"There are a lot of new types of issues and challenges that cyber is presenting, and definitely changing the way that we need to do business. And thats across the entire life cycle of any system or service. We are adapting and trying to be as flexible as we can." Luci Holemans of the FAA, pictured delivering a keynote presentation at the Connected Aviation Intelligence Summit this week.

Luci Holemans, ATO Cybersecurity Group Manager at the Federal Aviation Administration, spoke about what initiatives the FAA is taking to promote cybersecurity at the 2022 Connected Aviation Intelligence (CAI) Summit in Reston, Virginia, this week. One key change is a shift to a Zero Trust architecture and focusing less on network-based perimeters as a cybersecurity strategy.

Like other U.S. federal agencies, the FAA as part of the broader U.S. Department of Transportation has been tasked with transitioning to a Zero Trust cybersecurity architecture under an executive order issued last year, although has been transitioning to this approach since 2020 when it was discussed during the 2020 FAA Cybersecurity Symposium. A basic premise of the Zero Trust architecture approach to cyber securing air traffic systems or critical infrastructure and assets managed across any industry is to assume networks are compromised and focus on the defense of a given application's data.

The FAA is exploring multiple strategies to stay ahead of a constantly changing environment and to maintain continued safety and resiliency. Its necessary, Holemans said, to take into account not only the cloud technologies embedded into this ecosystem, but also unmanned aircraft systems (UAS) and a commercial space that is taking off.

To ensure strong defenses, Holemans said, cyber needs to be integrated into our connected technology, and there must be collaboration between the government, industry, and academia. The cybersecurity environment is so dynamic that it is difficult to keep up with new challenges without collaboration, she said.

Cybersecurity has to be addressed from the start. This means considering the necessary requirements with any new system or service, and making sure that these requirements are embedded early on rather than after the system is deployed. With legacy systems, Holemans added, we ensure that we put those cyber requirements and solutions in place to maintain safety.

New cybersecurity threats and vulnerabilities are identified on a daily basis. Dealing with this environment, then, needs to include a flexible and efficient approach to finding and establishing solutions.

Acquisition, especially in a government environment, is typically pretty slow, she noted. We cant take years to address cyber issues that emerge on a day-to-day basis. How do we change acquisition processes and shorten that time frame to deploy a solution? To meet the needs of todays cybersecurity environment, a five- to ten-year-long timeline of acquisition no longer suffices; a six-month turnaround time would be more appropriate, Holemans said.

The FAAs objective is to maintain both safety and resiliency from an aviation standpoint. We are looking at cyber events 24/7, and have resources dedicated to identifying events that could potentially be cyber relatedanything perceived as a system failure, or a service issue, she remarked. We are trying to stay on top of new policies that are coming out, new executive orders.

For recent cybersecurity threats like JetBrains or SolarWinds, the reaction needs to be even quicker than a six-month timeline. When these new vulnerabilities and threats arise, they need to be addressed within weeks, not months. Taking immediate action can be a challenge in the aviation industry, however, says Holemans.

We dont change things quicklyand with good reason. You want to test things out before putting anything into the operational environment. At the same time, we try to stay ahead of [these threats].

There are more threats cropping up now than ever before in the current dynamic landscape of cybersecurity. Technological capabilities like 5G and the evolving Internet of Things (IoT) have led to increasingly sophisticated, malicious cyber-attacks against critical infrastructure and a wider range of potential threat actors.

It really widens the scope in terms of who is able to potentially do an attack, who else can then take advantage of those new technologies, Holemans explained. But were also using those same technologies to overcome these challenges.

We cant take years to address cyber issues that emerge on a day-to-day basis. How do we change acquisition processes and shorten that time frame to deploy a solution? Luci Holemans (Photo courtesy of the FAA)

The FAA is changing its cybersecurity defense strategy to depend less on network-based perimeters. Holemans shared that the agency is moving towards a Zero Trust architecture that includes authentication and segmentation of users and resources in a network as well as monitoring activity within the network. This strategy of Zero Trust aims to reduce an intruders ability to enter the operational environment. If an intruder does get through, Holemans said, the impact on other systems and services is significantly limited.

