a range of measures to undermine the presidential election and secure the outcome that the Kremlin sees as best serving its interest.

Heading into this election, election security activists are seeking to counteract this lack of transparency regarding the electronic aspects of our election system. Protect Our Votes (a group I cofounded), Democracy Counts, and Transparent Elections North Carolina are all organizing volunteers to photograph precinct totalsas shown on precinct poll tapesafter polls close, and then compare them with the official reported totals for those precincts. Although these comparisons cannot detect hacking of precinct tallies, a discrepancy between precinct totals and reported totals could indicate hacking or other problems involving the county central tabulators.

In late 2015, a poll tape analysis conducted by Bennie Smith, an election commissioner in Shelby County, Tennessee, revealed that votes had disappeared from voting machines serviced and maintained by ES&S in predominantly African-American precincts during the countys municipal election held in October that year. The Republican county election administrator, Richard Holden, who had previously been investigated by the FBI, abruptly retired after Bloomberg reported the incident. A wave of electoral victories by African-American Democratic candidates for county office soon followed. This was a striking change from Holdens six-year tenure, during which Republicans had twice swept nearly all countywide races.

Earlier this year, an election integrity group known as Audit USA led efforts to stop Shelby Countys Republican-led election commission from entering into another contract with ES&S. The countys Democratic-led funding commission blocked the contract on October 12 amid concerns about the bidding process. But Smith, a Democrat, told me that Tennessees Republican secretary of state, Tre Hargett, has since given the county election commission new ES&S scanners for use in Novembers election. Smith said he has not been able to ascertain whether these eleventh-hour scanners include modems, a measure he said would violate state law.

Elsewhere, an organization named Scrutineers does voter education work that includes various election transparency projects. One such project, called Ask the Voters, aims to conduct postelection affidavit audits of precincts or small counties with anomalous results. Another organization to which I belong, the National Voting Rights Task Force (NVRTF), will document live reported vote totals at crucial states county websites to capture evidence of anyanomalies, such as vanishing votes. NVRTFs software program will automatically capture screenshots of the reported results every fifteen minutes. (The citizen task force is still seeking volunteers to assist with this aptly named Watch the Counties project.)

Meanwhile, the Columbus Institute for Contemporary Journalism has sent requests to every county in seven states (Florida, Michigan, Ohio, Pennsylvania, Wisconsin, Arizona, and North Carolina) to obtain detailed information about the election equipment they are using and who specifically is programming it. The organization is preparing to file lawsuits where viable in the event of election anomalies this November.

In addition, most digital scanners in use today automatically create images of the paper ballots, which can be used by the public to compare against electronic totals. Unfortunately, many election officials erase them, but at this election, Audit USA and Citizens Oversight are leading an effort to obtain these images and compare them with official election results.

Finally, voters can report malfunctioning election equipment, voter suppression actions, and other problems to See Say 2020, which will vet these reports and post details of incidents on an interactive map, both to inform the public and to serve as potential evidence if official results need contesting.

In an ideal world, such independent monitoring efforts and citizen initiatives would not be necessary. Americans could go to the polls, vote, and be sure their ballots would be counted in a free and fair election. But that is not the reality. Instead, we face an unprecedented combination of election interference from hostile foreign powers and a president intent on keeping the public confused and uninformed about threats to our election infrastructure. As another US president liked to say: trust, but verify.

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How Safe Is the US Election from Hacking? - The New York Review of Books

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Internet watchdog warns of rise in scammers’ activity – New Zealand Herald

State cyber security agency CertNZ says there have been 1000 such attacks in the past two months. Photo / 123RF

An internet security watchdog is warning people carrying out financial transactions online that there has been a sudden surge in malware attacks.

Malware involves a person's device being taken over and fake invoices being sent to customers or a person's data being encrypted and held to ransom.

State cyber security agency CertNZ said there have been 1000 such attacks in the past two months.

Its deputy director, Declan Ingram, said the attacks from offshore are happening on a global scale.

