Category Archives: Internet Security
Verizon offers new Complete Business Bundle to aid small business recovery – Verizon News
BASKING RIDGE, N.J.- Verizon Business today announces Complete Business Bundle, providing small businesses with reliable, plug-and-play internet connectivity, desk phone and security solutions with 24/7 tech support. As more small businesses have transitioned to a virtual environment (39%), nearly three quarters (73%) stated that they would need external help to offer new products and services to adapt to the changing consumer needs as a result of the pandemic, according to Verizons Small Business Recovery Survey.
In making the announcement, TJ Fox stated, It has been our mission over the last year to partner with small businesses on their digital transformation journey as they look to the future. Complete Business Bundle addresses basic needs for our customers such as reliable connectivity, security and support. Complete Business Bundle enables them to focus on growing their business and serving their customers, rather than managing their network and technology needs.
Up to 15% Discount - Small businesses get a 15% discount on monthly service charges with the 50Mbps plan Bundle.
LTE Business Internet (including a router) - LTE Business Internet provides small businesses with virtually instant internet. Simple plug-and-play installation means access to 4G LTE Business Internet straight out of the box, without the need for a technician.
One Talk - With One Talk desk phones and 50+ business-grade phone features, One Talk assigns one number that rings multiple compatible mobile devices, desk phones tablets, desktop and laptop computers. This means fewer missed calls and more opportunities to connect with potential customers.
Business Internet Secure - Helps to protect small businesses from internal and external security threats that can threaten digital customer and business records. Verizons Business Internet Secure bundle helps protect customers routers and the devices connected to that router by blocking access to dangerous websites and content and protecting their endpoints.
Dedicated 24/7 Support: Dedicated tech support, enables small businesses to connect with a tech expert to receive services that cover onboarding, setup, and end-user support.
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Verizon offers new Complete Business Bundle to aid small business recovery - Verizon News
Information Security: At the onset, set the philosophy and strategy right, says N. Raman, Group GM CISO, ONGC – Express Computer
The enterprises should set right, the security philosophy instead of focusing on security solutions, products, softwares, etc. The technicality of security should not be primary. In many occasions, information security is taken as an afterthought, whereas it should be seen as a business and a board function and not a technical function. Security is a board function nowThe information security and cyber security should be integrated. It should be embedded right from conceptualising to the disposal stage, for e.g. zero trust is currently a widely discussed topic, says N. Raman, Group GM CISO, ONGC.Usually, on an ongoing basis, for e.g the operations department implements a solution for cost reduction or improving efficiency and then it is being brought to the IS department, as an afterthought for the sake of compliance. This is not the right approach. There is a mad rush for acquiring solutions to immediate challenges and then gaps remain, when compared to regulatory requirements, which is a big challenge, says Raman.The corporate ecosystem is growing up to the realisation about CISO being a board function and relatively more important than other corporate functions.
To listen to more views from N. Raman, Group GM CISO, ONGC, click on the below link.
Gaining New Insights into the Data Movement with Modern Network and Edge
Balancing growing digitisation and security requirementsONGC comes under the Critical Information Infrastructure (CII) category. Recently, requirements have come-in to integrate the operations technology (OT) with the internet. This is a major challenge as it amounts to security repercussions, says Raman. There is a demand from the government for growth in digitisation to ramp up business productivity, coupled with the onslaught of security regulations of unprecedented nature. Its imperative to balance the both, which is also a major challenge for government organisations. The benefits of cloud computing is driving government adoption of cloud in one of the many options that cloud is offered however it has its own share of security challenges too. The current staff is also ill equipped to handle the changing technology landscape. IS initiatives at ONGCThe oil major is setting up an information security operations centre (ISOC), which will be operationalised soon. Moreover, threat gathering is an area that is being done with the help of the Govt, and IS vendors. In case of breach incidents reported in the media, the remedial measures should not be taken on the basis of paper cuttings. One has to see the full picture and have a look at the hashes, IPs and domains, etc. Additionally, we are also getting feeds from National Critical Information Infrastructure Protection Centre (NCIIPC), CERT-in and MHA. Security feeds play a major role and provides insights about the global cyber threat scenario, says Raman. The processes are being put in place in this direction.ONGC is also in the process of laying out an initial set of baseline guidelines from the regulatory bodies for securing the OT systems. Initiatives on the people part of the people, process, technology triad are being taken. The endpoint security is of paramount importance and thus the VAPT tests will soon be exercised. In an already established process of simulating the exercise of sending phishing emails, the plan is to continue with the programme. The regulatory regime issues lengthy guidelines and regulations, which equally applies to the OT systems, thus the company is mulling on simplifying some specific guidelines on OT. Even, globally, the regulators have not come to a crystalline and conclusive regulatory approach. On the adoption of cloud computing, Raman says, it is more suited to the customer focussed industries, where demand elasticity is higher compared to the oil industry. Its also important that the skills of the employees are upgraded to matchup to manage the cloud system and we are in the process of getting skill certifications. Even the world over, our kind of organisations hasnt gone for cloud adoption because of lack of demand elasticity, concludes Raman.
