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How the Pandemic Pushed a Generation of Americans to Discover the Perks (and Risks) of Online Banking – NextAdvisor

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What if, instead of opening a birthday card from Grandma to find a crisp $20, she hit your Venmo instead?

This scenario is becoming more likely. Venmo and Zelle have both seen a rise in usage by older age groups during the pandemic.

Boomers, particularly since the onset of the pandemic, has been the fastest-growing demographic, says Donna Turner, COO of Early Warning, which operates Zelle, a peer-to-peer payment service.

Many older Americans have availed themselves of digital offerings, like their banks online services, since the pandemic forced an end to day-to-day activities in March. Carma Peters, CEO of Michigan Legacy Credit Union, has seen this trend play out both personally and professionally.

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Peters first learned the benefits of setting up older people online when, at 63 years old, her mother started doing her banking online and continued to do so for the remainder of her life.

If my mother was still alive, Id stick her in every branch to talk to people and tell them how easy [online banking] is and the freedom it gives you, Peters says. She was able to do it all on her own.

What started as a way for Peters to help her mom manage her finances more easily and avoid the hassle of going to the bank in her wheelchair spilled into her professional life. Peters decided to invest in more robust online services for the credit unions clients, and has experienced the trend currently playing out in banks across the country.

Digital and online banking has already been on the rise in recent years, but the pandemic forced large-scale uptake. There was a 200% jump in new mobile banking registrations in April, according to an analysis by Fidelity National Information Services, an international financial services firm. That jump accompanied a 50% drop in branch bank traffic in the same month, according to U.S. banking data firm Novantas.

For Michigan Legacy Credit Union, the shift to online banking during the pandemic has been dramatic. A 38% increase in online transactions from March to April reinforced Peters plan to downsize the credit unions branch space and refocus on online services.

For baby boomers especially, or roughly those between 55 and 75 years old, the pandemic has been a catalyst for more rapid adoption of online banking and other financial services.

It started with these older Americans using digital services from their brick-and-mortar bank for the first time. This is happening at banks both large and small, according to six bank executives and leaders we talked to.

Take mobile deposits as an example: While this has become a basic feature of most banks mobile apps, usage by MLCU members over 50 is up 171% since March, Peters says.

We know we have a 96-year-old using online banking, both desktop and mobile, Peters says.

Bank tellers were the most frequently used account access method for Americans 65 and older in 2017. When that option went away this year, online banking forced a major change in routine, including the adoption of peer-to-peer payment apps, like Venmo.

This is a sign for how this generation is digitizing in the current situation, a Venmo spokesperson said.

The shift has been palpable. Everything they did in person theyre now doing online or even on mobile, says Allie Fleder, COO of SimplyWise, a retirement and Social Security resource.

While the benefits of online banking go beyond just negating the need to go out in public during a pandemic, there are new risks and challenges as well, which older Americans who are new to online banking might not be aware of.

Banking execs contend that an abundance of safety features makes transacting digitally a safer option, but for Americans who have spent more years of their lives without a cellphone than with one, it can be a jarring change.

These times can be ripe for bad guys, Turner says. She warns that isolation, heightened levels of concern, and a shortage of normally-available goods and services combine for a perfect storm of scams. And, unfortunately, seniors are more susceptible to such schemes, Turner adds.

Older Adults Technology Services (OATS) is a nonprofit dedicated to helping educate older Americans on safe digital habits with e-learning classes. The classes teach basics like how to open an internet browser, along with more complex topics, like how to use multi-factor authentication, which typically involves confirming a log-in attempt with your mobile phone.

The COVID crisis has been a double-edged sword, says Tom Kamber, Executive Director of OATS. Its created anxiety and dislocation, but its also driving people to use new tools.

In general, Kamber recommends older Americans who are new to digital banking seek at least two sessions of support before diving into a new online service. These sessions can be with a family member or teacher, or an online learning tool. If you want to help an elderly person navigate getting online safely, or want to get better at your own online skills, Kamber has some tips:

If youre introducing someone to the internet and know theyre likely to call you for help, put them on the same platform as you.

If you go online in an Apple environment, put them on Apple. If you have an Android, get them an Android, Kamber says.

Kamber says it really helps to be seeing the same screen that theyre seeing, and that youd be surprised how many minor variations there are across devices.

For older learners, the learning curve is shallow in the beginning and then steepens very quickly, says Kamber. This means that the first few sessions introducing a technology or service can be much longer than expected, but patience is key in the early learning stage.

I tell people to figure out how much time you think its going to take, then multiply that by four, says Kamber.

While the introductory phase can drag, Kamber says the basics are essential for the next phase, which is incorporating safe online practices. After that, many elderly users accelerate quickly.

