Category Archives: Internet Security
6 security shortcomings that COVID-19 exposed – CSO Online
A year ago, in the fall of 2019, Mike Zachman ran a security drill for his company, Zebra Technologies Corp.
Zachman, who as chief security officer oversees cybersecurity as well as product security and physical security, had focused the exercise on business continuity to determine how well the companys plans would hold up.
He had organized similar events in the past, running through both a mock ransomware attack and a staged natural disaster that took out a data center. So, to further test his company, he came up with a new scenario for 2019: a theoretical pandemic, complete with office workers undergoing temperature checks.
Zachman assures that hes not prescient but rather pragmatic: Global companies have had to deal with SARS and localized epidemics in the past, he says, so he saw testing his companys response to a pandemic as a responsible move.
The exercise tested the companys 3+2 strategy, which was designed to ensure that its disaster recovery, supply chain and workforce (the 3) as well as its repair depots and distribution centers (the 2) were resilient enough to handle the event.
Having done that exercise, we found ourselves reasonably prepared when COVID hit. It was still challenging. It took a lot of people putting in a lot of energy to make sure we executed properly. But what we werent doing was running around, saying What do we do? Zachman says.
The company had a command-and-control plan, and it had enough VPNs to support widespread remote work. Its workers had their devices with them, as the fall 2019 drill reinforced for them the need to take their laptops home at night to ensure business continuity should a sudden emergency arise.
However, Zebra still encountered a few shortcomings in its cybersecurity operations that needed to be fixed, Zachman says. It found, for example, that some of the configurations on its laptops didnt offer adequate protection for long-term remote access gained through individual workers home internet networks. And it had less visibility into the at-home laptops network traffic, prompting Zebra to speed up its journey to a more mature zero trust environment.
As Zebras experience shows, the pandemic uncovered security shortcomings in even well-prepared organizations. The shortcomings run the gamut from minor to significant and, regardless of their size and nature, are keeping CISOs extra busy as they and their organizations move forward amid continued uncertainty and extended work-from-home scenarios.
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6 security shortcomings that COVID-19 exposed - CSO Online
iboss Named Finalist for Best Network Security Solution in the 2020 ASTORS Homeland Security Awards – PR Web
As government organizations implement a zero-trust and SASE model that allows users to connect directly and securely to any cloud application from any location, the iboss platform provides the perfect foundation for this cloud transformation.
BOSTON (PRWEB) November 11, 2020
iboss, the leader in cloud delivered network security, today announced that American Security Today has named iboss a finalist in the 2020 ASTORS Homeland Security Awards.
The Annual ASTORS Awards Program is specifically designed to honor distinguished government vendor solutions that deliver enhanced value, benefit and intelligence to end users in a variety of government, homeland security and public safety markets.
The ASTORS Awards is the preeminent U.S. Homeland Security Awards Program highlighting the most cutting-edge and forward-thinking security solutions coming onto the market today.
iboss is recognized in the Best Network Security Solution category. As the most advanced SASE and Zero Trust platform, iboss cloud is transforming the network security market. iboss's patented containerized architecture ensures a smoother and more seamless transition to the cloud than any other security vendor on the market. This foundation allows 100% of any network security feature to transition easily from hosted network security appliances to SaaS based Internet security delivered in the cloud. In addition, containerization and microservices allows for complete data isolation while data is secured between devices and cloud applications. This ensures low latency, fast connections and the highest level of data security.The iboss cloud enables users to connect quickly and securely to any cloud destination, from anywhere, with elastic and instant scaling to meet the demands of the cloud-first future.
With increasing bandwidth, encrypted traffic, shifts to cloud applications like Office 365 and users that are no longer constrained to the company network, the ability to deliver fast and compliant connections is more difficult than ever. The iboss platform provides a consistent network security stack that is applied to users, regardless of their location, including trusted government operated networks and untrusted remote networks.