N. Raman, Group GM CISO, ONGC was expressing his views during a vRoundtable organised by Express Computer partnering with Forcepoint
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Information Security: At the onset, set the philosophy and strategy right, says N. Raman, Group GM CISO, ONGC - Express Computer
Mozilla: Racism, misinformation, anti-worker policies are undermining the Internet – ZDNet
Racial bias, the spread of misinformation, and anti-worker policies are all eroding the 'health' of the Internet with its ecosystem becoming more and more fragmented, researchers say.
Mozilla's 2020 Internet Health report, published on Thursday, examines key concerns that could threaten the openness, security, and accessibility of the Internet.
Now in its fourth year, the research aims to "engage policymakers, businesses, and the public in protecting the Internet as a global resource."
According to the non-profit, over the course of 2020, the web was besieged with problems related to a "built-in" racial basis that is exacerbating discrimination, and diversification is still an area that needs improvement.
From artificial intelligence (AI) algorithms that display bias against black and ethnic minority groups to search engine results that display white and US-centric content "by default," Mozilla says that the Internet landscape "reflects a particular corpus of web content and the context of software developers, managers, and executives of technology companies who are rarely diverse in terms of race, ethnicity or gender."
In addition, tech giants failing to act transparently contributed to the spread of misinformation -- a critical issue when you consider global events such as the spread of COVID-19 and the US election. Anti-vaccine messages, 5G-coronavirus theories, and QAnon conspiracies, to name but a few examples, have run rampant over the past year.
Apple, Microsoft, Amazon, Google parent company Alphabet, Facebook, Tencent, and Alibaba are cited as the seven major technology companies that predominately control the web, and therefore, have a responsibility to control the stem of misinformation that is reaching unstoppable levels.
From the beginning of the pandemic until June 2020, a total of 8,105 YouTube videos spreading COVID-19 disinformation accounted for over 20 million shares across social media platforms and 71 million reactions before they were removed.
"The recent shocking events in the US highlighted so clearly how social media platforms can be used as megaphones to incite violence and spread disinformation -- something we have seen time and again around the world," the report says. "Despite years of complaints, there remains a worrying lack of transparency about the platform algorithms, governance and community dynamics at the heart of these models, preventing greater understanding and accountability."
Mozilla also highlighted the gig economy, and says that this work model -- although useful for some who need flexible roles -- is "trampling the rights of workers."
Made possible through online portals and mobile apps, the pandemic has increased demand for services including food and drink deliveries -- but this has come at a cost.
"Delivery drivers and other workers who use apps to find customers are often considered essential workers during the pandemic," the report says. "Yet these platforms frequently offer unfair and dangerous working conditions."
Mozilla also suggested that the Internet as we know it is "splintering." In 2020, every day, somewhere in the world, an Internet shutdown occurred, with India and Chad leading in arbitrary blackouts.
"The so-called "splinternet" is becoming a reality, with access to large swathes of the internet being increasingly restricted at a country level due to social or political conflict," the non-profit says. "Censorship, surveillance, and content manipulation are closing off opportunities for people to participate openly and securely online."
While the Internet landscape last year exposed trends that could erode an open Internet, Mozilla says that improvements are not only possible, but also necessary. Encouraging more diverse pools of talent, rethinking the foundation of systems -- from how gig workers are classified in law to how content moderation is performed -- questioning technology companies that hold the power to sway online discourse, and developing community-focused alternatives to the online services we use in our daily lives are all ways toward a more open and fair Internet.
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Mozilla: Racism, misinformation, anti-worker policies are undermining the Internet - ZDNet
Shipping needs to raise its cyber game. – Lloyd’s Register
The shipping industry is lagging behind other industrial sectors in the all-important field of cyber security. Ben Densham, Chief Technology Officer of Nettitude, the cyber security services provider of Lloyds Register, warns of a rising incidence in attacks, with ransomware and targeted cyber assaults both becoming more common.