After they have all of the knowledge and are ready to do things, the learning curve is going to go super fast, says Kamber. The first step is the basics, then the second level is internet security topics.

A mistake many teachers often make is doing something on their own instead of allowing the person theyre teaching to figure it out for themselves.

People learn by doing, so helping people practice things and giving them a chance to puzzle through it, with support, is what they need, Kamber says.

Its also important to give actionable goals that can be worked toward.

Older learners are super practical, says Kamber. What they want is quick, actionable information that will really help their needs.

If you can help someone bulk up their online presence safely, there are perks and benefits to be had.

Like Peters mother found, its much more convenient to bank from the comfort of home. In addition to cutting trips to the bank, Peters says her mother benefited from centralizing her finances under one log-in.

You only have to remember one log-in instead of every other place you go to pay bills, Peters says.

Peters says setting her mother up with online banking helped take the stress out of managing her finances late in life.

When she did become very ill, I didnt have to worry about her supplemental Medicare policy being paid, or that anything was missing, Peters says. Her Social Security came in, her disability came in, and everything was just automatically scheduled out.

Setting up online bill pay, which can be configured through your banks online services, can ensure that your finances remain in order in the event of a medical emergency or other major life event.

Online banks can often cut fees that larger brick-and-mortar banks cant afford to lose. While ditching the comfort of a branch can seem daunting, Fleder says these money-savers are perhaps most important for people on fixed incomes, particularly those who may be unbanked or unable to access good credit products.

Americans aged 45 to 65 have an increased willingness to switch to online-only banks as a result of COVID-19, according to data from Varo bank. And when it comes to retirement, every dollar helps, says Eric Taylor, Director of UX research at Varo.

The push toward digital banking and fintech by older Americans doesnt appear to be a fad.

I dont really see us reverting, Turner says. Weve built new muscles, weve built new habits, weve built new routines.

But Barry Baird, head of payments at TD Bank, contends that this isnt a death sentence for branches. For people who have been sticking with their branch over the years, they want to go in, because its their local bank and they know the teller or the clerk, Baird says. Its not about self-service. Its about human connection.

For Peters, the decision to downsize Michigan Legacy Credit Unions branch square footage to focus online is not to eliminate that human connection for clients, because, we see value in branches, just not as big as they are right now, Peters says.

Reinvesting that capital into online services, however, is where Peters sees the most value-add for clientsas was the case for her mother.

We understand the challenges facing older people right now, Peters says. Its that pivotal moment in time where we have the opportunity to demonstrate theres an easier way.

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IT Security-as-a-Service Market 2020 By Manufacturers, Regions, Type And Application, Forecast To 2025| Blue Coat, Cisco, IBM, Intel Security,…

Chicago, United States: Global IT Security-as-a-Service Market Report offers an entire study of the Impact of COVID-19 on IT Security-as-a-Service Market, Industry Outlook, Opportunities in Market, and Expansion By 2025 and also taking into consideration key factors like drivers, challenges, recent trends, opportunities, advancements, and competitive landscape. This report offers a clear understanding of this also as a future scenario of the worldwide IT Security-as-a-Service industry. Research techniques like PESTLE and SWOT analysis are deployed by the researchers. They need also provided accurate data on IT Security-as-a-Service production, capacity, price, cost, margin, and revenue to help the players gain a clear understanding of the general existing and future market situation.

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IT Security-as-a-Service Market competition by top manufacturers/Key player Profiled:Blue Coat, Cisco, IBM, Intel Security, Symantec, Alert Logic, Barracuda Networks, BT Global Services, CA Technologies, CenturyLink, CGI Group, CheckPoint Software Technologies, CipherCloud, Computer Sciences, CYREN, FishNet Security, Fortinet, HP, Microsoft, NTT Com Security, Panda Security, Proofpoint, Radware, Trend Micro, Trustwave, Zscaler

The study objectives of IT Security-as-a-Service Market report are: 1.To identify opportunities and challenges for Global IT Security-as-a-Service.2.To provide insights about factors affecting market growth. To analyze the IT Security-as-a-Service market based on various factors- price analysis, supply chain analysis, SWOT analysis, etc.3.To identify and analyze the profile of leading players involved within the manufacturing of worldwide IT Security-as-a-Service.4.To provide country-level analysis of the market regarding the present IT Security-as-a-Service market size and future prospective.5.To examine competitive developments like expansions, new product launches, mergers & acquisitions, etc., in Global IT Security-as-a-Service.6.To provide a detailed analysis of the market structure alongside forecast of the varied segments and sub-segments of the worldwide IT Security-as-a-Service market.