We are honored to be named a finalist in the 2020 ASTORS Homeland Security Awards, said Paul Martini, iboss CEO, CTO, and Chief Architect. As government organizations implement a zero-trust and SASE model that allows users to connect directly and securely to any cloud application from any location, the iboss platform provides the perfect foundation for this cloud transformation. Leveraging iboss Zero Trust Network Access solution, users connected to the iboss SASE network security fabric are provided access only to specific cloud resources and applications rather than the full network, based on identity and user context. This provides major advantages for government agencies which are running comply to connect initiatives.
To learn more about the ASTORS Awards view the American Security Today 2020 Finalists Edition and visit https://americansecuritytoday.com/ast-awards/.
About iboss ibossis a cloud security company that provides organizations and their employees fast and secure access to the Internet on any device, from any location, in the cloud. The iboss cloud platform provides network security as a service, delivered in the cloud, as a complete SaaS offering. This eliminates the need for traditional network security appliances, such as firewalls and web gateway proxies, which are ineffective at protecting a cloud-first and mobile world. Leveraging a purpose-built cloud architecture backed by over 190 issued and pending patents and more than 100 points of presence globally,ibossprotects more than 4,000 organizations worldwide. To learn more, visit https://www.iboss.com/.
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iboss Named Finalist for Best Network Security Solution in the 2020 ASTORS Homeland Security Awards - PR Web
Microsoft: Move Away From Phone-based Multi-factor Authentication – TechDecisions
Multi-factor authentication (MFA) a cybersecurity measure that grants access to an account or application only after a user presents two or more pieces of evidence to prove they own the account is often cited by experts as a simple but necessary protocol to protect against phishing attacks.
Users can usually select a few different wants to authenticate the account: email, security keys, authenticator apps, voice and SMS text messages.
However, in a new blog, Microsofts Director of Identity Security Alex Weinert suggests organizations should avoid using mobile phone-based authentication methods.
Those authentication methods are based on publicly switched telephone networks and are the least secure of the available MFA methods, according to Weinert, who used the post to highlight Microsofts Authenticator App.
That gap will only widen as MFA adoption increases attackers interest in breaking these methods and purpose-built authenticators extend their security and usability advantages, Weinert writes.
Plan your move to passwordless strong auth now the authenticator app provides an immediate and evolving option.
Authenticating an account via a PSTN is inherently dangerous, Weinert writes.
Read Next: Study: Tiny Visual Cues Can Give Hackers Your Password On Video Calls
Its worth noting that every mechanism to exploit a credential can be used on PSTN OTP. Phish? Check. Social? Check. Account takeover? Check. Device theft? Check. Your PSTN account has all the vulnerabilities of every other authenticator and a host of other issues specific to PSTN.
In addition, the messages are limited to simply sending one-time passwords in a short text or phone call without context.
Further, these messages are sent without encryption, are easy to social engineer and are subject to mobile operator performance and changing regulations.
The Microsoft Authenticator, Weinert writes, uses encrypted communication that allows bi-directional communication on authentication status. The company is also working on adding more context and control to the app.
Multi-factor authentication is a simple way to increase your internet security, and its quickly becoming anything but optional.
In a blog last year, Weinert wrote that MFA is the least you can do if you are at all serious about protecting your accounts.
Use ofanythingbeyond the password significantly increases the costs for attackers, which is whythe rate of compromise of accounts using any type of MFA is less than 0.1% of the general population, Weinert wrote.
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Microsoft: Move Away From Phone-based Multi-factor Authentication - TechDecisions
Global Cable Operator Markets, 2020-2025 by Technology, Residential Services (Wireless, Internet, Entertainment, Security, Home Automation, and IoT…
DUBLIN--(BUSINESS WIRE)--The "Cable Operator Market by Technology, Residential Services (Wireless, Internet, Entertainment, Security, Home Automation, and IoT based Apps), SMB and Enterprise Applications 2020 - 2025" report has been added to ResearchAndMarkets.com's offering.