As the pace of shippings digital transformation accelerates, the threat surface is expanding all the time, he warned. and the onset of the pandemic has coincided with a marked increase in malicious attacks. The combination of circumstances provides more opportunities for hackers and, as a result, all parties in maritime must exercise utmost vigilance.
As well as being directly impacted and disrupted by events such as ransomware, Densham noted that hackers who find their way into digital systems are targeting increasingly complex supply chains through sophisticated methods. He drew attention to the recent high-profile cyber-attack on SolarWinds, a US federal software contractor, widely thought to have been state-sponsored.
Hackers were able to plant malicious code in software which then lay dormant for a number of weeks before being triggered to attack government departments, federal agencies, many Fortune 500 companies and even the mighty Microsoft itself.
On taking over as US President on January 20, Joe Biden ordered an immediate investigation into the SolarWinds incident, the full extent of which is still not clear.
So far, shipping is not thought to have been affected by the SolarWinds attack but Densham pointed out that growing sophistication across the hacking community needs to be met with the utmost security diligence.
He and his colleagues, who also provide cyber security services in other key sectors including financial services, defence, government and healthcare, are concerned that attention to cyber safety in shipping and ports is simply not keeping pace.
Densham highlighted similar sectors including logistics and offshore. Both of these industries are on the leading edge of digital development, he said, and there are a lot of lessons around cyber security that can be learnt from these sectors.
In contrast, many shipping companies view digital defence as merely a compliance issue, rather than a constant and dynamic threat that needs to be managed.
Whilst the IMOs cyber initiatives are helpful, Densham explained why, on their own, they are not sufficient to meet the rapidly developing threat environment.
The IMO guidelines set the overall future direction for the industry. But cyber security needs to be dealt with at pace and with agility. Were talking here about highly motivated and mentally agile hackers set on causing cyber disruption, he said. It is a fast-moving scene which can change by the minute. We see this every day just ask one of our financial services clients and the backdrop is very different now, compared with 12 months ago..
When it comes to autonomous vessels, marine and offshore autonomous development is advancing, Densham stated. But there are both lessons to be learnt from other sectors such as autonomous vehicles and cyber security needs to be seen intrinsically and not as an afterthought or bolt on to a development programme.
Densham revealed that one of Nettitudes most sought-after services from clients are requests from companies seeking to test whether or not their cyber defence systems are sufficiently robust. This usually involves Nettitude specialists taking on the role of the threat actor, seeking to identify gaps in security systems or other weaknesses.
Some shipping companies, he said, already have teams of in-house Offensive Penetration Testers, sometimes known as hackers, employed specifically for this purpose thereby demonstrating the type of proactive approach that is necessary. However, for many, it is merely a compliance issue and another box to tick, he said.
Densham singled out cruise lines and navies as leaders in the maritime cyber security field.
Cruise liners are effectively floating cities, he commented. They need to be secure across many digital arenas, including personal data, health, finance, retail, inventory management, always-on internet services, ship operation, and so on.
Cruise lines dynamic approach sets a good example, Densham said. Being ready for an attack is key, not merely protected by yesterdays systems.
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Shipping needs to raise its cyber game. - Lloyd's Register
Cloud Security Alliance’s New Internet of Things (IoT) Security Controls Framework Allows for Easier Evaluation, Implementation of Security Controls…
SEATTLE--(BUSINESS WIRE)--The Cloud Security Alliance (CSA), the worlds leading organization dedicated to defining standards, certifications and best practices to help ensure a secure cloud computing environment, today announced Internet of Things (IoT) Security Controls Framework Version 2 and the accompanying Guide to the Internet of Things (IoT) Security Controls Framework. Created by the CSA IoT Working Group, the updated Framework includes several significant changes, most notably the development of a new domain structure and infrastructure. Together with the companion piece, the Framework will make it easier for organizations to evaluate and implement security controls within their IoT architecture.
Enterprises are finding themselves in a position where they must not only adopt new IoT technologies but plan for accessible, secure, and resilient deployments. Not an easy task given how quickly these technologies and new threats are evolving, said IoT Working Group Co-chair and lead author Aaron Guzman, product security lead, Cisco Meraki. The Framework provides a starting point for organizations looking to better understand and implement security controls within their IoT architecture.
The IoT Security Controls Framework, first released in early 2019, introduced 155 base-level security controls required to mitigate many of the risks associated with an IoT system that incorporates multiple types of connected devices, cloud services, and networking technologies. Today, it continues to be used by system architects, developers, and security engineers in evaluating their implementations' security as they progress through the development lifecycle to ensure they meet industry-specified best practices.
