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Indians most concerned about identity theft – Fortune India

How can businesses take advantage of these findings? What can companies do to ensure that they are protecting themselves in this new work from home (WFH) environment?

Seshadri: Businesses can leverage these insights to understand what matters to their consumers and act where it makes a difference. They can also leverage these findings to identify potential gaps in their efforts to secure their data and infrastructure and take necessary action.

For instance, the survey found that only 32% people were seriously concerned about a data breach while working remotely, reflecting a false sense of security. This certainly puts the onus on organisations to secure their data and assets from malicious attacks which are so rampant now. There are a few things that companies can do to ensure they are protecting themselves in this new WFH environment:

Reduce dependence on VPNs: Make it easier for employees to be secure when connecting from home, and that means less use of old-style VPNs that dont scale and arent suited for the Covid era. Companies should embrace a zero-trust approach and technology, including always-on encrypted direct access, identity verification tools, and a software-defined perimeter to limit the damage from malware getting in.

Empower employees to manage the risks of a WFH environment: Employees are a critical link in the security net of any company and it is important that we empower them with the right knowledge and skill sets to combat the threats of a WFH world.

Leverage technologies like biometrics to enhance security: It is time to explore technologies such as biometrics to extend safety precautions in the age of work from home. Firms can equip their employees with additional security controls such as multi-factor authentication, or even biometric logins such as facial recognition or fingerprint scans, which are not as easy to breach as some of the more traditional approaches.

Leverage emerging technologies and approaches to fortify the security ecosystem: Companies should look at how they can embed technologies like artificial intelligence and machine learning into their security ecosystem to improve their cyber posture. They should also embrace approaches like microsegmentation to strengthen their security posture.

Prepare for an attack: Cyberattacks are considered a matter of when and not if, given the level of sophistication of cyber threats. Reducing the attack surface via approaches like microsegmentation could go a long way in protecting corporate data and systems. Organisations should also look beyond winning with security and focus on resilience and trust as this could be the difference between whether an organisation recovers or not after a cyberattack.

How can individuals protect themselves from identity theft?

Seshadri: The survey revealed that identity theft is the topmost security concern in India with 83% people being concerned about it. For the past four years, identity theft has remained the top concern among consumers globally as well. One reason for this is the high threat recognition and clear potential impact that identity theft has among consumers. Identity theft is often associated with financial crimes, illegal immigration, terrorism, espionage and blackmail, making people seriously concerned about the issue.

Individuals need to stay cautious and work harder to stay safe in this new environment, whether working from home or just sharing and interacting more online. Here are a few tips that will help:

* Be aware of the IT security policies and procedures of their organisation. In case they are using personal hardware or downloading software for work, it is recommended that they seek approval from their IT department

* Update passwords on hardware such as cable boxes and internet modems regularly and not share any passwords with anyone

* Install all applicable software patches and updates to keep their personal and official devices secure. This has to be done on an ongoing basis

* Trust their intuition and ignore suspicious calls or emails that ask for personal information

* Verify all hyperlinks by examining the domain in the URL and using online search engines to verify links independently

* Secure their hardware by updating to the latest firmware and checking the brand and model for security risks

* Protect their video calls by using new links and making sure meetings are password protected

What should for individuals, businesses, and governments do to increase security?

Seshadri: The results of the index prompt us to suggest actions that individuals, businesses, and governments should take to increase security:

Individuals: They need to be more aware of the security threats in a remote working environment and never drop their guard. They must follow IT security guidelines to secure their personal data and organisational data that they deal with as part of their work.

Enterprises and governments: They need to take actions to increase security and address the security concerns cited by consumers. This could include:

* Adopting a zero-trust security model in their organisations that assumes all network traffic is a potential threat

* Not neglecting security basics like standard password protection and employee education

* Approaching security with clients, customers, and constituents in mind

* Collaborating with business partners to address common challenges

Governments also have a role to play in creating and implementing regulatory frameworks that address the concerns raised and ensure greater security for individuals and businesses.

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Indians most concerned about identity theft - Fortune India

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Apple may have just changed a key part of how the internet works – TechRadar

A central part of the system keeping the internet secure looks set to change for good thanks to a decision made months ago by Apple.

The company declared in February 2020 it would start accepting a new default lifespan of 398 days for TLS certificates - the encryption service that protects web data - going against the existing system set by the Certificate Authority industry.