The Zero Trust strategy includes considering all requests as if they originated from an open network before verifying them. All devices and users undergo dynamic evaluation based on trust scoring. Within the Zero Trust architecture, perimeter boundaries are not eliminated but rather reduced in size. The strategy uses real-time intelligence and analytics that will enable the FAA to promptly address any anomalies.

The FAA is also evaluating multiple enterprise cybersecurity capabilities in order to protect mission critical systems. These capabilities include managed enterprise security monitoring, security enterprise asset management, centralized National Airspace System (NAS) software security management, and managed enterprise security protections.

The NAS software security management provides centralized capability for security patch and protection updates. Holemans explained further: Instead of having the different systems and programs take something thats been developed and putting it into an operational environment, weve created an environment within the operational area that allows those systems and services to get those new pieces of software where its already been tested and checked for any kind of malware.

Holemans also touched on the FAAs intentions for ensuring cybersecurity with UAS, an area that is growing rapidly. The agency is still working to determine the best way to incorporate unmanned systems into daily operations in the NAS, she said. It is more industry driven, but as UAS becomes another target, we are trying to understand how to incorporate those pieces of information into the operational environment. We are involved in some of the requirements for UAS, but in terms of monitoring it, registrations, [the FAA is] still on the outside of that.

Read the rest here:
The FAA Moves to Zero Trust Strategy for Preventing Cyber Attacks - Aviation Today

If youre like most businesses, its your main communication channel with customers. Here are some email server security best practices you can use right away to help create a secure email server for your organization

Imagine youre preparing for a hurricane thats coming your way (we Floridians are well acquainted with this procedure). You install straps to help make your roof more secure. You pull all your lawn equipment, furniture, and other outside items into your garage or shed. You board your windows and doors and buy lots of food and water in case youre stranded without power. But if you choose to leave your homes exterior doors open as the storm moves in, you can kiss your house and everything in it goodbye. Similarly, this is kind of what its like when companies dont bother implementing a secure email server.

Radicati estimates the total number of business and consumer emails sent and received per day will surpass 376 billion by the end of 2025. If you send emails but dont have a secure email server, then it means that any data transmitted through them is at risk of compromise. (Data is the lifeblood of your business you cant risk your sensitive info falling into the wrong hands.)

But what does it mean to have a secure email server? Lets cover 10 email server security best practices and remind you why implementing these measures is necessary to protect your business and customers.

Lets hash it out.

Much like the word secure implies, having a secure email server means that youre protecting your email domain and data from unauthorized usage. This means:

But how can you achieve these outcomes? Lets dive right into what you came to learn

The following email server security best practices list isnt a complete or comprehensive guide. However, this list provides you with a great starting place to help make your email server more secure.

A big mistake that organizations make is not taking the time to change their servers default settings and configurations. This may be because theyre in a rush or, perhaps, they dont realize just how risky it is to use the default settings. Regardless of the reason, be sure to take the extra step and change these settings.

This includes changing default login information as well. Account and password security are paramount in cybersecurity as a whole. If you use a default username and weak password combo to secure anything, its the equivalent of having the option of using a double deadbolt lock on your front door but opting to use a flimsy chain lock instead. Sure, it provides minimal security, but an attacker only needs to use a little brute force (get it?) to bust their way in and gain access to your home.

Using the default credentials (username and password) that comes with your server or software is like this. Its not secure and leaves your email server and its data at risk of theft and other compromises.

A mail transfer agent strict transport security is a verification check of incoming emails. According to Google, SMTP connections for email are more secure whenthe sending server supports MTA-STS and the receiving server has an MTA-STS policy in enforced mode.

Uh, sure. Great. But what does this mean? Basically, this is saying in laymans terms that if you have MTS-STS enabled on your organizations email server, itll only permit emails to be received via secure, authenticated connections (using TLS 1.2 or 1.3).

This helps protect your recipients against receiving unauthenticated messages sent via insecure connections (i.e., connections where someone could insert malware or modify data in transit, or whats known as a man-in-the-middle [MitM] attack).