As the IoT market continues to grow, so, too, is an overall reliance on IoT-generated features and data. With this framework and guide, it was our intention to provide enterprises with direction on how to create a safe IoT environment with security that both addresses the unique risks involved with IoT and employs appropriate implementation mitigation measures, said Brian Russell, IoT Working Group Co-chair and one of the papers lead authors.
The most significant changes in Version 2 include:
Applicable across many IoT domains, ranging from systems processing only low-value data with limited impact potential to highly sensitive systems that support critical services, the Framework lets system owners classify components based on the value of data being stored and processed and the potential impact of various physical security threats. Once identified, security controls can be allocated to specific architectural components, including devices, networks, gateways, and cloud services.
The CSA IoT Working Group develops frameworks, processes and best-known methods for securing these connected systems. Further, it addresses topics including data privacy, fog computing, smart cities and more. Individuals interested in becoming involved in future IoT research and initiatives are invited to visit the Internet of Things Working Group join page.
The IoT Security Controls Framework complements the Cloud Controls Matrix, CSA Enterprise Architecture, and other best practices as part of a holistic approach to securing the cloud ecosystem. The Framework and accompanying guide are free resources and are available for download now.
About Cloud Security Alliance
The Cloud Security Alliance (CSA) is the worlds leading organization dedicated to defining and raising awareness of best practices to help ensure a secure cloud computing environment. CSA harnesses the subject matter expertise of industry practitioners, associations, governments, and its corporate and individual members to offer cloud security-specific research, education, training, certification, events, and products. CSA's activities, knowledge, and extensive network benefit the entire community impacted by cloud from providers and customers to governments, entrepreneurs, and the assurance industry and provide a forum through which different parties can work together to create and maintain a trusted cloud ecosystem. For further information, visit us at http://www.cloudsecurityalliance.org, and follow us on Twitter @cloudsa.
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Cloud Security Alliance's New Internet of Things (IoT) Security Controls Framework Allows for Easier Evaluation, Implementation of Security Controls...
Victims of SolarWinds Cyberattack Face Investigation Costs, Liability Issues – Bloomberg Tax
While the customers impacted by the recent SolarWinds Corp. cyberattack are rightly being described as victims, they are nonetheless facing significant costs stemming from the incident.
SolarWinds customers will need to determine whether any of their data was accessed or exfiltrated. Making that determination requires a digital forensics investigation, typically involving a third-party security vendor.
The forensics bill depends on factors such as the number and types of devices and systems on a network, the geographic distribution of the network, and whether the customer already had a contract with a security vendor to provide such services in the event of a security incident.
If investigators determine that certain categories of personal information of residents of U.S. states or certain foreign countries was accessed or exfiltrated from a SolarWinds customer, the victim will need to provide notices to affected individuals. It is considered a best practice to offer credit repair and monitoring services and call centers to assist affected individuals.
Depending on its contracts, the victim company also may be required to notify its business customers and vendors and to reimburse them for expenses they incur in investigating and mitigating the effects of the breach and providing notifications. It may also be required to indemnify them for third-party lawsuits and regulatory proceedings.
The victim company may also be required to notify regulators or state attorneys general. Such agencies may issue fines if their investigations find that the companys cybersecurity practices were not adequate or that the company did not notify within a required time frame. Additionally, the victim company may incur substantial costs in defending consumer, business partner, or shareholder derivative lawsuits.
Furthermore, after it has been determined that an adversary has accessed a network, there is a debate about whether any device on the network can be trusted and remain in use. Many IT security practitioners recommend fully rebuilding a network that has been breached by malware.
Once the security incident has occurred, there are limits to what a company can do to minimize its liability. It can work cooperatively with its business partners to reduce the likelihood that they will sue. But other costs, such as class action suits, regulatory fines, or legal fees are considerably less controllable.
Not surprisingly, the best time to address potential liability for a security incident is before it happens. All companies, regardless of whether they were victims of the SolarWinds breach, should consider taking the following proactive measures:
In fact, many statutes and regulatory frameworks, such as the New York SHIELD Act, the Massachusetts Standards for the Protection of Personal Information, the rules and guidelines issued under the federal Gramm-Leach-Bliley Act, and New Yorks Department of Financial Services Cybersecurity Regulation, require risk assessments, written security plans, and the use of reasonable cybersecurity measures.
Also, the California Consumer Privacy Act gives private litigants a right to sue if their personal information is exfiltrated as a result of a companys failure to use reasonable security measures.