One of the best protections is software which generates multiple passwords for various websites but only requires the user to remember one of them, Ingram said.

Earlier this month police warned landline users that there was an increased risk of phone scammers conning them out of thousands of dollars.

Three men in Auckland, aged in their 20s and 30s, have been charged in relation to alleged money laundering after an 84-year-old victim lost almost $10,000 after getting a phone call from someone pretending to be from Spark.

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Internet watchdog warns of rise in scammers' activity - New Zealand Herald

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Homeland Security notified after hackers leak names of local residents who reportedly submitted invalid ballots – iFIBER One News

On Tuesday, the Secretary of States office reportedto the U.S. Department of Homeland Securityafter a bogus website released private voter information of citizens of Grant, Chelan, Douglas, Kittitas, Adams counties and other counties across the state.

The Office of the Secretary of state reported votewashington.info to its partners at the Cybersecurity and infrastructure Security Agency and the Center for Internet Security.

The website is designed to look like an extension of the Secretary of States website and posts the names and addresses of those whose ballots are reportedly rejected or in question.

The state says the website is not a verifiable source of election information. The website breaks down information by county.

The state says people should not rely on this website for official election information.

Voters can check their ballot status by visiting votewa.gov.

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Homeland Security notified after hackers leak names of local residents who reportedly submitted invalid ballots - iFIBER One News

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Global Internet of Things Security Market Expected to reach highest CAGR in forecast period :Check Point Security Software Technologies, Cisco…

This versatile composition of research derivatives pertaining to diverse concurrent developments in the global Internet of Things Security market is poised to induce forward-looking perspectives favoring unfaltering growth stance.

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Quantum computers could soon reveal all of our secrets. The race is on to stop that happening – ZDNet

A fully-fledged quantum computer that can be used to solve real-world problems. For many computer scientists, the arrival of such a device would be their version of the Moon landings: the final achievement after many decades of research -- and the start of a new era.

For companies, the development could unlock huge amounts of wealth, as business problems previously intractable for classical computers are resolved in minutes. For scientists in the lab, it could expedite research into the design of life-saving drugs.

But for cryptographers, that same day will be a deadline -- and a rather scary one. With the compute power that they will be capable of, large-scale quantum devices effectively pose an existential threat to the security protocols that currently protect most of our data, from private voice notes all the way to government secrets.

SEE: Network security policy (TechRepublic Premium)

The encryption methods that are used today to transform data into an unreadable mush for anyone but the intended recipients are essentially a huge maths problem. Classical computers aren't capable of solving the equation in any useful time frame; add some quantum compute power, though, and all of this carefully encoded data could turn into crystal-clear, readable information.

The heart of the problem is public key encryption -- the protocol that's used to encode a piece of data when it is sent from one person to another, in a way that only the person on the receiving end of the message can decode. In this system, each person has a private cryptography key as well as a public one, both of which are generated by the same algorithm and inextricably tied to each other.

The publicly-available key can be used by any sender to encrypt the data they would like to transmit. Once the message has arrived, the owner of the key can then use their private key to decrypt the encoded information. The security of the system is based on the difficulty of figuring out a person's private key based on their public one, because solving that problem involves factoring huge amounts of numbers.

Inconveniently, if there's one thing that quantum computers will be good at, it's crunching numbers. Leveraging the quasi-supernatural behaviour of particles in their smallest state, quantum devices are expected to one day breeze through problems that would take current supercomputers years to resolve.

That's bad news for the security systems that rely on hitherto difficult mathematics. "The underlying security assumptions in classical public-key cryptography systems are not, in general, quantum-secure," says Niraj Kumar, a researcher in secure communications from the school of informatics at the University of Edinburgh.

"It has been shown, based on attacks to these keys, that if there is quantum access to these devices, then these systems no longer remain secure and they are broken."

Researchers have developed quantum algorithms that can, in theory, break public-key cryptography systems.