This report evaluates Cable MSO ecosystem players, technologies, solutions, and market opportunities
This includes traditional residential and SMB services as well as the broader B2B market for fixed network providers, IoT market opportunities, wireless/mobility and other consumer services. The report evaluates these market opportunities and provides forecasts for every major sub-segment from 2020 through 2025. The report also evaluates the impact of 5G and edge computing on Cable MSO network operators.
The report also assesses the Cable MSO business service environment, landscape, and investment strategies such as the impact and opportunities surrounding developments with Citizens Broadband Radio Service (CBRS). Looking beyond simply the migration from coaxial cable to fiber networks, the report takes into consideration important technical matters such as Cable MSO converged IP/MPLS network architectures, IoT networks, and functionality.
The report also evaluates how these technical considerations relate to market opportunities such as Cable MSO IoT vertical coverage. The report also evaluates the impact of artificial intelligence on Cable MSO providers. Finally, the report also provides a summation with conclusions and recommendations for all industry constituents.
Select Findings:
Key Topics Covered:
1.0 Executive Summary
2.0 Introduction
2.1 Cable MSO Landscape
2.1.1 Converged Communication Architecture
2.1.2 Service Routing Platform
2.1.3 Wireless Structure
2.2 Cable Internet Performance vs. Wireless Broadband Access
2.3 Citizens Broadband Radio Service (CBRS)
2.4 Important Technologies: DOCSIS, NFV, SDN, and OSS/BSS
2.5 Importance of Ethernet Connectivity
2.6 Fixed Network and Satellite Provider Video and IP Services
2.7 The Role of WiFi, LTE, and 5G Services
2.8 In-Building Capacity Boosting and DAS Solution
2.9 Cable MSO Market Factors
2.10 Cable MSO Market Players
3.0 Technology and Market Analysis
3.1 Cable MSO Consumer vs. Enterprise Market
3.2 Cable MSO and Connected Homes
3.2.1 Connecting to the Connected Home
3.2.2 Connected Homes and "Smart" Products and Services
3.3 Enterprise Telecom Service Spending and Commercial Services
3.4 Cable Infrastructure Spending
3.5 Wireless MVNO Opportunity
3.6 Cable MSOs can Leverage Telecom APIs for OTT Service
3.7 Network Virtualization and Service Orchestration
3.8 Spectrum Sharing in LTE 5G and Spectrum Access System (SAS)
3.9 Cloud Solution and Network Deployment
3.10 VoIP Transformation and Next-Generation Video
3.11 Cable MSO IoT Network and Functions
3.12 IoT Vertical for Cable MSO
3.13 Cable MSO Deployment and Expansion
3.14 Cable MSO Business Model
3.15 Cable MSO User Characteristics
4.0 Company Analysis
4.1 Altice USA
4.2 ADVA Optical Networking
4.3 Accedian Networks Inc.
4.4 AT&T Inc.
4.5 Atlantic Broadband
4.6 Telephone and Data Systems Inc.
4.7 Blue Ridge Communications
4.8 Buckeye Broadband
4.9 CableLabs
4.10 Cable One Inc.
4.11 CenturyLink
4.12 Charter Communications (Spectrum Enterprise)
4.13 Ciena Corporation
4.14 Cincinnati Bell Inc.
4.15 Cisco Systems Inc.
4.16 Cogent Communications Inc.
4.17 Comcast
4.18 Consolidated Communications
4.19 Cox Communications Inc.
4.20 Digicable
4.21 Ribbon Communications
4.22 EXFO Inc.
4.23 Frontier Communications Corporation
4.24 Fujitsu Ltd.
4.25 GCI Communications Corp.
4.26 Google Fiber
4.27 Greenlee Communications
4.28 GTT Communications Inc.
4.29 Harmonic Inc.
4.30 Juniper Networks Inc.
4.31 Liberty Cablevision
4.32 Mediacom Communications Corporation
4.33 Midcontinent Communications
4.34 Nokia Corporation
4.35 Pacific Broadband Networks
4.36 Rogers Communications
4.37 Service Electric Cable TV Inc.
4.38 Shandong Cable Network
4.39 Shaw Communications
4.40 Sprint Corporation
4.41 Telenet
4.42 TPG Internet Pty Ltd ABN
4.43 Verizon Wireless
4.44 Virgin Media
4.45 WaveDivision Holdings LLC
4.46 Windstream Communications
4.47 WideOpenWest Finance LLC
4.48 Zayo Group LLC
5.0 Cable MSO Market Forecasts 2020 - 2025
5.1 Consolidated Cable MSO Market 2020 - 2025
5.2 Cable MSO Market by Segment 2020 - 2025
5.2.1 Cable MSO Market by Infrastructure 2020 - 2025