What security measures are reasonable is heavily driven by the risk assessment. Recognized standards such as ISO 27001, the National Institutes of Standards and Technology Cybersecurity Framework, or the Center for Internet Security Critical Security Controls can be used to determine what is reasonable. Using an accredited outside vendor to certify compliance can help establish the proper diligence.
Common best practices include network segmentation, appropriate logging, use of intrusion detection systems, multi-factor authentication, use of current encryption standards in connection with data at rest and in transit, strong password requirements, use of password managers, regularly backing up data and testing the restoration of data, patching and vulnerability management, and regularly testing security controls and incident responses. Data retention policies also should not be overlooked , since data that a company has not retained cannot be the subject of a data breach.
Educating employees about risks and best practices is also important. Additionally, companies should foster close multi-stakeholder coordination and communication about security. Representatives from the security organization, legal, IT, procurement, and product or sales groups should be included in the discussions.
Companies have exposure to significant potential liability arising from the SolarWinds security incident and a short set of options for limiting that liability. The best time for a company to limit its liability for security incidents is before they happen.
This column does not necessarily reflect the opinion of The Bureau of National Affairs, Inc. or its owners.
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Andrew Baer is chair of the Technology, Privacy & Data Security group at Cozen OConnor where he focuses his practice on cutting-edge technology transactions on both the buy-side and sell-side, cloud computing, data privacy, security compliance, software, and transactions in the digital advertising ecosystem.
Christopher Dodson is an attorney at Cozen OConnor, where he focuses his practice on privacy, technology, and regulatory law. He works extensively with clients on issues rated to compliance with the GDPR, CCPA, and privacy and data security laws.
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Victims of SolarWinds Cyberattack Face Investigation Costs, Liability Issues - Bloomberg Tax
Orange Business Services Flexible SD-WAN Supports Getinge With Increased Agility to Aid the Health Industry – BioSpace
Jan. 27, 2021 09:00 UTC
PARIS--(BUSINESS WIRE)-- Getinge, a leading global supplier of medical technology products and systems, chose Orange Business Services to deploy a software-defined wide area network (SD-WAN). The solution has supported the Sweden-based multinationals network performance, while increasing security and supporting its cloud-first strategy.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20210127005045/en/
Flexible SD-WAN from Orange Business Services has helped Getinge build a resilient, secure cloud-based infrastructure that tackles moving business challenges in an unpredictable marketplace. (Photo: Business Wire)
The Orange Flexible SD-WAN solution connects more than 100 Getinge sites globally, simplifying the management and operation of its infrastructure. Additionally, the network provides flexibility, scalability and end-to-end visibility, improving both the user and customer experience.
Due to the global pandemic, Getinge has adapted parts of its production and support models related to the production of advanced ventilators and associated devices. Flexible SD-WAN enabled the company to better support rapid changes in the marketplace and fully support its increasingly distributed workforce. Orange also provides cloud and internet security.
SD-WAN: an essential tool for a cloud-first strategy
A cloud-first strategy can impact the network. Flexible SD-WAN offers secure access to the cloud, enabling traffic to flow to the internet from the closest link. The Orange SD-WAN solution provides Getinge with efficient, secure and fully automated end-to-end network orchestration, from end-users to cloud-based applications at an attractive price-performance ratio.
Flexible SD-WAN from Orange Business Services has helped us build a resilient, secure cloud-based infrastructure that lets us tackle moving business challenges in an unpredictable marketplace. Due to rapidly changing traffic patterns in the network we needed a future-proof solution that enabled us to effectively support the healthcare industry with devices they are most in need both during the current pandemic and beyond, said Ludovic Batal, CIO, Getinge.
Getinge is on a strong transformational path with its SD-WAN infrastructure. We are pleased that the company chose Orange as its partner on this exciting journey in moving its operations to the cloud. Providing efficient, flexible and secure networking services is key to this transformation, says Fabrice de Windt, senior vice president, Europe, Orange Business Services.
About Getinge With a firm belief that every person and community should have access to the best possible care, Getinge provides hospitals and life science institutions with products and solutions that aim to improve clinical results and optimize workflows. The offering includes products and solutions for intensive care, cardiovascular procedures, operating rooms, sterile reprocessing and life science. Getinge employs over 10,000 people worldwide and the products are sold in more than 135 countries.
About Orange Business Services Orange Business Services is a network-native digital services company and the global enterprise division of the Orange Group. It connects, protects and innovates for enterprises around the world to support sustainable business growth. Leveraging its connectivity and system integration expertise throughout the digital value chain, Orange Business Services is well placed to support global businesses in areas such as software-defined networks, multi-cloud services, Data and AI, smart mobility services, and cybersecurity. It securely accompanies enterprises across every stage of the data lifecycle end-to-end, from collection, transport, storage and processing to analysis and sharing.