By Types, the IT Security-as-a-Service Market can be Splits into:

Internet security

Endpoint security

Wireless security

Network security

Cloud security

By Applications, the IT Security-as-a-Service Market can be Splits into:

Commercial

Industrial

Military and Denfense

IT security is the practice of preventing unauthorized access, use, disclosure, disruption, modification, inspection, recording or destruction of information. To standardize this discipline, academics and professionals collaborate and seek to set basic guidance, policies, and industry standards on password, antivirus software, firewall, encryption software, legal liability and user/administrator training standards. This standardization may be further driven by a wide variety of laws and regulations that affect how data is accessed, processed, stored, and transferred.

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Regions Covered in these Report:

Asia Pacific (China, Japan, India, and Rest of Asia Pacific)Europe (Germany, the UK, France, and Rest of Europe)North America (the US, Mexico, and Canada)Latin America (Brazil and Rest of Latin America)Middle East & Africa (GCC Countries and Rest of Middle East & Africa)

Global IT Security-as-a-Service Market is highly fragmented and the major players have used various strategies such as new product launches, expansions, agreements, joint ventures, partnerships, acquisitions, and others to increase their footprints in this market. The report includes market shares of IT Security-as-a-Service Market for Global, Europe, North America, Asia-Pacific, South America and Middle East & Africa.

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Table of Contents

Report Overview:It includes major players of the global IT Security-as-a-Service Market covered in the research study, research scope, and Market segments by type, market segments by application, years considered for the research study, and objectives of the report.

Global Growth Trends:This section focuses on industry trends where market drivers and top market trends are shed light upon. It also provides growth rates of key producers operating in the global IT Security-as-a-Service Market. Furthermore, it offers production and capacity analysis where marketing pricing trends, capacity, production, and production value of the global IT Security-as-a-Service Market are discussed.

Market Share by Manufacturers:Here, the report provides details about revenue by manufacturers, production and capacity by manufacturers, price by manufacturers, expansion plans, mergers and acquisitions, and products, market entry dates, distribution, and market areas of key manufacturers.

Market Size by Type:This section concentrates on product type segments where production value market share, price, and production market share by product type are discussed.

Market Size by Application:Besides an overview of the global IT Security-as-a-Service Market by application, it gives a study on the consumption in the global IT Security-as-a-Service Market by application.

Production by Region:Here, the production value growth rate, production growth rate, import and export, and key players of each regional market are provided.

Consumption by Region:This section provides information on the consumption in each regional market studied in the report. The consumption is discussed on the basis of country, application, and product type.

Company Profiles:Almost all leading players of the global IT Security-as-a-Service Market are profiled in this section. The analysts have provided information about their recent developments in the global IT Security-as-a-Service Market, products, revenue, production, business, and company.

Market Forecast by Production:The production and production value forecasts included in this section are for the global IT Security-as-a-Service Market as well as for key regional markets.

Market Forecast by Consumption:The consumption and consumption value forecasts included in this section are for the global IT Security-as-a-Service Market as well as for key regional markets.

Value Chain and Sales Analysis:It deeply analyzes customers, distributors, sales channels, and value chain of the global IT Security-as-a-Service Market.

Key Findings: This section gives a quick look at important findings of the research study.

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APT groups actively target Linux-based workstations and servers – Backend News

Many organizations choose Linux for strategically important servers and systems, not least because this operating system is thought to be safer and less prone to cyberthreats than the far more popular Windows operating system. While this is the case for mass malware attacks, it is not so clear cut when it comes to advanced persistent threats (APTs).

Kaspersky researchers have identified a trend where more and more threat actors are executing targeted attacks against Linux-based devices while developing more Linux-focused tools.

Over the past eight years, over a dozen APT actors have been observed to use Linux malware or some Linux-based modules. These include such infamous threat groups as Barium, Sofacy, the Lamberts, and Equation, as well as more recent campaigns such as, LightSpy by TwoSail Junk and WellMess. Diversification of their arsenal with Linux tools enables threat actors to conduct operations more effectively and with wider reach.

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Survey says 3-in-10 active online users in SEA dont prioritize internet security

There is a significant trend in many countries toward using Linux as a desktop environment by big enterprise companies, as well as in governmental entities, that pushes threat actors to develop malware for this platform. The myth that Linux, being a less popular operating system, is unlikely to be targeted by malware, invites additional cybersecurity risks.

Malware

While targeted attacks on Linux-based systems are still uncommon, there is certainly malware designed for them including webshells, backdoors, rootkits and even custom-made exploits. The small number of attacks is misleading as the successful compromise of a server running Linux often leads to significant consequences. These include attackers not only being able to access the infected device, but also endpoints running Windows or macOS, thus providing wider access for attackers which might go unnoticed.