If the senders digital identity cant be authenticated or they didnt have SSL/TLS enabled, then the message gets rejected.

Setting up a secure MTA is only part of the equation; you also need to take a few extra steps to help make your server and the inbound and outbound communications to/from it more secure.

Did you know that SSL/TLS also applies to email? Thats right, you can use SSL/TLS security to secure the communication channel of your messages. This allows you to encrypt the communications that transpire between your email server and other email servers that it communicates with. This way, no one can intercept the communications in transit.

Every time one of your employees sends or receives an email from someone, it creates a connection with that individuals email server. If that connection isnt secure, it means that anyone with the know-how can intercept that message in transit and steal or modify the data without the two original parties knowing what happened.

Of course, if youre using an email signing certificate to encrypt your email data directly (more on that later), then this serves as an additional layer of security for your communications.

Traditionally, IMAP or POP3 are protocols that are used for incoming emails (i.e., messages email clients grab from your mail server). SMTP, on the other hand, is used for outgoing emails. Be sure to set your services below to the following secure TCP/IP ports for incoming out outgoing messages:

Cybercriminals love playing dress up with companies brands and capitalizing on their reputations. Its not uncommon for bad guys to impersonate organizations as a way to carry out phishing scams. Check Point reports that the most impersonated brand of Q1 2022 was LinkedIn, which was involved in more than half (52%) of all phishing attacks they analyzed globally. In Q4 2021, Check Point said that DHL held that title, and Microsoft prior to that was the reigning champion of the title that no company wants.

Domain-based message authentication, reporting and conformance (DMARC) is an email protocol that helps to protect your domain against inauthentic usage by unauthorized individuals. The Internet Engineering Task Force (IETF) brought it into the fold as a way to help organizations protect their domains against these fraudulent usages. DMARC builds upon two other authentication protocols to ensure that only your authorized users are sending emails on behalf of your domain:

But just how popular is DMARC? Mimecast reports in their report The State of Email Security 2022 that nearly nine in 10 companies (89%) are either using DMARC or plan to do so over the next 12 months. This is according to their global survey of 1,400 IT and cybersecurity professionals from 12 countries.

Of course, you can take DMARC a step further and bring your organizations digital identity to the next level. You can do this by integrating brand indicators for message identification (BIMI) and verified mark certificates (VMCs) in your organizations email digital identity. Doing this will enable you to insert your organizations verified logo into all of your organizations outbound emails from legitimate senders.

Running an outdated or unpatched version of your servers software is a surefire recipe for disaster. Patches are a publisher or developers way to fix bugs and other issues that leave your email servers vulnerable. If you dont apply those patches in a timely manner, you run the risk of cybercriminals exploiting these vulnerabilities to gain access to your email server(s) and data.

Something youll need to choose is how you want to implement updates. Do you want to handle them manually? Do you want to explore the option of automation? Each approach has its pros and cons, but the point is that you need to ensure that updates and patches dont fall between the cracks and dont find yourself facing another Eternal Blue situation.

(Quick explanation: Eternal Blue was a vulnerability in legacy Windows systems that Microsoft issued a patch for but organizations neglected to roll out in a timely manner. The end result was hundreds of thousands of devices globally being infected by ransomware in an attack that impacted hundreds of millions of people [if not more].)

Alright, were more than half way through our list of secure email server best practices. Much like how network firewalls operate, email server firewalls filter inbound and outbound traffic based on the rules on your email server. What this does is help you to keep tabs on incoming and outgoing communications on your domain to look out for any suspicious activities.

Of course, we cant give you any specific directions about setting up rules on your email server since every system is different. So, youll need to refer to your specific firewall manufacturers site for specifics on how to accomplish this goal.

While its important to monitor your traffic, youll also want to be sure to restrict both the number of emails that can originate from your domain as well as their sizes. A spike in outbound messages could indicate that one or more of your authorized accounts could be compromised and is being used to send spam or phishing messages. Setting rate limits can help protect your domains reputation.

Weve said it before and will continue to say that not everyone needs access to everything. This is true regarding everything from customer and employee database info to privileged access to your email servers. This is where access management best practices come into play.