With companies thriving on innovation, Orange Business Services places its customers at the heart of an open collaborative ecosystem. This includes its 27,000 employees, the assets and expertise of the Orange Group, its technology and business partners, and a pool of finely selected start-ups. More than 3,000 multinational enterprises, as well as two million professionals, companies and local communities in France, put their trust in Orange Business Services.
For more information, visit http://www.orange-business.com or follow us on LinkedIn, Twitter and our blogs.
Orange is one of the world's leading telecommunications operators with revenues of 42 billion euros in 2019 and 257 million customers worldwide at 30 September 2020. Orange is listed on the Euronext Paris (ORA) and on the New York Stock Exchange (ORAN). In December 2019, Orange presented its new "Engage 2025" strategic plan, guided by social and environmental accountability. While accelerating in growth areas, such as B-to-B services and placing data and AI at the heart of innovation, the entire Orange Group will be an attractive and responsible employer.
Orange and any other Orange product or service names included in this material are trademarks of Orange or Orange Brand Services Limited.
View source version on businesswire.com: https://www.businesswire.com/news/home/20210127005045/en/
Global IT Security Spending Market with (Covid-19) Impact Analysis: Growth, Latest Trend Analysis and Forecast 2025 KSU | The Sentinel Newspaper -…
A recently published report titled Global IT Security Spending Market 2020 by Company, Regions, Type and Application, Forecast to 2025 by MarketsandResearch.biz broadly analyzes the markets critical aspects such as the vendor landscape, market dynamics, and regional analysis. The report offers end to end industry from the definition, product specifications, and demand till forecast prospects. The report comes out as a compilation of key guidelines for players to secure a position of strength in the global market. The report states global IT Security Spending industry developmental factors, historical performance from 2015-2025. The segmental market view by types of products, applications, end-users, and top vendors is given. In addition, the production value growth rate, production growth rate, import and export, and key players of each regional market are provided.
Market Landscape Analysis:
The report provides comprehensive research that focuses on overall consumption structure, development trends, and sales of top countries in the global IT Security Spending market. The research study deeply analyzes the global IT Security Spending industry landscape and the prospects it is anticipated to create during the forecast period from 2020 to 2025. Key segments are studied about different factors such as consumption, market share, value, growth rate, and production. The report analyzes region-wise revenue and volume for the forecast period of 2015 to 2025.
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NOTE: Our report highlights the major issues and hazards that companies might come across due to the unprecedented outbreak of COVID-19.
Market competition by top manufacturers as follows: Check Point Software Technologies, Symantec, Fortinet, Cisco Systems, Palo Alto Networks, EMC, Akamai Technologies, McAfee, Juniper Networks, Trend Micro, Dell SonicWALL, IBM, Avast Software, Microsoft, F5 Networks, Citrix Systems, AVG Technologies, Imperva, Hewlett-Packard, Barracuda Networks, Panda Security, Trustwave Holdings, Radware, Sophos
Based on product types, this report focuses on the status and outlook for product types, consumption (sales), market share, and growth rate for types, including: , Internet Security, Endpoint Security, Wireless Security, Cloud Security
Based on application, this report focuses on the status and outlook for major applications/end users, consumption (sales), market share, and growth rate for each application, including: , Commercial, Industrial, Military and Denfense, Others
Global IT Security Spending market segment by regions, regional analysis covers: North America (United States, Canada and Mexico), Europe (Germany, France, UK, Russia and Italy), Asia-Pacific (China, Japan, Korea, India and Southeast Asia), South America (Brazil, Argentina, etc.), Middle East & Africa (Saudi Arabia, Egypt, Nigeria and South Africa)
The report delivers marketing type analysis, market supply chain analysis, international trade type analysis, and traders or distributors by region with their contact information. The description of the products comprises the various ex-factors, production & consumption rates, and other factors about the products. The global IT Security Spending market report additionally focuses on investigating product capacity, product price, profit streams, supply to demand ratio, production and market growth rate, and a projected growth forecast.
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Moreover, the report minutely studies all such factors which are essential to be known by all major industry players operating into this market or new players planning to enter this global IT Security Spending market. The report examines the global IT Security Spending market breakdown and anticipates the market volume related to volume and value.
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Global IT Security Spending Market with (Covid-19) Impact Analysis: Growth, Latest Trend Analysis and Forecast 2025 KSU | The Sentinel Newspaper -...