5.2.1.1 Cable MSO Market by Cable Type 2020 - 2025
5.2.1.2 Cable MSO Market by Networking Equipment Type2020 - 2025
5.2.2 Cable MSO Market by Software Solution 2020 - 2025
5.2.3 Cable MSO Market by Service Sales 2020 - 2025
5.2.3.1 Cable MSO Market by Business Service 2020 - 2025
5.2.3.2 Cable MSO Market by Professional Service 2020 - 2025
5.3 Cable MSO Market by Vertical Market Sector 2020 - 2025
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Global Cable Operator Markets, 2020-2025 by Technology, Residential Services (Wireless, Internet, Entertainment, Security, Home Automation, and IoT...
Why fintech security must never be an afterthought Wall Street Call – Reported Times
iCrowdNewswire Nov 12, 202010:30 AM ET
Cyberattacks the biggest barrier to financial innovation
November 12, 2020. Verizons analysis of more than 32,000 security incidents and 3,950 breaches has revealed that the financial sector ranks fourth among all sectors in security incidents (1,509 incidents), and seventh in data breaches (448 breaches).
In addition, these financial organizations suffer the third highest average cost per breach at $5.85 million, which is nearly $2 million more than the global average for all industries, according to Ponemon and IBM 2020 Cost of a Data Breach Report.
Fintech security challenges
The financial sector has always been a target due to the types of data it collects about its customers. This year, the sector is the favorite playground of financially motivated bad actors, just as it was in 2019. According to Verizon, web application attacks compete with the miscellaneous error pattern for the top cause of most breaches, making employees mistakes account for roughly the same number of breaches as external parties.
Pressure on DevOps teams to produce results quickly might lead to security not getting the attention it deserves. Leveraging cybersecurity to gain an edge over competitors leaves fintech organizations and their customers open to cyber risks. But risks can originate from more traditional routes like phishing emails and it only takes one person losing concentration to expose the organization to ransomware, data theft, or more, says Juta Gurinaviciute, Chief Technology Officer at NordVPN Teams.
Hackers could target investment apps, online financial data processing systems, and cryptocurrencies, along with providing paid access to banks infrastructures and developing new strains of mobile banking malware based on a leaked source code.
The most common threats fintech companies face are phishing attacks and data breaches, as well as cloud and application security breaches, Gurinaviciute adds.
COVID-19 has increased the risk
According to a new report by the World Bank and the Cambridge Centre for Alternative Finance (CCAF), almost four in every five regulators count cyber threats among the top three risks that have increased during the pandemic. The same report reveals that, over the course of the pandemic, fintech providers have seen a 15% increase in cybersecurity threats. However, only 29% of them say they have taken any action so far, as more needs to be done to consolidate frameworks and update the policy in this area.
With the COVID-19 crisis accelerating the need to become digital-first, financial services firms have been impacted in two fundamental ways. From a network perspective, organizations have had to act quickly to solve issues associated with network redirection and outrage caused by the mass move to remote working. At the same time, they have also been tested to mitigate elevated threats, such as credential stuffing, account hacking, and fraudulent emails.
No industry is immune to cyber threats, but for financial services organizations the risk has always been significantly higher. Fintech companies are perfectly aware that theyre prime targets for cyberattacks and are usually more secure than digital services in other industries. However, the very nature of fintech companies involves them holding massive amounts of highly sensitive data. Therefore, even the smallest risk, if not taken seriously, could have devastating consequences, Gurinaviciute adds.