You can set employee profiles so that users have only the minimal level of access they need to do their jobs. If someone needs access to a sensitive system for a project, assign them permission for the amount of time necessary to complete it. Be sure to remove those privileges once that access is no longer necessary (e.g., when they complete the project).

Furthermore, be sure to have a procedure in place that ensures access is revoked for accounts when employees leave your organization. Attackers or even disgruntled former employees love to use old logins to nose around systems they should no longer have access to. You can prevent this from occurring by deactivating their accounts right away.

As an administrator, you likely use secure shell (SSH) to manage your organizations various servers. Traditionally, this requires using a username and password combination for authentication. But theres a better (and more secure) way of doing that than relying on potentially weak login credentials: you can use public-private key pairs instead.

This method of authentication involves using cryptographic keys to prove your digital identity as a legitimate authorized user. One of which is public and the other your device keeps private that proves youre you. This process enables you to authenticate easily and securely without ever having to remember a cumbersome password.

Weve talked at length about the importance of SSH key management best practices previously. To quickly recap, SSH key management is about securing your cryptographic keys as part of your SSH access management strategy and security practices. (Be sure to check out the article linked at the beginning of this paragraph for more in-depth information.)

Protecting account credentials isnt optional; its the responsibility of every individual employee and network user. Why? Because compromising users accounts is the easiest way for hackers to compromise your server. Part of this approach to hardening your organizations cyber defenses involves educating and training users on cyber security best practices.

Some of the things effective cyber awareness trainings should cover include:

To help prevent your employees especially admins and other privileged user from falling for credential phishing scams, require everyone to digitally sign their emails. By adding a cryptographic digital signature (i.e., a signature thats verified by a public CA) to your email, youre doing two big things:

You can also use these certificates to encrypt emails containing sensitive data for added measure. This process requires both parties (sender and recipient) to have email signing certificates, and for the email sender to use the recipients public key. You then use their public key to encrypt the email before pressing Send and they use their corresponding private key to decrypt the message on their end.

If this sounds complicated, dont worry all you have to do is ask the recipient to send you a digitally signed email first. This way, you have a copy of their public key readily available. Its that simple.

Frankly, there are many reasons why implementing these email server security best practices is crucial for businesses and other organizations globally. The biggest reason is that its the right and responsible thing to do. Your customers, users and other stakeholders are entrusting you to protect their data.

Second, it helps to protect your interest by keeping your data secure from prying eyes. Cybercriminals or even your competitors would love to get their hands on the digital goodies you have stored on your email server.

Here are a few other quick reasons why having a secure email server is essential for your organization:

Read the original:
10 Email Server Security Best Practices to Secure Your Email Server - Hashed Out by The SSL Store

Tech leaders have welcomed the appointment of a new federal minister for cybersecurity, as the Australian Information Security Association (AISA) convened in Canberra for a three-day conference on the national priority.

Dr Ian Levy has addressed the challenge of developing strategic cyber resilience, underscoring the need for data collection and a more scientific approach to monitoring it as a national capability.

On Wednesday, the boss of the UKs National Cyber Security Centre (NCSC) told a group of public sector leaders in Canberra that increasing resilience for critical infrastructure or the Internet was easier said than done, as was refining an appropriate model to address the complex risk of an increasingly digitised world.

If you increase something, you have to be able to measure it, to know that it has increased. When you define resilience [you need to ask]: resilience from what?, Levy said.

Is it resilience from somebody using a JCB to cut a cable? Is it somebody driving a truck into a metro node? Or is it resilience from the Russians getting pissed off with us because of Ukraine, and turning their winged, ninja cyber monkeys on our networks?

Its all of the above. But the way you manage those is completely different, he said.

Levy has identified five grand challenges for NCSC research teams to consider and is determined to leverage science and datasets to better measure and understand what needs to be targeted to strengthen national cyber resilience.

I want it to be driven by data about where the UK is genuinely vulnerable. There is still not enough science. We need genuinely new foundational science to make cybersecurity into something that we can all be proud of, Levy said.