Turla, a prolific Russian-speaking group known for its covert exfiltration tactics, has significantly changed its toolset over the years, including the use of Linux backdoors. A new modification of the Penguin_x64 Linux backdoor, reported earlier in 2020, has according to Kasperskys telemetry, infected dozens of servers in Europe and the United States, as recently as July 2020.

Lazarus

Another example is Lazarus, a Korean-speaking APT group, which continues to diversify its toolset and develop non-Windows malware. Kaspersky recently reported on the multi-platform framework called MATA and in June 2020, researchers analyzed new samples linked to the Lazarus Operation AppleJeus and TangoDaiwbo campaigns, used in financial and espionage attacks. The samples studied included Linux malware.

The trend of enhancing APT toolsets was identified by our experts many times in the past, and Linux-focused tools are no exception. Aiming to secure their systems, IT and security departments are using Linux more often than before. Threat actors are responding to this with the creation of sophisticated tools that are able to penetrate such systems. We advise cybersecurity experts to take this trend into account and implement additional measures to protect their servers and workstations, said Yury Namestnikov, head of Kasperskys Global Research and Analysis Team (GReAT) in Russia.

In order to avoid falling victim to a targeted attack on Linux by a known or unknown threat actor, Kaspersky researchers recommend implementing the following measures:

Related

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Critical steps for securing cyberspace – Microsoft on the Issues – Microsoft

Recently, we identified cyberattacks targeting people and organizations involved in the upcoming presidential election. While we are committed to defending our democracy against these attacks through notifications of such activity to impacted customers, security features in our products and services, and legal and technical disruptions, the role of government in addressing these threats has never been more important. Beyond the most recent attacks targeting U.S. elections, nation-states and cyber criminals continue to conduct attacks and steal data and dollars with impunity.

We can and must do better. On a national and global level, Microsoft has been an active participant with government and private-sector partners to strengthen cybersecurity. The opportunity for Congress to do its part and take meaningful steps to advance cybersecurity is right before us. Recent recommendations from theCyberspace Solarium Commissionoffer opportunities to strengthen government and build deeper public and private partnerships in order to advance our collective cybersecurity.

Building trust and security in cyberspace requires sustained global engagement and collaboration across key multilateral and multi-stakeholder dialogues. Strengthened U.S. leadership is needed now more than ever. Importantly, the Commission contemplates working with a coalition of like-minded allies and partners willing to collectively support a rules-based international order in cyberspace to better hold malign actors accountable. We support this vision. However, in current practice, the lack of U.S. leadership in key dialogues at the United Nations and multi-stakeholder convenings such as the Paris Call for Trust and Security has inhibited progress. Moreover, as the Commission notes, and as we have seen through our participation, a leadership vacuum creates an opportunity for harmful agendas to gain traction.

Cyberattacks are increasing every day. These attacks are threatening ordamagingour enterprises, critical infrastructure, elections and citizens who use the internet for banking, commerce, communication, education, entertainment and all the activities of modern society.Many of the ideas and recommendations put forward in the Commissions reporthave become even more important since its work was completed, as the COVID-19 pandemic has intensified all of societysreliance on the internet.

In the context of all of these considerations, the Solarium Commission has made some specific recommendations that are critical to advancing our collective cybersecurity, and, as we approach National Cybersecurity Awareness Month, we stronglyrecommend thatCongress acton them:

The U.S. Government is well positioned to lead the world in domestic cybersecurity, and as an advocate for meaningful cybersecurity principles globally. Microsoft has long been an active participant in international cybersecurity policy and has worked continuously to collaborate with governments to strengthen security and improve the safety of the internet for all. We will continue to engage in this much-needed cybersecurity discourse both here and abroad. We commend the Cyberspace Solarium Commission for its thoughtful recommendations and believe that they warrant careful consideration by Congress. We call on members of Congress to take action on the Commissions recommended solutions to establish mechanisms for the U.S. to strengthen its cybersecurity, facilitate collaboration among stakeholders and be a leader on critical global efforts.

Tags: cyberattacks, cybersecurity, Cyberspace Solarium Commission, National Cyber Security Awareness Month

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Proven ways to stay ahead of configuration drift – ITProPortal

Cybersecurity professionals jobs would be much easier if configurations stayed put once they were aligned to a known and secure baseline state. Unfortunately for them, configurations naturally deviate from their once-secure state over time as system changes take place. This issueknown as configuration driftmeans the more time its been since your most recent scan, the less confident you can be about the exposure of your attack surface.

What kinds of changes lead to configuration drift? Product improvement being a never-ending project, application owners are regularly modifying apps and infrastructure to improve end-user experience. Some of these changes are harmlesswhile others push systems away from their secure baseline to dangerous effect.

Configuration security is one of the foundational elements required to build an effective defense against cyberattacks. From a policy point of view, establishing secure configurations sets you off to a good start (using CIS-hardened images, for example). However, maintaining them can be much more of a challenge.