Now, Google and Mozilla are set to follow suit, meaning the companies behind three of the leading browsers on the market today are changing the way internet security operates.

Back in February, Apple said that it would be reducing the maximum allowed lifetimes of TLS server certificates of its own accord. The company said that doing so would help improve web security for its users, as this would help weed out bad or insecure TLS certificates which had been affected by cybercrime or malware.

However Apple's actions go against precedents set down by the the CA/B Forum, an industry body made up of representatives from browsers and Certificate Authorities (CAs) alike, and the organisation that usually dictates these lifespans.

CAs are the companies that issue TLS certificates, the lifespans of which have increasingly shortened in recent years as the need for greater online security grows.

When first introduced, TLS lifespans were eight years long, before gradually falling to two years under pressure from tech firms. With more sites being hit by cyberattacks, and the sheer number of websites across the internet continuing to grow exponentially, the need for flexible and effective TLS certificates to keep pages secure is greater than ever.

Securing websites with HTTPS systems goes a long way to ensuring these protections stay in place, but Apple, Mozilla and Google hope that combining this with shorter TLS certificates might make the job of a hacker harder than before.

The issue now seems decided, with individual CA providers protesting but unable to do much about the stance of Apple and its fellow tech firms.

So from September 1 2020, users may start to see more HTTPS errors in their browser, but can be reassured that this should mean their connections are arguably more secure - at least in Apple's eyes.

Via ZDNet

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Apple may have just changed a key part of how the internet works - TechRadar

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Deeper Connect Mini: Decentralized, Private and Secure Internet for the People, launching June 30th on Indiegogo. – Yahoo Finance

NEW YORK, NY / ACCESSWIRE / June 30, 2020 / Deeper Connect Mini, is a small yet powerful device combining cybersecurity, blockchain technology and a sharing economy whose Indiegogo campaign will be launched on June 30th. The device constitutes the accumulated effort of more than two years of active development, and aims at revolutionizing people's relationship with the Internet.

Deeper Connect, has come just at the right moment to propose a solution for cybersecurity worldwide, online privacy and restricted internet access problems introducing a whole new paradigm beyond current VPNs.

Deeper Connect Mini offers a different approach to VPNs, the most notable being its Decentralized Private Network, or in other words, a network constituted by the collection of all devices around the world. In this network each user will be a client and a server at the same time with no central servers.

Given its decentralized architecture, Deeper Connect can easily replace any VPN during travels or at home to access internet content otherwise geographically restricted or for online privacy thanks to the private, open and unrestricted Internet access it provides from anywhere and at any time. But unlike VPNs, users' Internet connection cannot be easily blocked or tracked.

Deeper Connect Mini can establish up to 16 tunnels to other nodes all over the world. By default, they will be established in the US, Europe, Singapore, and China. Nonetheless, users will have the option to define their own smart routes based on the content they want to access.

Also, thanks to optimization of (AtomOS), its lock-free operating system, Deeper Connect is capable of achieving the level and performance of products such as a Palo Alto Network device, which may cost more than $10,000 USD. It is this 7-layer security scanning function that makes Deeper Connect stand on another level with respect to other firewalls for the general public. Deeper Connect can effectively protect IoT devices, by adding a secure gateway between home networks and the external Internet. It will enable a multi-encrypted network firewall function to protect home networks making it extremely difficult for hackers to attack IoT devices on the "cloud server side". It will also recognize and record malicious attacks for further cracking cybercrime. This level of cybersecurity is without a doubt great for remote workers and digital nomads.

Story continues

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Deeper Connect Mini: Decentralized, Private and Secure Internet for the People, launching June 30th on Indiegogo. - Yahoo Finance

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Internet of Things (IoT) Security: Technologies and Global Markets – Yahoo Finance

NEW YORK, June 29, 2020 /PRNewswire/ --

Report Scope: This report analyzes the market for commercialized IoT security solutions.It helps readers to understand how the IoT security solutions market will evolve and how trends will impact its adoption.

Read the full report: https://www.reportlinker.com/p05917742/?utm_source=PRN

The report focuses on security solutions that have been developed or customized to meet the unique needs of IoT systems. Services provided for integrating such solutions or managed security services are also included in the scope of this report.

This study was conducted with a global perspective in terms of IoT security solution technology and its applications.Market projections have been conducted for five geographic regions: North America, South America, Europe, Middle East and Africa (MEA) and Asia-Pacific.

All market reported revenues are in constant 2019 U.S. dollars.