These 6 Bad Habits That Could Put Your PCs Security Under Threat – PC-Tablet
Falling into bad habits unconsciously inculcated over time is all too easy, especially when those habits either make your life a little easier or maybe just make you think that they have made your life easy. Many individuals casually practice bad cybersecurity habits without ever realizing that they are falling victim to different cybersecurity threats.
When it comes to cybersecurity most people either get overconfident or laid back and these silly little mistakes can cost way more than they ever expect. With the lack of coverage about cybersecurity it is only natural to forget about the tons of threats lurking on the web ready to prey on your PC, after all, if it is out of sight, its out of mind. However, it cannot be ignored that cybercriminals also use human traits and habits to facilitate cybercrimes.
Habits like creating a poor password, taking shortcuts, not updating your PC, and so on can be dangerous for your data and PC. For starters, you can take simpler steps like getting yourself a trusted online security solution. This can ensure your internet security and take care of your online privacy and personal information, thus keeping your PC safe. The first steps towards being cyber secure are of utmost importance and once this is done you can work on other fronts as well. Another important step will be recognizing the bad habits and, hopefully, avoiding them.
So, here is a list of bad habits that can put your PCs security under threat:
Most people seek convenience rather than security when it comes to passwords. This results in people keeping passwords like 12345678 or qwerty123, all this constitutes bad password practices. Even if you may have a good password, there are some things that you should always keep in mind like:
Delaying application of security patches is one blunder mistake that individuals, as well as companies, often tend to do. This may lead to stressful maintenance cycles and inconvenient interruptions or threats to your system. By relying on security automation, you will be able to eliminate tasks that require manual effort and the skill required to do it. It will also reduce the risks of human error.
Software flaws or vulnerabilities are always exploited by cybercriminals who use this as an opportunity to infect your computers with malware. These infections can also happen without you being aware of them. You could have been the victim of a drive-by-download that contains a website that has an exploit kit used to look for software vulnerabilities on your system. And if any vulnerability is found, it takes advantage of the same and automatically installs malware. To avoid this, it is best to always keep your computers and other devices up to date with the latest updates and patches.
Cybercriminals never rest and are always on the lookout for new cybercrime opportunities. Phishing and identity theft tactics are continually being updated to keep up with the new technologies. Not knowing enough about your security can land you in a lot of trouble. But this too can be managed. It is better to get into the habit of keeping up to date with the latest cybersecurity advancements. To make your work easier, you could also get yourself trusted identity protection that keeps your personal data secured. Being up to date about these cybersecurity issues and protecting your online privacy and personal information should always be your priority.
Most individuals overlook the need for strong email security measures relying on whatever built-in security has been provided by their respective e-mail client. This can be a mistake you may not want to commit as it makes cyber threats like malware download or a malicious website link into emails. Cyber risk assessment is imperative and may help you in such cases.
Not using 2FA (two-factor authentication) could probably be the stupidest thing to do. It is really easy to set up and its multi-layered security, consists of an OTP along with a memorized password. Using such a combination makes it really difficult to hack your accounts. 2FA is a simple, easy to use and mostly an efficient tool that provides layered security and should not be ignored.
Bailing out on cybersecurity simply for the sake of convenience or taking shortcuts can work once or twice but it is a potential threat that may make you regret it later. Bad or vague cybersecurity habits can lead you into unknown, unintentional, and uninvited trouble, thus, it is better to gradually learn safer cybersecurity habits and educate yourself about online safety.
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DDoS Attacks Increased Rapidly During the COVID-19 Pandemic as Hackers Exploited New Tools and Techniques – CPO Magazine
Report by A10 Networks says that Distributed Denial of Service (DDoS) attacks continuous growth became a significant cybersecurity threat and nuisance in 2020. The firms threat intelligence report says that DDoS attacks became more intense and sophisticated during the COVID-19 pandemic as organizations struggled to support the remote workforce during the work from home period.
The group says it observed over 200,000 compromised devices and analyzed their behavior and the exploits employed to hijack the gadgets.
The A10 research team observed attack agents controlled by botnet command and control (C2) through the deployments of honeypots and scanning DDoS attack amplification sources.
The researchers noted that DDoS attacks increased during the COVID-19 crisis as threat actors exploited the pandemic to execute large and small-sized attacks on various victims, including healthcare, education, and government.
Consequently, the research group witnessed an expanding attack landscape in 2020 caused by the COVID-19 pandemic. The report states that DDoS attacks continue to be the biggest nuisance during the COVID-19 pandemic and in the foreseeable future. Most notably, A10 Networks witnessed an increase in DDoS weaponry by 12% within the second half of 2020.