Taking a look at a few concrete examples can help illustrate how easy it is for configuration drift to occur. Quick fixes that seem harmless at first glance can prove prohibitively hazardous. In other cases, the struggle lies in communicating evidence of a changes acceptability to auditors.

1. Introducing new ports

Lets say theres an innovative approach to improving an apps customer experience. One of the steps of implementing this approach is opening a new communication port for proprietary protocol use. The business team initiates a change ticket. They find the app working impeccably once the new port is opened on the servers and firewalls.

When its time for a security audit six months later, auditors point to this undocumented open port as a substantial issue because it doesnt match the security policy. Now the security team must spend a great deal of time attempting to trace back to the change in question and assess the acceptability of the associated risk. Even if the risk is deemed acceptable given the context, it took auditors too long to get adequate information to make this determination.

When security teams track configuration drift and document modifications to the known hardened baseline, its much easier to provide audit evidence without misusing valuable time.

2. Privilege escalation

Escalated privileges are one way IT professionals can introduce a lot of risk to their systems unknowingly. For example, if an app developer logs into a single server repeatedly, they might want to cut a corner by adding the users group to the user rights categories they need for added convenience.

This way, they can bypass the special admin credentials required to make a production change. Checking out admin credentials from the password vault can be time-consuming, and the developer is likely to think that its not a huge risk since its a single server as opposed to an entire domain.

However, privilege escalation for even a single server can prove riskier in terms of configuration drift than the added convenience is worth. Now, the security teams wont be able to know what has occurred until the servers next manual audit.

3. Cloud storage

Using a public cloud provider requires that youre fully aware of which security responsibilities are your own and which fall under the purview of the provider. Amazon Web Services (AWS) blocks all public access by default when a user creates a new bucket. This is advantageous from a security perspective, but it could be seen as a hindrance to efficiency by the IT team.

To streamline certain IT operations, this automatic block setting might be a tempting one to disable. This might be done by IT at the point of set-up, or it could occur around a temporary use case and be quickly forgotten without being switched back to the default setting. This could also be the result of a mistake in an automated script.

Whatever the reason, changing bucket access settings can create the type of configuration drift that leaves organizations highly vulnerable to a breach. Following security configuration management (SCM) best practices helps offset these types of risks. But more even important than establishing these processes is continuously monitoring them for drift from their approved configuration state.

There is a world of Secure Configuration Management guidance out there, but lets look at configuration management from a maturity model perspective. Depending on the maturity of your organizations security program, you may be in the manual, scanning, or near-real time state of configuration management maturity.

1. Manual configuration monitoring

Manual configuration monitoring is a major time drain, leading teams to avoid doing it on a regular cadence when other priorities seem more pressing. This can then lead to systems being left unwatched until a detected compromise gets someones attention or its time for a routine upgrade.

Compliance regulations mean that a subset of these systems may be included in the scope of an audit due to compliance requirements. When this is the case, security teams often try limiting the number of systems to be included in the audit. Then, only the non-compliance of those particular systems will be acted upon if detected during an audit (leaving other systems potentially exposed).

2. Using a solution that scans for compliance

The next level of configuration management maturity is using a solution that automatically scans for compliance at scheduled intervals. This is not nearly as tedious as the previous stage of maturity, but it does still require a hefty amount of interaction to create administrative credentials for the tool to scan with, as well as someone to schedule or run the scans when required and remediate the results. This is typically done once a month or once a quarter to try to get ahead of the audit process.

Similarly to the previous stage, this stage can be limited in terms of which systems are covered by the processscans may be limited within a compliance zone. The systems outside that zone can become left behind and only checked when compromise or the need for an upgrade takes place.

The Center for Internet Security (CIS) advises in Critical Security Control #5 that all systems need to be provisioned with secure configurations and that configurations need to be maintained on an ongoing basis as changes occur over time.

3. System monitoring in near-real time

The next level of maturity is reached when the scanning process is closer to real-time rather than intermittently scheduled scans. This requires the provisioning of a lightweight agent for system monitoring without the requirement login credentials or OS auditing. The agent must be deployed on all systems via embedding into images or inclusion into processes of automated tools like Puppet or Chef.

When new changes occur that result in configuration drift, a remediation process can be initiated. One example of this is the automated creation of incident tickets or alerts sent to the security operations center (SOC) over the security incident and event management (SIEM) tool. Organizations like CIS offer proven guidelines for system configurations that actively reduce your attack surface, called benchmarks.

CIS recommends tracking the following metrics to accurately measure this data:

1. What is the percentage of business systems that are not currently configured with a security configuration that matches the organizations approved configuration standard ?