The scope of this report encompasses various technologies used in IoT security solutions.The market is also divided based on the size of the enterprises adopting IoT security technologies.

Additionally, the application industry for the market is segmented into automotive, healthcare, retail and ecommerce, smart homes, energy and utilities, manufacturing, government and others (including media and entertainment and BFSI sectors). The present global market offers an opportunity to the stakeholders, largely because of a surge in cloud-based services and the increased use of IoT devices, specifically in sectors like healthcare and manufacturing.

This report highlights different security types in the market for IoT security technologies, including device/endpoint security, network security, application security, cloud security and others (email security and web security).The market is also divided by its major components (platforms, solutions and services).

The solution part is further split up into identity and access management (IAM), data encryption, intrusion detection system/intrusion prevention system, distributed denial of service (DDoS) protection, device authentication and management and others (firmware update, security analytics, PKI lifecycle management, etc.). The services segment is sub-divided into professional services and managed services. The estimated and forecast market revenue considered in this report are the summation of prices for software, hardware and subscription services.

This report also offers insights on drivers, restraints and opportunities for the market, gathered through primary and secondary research.Strategies adopted by the companies in the global market are provided in this report, to analyze ongoing trends in the market.

This report provides market share analysis and key vendor profiles of top IoT security companies. The regional level study includes North America, Europe, Asia-Pacific, the Middle East and Africa and the South American region.

COVID-19 has had a massive impact on society since the beginning of 2020.This report considers the impact of COVID-19 and the economic slowdown created due to lockdown in various countries.

When people are following social distancing and relying more on technology, it is observed that IoT security threats are increased, and there are more cyber-attacks. It is expected that the demand for IoT security solutions will increase in the wake of the COVID-19 pandemic and boost the market for IoT security technologies.

Report Includes: - 69 tables - Descriptive study and in-depth analysis of the global Internet of Things (IoT) security solutions and technologies market - Analyses of the global market trends, with data corresponding to market size for 2019, estimates for 2020 and projections of compound annual growth rates (CAGRs) through 2025 - Information pertaining to industry value chain analysis providing a systematic study of the key intermediaries involved, which could further assist stakeholders in formulating appropriate strategies - Market share analysis of the leading companies encompassing their successful marketing strategies, key competitive landscape and recent developments - Discussion of the various IoT solutions and different security features embedded to give insight into how security technologies are provided through these solutions - Assessment of market opportunities and a look at the IoT data security standards and regulations, and cost-benefit considerations for implementing security solutions - Outlining the demand of IoT security solutions amid rising number of cyber-attacks and considering the impact of COVID-19 pandemic outbreak and the economic halt created due to lockdown imposed in various countries - Profile description of leading global corporations within the IoT technologies market, including Cisco Systems Inc., ESCRYPT, Great Bay Software Inc., Inside Secure, Microsoft Corp., SecuriThings Ltd. and Thales e-Security Inc.

Summary: With the increasing use of smart IoT devices, challenges related to security are increasing.As fast as security grows, the hacking world grows faster.

IoT security is the process of protecting IoT-connected devices including hardware, software and data from cyber-attack.The security that is designed to maintain confidentiality, integrity and availability of data, is a subset of cyber security.

IoT security focuses on protecting internet-enabled devices that connect to each other on wireless networks. IoT security is the safety component tied to the IoT to protect IoT devices and networks against cybercrime.

Companies should enhance consumer privacy and security, thereby building consumer trust in IoT devices: - Adopt security by design: Every IoT design should start with security. Giant tech firms and startups, alike, should incorporate security into the initial design process. - Engage in data minimization: To avoid security breaches, IoT manufacturers should employ different approaches to protect the device from being accessed by anyone through the Internet. - Increase transparency and provide consumers with notice and choice for unexpected data uses: IoT manufacturers should provide consumers with notice about how data is used and shared and then offer tools that will allow consumers to turn off certain types of information collection and sharing. The manufacturers should also educate consumers about security so users can avoid risky behavior while using IoT devices.

IoT is becoming mainstream, with companies like Google, Cisco, IBM, Intel and others leading the revolution.The IoT explosion will offer a wide range of opportunities to various sectors, including manufacturing and healthcare, it also poses major risks in terms of security.

As more devices are interconnected, securing them all will be the biggest challenge.Hardware, software and connectivity will all need to be secure for IoT objects to work effectively.