But as worrying as it sounds, explains Kumar, the idea that all of our data might be at risk from quantum attacks is still very much theoretical. Researchers have developed quantum algorithms, such as Shor's algorithm, that can, in theory, break public-key cryptography systems. But they are subject to no small condition: that the algorithms operate in a quantum computer with a sufficient number of qubits, without falling to noise or decoherence.

In other words, a quantum attack on public-key cryptography systems requires a powerful quantum computer, and such a device is not on any researcher's near-term horizon. Companies involved in the field are currently sitting on computers of the order of less than 100 qubits; in comparison, recent studies have shown that it would take about 20 million qubits to break the algorithms behind public-key cryptography.

Kumar, like most researchers in the field, doesn't expect a quantum device to reach a meaningful number of qubits within the next ten or 20 years. "The general consensus is that it is still very much a thing of the future," he says. "We're talking about it probably being decades away. So any classical public-key cryptography scheme used for secure message transmission is not under imminent threat."

NIST, the US National Institute of Standards and Technology, for its part estimates that the first quantum computer that could pose a threat to the algorithms that are currently used to produce encryption keys could be built by 2030.

Don't let the timeline fool you, however: this is not a problem that can be relegated to future generations. A lot of today's data will still need to be safe many years hence -- the most obvious example being ultra-secret government communications, which will need to remain confidential for decades.

This type of data needs to be protected now with protocols that will withstand quantum attacks when they become a reality. Governments around the world are already acting on the quantum imperative: in the UK, for example, the National Cyber Security Centre (NCSC) has accepted for several years now that it is necessary to end reliance on current cryptography protocols, and to begin the transition to what's known as 'quantum-safe cryptography'.

Similarly, the US National Security Agency (NSA), which currently uses a set of algorithms called Suite B to protect top-secret information, noted in 2015 that it was time to start planning the transition towards quantum-resistant algorithms.

As a direct result of the NSA's announcement five years ago, a global research effort into new quantum-safe cryptography protocols started in 2016, largely led by NIST in the US. The goal? To make classical public-key cryptography too difficult a problem to solve, even for a quantum computer -- an active research field now called 'post-quantum cryptography'.

NIST launched a call for help to the public, asking researchers to submit ideas for new algorithms that would be less susceptible to a quantum computer's attack. Of the 69 submissions that the organization received at the time, a group of 15 was recently selected by NIST as showing the most promise.

SEE: Security Awareness and Training policy (TechRepublic Premium)

There are various mathematical approaches to post-quantum cryptography, which essentially consist of making the problem harder to crack at different points in the encryption and decryption processes. Some post-quantum algorithms are designed to safeguard the key agreement process, for example, while others ensure quantum-safe authentication thanks to digital signatures.

The technologies comprise an exotic mix of methods -- lattices, polynomials, hashes, isogenies, elliptic curves -- but they share a similar goal: to build algorithms robust enough to be quantum-proof.

The 15 algorithms selected by NIST this year are set to go through another round of review, after which the organisation hopes to standardise some of the proposals. Before 2024, NIST plans to have set up the core of the first post-quantum cryptography standards.

NCSC in the UK and NSA in the US have both made it clear that they will start transitioning to post-quantum cryptography protocols as soon as such standards are in place. But government agencies are not the only organisations showing interest in the field. Vadim Lyubashevsky, from IBM Research's security group, explains that many players in different industries are also patiently waiting for post-quantum cryptography standards to emerge.

"This is becoming a big thing, and I would say certainly that everyone in the relevant industries is aware of it," says Lyubashevsky. "If you're a car manufacturer, for example, you're making plans now for a product that will be built in five years and will be on the road for the next ten years. You have to think 15 years ahead of time, so now you're a bit concerned about what goes in your car."

For IBM's Vadim Lyubashevsky, many players in different industries are patiently waiting for post-quantum cryptography standards to emerge.

Any product that might still be in the market in the next couple of decades is likely to require protection against quantum attacks -- think aeroplanes, autonomous vehicles and trains, but also nuclear plants, IoT devices, banking systems or critical telecommunications infrastructure.