We need data to help build analysis that tells us things, really high-quality information that we can use to secure the future. Its for all of us to do.

In a statement, AISA board chair Damien Manuel welcomed the prime ministers announcement that there would be a cabinet ministry position dedicated to cybersecurity.

Victorian Labor MP Claire ONeil was sworn in as the home affairs and cyber security minister on Wednesday morning.

Practically everything in the world today is heavily reliant on technology and the Internet, which is why the importance of cybersecurity has grown so rapidly, aligned with a growing number of cyberattacks on business, government and infrastructure, Manuel said.

In the most recent federal budget we saw a number of positive measures to help address this pressing issue, and we hope the new minister will expand on these commitments to further grow the nations investment in cyber security capability.

Manuel, who is also Deakin Universitys Cyber Research & Solution Centre director, said the threat of a cyberattack was relevant to defence as well as Australian business, communities and the economy. Across the small businesses, health and education sectors, he said, AISA believed greater investment in cyber resilience was needed.

More government work was also required to promote open data regulations and greater transparency in Australia, Manuel added. This would help to deliver data for social benefits and to better inform government policy decisions.

Solving the cybersecurity challenges requires working together across governments, industry and the community, Manuel said.

We are also keen to see greater activity in the area of privacy and the protection of our digital identities as we leverage data analytics and digital systems to reduce consumer friction points, in the move to reduce life admin and focus on living.

READ MORE:

NSW to establish cyber hub under new strategy

See more here:
Cyber bosses on what it means for public agencies to be resilient - The Mandarin

In April of 2013, CNN introduced the world to Shodan, a search engine for internet-connected devices, by publishing an article titled, Shodan: The scariest search engine on the Internet. CNN described how Shodan was used to find vulnerabilities: control systems for a water park, a gas station, a hotel wine cooler, and a crematorium. Cybersecurity researchers have even located command and control systems for nuclear power plants and a particle-accelerating cyclotron by using Shodan.

The article stated that these devices had almost no security; the lack of security was due to two main reasons. First, most of these IoT devices were made cheaply in an effort to remain competitive in the market. Second, internet connectivity and cybersecurity were absent in the initial design of these devices.

But the Shodan scare and the dismal state of IoT device security was way back in 2013since then Shodan has been synonymous with internet searches for connected devices. Surely, by now we have learned a thing or two about cybersecurity and attack surface management. Right?

Nine years after the publication of that infamous article, Shodan is still trending. It remained a popular search item on Google in 2021, and Cognytes research from the same year found that it was the subject of 75 news articles and over 4,000 posts on Dark Web hacking forums, primarily relating to malware and vulnerability scanning activities. While Shodan remains the most popular site of its kind, competitors such as BinaryEdge, Censys and ZoomEye are making a name for themselves in the domain. These search engines typically work by scanning the entire IP range for connected devices, allowing users to search for device information including open ports, SSL certifications, vulnerabilities, etc.

These search engines are still mainly used for scanning the internet for open devices and their vulnerabilities. This type of scanning is used by both security researchers and threat actors. And while there are still several devices that can be found, there arent as many as there used to be; fewer sensitive devices can be found or accessed in this way.

Security researcher using Shodan to find exposed AD controllers Source: https://twitter.com/lkarlslund/status/1511727317365800963

Another step thats been made toward securing the internet is the implementation of SSL certificates, which have become all but mandatory for websites to run properly on browsers. According to the website Web Tribunal, today there are around 176,000,000 SSL certificates on the internet, which represents about a 10% increase since last year. While this is an encouraging statistic, using search engines such as Shodan revealed that, in most cases, the IP of many devices can still be accessed directly. In fact, attackers have successfully bypassed the use of SSL in a number of different social engineering attacks.

One interesting trend in the last couple of years is the use of IoT search engines like Shodan in other aspects of cybersecurity research and attack surface management. Such search engines are widely used by security researchers to detect databases that were accidentally exposed to the internet, allowing anyone to access and download their content and subsequently find vulnerabilities. Shodan can be used to detect and locate malware command-and-control serversdevices used by threat actors to control malware. In several cases, security researchers were able to detect these servers, disable them or even take control of them, which can undermine attackers operations.