Without security, any connected object, from refrigerators to manufacturing bots, can be hacked. Once hackers gain control, they can usurp the object's functionality and steal digital data.

Read the full report: https://www.reportlinker.com/p05917742/?utm_source=PRN

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Internet of Things (IoT) Security: Technologies and Global Markets - Yahoo Finance

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Could Donald Trump claim a national security threat to shut down the internet? – Brookings Institution

I have the right to do a lot of things that people dont even know about, Donald Trump told a reporter in a 2020 Oval Office exchange. One of those powers is his authority to shut down radio, television, both wireless and wired phone networks, and the internet.

An obscure provision tucked at the back of the Communications Act (Sec.706, codified as 47 USC 606) empowers the president to cause the closing of any station for radio communications (such as broadcasting or mobile phone networks) as well as cause the closing of any facility or station for wire communications (such as telephone and internet networks). All that is necessary for the exercise of these huge powers is a proclamation by the President of national emergency in the case of broadcast stations and mobile phones, or the interest of the national security for the internet or telephone networks. The statute also gives the president the power to suspend or amend FCC regulations.

Such authority makes one tremble when considered alongside Donald Trumps stated belief, When somebodys the President of the United States, the authority is total. His recent threat to social media platforms to close them down continues his efforts to use government authority to coerce and manipulate the media.

Previous threats include a September 2018 tweet targeting the television licenses of a company that displeased him. I have long criticized NBC and their journalistic standards worse than even CNN, he wrote. Then he threatened government action: Look at their license? Of course, NBC, the network, does not hold a license, but the parent company does own very valuable FCC-granted broadcast television licenses in many major cities. While pulling those licenses never happened, the threat was designed to have a chilling effect on the networks editorial decisions (there is no proof it did so at NBC).

A few weeks ago, in a carefully orchestrated Oval Office event, the president tried the same kind of intimidation with internet social media networks. When Twitter began posting fact-based content links alongside Trumps more preposterous tweets, his solution was to bring forth the power of federal agencies. With the attorney general standing beside him, the president issued an Executive Order which, among other things, instructed the FCC to get into the oversight of free speech and determine whether such decisions are made in good faith. One of the Trump-appointed FCC commissioners, Brendan Carr, immediately fell in line saying the proposal makes sense.

It is not a big step from using the power of the government to threaten free expression to actually doing something to curtail that expression. All it takes is a unilateral proclamation by the President of the existence of a national emergency.

Such declarations of national emergency have become a go-to solution for this president to get his way. Only days after being sworn in, he restricted travel from majority-Muslim countries for alleged security reasons. As a part of his trade war, Trump imposed tariffs on foreign steel and aluminum, declaring importation a national security threat because of its impact on domestic production. When the Congress wouldnt give him the funding he wanted for the Mexican border wall, the president simply used a national emergency declaration to reallocate Defense Department funds to build the wall. In his push to help the coal industry, the president even considered declaring that the use of natural gas to power electricity production was a national security risk because the gas pipelines could become terrorist targets.

A report earlier this year by the Congressional Research Service can only heighten concerns. The report concluded, In the American governmental experience, the exercise of emergency powers has been somewhat dependent on the Chief Executives view of the presidential office. This Chief Executive has explained to us all his view of the presidency: I have an Article II [of the Constitution], where I have the right to do whatever I want as president.

These issues take on particular relevance as we enter an election to determine Donald Trumps future. Whether he would even think twice about using what he regards as his total authority as a tool in that campaign is one of the existential threats to this grand experiment called American democracy.

At the heart of every election are the networks that connect us with a free flow of ideas. No president has ever used his power over those networks to influence an election outcome. But, then, no president ever used gas and rubber bullets to clear the way for a campaign photo op.

A 2010 U.S. Senate report on cybersecurity observed, The Committee understands that Section 706 gives the President the authority to take over wire communications in the United States and, if the President so chooses, shut a network down. Note the terms take over as well as shut a network down. To a president who has relied on emergency declarations as a means of getting his way, the opportunity could be enticing.

For instance, after his meeting with Kim Jong-Un, the president triumphantly tweeted, There is no longer a Nuclear Threat from North Korea and heaped praise on the dictator. Now, Fox News is warning, North Korea likely to attack US Presidential Election in November. Faced with the need for a mid-campaign rehabilitation on his relationship with Kim, a North Korea-driven state of emergency could be an excuse to trigger Section 706.