Fintech data protection
The fact that many fintech companies are relatively unsophisticated in protecting their data is both good and bad news. The bad news is this means financial and customer information is often not secure. The good news is there are some basic measures a fintech company can implement to prevent future data breaches.
1. Improve cloud security. Adding a cloud data loss prevention (DLP) service can dramatically reduce the risk of data exfiltration, which is the risk of your data ending up somewhere it doesnt belong.
2. Encrypt sensitive data. This safeguards both the end user and corporate environment, ensuring that no one is able to decipher sensitive data traffic.
3. Secure authentication. Secure and precise identification and authentication is vital for fintech software. Role-based access control, password expiration, shorter session lifetimes, and tracking of failed sign-in attempts could help mitigate some of the risks.
4. Multi-factor authentication. Multi-factor authentication across the ecosystem can prevent hackers from moving across the network and gaining additional controls. In more sensitive areas, physical MFA devices and/or biometric authentication is also vital.
5. Security education. Last but not least, although fintech firms are digital natives, one should not assume they do not need digital security training. Security education sets the team for success and should be the backbone of any security strategy.
Its important for fintech companies to participate in developing risk assessments and frameworks for improving cybersecurity. Industry groups such as the Center for Internet Security can offer assistance and resources to growing fintech companies. Mastercard works with other financial companies through the Financial Services Information Sharing and Analysis Center (FSISAC). And the World Economic Forums FinTech Cybersecurity Consortium continues to provide research findings for this sector.
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Keywords:fintech, technology, finance, information technology, cybersecurity, information security, system security, cloud, cyber attacks
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Why fintech security must never be an afterthought Wall Street Call - Reported Times
Global Internet Security Market Share, Quantitative Analysis, Drivers & Restraints, Future Trends and Forecast Research Report 2026 by Global…
Global Internet Security Market Report helps the readers to maximize their profits and business making ventures by gaining complete insights of Internet Security Industry. The latest developments and growth opportunities in Internet Security market are covered. Development trends, revenue analysis, Internet Security market share and market dynamics are presented to optimize the business. The vital Internet Security insights, opportunities in existing and emerging segments are explained. An in-depth analysis on the present state of Internet Security, progressive future trends, and comprehensive analysis based on type, application, players and regions are covered. The report thoroughly analyzes the competitors, SWOT analysis, industry chain structure and production process view.
Internet Security Market Leading Players (2019-2026):
AVG TechnologiesAlienVaulFireEyeFireEyeJuniper NetworksSymantec CorporationCisco SystemsFortinetIBMHewlett Packard EnterpriseSophosEMC RSAKasperskyIntel SecurityDellPalo Alto NetworksRapid7
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1 Internet Security Introduction and Market Overview1.1 Objectives of the Study1.2 Overview of Internet Security1.3 Scope of The Study1.3.1 Key Market Segments1.3.2 Players Covered1.3.3 COVID-19s impact on the Internet Security industry1.4 Methodology of The Study1.5 Research Data Source
2 Executive Summary2.1 Market Overview2.1.1 Global Internet Security Market Size, 2015 20202.1.2 Global Internet Security Market Size by Type, 2015 20202.1.3 Global Internet Security Market Size by Application, 2015 20202.1.4 Global Internet Security Market Size by Region, 2015 20252.2 Business Environment Analysis2.2.1 Global COVID-19 Status and Economic Overview2.2.2 Influence of COVID-19 Outbreak on Internet Security Industry Development
3 Industry Chain Analysis3.1 Upstream Raw Material Suppliers of Internet Security Analysis3.2 Major Players of Internet Security3.3 Internet Security Manufacturing Cost Structure Analysis3.3.1 Production Process Analysis3.3.2 Manufacturing Cost Structure of Internet Security3.3.3 Labor Cost of Internet Security3.4 Market Distributors of Internet Security3.5 Major Downstream Buyers of Internet Security Analysis3.6 The Impact of Covid-19 From the Perspective of Industry Chain3.7 Regional Import and Export Controls Will Exist for a Long Time
4 Global Internet Security Market, by Type4.1 Global Internet Security Value and Market Share by Type (2015-2020)4.2 Global Internet Security Production and Market Share by Type (2015-2020)4.3 Global Internet Security Value and Growth Rate by Type (2015-2020)