Rich Groves, Director of Security Research at A10 Networks says that the increase in the number of DDoS weapons and connected devices, the 5G network rollout, and the use of new exploits and malware by attackers, made it very easy for these IoT devices to be compromised.
5Gs improved internet connection speeds led to increased internet traffic, ultimately leading to an increase in the number of attacks.
A10 report also correlated with Amazon and Googles observations indicating that DDoS attacks peaked at 2.3 Gbps on amazon web services and 2.5 Gbps on Googles cloud platform. Akamai also blocked 809 million packets targeting the Akamai platform on June 21, 2020.
The high volume of online shopping occasioned by COVID-19 pandemic also led to increased DDoS attacks during the holiday shopping season.
The team discovered changes in the DDoS weapon choice used by threat actors during the DDoS attacks experienced during the COVID-19 pandemic. The previously-preferred DDoS weapon Portmap dropped in popularity to the third position during the second half of 2020.
Simple Services Discovery Protocol (SSDP) became the most preferred DDoS weapon used in 2,581,384 attacks, while SNMP (1,773,694) took the second position. ODNS Resolver (1,706,338) and TFPT (1,409,121) occupied the fourth and fifth positions respectively.
A10 researchers noted exponential growth in DDoS attacks from botnets located in India. Botnets are compute nodes including routers, IP cameras, servers and computers, IoT devices, etc., infected with malware and used to carry out DDoS attacks.
The report authors noted that botnets provide the ultimate flexibility to DDoS attackers as they can be sourced from different locations across the globe, depending on the attackers requirements.
A10 network researchers found 130,000 unique IP addresses exhibiting scanning behavior resembling that of the Mirai botnet in the first two weeks of Sept. 2020. The research tracked a total of 846,700 botnet agents during the period.
A leading Indian broadband provider was the single largest contributor of DDoS activity, according to the report. The broadband provider was associated with up to 200,000 unique sources of Mirai-like activity at the height of the campaign.
India hosted about a third (32%) of botnet agents, followed by Egypt hosting almost a quarter (24%) of hijacked devices. China (17%) emerged as the third source of DDoS botnets while Brazil (2%) and Taiwan (2%) tied at the fourth position. Top ASNs hosting botnet agents include Hathway India (26%), Telecom Egypt (24%), China Unicom (11%), China Telecom (4%), and MTNL India (3%).
The research notes that although DDoS attacks were globally distributed, they frequently originate from certain countries. The report also found that those countries hosted the majority of DDoS weapons. In determining the top sources of DDoS weaponry, the researchers analyzed the autonomous system number (ASN), a group of IP addresses under a single administrative operator. They observed that large numbers of weapons belonging to their users can remain connected to their network and play a role in attacking other systems.
China displaced the United States as the leading DDoS weaponry source, pushing it to the second position. The country hosts 2,000,313 DDoS weapons compared to the United States 1,900,812. South Korea (1,140,497) maintained its third position while a new entrant, Brazil (756,540), occupied the fourth position, pushing Russia (679,976) one step down to the fifth position. The remaining 7,291,999 DDoS weapons resided in other countries across the world.
Top organizations hosting DDoS weapons include China Telecom (767,898), Korea Telecom (703,639), China Unicom CN (665,053), Taiwanese Chungwha Telecom (286,973), and CANTV Venezuela (286,019).
The amplification of DDoS attacks involves sending small requests to the victims IP address, causing the servers to reply with large amplified responses.
DNS, NTP, SSDP, SNMP, and CLDAP UDP-based services are usually exploited during these types of attacks.
In the second half of 2020, A10 Network researchers observed more than 2.5 million unique systems exploiting SSDP services. In total, the researchers tracked more than 11.7 million amplification attacks.
For SSDP-based attacks, the top countries were South Korea with 436,165 unique sources, followed by China (320,828) and Venezuela (289,874).
The United States (557,280), China (291,717), and Russia (97,512) topped SNMP unique amplification sources.
The researchers advised organizations to carry out various security operations to rule out the possibility of compromise. A10 network researchers advised businesses to check their network traffic and drop connections they do not need.
A10 Networks said #DDoS attacks increased during the pandemic as #hackers exploited new tools, 5G networks, and the rising numbers of #connecteddevices. #cybersecurity #respectdataClick to Tweet
Updating IoT devices, employing DDoS baselining, artificial intelligence (AI) and machine learning (ML) techniques was also encouraged.
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DDoS Attacks Increased Rapidly During the COVID-19 Pandemic as Hackers Exploited New Tools and Techniques - CPO Magazine