We have all watched as even before the 2016 election the intelligence community warned that foreign powers used the internet to interfere in the exercise of democracy. Trump ignored these reports fearing they impugned his legitimacy. But what if the 2020 election starts going the wrong way for him? Could Donald Trump suddenly announce new evidence of a foreign infiltration national security threat to trigger Section 706 and shut down or constrain the internet?

And then there is the post-election period. As states across the nation rush to expand remote voting in response to COVID-19, the president told an interviewer that if his campaign does not win lawsuits challenging mail-in ballots, it puts the election at risk. Then what? Donald Trump has already tweeted, There is NO WAY (ZERO!) that Mail-In Ballots will be anything less than substantially fraudulent. Could he, after the election, declare a national emergency because of fraudulent mail-in ballots?

What are we as citizens to do? The courts have thus far been the watchdog when Trump overreaches. But judicial review is a slow process that requires a triggering event. The chances the divided congress would act are infinitesimal, and even then, Trump would have to sign the bill.

Our best defense is vigilance. As we head into the election of 2020, the House of Representatives should hold hearings to shine the spotlight on presidential powers people dont even know about, including Section 706. Of course, an informed and aware public is the first defense against authoritarian abuse. But also, if we have learned anything from COVID-19 it is the importance of anticipating problems and identifying solutions before they happen.

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Could Donald Trump claim a national security threat to shut down the internet? - Brookings Institution

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Internet of Things Security Market Strategic Insights 2020 with analysis of Leading players: Check Point Security Software Technologies, Cisco…

This report also covers the impact of COVID-19 on the global market. The pandemic caused by Coronavirus (COVID-19) has affected every aspect of life globally, including the business sector. This has brought along several changes in market conditions.

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TheTop Leading players operating in the market: Covered in this Report: Check Point Security Software Technologies, Cisco Systems, Digicert, GE, Gemalto, Hewlett Packard Development Company, Infineon Technologies, Intel, IBM, NSIDE Secure, PTC, Sophos, Symantec Corporation, Trend Micro, Trustwave, Verizon Enterprise Solutions & More.

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Key Product Type:Cloud SecurityApplication SecurityEndpoint SecurityNetwork Security

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Global Internet of Things SecurityMarket: Regional SegmentationNorth America(United States, Canada, and Mexico)Europe(Germany, France, UK, Russia, and Italy)Asia-Pacific(China, Japan, Korea, India, and Southeast Asia)South America(Brazil, Argentina, Colombia, etc.)Middle East and Africa(Saudi Arabia, UAE, Egypt, Nigeria, and South Africa)

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Internet of Things Security Market Strategic Insights 2020 with analysis of Leading players: Check Point Security Software Technologies, Cisco...

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Global IT Security Market is accounted for xx USD million in 2019 and is expected to reach xx USD million by 2025 growing at a CAGR of xx% : Blue…

This report on Global IT Security Market is based on the in-depth view of IT Security industry on the basis of market growth, market size, development plans and opportunities offered by the global IT Security market. The report on IT Security, gives an in-depth analysis of IT Security market based on aspects that are very important for the market study. Factors like production, market share, revenue rate, regions and key players define a market study start to end. The energetic aspects studied in this report includes SWOT analysis, feasibility and forecast information. For the consumers to gain the in-depth analysis of the global keyword market and further growth of the market, the report offers significant statistics and information. IT Security report studies the current state of the market to analyze the future opportunities and risks.

This study covers following key players:Blue CoatCiscoIBMIntel SecuritySymantecAlert LogicBarracuda NetworksBT Global ServicesCA TechnologiesCenturyLinkCGI GroupCheckPoint Software TechnologiesCipherCloudComputer SciencesCYRENFishNet SecurityFortinetHPMicrosoftNTT Com SecurityPanda SecurityProofpointRadwareTrend MicroTrustwaveZscaler

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Primarily, the report delivers IT Security introduction, overview, market objectives, market definition, scope, and market size valuation. Moreover, the report provides historical information with future forecast over the forecast period. Some of the important aspects analyzed in the report includes market share, production, key regions, revenue rate as well as key players. The IT Security market has its impact all over the globe. On global level IT Security industry is segmented on the basis of product type, applications, and regions. It also focusses on market dynamics, IT Security growth drivers, developing market segments and the market growth curve is offered based on past, present and future market data. The industry plans, news, and policies are presented at a global and regional level.