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Global Internet Security Market By Application:
BFSIManufacturingHealthcareRetailIT & TelecommunicationAerospace & DefenseGovernmentOthers
5 Internet Security Market, by Type5.1 Downstream Market Overview5.2 Global Internet Security Consumption and Market Share by Application (2015-2020)5.3 Global Internet Security Consumption and Growth Rate by Application (2015-2020)
Global Internet Security Market By Applications:
CloudOn Premise
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Internet Security Software Market Size, Share, Types, Products, Trends, Growth, Applications and Forecast 2020 to 2027 – TechnoWeekly
Internet Security Software Market Size And Forecast
Market Research Intellect has newly added an informative report on the Internet Security Software Market to its large volume of database. This research report sheds light on various attributes of the global market such as present scenario, historical developments and upcoming trends to understand the market clearly. This analytical market research reports a 360-degree overview of the Internet Security Software Market that offers massive data by analyzing the latest market trends, innovative platforms, tools, technologies and global market growth opportunities. Different global market dynamics such as market drivers, restraints, threats, risks, challenges and opportunities have been mentioned in the report. This analytical report will help both established companies and new entrants to identify the consumers demands, current market needs, market size and global competition among leading key players.
Regional outlook:
The Internet Security Software Market has been examined into various global regions such as North America, Latin America, Middle East, Asia-pacific, Africa and Europe based on various perspectives like type, applications, market size, etc. North America is leading the market position in Internet Security Software Market over the forecast period. Furthermore, Asia-Pacific region is marking and impressive growth for the Internet Security Software Market.
A notable feature of this innovative market research report is, it comes with detailed analysis on, impact of covid-19 on Internet Security Software Market growth. The viral outbreak of COVID-19 (Corona Virus) across the global regions led to a sudden pause in production and manufacturing activities in various business sectors. Moreover, rising stringent rules and regulations imposed by the government on industrial sector are also affecting the production capabilities for the Internet Security Software Market. Due to the disruption to the manufacturing process and push-out of global customer orders, the market is getting affected presently. We at Market Research Intellect, offer insight views on the Internet Security Software Market for making strategic business decisions over the forecast period.
Competitive Landscape:
A competitive landscape of the Internet Security Software Market has been presented by examining numerous leading companies functioning across the leading global regions. Moreover, it sheds light on various attributes such as company overview, contact information, product overview, financial overview, marketing methodologies and distribution channels.
Following key players have been profiled with the help of proven research methodologies:
Internet Security Software Market Segmentation:
Internet Security Software Market Segment by Type:
Internet Security Software Market Segment by Application:
Internet Security Software Market Segment by Global Presence:
North America Latin America Middle East Asia-Pacific Africa Europe
The report has been aggregated by using a couple of research methodologies such as primary and secondary research techniques. It helps in collecting informative pieces of professional information for deriving effective insights into the market. This informative report helps in making well informed and strategic decisions throughout the forecast period.
Key questions answered through this analytical market research report include:
What is the Internet Security Software Market? What are the primary factors boosting the Internet Security Software Market? What will be the Internet Security Software Market size and the growth rate over the forecast period? What are the outcomes of SWOT and Porters five forces in market growth? What are the demanding regions across the globe? What are the challenges, threats and risks faced by new entrants in the market? What are the global market growth opportunities in front of the market growth? Which factors are responsible for hampering the market growth? What are the latest trends in the market? What are the recent industry developments in Internet Security Software Market?