Businesses, in general, have remained quiet about their own efforts to develop post-quantum cryptography processes, but Lyubashevsky is positive that concern is mounting among those most likely to be affected. JP Morgan Chase, for example, recently joined research hub the Chicago Quantum Exchange, mentioning in the process that the bank's research team is "actively working" in the area of post-quantum cryptography.

That is not to say that quantum-safe algorithms should be top-of-mind for every company that deals with potentially sensitive data. "What people are saying right now is that threat could be 20 years away," says Lyubashevsky. "Some information, like my credit card data for example -- I don't really care if it becomes public in 20 years. There isn't a burning rush to switch to post-quantum cryptography, which is why some people aren't pressed to do so right now."

Of course, things might change quickly. Tech giants like IBM are publishing ambitious roadmaps to scale up their quantum-computing capabilities, and the quantum ecosystem is growing at pace. If milestones are achieved, predicts Lyubashevsky, the next few years might act as a wake-up call for decision makers.

SEE: Quantum computing: Photon startup lights up the future of computers and cryptography

Consultancies like security company ISARA are already popping up to provide businesses with advice on the best course of action when it comes to post-quantum cryptography. In a more pessimistic perspective, however, Lyubashevsky points out that it might, in some cases, already be too late.

"It's a very negative point of view," says the IBM researcher, "but in a way, you could argue we've already been hacked. Attackers could be intercepting all of our data and storing it all, waiting for a quantum computer to come along. We could've already been broken -- the attacker just hasn't used the data yet."

Lyubashevsky is far from the only expert to discuss this possibility, and the method even has a name: 'harvest and decrypt'. The practice is essentially an espionage technique, and as such mostly concerns government secrets. Lyubashevsky, for one, is convinced that state-sponsored attackers are already harvesting confidential encrypted information about other nations, and sitting on it in anticipation of a future quantum computer that would crack the data open.

For the researcher, there is no doubt that governments around the world are already preparing against harvest-and-decrypt attacks -- and as reassuring as it would be to think so, there'll be no way to find out for at least the next ten years. One thing is for certain, however: the quantum revolution might deliver some nasty security surprises for unprepared businesses and organisations.

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Honeywell fires up the H1, its second-generation quantum computer – CNET

An ion chamber houses the qubit brains of Honeywell's quantum computers.

Honeywell's second-generation quantum computer, the H1, is in business. The powerful computer performs calculations by carefully manipulating 10 ytterbium atoms housed in a thumbnail-size package called an ion trap.

Honeywell, a surprise new entrant intoquantum computers, is one of a several companies hoping to revolutionize computing. Tech giants IBM, Google, Intel and Microsoft also have serious quantum computing programs, and startups such as Rigetti Computing and IonQ are in the fray with their own machines.

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A host of other startups like QC Ware, Zapata, Cambridge Quantum Computing, Rahko, and Xanadu are working to make quantum computers easier to use for those that don't have a bunch of Ph.D.s on staff to wrestle with the weird laws that govern the ultra-small scale of the quantum physics realm.

The continued progress is essential if quantum computers, still in their infancy, are to meet their potential. Years of investments will be required to carry today's early designs to a more practical, profitable phase.

The heart of a quantum computer is called a qubit, a data storage and processing element that unlike conventional computer bits can store an overlapping combination of zero and one through one quantum computing phenomenon called superposition. Honeywell's H1 machine today has 10 qubits, charged ytterbium atoms arranged in a line.

Those qubits can be tickled electromagnetically to change the data they're storing, shift positions and reveal their state to the outside world when a calculation is finished. Qubits can be connected through a phenomenon called entanglement that exponentially increases the number of states a quantum computer can evaluate.

That's why quantum computers promise to be able to crack computing problems that conventional machines can't. One big expected use is molecular modeling to improve chemical processes like fertilizer manufacturing. Quantum computers are also expected to take on other materials science challenges, such as creating efficient solar panels and better batteries. Other uses focus on optimization tasks like overseeing the financial investments and routing a fleet of delivery trucks.