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Market segment by Type, the product can be split into Internet securityEndpoint securityWireless securityNetwork securityCloud security

Market segment by Application, split into CommercialIndustrialMilitary and Denfense

This IT Security report also provides the readers with detailed figures at which the IT Security market was valued in the historical year and its expected growth in upcoming years. Besides, analysis also forecasts the CAGR at which the IT Security is expected to mount and major factors driving markets growth. The study on global IT Security market, offers deep insights about the IT Security market covering all the crucial aspects of the market.In addition, the report include deep dive analysis of the market, which is one of the most important features of the market. Furthermore, the need for making an impact is likely to boost the demand for the experts which are working in the market. Moreover, an in depth analysis of the competitors is also done to have an estimate for the market.

Some Major TOC Points:1 Report Overview2 Global Growth Trends3 Market Share by Key Players4 Breakdown Data by Type and ApplicationContinued

The IT Security research study is a helpful analysis which emphasizing on geographical analysis, primary & secondary research methodologies, market drivers, and leading segmentation and sub-segments analysis. With the whole overview of the IT Security market, the studyprovides the overall viability of future projects and delivers the IT Security report conclusion. The IT Security market report also delivers market evaluationalong with the PESTEL, SWOT, and other necessary data. In addition, the IT Security market study categorizes the global market data by using numerous factors such as application, region, manufacturers, and type.

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Global IT Security Market is accounted for xx USD million in 2019 and is expected to reach xx USD million by 2025 growing at a CAGR of xx% : Blue...

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Internet of Things (IoT) Security Market Size, Share, Growth, Revenue, Global Industry Analysis and Future Demand |Globalmarketers.biz – Cole of Duty

Global Internet of Things (IoT) Security Market report spotlights major statistics of the current industry state and is a beneficial source of developments and opportunities for individuals and firms interested in the industry. The report primarily focuses on the market growth in productivity, demand, trade and investment with company profiles, specification and product picture. Worldwide Internet of Things (IoT) Security market study predicts revenues for applications across key regions with scope of market, manufacturing cost structure analysis, and product overview.

The industry report analyzes the world Internet of Things (IoT) Security market estimates and forecasts of all the given segments on global as well as regional levels. The study provides historical market data couples with revenue predictions and forecasts from 2019 till 2026. The report focuses on market trends, supply chain trends, technical modernization, leading players, key developments, and Internet of Things (IoT) Security future strategies. With comprehensive global industry assessment across the major geographies and rest of the world. This report is a treasured asset for the existing players, new entrants and the future investors.

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Competitive Insights of Global Internet of Things (IoT) Security Market:

The Internet of Things (IoT) Security market consists of international and regional vendors. Numerous regional vendors are offering customized solutions at lesser prices than international vendors for increasing their presence in the worldwide industry. Though several new vendors are entering the Internet of Things (IoT) Security market, they find it difficult to compete with the international vendors based on factors such as quality, features, functionalities, and services.

The leading players of Internet of Things (IoT) Security market includes

IBM CorporationFire Eye Inc.Infineon TechnologiesOracle CorporationAT&T Inc.Trend Micro Inc.Cisco Systems Inc.PTC Inc.Intel CorporationSymantec CorporationGemaltoVerizon Enterprises Solutions

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The competitive environment in the Internet of Things (IoT) Security market is likely to intensify during the forecast period with a rise in product extensions, technological innovations, and strategic M&A activities.

Internet of Things (IoT) Security Market Segmentation

Type Analysis of Internet of Things (IoT) Security Market:

Network SecurityEndpoint SecurityApplication SecurityCloud SecurityOthers

Applications Analysis of Internet of Things (IoT) Security Market:

HealthcareInformation Technology (IT)TelecomBankingFinancial Services and Insurance (BFSI)AutomotiveOthers

Globally, Internet of Things (IoT) Security market spread across-

1. North America Country (United States, Canada)

2. South America

3. Asia Country (China, Japan, India, Korea)

4. Europe Country (Germany, UK, France, Italy)

5. Other Country (Middle East, Africa, GCC)

The study not only describes industrial overview of market but also gives specification, classification, geographic application segmentation. In addition, it depicts major players and consumers analysis of Internet of Things (IoT) Security industry. Moreover, illustrates consumption forecast, analysis of market development and regional trend. Next, this research report outlines the regional Internet of Things (IoT) Security marketing type analysis together with traders or distributors. Then explains market methodology, future development analysis, business strategies and data source.