A query in Shodan used to detect the command and control servers of malware

Source: https://twitter.com/MichalKoczwara/status/1434959090338484224

Shodan and its ilk can be more than just scary internet search engines. While these search engines can be used by bad actors to find anything from smart refrigerators to ships that are connected to the internet, their power can also be used for good. Security teams, SOCs and CISOs can use these tools to gain a better understanding of their organizations exposure to the outside world. Such an understanding can help focus teams responses to security events, direct them when working with other departments in the organization and improve decisions regarding resource allocation.

These search engines can also help security researchers and law enforcement agencies (LEAs) in the battle against cyberattacks. Organizations can use Shodan and its competitors to map national risks, detect botnets and malware command-and-control servers, monitor rough servers, detect data leaks before they become breaches and more.

When the good guys use the same tools as threat actors to find their own vulnerabilities, they impair the attackers at different stages of the attack: Reconnaissance, collection, command-and-control and exfiltration. This strategy can minimize the effectiveness gap between the attacker and the defender and give organizations a fighting chance at stopping attacks in their tracks.

See the original post here:
Shodan: Still the Scariest Search Engine on the Internet? - Security Boulevard

United States Report Ocean published a new report on the Internet Security Market The study includes an in-depth analysis of regional trends and market growth in North America, Europe, Asia-Pacific, and Middle East Africa. This study report also examines the challenges that are negatively impacting the industrys growth and outlines a strategy adopted by companies during 2022 to 2030.

Internet threats have evolved as a global problem and have spread across various geographies. The main objective of Internet security solutions is to protect the systems and networks against cyber-attacks. Increasing number of advanced network threats, such as virus, spam, malware, and others, have led the Internet security solution providers to develop advanced products. Increasing usage of Internet across every sector has increased the vulnerability of virus attacks, spams and others, which could severely impact system functionality and business operations. Several sectors, such as finance, infrastructure, transportation, telecommunication, and defense and research institutes, have become the prime targets of the cyber-attacks. Internet security solutions protect computing systems to ensure flawless execution of operations and prevent damage and loss that might arise from any kind of cyber-attack.

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The global ICT market is forecast to reach US$ 6.6 trillion dollars in 2022 and almost 8 trillion by 2023. The constant growth is a reminder of the ever-rising plurality and importance of technology in todays society. A surge in traditional tech spending over the forecast period drives by big data and analytics, social, mobile, and cloud computing.

According to the International Trade Administration, Irelands U$ 50 billion digital economy accounts for 13% of GDP. Around 1,000 digital firms operate in Ireland, including major U.S. MNEs like Apple, AWS, Cisco, Facebook, Google, HPE, IBM, Intel, and Microsoft. Despite the impact presented by the COVID-19 pandemic, the US$ 5 billion ICT market has maintained demand as digital technologies and solutions recreate a tremendous role globally.

This report presents a detailed view on the world Internet security market. The market growth is driven by several factors, such as cloud-based business operations, increase in the number of online financial transactions, and growing use of Internet due to wireless availability and enhanced connectivity. The presence of pirated software and lack of awareness about utilizing Internet security features among the consumers, act as the key restraining factors.

However, the market is expected to witness constant growth with increasing number of Internet applications, such as e-commerce and e-governance and growing awareness and for efficient security solutions. Additionally, increasing adoption of managed security solutions offered by various companies would foster the growth of Internet security market. The major companies operating in this market include IBM, Intel, Symantec, and HP among others. These top players have primarily adopted product launch, product enhancement, and acquisition strategies in order to enhance their market share in world Internet security market.

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The world Internet security market is segmented into product & services, technology, application, and geography. Based upon product & services, the market is further segmented into hardware, software, and services. The application segment highlights the importance and usage of Internet security solutions in BFSI, retail, telecom & IT, manufacturing, and education, among others. Furthermore, Internet security market is segmented on the basis of technology, which includes authentication, access control, content filtering, and cryptography. In addition, the report segments the world Internet security market based on different regions, which include North America, Europe, Asia-Pacific and LAMEA.