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Internet Security Software Market Size, Share, Types, Products, Trends, Growth, Applications and Forecast 2020 to 2027 - TechnoWeekly
How the Internet of Things Security Infrastructure in India can be improved? – Analytics Insight
Until August this year, India encountered almost seven lakh cyber attacks as informed by the Ministry of Electronics and Information Technology to the Parliament. Increased malware and ransomware has modelled a greater threat to the cybersecurity, sovereignty and integrity of the country. A report by Subex indicates a surge of 86% cyberattack cases between April and March 2020.
Undoubtedly, the Internet of Things (IoT) has become the fastest adopted technology in the industry. Internet of Things connects various sources and thus instigates sharing and generating of exponential data. From oil and energy sector to the automotive industry, the Internet of Things is making operations durable and accurate. With its sustainable mechanism, the technology is also fuelling the countrys ambitious project of integrating the 5G network. Apart from being used as a technology, IoT has also become a commodity. For example, the smart thermostat and the smart cable network, which embellishes smart homes, leverage IoT as a commodity.
However, despite all the pros that the technology indicates, connecting different sources without any upgraded security grants easier access to cyber attackers and hackers. The existing COVID-19 outbreak has already exposed the urgency to have an upgraded cybersecurity infrastructure. Since these cyber attacks are not confined to only healthcare infrastructure but also pervades other industry such as defence, it demands a comprehensive strategy to protect systems while leveraging the existing technology.
Unfortunately, the lack of a regulatory framework for any technology becomes a major barrier to thwart cyber attacks, ransomware and malware. Without any regulation, technologies like artificial intelligence and IoT often become exploitative. Lack of knowledge by the IoT vendors and users also advances the security challenges with IoT. Henceforth, to thwart cyber attacks it becomes imperative to formulate a regulatory framework which monitors the IoT usage and the incidents of cyber attacks. For this, India can observe the steps taken to maintain IoT standards from its allies. For example, European body ETSI has released certain guidelines for the adoption and utilization of IoT. ItsETSI EN 303 645, a standard for cybersecurity in the Internet of Things, establishes a security baseline for internet-connected consumer products and provides a basis for future IoT certification schemes.
The European Cybersecurity body states that the EN is designed to prevent large-scale, prevalent attacks against smart devices that cybersecurity experts see every day. By complying with the standards, EN will restrict the ability of attackers to control devices across the globe known as botnets which launch DDoS attacks, mine cryptocurrency and spy on users in their own homes. By preventing these attacks, the EN represents a huge uplift in baseline security and privacy.
A similar regulatory framework can be deployed by the Indian cybersecurity organization so that vendors and consumers comply with the IoT standards. By installing a regulatory body, the discrepancies in the security network can be identified.
Another solution to thwart cyber attacks, ransomware and malware, is educating the consumers about upgraded security network and the possible implications of disrupted IoT network. By acquainting the consumers about the basic concept such as having a separate network for IoT devices, having strong and unique passwords of IoT devices and building a firewall will make the consumers more cautious about their IoT devices and the network security, which will in turn aid in mitigating the cyberattacks.
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How the Internet of Things Security Infrastructure in India can be improved? - Analytics Insight
Global Internet of Things Security Market 2025 Potential Scope for Growth in This Pandamic: Check Point Security Software Technologies, Cisco Systems,…
Regional Development: Detailed Analysis
The latest report presentation on Global Internet of Things Security market portrays a detailed analytical review of the market spectrum across both historical and current timelines, complete with thorough details on prominent events, catastrophic implications as well as segment advancement and technological milestones that tend to have a lingering influence on unperturbed growth prognosis in global Internet of Things Security market.
In-depth research delving into past developments and growth trends, besides significant analysis of current events and developments, suggest that holistic growth in global Internet of Things Security market is touted to reach over xx million USD by the end of 2025, with CAGR amplification of xx% through the forecast span, 2019-25.