2. What is the percentage of business systems whose security configuration is not enforced by the organizations technical configuration management applications (by business unit)?

3. What is the percentage of business systems that are not up-to-date with the latest available operating system software security patches?

4. What is the percentage of business systems that are not up to date with the latest available business software application security patches?

5. What is the percentage of business systems not protected by file integrity assessment software applications?

6. What is the percentage of unauthorized or undocumented changes with security impact?

Avoiding configuration drift is an ongoing process, and one in which you can raise your organizations configuration management maturity level steadily over time to optimize for maximum effectiveness and efficiency. Benchmarks from organizations like CIS are a great focus for security and business teams to collaborate around so that configuration drift is altogether avoided or remediated swiftly.

Tim Erlin, VP, Product Management & Strategy, Tripwire

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Global Embedded Security For Internet Of Things Market 2020 Trends Analysis and (COVID-19) Effect Analysis | Key Players Market With COVID-19 Impact…

Global Embedded Security For Internet Of Things market 20202026: Industry Analysis, Growth Analysis, Price Analysis, And Trends

The comprehensive research report on theEmbedded Security For Internet Of Things marketinfluences iterative and comprehensive research methodology to offer insights of the existing market scenario over the forecast timeframe. The report also delivers in-depth details about the growth and development trends that will have a major impact on the behavior of the Embedded Security For Internet Of Things market in the approaching years. Furthermore, the report touches upon other key pointers such as the regional aspects and policies overriding the industry. Apart from this, the study highlights the COVID-19 pandemics effect on the revenue share and yearly growth rate of the market.

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The Embedded Security For Internet Of Things market report has comprehensively provided information regarding the driving forces that have a huge impact on the market size. In addition, the dynamics of the industry are defined by studying the current and future trends of this industry vertical. Along with the competitive terrain even the regional landscape of the Embedded Security For Internet Of Things market is provided. The vast research can be clearly seen through the market analysis that provides data associated with advantages and disadvantages of the products developed by the manufacturersIntel, Cisco, NXP, Infineon, Gemalto, Check Point, Palo Alto, ARM, Synopsys, Inside Secure, Trend Micro.

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Global Embedded Security For Internet Of Things Market 2020 Trends Analysis and (COVID-19) Effect Analysis | Key Players Market With COVID-19 Impact...

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Internet of Things (IoT) Security Technology Market 2020: Potential growth, attractive valuation make it is a long-term investment | Know the COVID19…

The Internet of Things (IoT) Security Technology Market reports gives a far reaching review of the worldwide market size and global trends with values. Internet of Things (IoT) Security Technology Market reports additionally give a multi-year pre-memorable for the segment and remember information for financial information of worldwide. Key partners can think about measurements, tables and figures referenced in this report for vital arranging which lead to achievement of the association.

Internet of Things (IoT) Security Technology market detailed by definitions, orders, applications and market outline; product determinations; producing forms; cost structures, crude materials, etc. At that point it investigated the worlds principle locale economic situations, including the product value, benefit, limit, creation, gracefully, request and market development rate and conjecture and other. The report presented new undertaking SWOT investigation, venture plausibility and examination. The report additionally presents the market rivalry scene and a relating point by point investigation of the significant merchant/producers in the Internet of Things (IoT) Security Technology showcase.

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Internet of Things (IoT) Security Technology Market 2020-2026: Segmentation

The Internet of Things (IoT) Security Technology market report covers major market players like

Internet of Things (IoT) Security Technology Market is segmented as below:

By Product Type:

Breakup by Application:

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Impact of COVID-19:Internet of Things (IoT) Security TechnologyMarket report analyses the impact of Coronavirus (COVID-19) on the Internet of Things (IoT) Security Technologyindustry.Since the COVID-19 virus outbreak in December 2019, the disease has spread to almost 180+ countries around the globe with the World Health Organization declaring it a public health emergency. The global impacts of the coronavirus disease 2019 (COVID-19) are already starting to be felt, and will significantly affect the Internet of Things (IoT) Security Technologymarket in 2020.

The outbreak of COVID-19 has brought effects on many aspects, like flight cancellations; travel bans and quarantines; restaurants closed; all indoor events restricted; emergency declared in many countries; massive slowing of the supply chain; stock market unpredictability; falling business assurance, growing panic among the population, and uncertainty about future.

COVID-19 can affect the global economy in 3 main ways: by directly affecting production and demand, by creating supply chain and market disturbance, and by its financial impact on firms and financial markets.

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Global Internet of Things (IoT) Security TechnologyMarket Report Answers Below Queries:

Advance information on Internet of Things (IoT) Security Technology Market:

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Internet of Things (IoT) Security Technology Market 2020: Potential growth, attractive valuation make it is a long-term investment | Know the COVID19...