Report Highlights of Global Internet of Things (IoT) Security Market:

*The report portrays an extensive analysis on current/future Internet of Things (IoT) Security market trends to identify the investment opportunities.

*Market forecasts till 2024, using projected market values as the base numbers.

*Key Internet of Things (IoT) Security market trends across the regions, business segments, and countries.

*Key developments and strategies observed in the market.

*Internet of Things (IoT) Security market dynamics such as Restraints, Drivers, Opportunities.

*In-depth company profiles of key players and upcoming projecting players.

*Market forecast 2019-2025

*Growth prospects for among the emerging nations through 2024.

*Internet of Things (IoT) Security market share opportunities and recommendations for new investments.

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Surge in encrypted malware prompts warning about detection strategies – SecurityBrief Europe

WatchGuard Technologies Q1 2020 Internet Security Report has shown a massive surge in malware delivery over encrypted connections, highlighting what could become the next most common attack vector after phishing emails.

According to the report, 67% of all malware in the quarter was delivered by HTTPS encrypted connections. Furthermore, 72% of the malware is zero-day malware, meaning there is no identifiable signature that can be detected by signature-based security platforms.

If you are not decrypting and scanning your secure web connections, you are likely missing a large majority of malware, the report states.

The Flawed-Ammyy and Cryxos malware variants took top spots on WatchGuards top five encrypted malware list. Cryxos is delivered as an email attachment disguised as an invoice and will ask the user to enter their email and password, which it then stores.

The report states, Filling out the form doesnt lead you to any file or page, but it does send the username and password to a compromised WordPress site where the attacking server stores the input.

Flawed-Ammyy is a support scam where the attacker uses the Ammyy Admin support software to gain remote access to the victims computer.

The report states, As always, never download files from an untrusted source. Also, know what a Microsoft scam looks like. Microsoft will never call you first and will never give a phone number to call with an error.

Other top malware variants include Lnkr, an encrypted malware that places ads on websites and hides from Chrome.

Some organisations are reluctant to set up HTTPS inspection due to the extra work involved, but our threat data clearly shows that a majority of malware is delivered through encrypted connections and that letting traffic go uninspected is simply no longer an option, comments WatchGuards chief technology officer, Corey Nachreiner.

As malware continues to become more advanced and evasive, the only reliable approach to defense is implementing a set of layered security services, including advanced threat detection methods and HTTPS inspection.

Findings are taken from anonymised Firebox Feed data from active WatchGuard appliances whose owners have opted in to share data to support the Threat Labs research efforts.

WatchGuard says that today, more than 44,000 appliances worldwide contribute threat intelligence data to the report. In Q1 2020, the appliances collectively blocked more than 32,148,519 malware variants in total (730 samples per device) and more than 1,660,000 network attacks (38 attacks per device).

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Surge in encrypted malware prompts warning about detection strategies - SecurityBrief Europe

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NexTech AR to supply its video conferencing and virtual events platform to Dallas Independent School District – Proactive Investors UK

CEO Evan Gappelberg says the contract win illustrates how businesses and governments are looking for platforms like InfernoAR that stop breaches and protect privacy

NexTech AR Solutions Corp () () said Monday it will supply its InfernoAR video conferencing and virtual events platform to the Dallas Independent School District.

In a statement, CEO Evan Gappelberg said the contract win illustrates how businesses and governments are looking for platforms that stop breaches and protect privacy.

"Bringing token authentication to the edge greatly enhances security and performance, which is huge for winning more contracts from our growing customer base,"Gappelberg explained. We are currently experiencing a surge in demand for our services across our multiple business segments includingARecommerce, our ARitize app, and our InfernoAR-video conferencing and virtual events platform.

NexTech just recently beefed up user security for video streaming by partnering with Fastly Inc (NYSE:FSLY), which has built an edge cloud platform that provides a content delivery network, Internet security services, and video and streaming services.

Security is a core feature of InfernoAR and the platform has serviced many Fortune 500 businesses including Johnson and Johnson, , Merk and others, the company said.

Token authentication allows content delivery networks (CDNs) to reject serving videos to unauthorized users. Bytaking the JWT authentication to the edge, securityis pushed closer to the user and load is taken off the core application.

JWT authentication works by a server generating a token that certifies the user identity and sends it to the client, whowill send the token back to the server for every subsequent requestso the server knows the request comes from a particular identity.

NexTechs stock recently traded up by 14% to $3.41 a share in New York and increased by 16% to $4.76 a share in Canada.

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