Honeywell pioneered this trapped-ion design with the H0 quantum computer prototype. "Because of demand from partners and customers, we transformed H0 into a commercial system," said Tony Uttley, president of Honeywell Quantum Solutions. Customers who've used H0 include Los Alamos National Laboratory and the University of Texas at Austin, oil-and-gas giant BP and financial services company JPMorgan Chase.

The H0 set a record for an IBM-designed quantum computing speed test called quantum volume, a measure that combines the number of qubits and how much useful work they can accomplish. In August, IBM reached a quantum volume of 64, part of a plan to double performance annually. But in October, Honeywell announced its H0 reached a quantum volume of 128. That's part of its plan to increase performance at least by a factor of 10 annually, reaching 640,000 by 2025.

Honeywell also detailed H2, H3, H4 and H5 quantum computer design plans extending through 2030. They'll replace today's straight-line ion trap with increasingly complicated arrangements, including a looped "racetrack" in the H2 already in testing today and increasingly large crisscrossing lattices for the H3, H4 and H5.

One big motivation for the new designs is cramming in more qubits. That'll be important to move beyond today's kicking-the-tires calculations into more serious work. It'll be essential for one of the big challenges for future quantum computers, error correction, which designers hope will let easily perturbed qubits perform calculations for longer before being derailed.

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Quantum Computing Is Bigger Than Donald Trump – WIRED

Just this week the Senate had a hearing, ostensibly about speech on internet platforms. But what the hearing was really about was our continuing inability to figure out what to do with a technological infrastructure that gives every single person on the planet the ability to broadcast their thoughts, whether illuminating or poisonous. We know that solutions are elusive, especially in the context of our current electoral issues. But this is actually one of the less vexing conundrums that technology has dropped on our lap. What are we going to do about Crispr? How are we going to handle artificial intelligence, before it handles us? A not-encouraging sign of our ability to deal with change: While we werent looking, smart phones have made us cyborgs.

Heres another example of a change that might later look more significant than our current focus: Late last year, Google announced it had achieved Quantum Supremacy, This means that it solved a problem with its experimental quantum computer that couldnt be solved with a conventional one, or even a supercomputer.

Its a forgone conclusion that quantum computing is going to happen. When it does, what we thought was a speed limit will evaporate. Nobodynobody!has an idea of what can come from this. I bet it might even be bigger than whatever Donald Trump will do in a second (or third or fourth) term, or the civil disorder that might erupt if he isnt returned to the Peoples House.

A few days after the election, on that same West Coast trip, I had a random street encounter with one of the most important leaders in technology. We spoke informally for maybe 15 or 20 minutes about what had happened. He seemed shattered by the outcome, but no more than pretty much everyone I knew. He told me that he asked himself, should I have done more? Like all of the top people in the industry, he has since had to make his accommodations with the Trump administration. But as with all his peers, he has not relented on his drive to create new technology that will continue the remarkable and worrisome transformation of humanity.

The kind of people who work for him will keep doing what they do. Maybe they will no longer want to work for a company thats overly concerned about winning the favoror avoiding the disfavorof a president who they think is racist, a president who despises immigrants (wife and in-laws excepted), a president who encourages dictators and casts doubts on voting. If things get bad in this country, a lot of those engineers and scientists will leave, and a lot of other countries will welcome them. The adventure will continue. Even if the United States as we know it does not last another generation, scientists will continue advancing artificial intelligence, brain-machine interfaces, and, of course, quantum computing. And thats what our time will be known for.

Yes, a thousand years from now, historians will study the Donald Trump phenomenon and what it meant for our gutsy little experiment in democracy, as well as for the world at large. I am still confident, however, that historians will find more importance in learning about the moments in our lifetimes when science changed everything.

What I am not confident about is predicting how those future historians will do their work, and to what extent people of our time would regard those historians as human beings, or some exotic quantum Crispr-ed cyborgs. Thats something that Donald Trump will have no hand in. And why its so important, even as politics intrude on our everyday existence, to do the work of chronicling this great and fearsome adventure.

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