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REMOTE WORKING: PROGRESS AND PERILS – Forbes Africa

Remote and flexible working policies are increasingly popular, but put companies at huge risk when it comes to cyber security. If starting your own business, these pointers could be useful.

IF YOURE A MODERN, PROGRESSIVE COMPANY, ITS highly likely youve got some sort of flexible remote working policy. Unfortunately, with this greater freedom comes greater risk, and remote workers are often the brittle link in a businesss security chain. Employees in general, according to beleaguered IT professionals, are lackadaisical about security software, lackluster about the Wi-Fi they use, and apathetic about their physical security too; writing their passwords on Post It notes and sticking them blatantly on their laptops.

And cyber security is not something to be ignored.

Cyber-attacks are increasing exponentially, explains Lukas van der Merwe, a specialist sales executive for security at T-Systems South Africa. Working globally, T-Systems picked up a peak of four million cyber-attacks in 2017. In 2019, this number was a breath-taking 53 million. Every IT security expert interviewed for this article viewed a cyber breach as a matter of when, not if, for most companies.

Remote work is also on the rise. Says Johnny Kromer, a technology executive at Nashua Communications: We have definitely seen an increase in remote workers, almost all customer solutions today have to be installed with a different percent of mobile access.

So, how do remote workers open you up to ransomware, phishing, hacking and general cyber security lawlessness?

There are two broad divisions to be made here: digital and physical.

DIGITAL

Remote workers make you vulnerable simply by taking their devices out of the safe online space your IT department has set up in the office, and recklessly using the free Wi-Fi available at most coffee shops. Nothing thats free is really free, as they say, and the cost of using free Wi-Fi to access your email, client information and more means you open the fence and share your online picnic blanket with a bunch of randoms who might have their eyes on your data. Since public Wi-Fi is unencrypted, its easy for hackers to target the individuals using it.

Remote workers are also at a risk of falling for email phishing scams, as generally most of their communication is done via email with their company.

Van der Merwe has helped clients recover from cleverly crafted phishing mails that made it all the way to the CFO for sign-offs on large amounts of money, authentically copying documents and even signatures from the inboxes they had access to. One client lost R1 million ($69,000) to such a scam.

There are some simple things that companies and individuals can do to reduce hacking risks a) setting up a VPN, or virtual private network, which allows workers to safely access the internet from any Wi-Fi connection; b) Ensuring workers have adequate anti-virus software. This is a bit of a pain point as many remote workers use their own devices and are reluctant to give their companies access to their computers, but this should be a non-negotiable requirement. c) Password documents that list every login are a huge no-no with most corporates not realizing that these documents are available to anyone on the internet (if saved incorrectly on the Cloud). It is recommended you rather use an online password program that is encrypted; d) 2-factor authentication for logins is one of the easiest ways to secure access, and you can set it for most online programs through their security settings (including social media like Facebook); e) Set up BYOD (bring your own device) policies with strict rules around security measures and the ability to remotely wipe a device, whether a phone or laptop.

PHYSICAL

The other risk is taken far less seriously, with most companies focusing on their digital perimeter rather than any physical one. Some physical risks include:

a) Open laptops when heading to the loo: best practice is to enable auto-locking after a certain period of inactivity; b) Over-the-shoulder hacks: dont, for example, work on vulnerable files in a public space like the Gautrain (rail service in Johannesburg) where people can peer over your shoulder;

c) Eavesdropping: ever said your ID number or password out loud in a coffee shop? Yeah, dont do that; d) Unshredded documents: you could have your identity stolen through unshredded documents this is a real risk; e) Passwords physically written down: the Post It note password on your laptop is a terrible idea.

BEHAVIOR CHANGES

Train staff, then train them some more! Most companies could do more security training and still be unprepared, says Jon Tullett, a senior research manager for IT services sub-Saharan Africa, at IDC South Africa. An employee who sees security as an impediment is on the side of the attacker, since theyre likely to circumvent safeguards in the name of productivity. Businesses need to make security a priority with clear policies in place, and regular training of staff. Overall, internet security is something companies should take far more seriously. Every expert interviewed was horrified at the belligerent indifference most businesses take to their vulnerabilities, and everyone viewed breaches and security scares as a certainty in the next few years. South Africa has already had its taste of this,

with government departments, newspapers and ISPs (internet service providers) alike all coming under fire in 2019 alone. As Van der Merwe says, Most people trade off convenience for security. But be one of those people at your own risk.

Vera Nagtegaal, executive head of Hippo.co.za, says that your insurance should look at the following aspects:

REPLACEMENT COST: Insure your tech items for the value of replacement and not necessarily what you paid for it.

WHATS INCLUDED IN COVER: Should you insure your laptop, enquire whether there will be cover provided for software as well, as this can be quite costly, and find out what kind of damage is covered.