KEY BENEFITS

The report provides an overview of the international markets, with special reference to market trends, market structure, driving factors, scope, opportunities and the challenges in the Internet security marketPorters Five Forces model is used to analyze the potency of buyers and suppliers and the competitive structure of the marketThe segmental study of the global market provides a comprehensive overview of various security technologies along with their applications across different geographiesThe report identifies major drivers, opportunities, and restraints, which boost the market and provides an impact analysis for the forecast periodValue chain analysis provides a systematic study of the key intermediaries involved, which could assist the stakeholders in formulating appropriate strategies

The U.S. accounted for the major share in the global landscape in technology innovation. As per the World Economic Forums 2018 Global Competitive Index, the countrys competitive advantage is owing to its business vitality, substantial institutional pillars, financing agencies, and vibrant innovation ecosystem.

As of 2021, the U.S. region garnered 36% of the global information and communication technology (ICT) market share.Europe and China ranked as the second and third largest regions, separately accounting for 12% of the market share. The U.S. economy has held its global leadership position despite only a cumulative growth in wages from US$ 65 per hour in 2005 to US$ 71.3 per hour in 2015.

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A release on June 8th, 2021, by the Bureau and Economic Analysis and U.S. The Census Bureau reports the recovery of the U.S. market. The report also described the recovery of U.S. International Trade in July 2021.In April 2021, exports in the country reached $300 billion, an increase of $13.4 billion. In April 2021, imports amounted to $294.5 billion, increasing by $17.4 billion. COVID19 is still a significant issue for economies around the globe, as evidenced by the year-over-year decline in exports in the U.S. between April 2020 and April 2021 and the increase in imports over that same period of time. The market is clearly trying to recover. Despite this, it means there will be a direct impact on the Healthcare/ICT/Chemical industries.

INTERNET SECURITY MARKET KEY SEGMENTS

The world Internet security market is segmented into product & services, technology, application, and geography.

Market by Product & Service

HardwareSoftwareServices

Market by Technology

Authentication technologyAccess control technologyContent filteringCryptography

Market by Application

BFSIRetailTelecom & ITGovernmentManufacturingEducationAerospace, defense, & intelligenceOthers

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Market by Geography

North AmericaEuropeAsia-PacificLAMEA (Latin America, Middle East and Africa)

Key Players

International Business Machine (IBM) CorporationHewlett Packard (HP) CompanyMicrosoft CorporationCISCO Systems, Inc.Google IncorporationIntel Corporation (McAfee, Inc.)Symantec CorporationTrend MicroKaspersky LabDell (SonicWall, Inc.)

Table of Content:

What is the goal of the report?

Key Questions Answered in the Market Report

How did the COVID-19 pandemic impact the adoption of by various pharmaceutical and life sciences companies? What is the outlook for the impact market during the forecast period 2021-2030? What are the key trends influencing the impact market? How will they influence the market in short-, mid-, and long-term duration? What is the end user perception toward? How is the patent landscape for pharmaceutical quality? Which country/cluster witnessed the highest patent filing from January 2014-June 2021? What are the key factors impacting the impact market? What will be their impact in short-, mid-, and long-term duration? What are the key opportunities areas in the impact market? What is their potential in short-, mid-, and long-term duration? What are the key strategies adopted by companies in the impact market? What are the key application areas of the impact market? Which application is expected to hold the highest growth potential during the forecast period 2021-2030? What is the preferred deployment model for the impact? What is the growth potential of various deployment models present in the market? Who are the key end users of pharmaceutical quality? What is their respective share in the impact market? Which regional market is expected to hold the highest growth potential in the impact market during the forecast period 2021-2030? Which are the key players in the impact market?

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About Report Ocean:We are the best market research reports provider in the industry. Report Ocean believes in providing quality reports to clients to meet the top line and bottom line goals which will boost your market share in todays competitive environment. Report Ocean is a one-stop solution for individuals, organizations, and industries that are looking for innovative market research reports.

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Internet Security Market Trends, Size, Industry Analysis, Top Key Player, Growth, Opportunities & Forecast to 2030 The Greater Binghamton...