The study encompasses profiles of major companies operating in the Internet of Things Security Market. Key players profiled in the report includes:
We Have Recent Updates of Internet of Things Security Market in Sample [emailprotected] https://www.orbismarketreports.com/sample-request/81009?utm_source=Puja
The report spans across determining crucial developments for various lucrative growth hotspots such spread over 50 countries during the growth span, 2020-25. A clear analytical review of vital details such as supply and logistics outlook, segment development and investments as well as manufacturer and vendor activities favoring high end returns in a highly competitive landscape.
The report critically assesses the frontline players and their company positioning amidst staggering competition and lingering eventful milestones. Each of the profiled players mentioned in the report has been thoroughly evaluated to include a detailed overview of market segments inclusive of type and applications. The report also includes details in region wise advances and consumer behavior and activities across countries and regions.
Segment Stratification by Product: The report includes details on production, consumption, import and export developments along with sales volume and value-based projections are meticulously ingrained in the report. Developments in CAGR projections are also tagged in the report.
Segment Stratification by Application: The report also ropes in versatile details on end-use applicability user preferences and vendor participation that collectively steer tremendous growth potential in global Internet of Things Security market.
Additionally, this intensive research report has also been deployed to adequately answer the queries of inquisitive report readers and market participants pertaining to COVID-19 pandemic analysis and corresponding recovery.
Browse Full Report with Facts and Figures of Internet of Things Security Market Report at @ https://www.orbismarketreports.com/global-internet-of-things-security-market-growth-analysis-by-trends-and-forecast-2019-2025?utm_source=Puja
One of the most relevant research inputs in global Internet of Things Security market is COVID-19 impact analysis. The pre and post analytical developments in global Internet of Things Security market have also been thoroughly included in the report to ensure reader understanding and subsequent investment discretion. Assessment of the market dynamics across both the timelines is integral to ensure accurate forecast analysis and growth projections.
Geographical Segmentation and Competition AnalysisThis section of the report proceeds further with divulging high end details on regional overview, highlighting chief growth hotspots, vendor participation as well as consumer expectations that collectively determine futuristic growth prognosis in global Internet of Things Security market.
The following is a complete run-down of geography-based analysis of Internet of Things Security market:
North America (U.S., Canada, Mexico) Europe (U.K., France, Germany, Spain, Italy, Central & Eastern Europe, CIS) Asia Pacific (China, Japan, South Korea, ASEAN, India, Rest of Asia Pacific) Latin America (Brazil, Rest of L.A.) Middle East and Africa (Turkey, GCC, Rest of Middle East)
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Details such as trend analysis, opportunity mapping and barrier analysis have all been thoroughly evaluated in the report to encourage high end growth and long-term sustainability. These report inputs are in complete alignment with growth objectives of the new entrants as well as market veterans holding legacy growth stance in global Internet of Things Security market.
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Global Internet of Things Security Market 2025 Potential Scope for Growth in This Pandamic: Check Point Security Software Technologies, Cisco Systems,...
What is a RAT? How remote access Trojans became a major threat – CSO Online
In the late 1990s, when the internet was still young, it was common for tech-savvy kids to scare their friends by controlling their PCs remotely. They would eject the CD tray, swap the mouse buttons, or change the desktop colors. To the unwitting user, it looked like a ghost was taking over the machine.
Those were the years that marked the birth of remote access Trojans (RATs), malicious software that allows an attacker to gain unauthorized access to a victims computer over the internet. RATs are typically installed without user consent and remain hidden to avoid detection.
These things set them apart from a benign type of software with a somewhat similar name, Remote Access/Administration Tool. This category includes computer programs such as TeamViewer or LogMeIn that are legitimately used by system administrators, as well as teenagers trying to fix their grandparents PCs.
Its the malicious remote access software that interests security researchers Veronica Valeros and Sebastian Garca at the Czech Technical University in Prague. The two have spent the last few years trying to analyze the evolution of this type of malware, studying no less than 337 well-known families, looking at things such as functionalities, quality of the software, and purpose.
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What is a RAT? How remote access Trojans became a major threat - CSO Online