CLAIMS TURN-AROUND TIME: Some providers can authorize and/or pay out a claim within two to 24 hours, others take a few days and some could take even longer.

REPLACEMENT PROVIDERS: Enquire about the service providers they use to replace your cell phone and research reviews to ensure they are reputable and have good warranties on new devices.

-by Samantha Steele

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REMOTE WORKING: PROGRESS AND PERILS - Forbes Africa

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Avoid scam ‘DMV’ websites | Sedona.Biz – The Internet Voice of Sedona and The Verde Valley – Sedona.biz

Arizona motor vehicle services available at AZ MVD Now and ServiceArizona

Phoenix AZ (September 26, 2020) Arizona has a lot of unique features like having a Motor Vehicle Division instead of a Department of Motor Vehicles.

But what might seem like a simple name difference can lead unsuspecting customers to unauthorized websites and scams when theyre simply searching for ways to do business online with the Arizona Department of Transportation Motor Vehicle Division.

Thats because many people may reflexively do a web search for the Arizona DMV or something similar, and that can lead them to websites that arent affiliated with ADOT.

Azmvdnow.gov and ServiceArizona.com are the only authorized web portals for the MVD, and people need to be wary of imitation sites that could be a scam, said MVD Stakeholder Relations Manager Jennifer Bowser-Richards.

She added, There are fraudulent websites falsely offering motor vehicle services such as Arizona driver licenses, IDs, and vehicle titles and registration. They can appear in searches with keywords such as MVD or DMV. The best protection for our customers is to activate their secure and personal AZ MVD Now account.

More than two-thirds of MVD services are available through AZ MVD Now. They include popular options such as registration renewal, ordering a duplicate license, and getting a 3-day permit as well as newer online offerings like prepaid vouchers, electronic title services, updating insurance information, the Permit Test @ Home for those getting a learners permit, getting a motor vehicle record and many more.

Activating an AZ MVD Now account takes just a few minutes. Every current MVD customer already has an account with their driver and vehicle information thats waiting to be activated. Customers may go to azmvdnow.gov and follow the prompts for how to activate their account. The process is free and is protected by several security protocols that are explained on the site and in an accompanying how-to video for those who wish to view it.

Additionally, ADOT does not offer MVD services through phone solicitations, nor does it endorse or advertise for online businesses claiming to provide MVD services.

There are legitimate Authorized Third Party businesses that are licensed and authorized to perform MVD transactions in person. A list of Authorized Third Party businesses can be found at azdot.gov/mvd.

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Avoid scam 'DMV' websites | Sedona.Biz - The Internet Voice of Sedona and The Verde Valley - Sedona.biz

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Cloud Encryption Market 2020-2028 Research Report| Know The Growth Factors and Future Scope – The Daily Chronicle

Market Scenario of the Cloud Encryption Market:

The industry study on Cloud Encryption outlines national and global business prospects and competitive scenarios for Cloud Encryption. Estimation of market size and projections were given based on a unique research design tailored to the complexities of the Cloud Encryption.

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The prominent players covered in this report: Thales e-Security, Gemalto N.V., Sophos Group plc, Symantec Corporation, Skyhigh Networks, Netskope Inc., CipherCloud, Randtronics, Stormshield, HyTrust, Inc., StratoKey, Secomba GmbH, Dell, Hewlett Packard Enterprise Development LP, IBM Corporation, Trend Micro Incorporated, Cisco Systems, Inc., Protegrity USA, Inc., Vaultive, Inc., DataLocker Inc., Parablu Inc., Hitachi Solutions, Ltd., PerfectCloud Corp.

Major regions covered in the study include North America, Europe, Asia Pacific, Middle East & Africa, And South America.

The Cloud Encryption market has been segmented By Component (Solution and Service), By Service Model (Infrastructure-as-a-Service, Software-as-a-Service, and Platform-as-a-Service), By Organization Size (Large Enterprises, Small and Medium-Sized Enterprises), By Vertical (Banking, Financial Services, and Insurance (BFSI), Healthcare, Government and Public Utilities, Telecom and IT, Retail, Aerospace and Defense, Others). Also, key factors impacting the growth of the Cloud Encryption market have been identified with potential gravity.

Years Covered in the Study:

Historic Year: 2017-2018

Base Year: 2019

Estimated Year: 2020

Forecast Year: 2028

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The Cloud Encryption market report comprises domestic and global markets. This study on Cloud Encryption market compiles internationally influential players and their business strategies to understand industry strategies. Some points that are the highlights are:

Reasons for buying this report:

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Cloud Encryption Market 2020-2028 Research Report| Know The Growth Factors and Future Scope - The Daily Chronicle

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