Category Archives: Internet Security
20 Years Ago in Cybersecurity: Massive DDoS Attack Hits the Roots of the Internet – Security Intelligence
It was considered the largest ever internet attack in 2002. This distributed denial of service attack hit seven of the 13 servers at the top of the internets domain name system hierarchy. Now, 20 years later, its origins remain mysterious, but its methods and size still make it stand out. It isnt the largest by the numbers anymore, either, but it does show how far both attackers and defenders have progressed. Taking a look back, what can it tell us about cyberattacks today?
According to The Register on October 21, 2002, at 5 p.m., nine of the 13 servers at the top of the internets domain name system hierarchy were attacked. The cybercriminals successfully brought seven servers offline and caused two others to go offline repeatedly during the hour-long attack. Because the attack was on all 13 servers at the same time instead of one after another, the Internet Systems Consortium that managed the servers did not have any warning. So, the attack caused more widespread outages.
During the hour-long attack, the attackers flooded servers with packets in an Internet Control Message Protocol ping flood. Instead of 8 Mbps of traffic, the attack sent more than 10 times the usual amount to each server.
The archived version of the Internet Systems Consortium report revealed:
Cybersecurity researchers often measure attacks today by end-user issues and business disruptions. But in this attack, neither happened. Technically, the servers never crashed, but instead slowed the processing of traffic. Its possible that there was a delay of a few seconds in some queries. However, in general, the slight lag did not result in error pages for users.
Plus, the host resources were successfully over-provisioning. So, the servers completed all user queries. Some root name servers were unable to answer some valid queries. Interestingly, the response of the root servers also varied based on the location of the user. Some servers remained available in metro areas. Root Server company VeriSign Inc. responded quickly and brought the servers back online. Their quick response also kept users from noticing.
What was most disturbing about these root server attacks is that the attacker clearly wanted to block or shut down the internet as a whole.
As the days and weeks passed, no one claimed responsibility. Even 20 years later, the person or group responsible is still unknown. Thats pretty rare in todays sophisticated cybersecurity world.
Phil Huggins, an expert with security consultancy firm @stake, said most web server traffic goes to secondary domain name servers instead of the 13 servers targeted in the attack. It would have taken four hours of constant attack to make a noticeable impact on general internet users.
Either they didnt know the time needed to knock out the root servers or they were up to something else, said Huggins. It may be that they were testing out their DDoS network.
Huggins said that it was actually a relatively simple attack from a technical perspective, as a straight DDoS attack. However, Slater noted that the attacker had done their homework.
People often ask if this type of attack could happen again. The most likely answer is no. Somewhat similar domain name service attacks have occurred, especially using redirection. After the 2002 attacks, the root server system was quickly upgraded with increased peering and transit connectivity as well as wide-area server mirroring. According to the Internet Systems Consortium, these changes prevent attacks from concentrating on network congestion points to take down the servers.
My favorite question to ask when researching is what we, as a cybersecurity community, learned from the attack. I found the best answer by Paul Vixie, chairman of the Internet Software Consortium, in the Register article. He said that the attack showed the importance of securing the end stations that forge the traffic.
Theres an army of drones sitting out there on DSL lines. Theres no security at the edge of the network, said Vixie to The Register. Anyone can send packets with pretty much any source address.
The cybercriminals used a simple method and software found online for free to launch the attack. If they had continued the attack for several more hours, then its very possible that there would be no debate about whether it was the largest attack. The event would probably be more well-known, too. While the 2002 attack was the largest of its time, it wasnt the most damaging thanks to the quick thinking of cybersecurity experts.
Cybersecurity Writer
Jennifer Goforth Gregory is a freelance B2B technology content marketing writer specializing in cybersecurity. Other areas of focus include B2B, finance, tec...
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20 Years Ago in Cybersecurity: Massive DDoS Attack Hits the Roots of the Internet - Security Intelligence
The ever-evolving world of cyber insurance and how to adapt to it – Crain’s Cleveland Business
Implementation of Multi-Factor Authentication (MFA) is, for most carriers, the most important requirement. And its no longer sufficient to just add MFA to email. MFA is required for all external network connectivity like VPNs, Remote Desktop and virtual and application gateways. Internal administrative access to Active Directory, servers, firewalls, routers, and network equipment will also be required to have MFA.
Carriers now demand Endpoint Detection and Response (EDR), which goes far beyond typical antivirus. This is real-time, continuous monitoring and collection of endpoint data that is monitored 24/7. Carriers now require a formal, documented incident response plan paired with EDR. The carrier wants evidence that you will not only detect, but that you also have a plan to respond to an incident.
Employee training is a high priority for carriers. You may have the best network security, but the reality is that humans are the weak link. Businesses would do well to put more emphasis and effort on security awareness and training. Any training that ensures employees can identify threats such as phishing, and respond appropriately, is worth your while.
A strong backup methodology and a tested, functional Disaster Recovery Plan round out the increased requirements. Businesses would be wise to ensure they have multiple backup strategies including an off-site air-gapped copy of their data. Air-gapped means that a copy of your data is offline, disconnected and inaccessible from the internet. Making sure that your backups can be restored is critical.
Widespread implementation of MFA and EDR, combined with a formal incident response plan, thorough employee training and a robust backup plan are what businesses can do to best position themselves to obtain or renew cyber insurance. They are also best practices businesses should follow to not only get the best rates, but to protect themselves from having to use their cyber insurance policy in the first place.
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The ever-evolving world of cyber insurance and how to adapt to it - Crain's Cleveland Business
Bolster your online security with one year’s access to this hard-hitting VPN for $30 – Boing Boing
We thank our sponsor for making this content possible; it is not written by the editorial staff nor does it necessarily reflect its views.
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Bolster your online security with one year's access to this hard-hitting VPN for $30 - Boing Boing
Older People on the Internet: Keys to Safe Surfing – Telefnica
Did you know that life expectancy in Spain reached 83.3 years in 2021? This means that we are living longer and longer. And thanks to the development of information and communications technology, we lead more and more connected lives. This presents society with the challenge of providing older people with safe internet surfing.
The health crisis accelerated connectivity, which ceased to be a trend to become a reality: teleworking is now consolidated, and so is online commerce and entertainment, telemedicine, digital banking and the way we relate to our loved ones, remotely.
In 2021, as a result of the rise of remote activities, Spain became the most targeted country. According to data provided in its latest computer threat report, drafted by the cybersecurity company ESET, Spain suffered more than 51 billion desktop attacks, far more than the attacks unleashed on France (21 billion), Germany (19 billion) and Poland (18 billion). Bad data driven by the growth of teleworking across the globe.
20% of Spains population, some nine and a half million people, are elderly. In the current scenario, the number of people over 65 who have gone digital has also grown. In its latest report on the digital divide, the Unin Democrtica de Pensionistas y Jubilados de Espaa (Democratic Union of Pensioners and Retired People of Spain), UDP, points out that the regular use of the Internet by this group of people has increased in recent years, from 32.7% in 2017 to 60% in 2021.
The MayoresUDP Scale points to the exchange of messages with family and friends via WhatsApp or SMS as the main use of the internet by the elderly, with 85.1%, followed by 80.8% for people who use the internet to keep themselves well-informed. Other common activities are those related to banking and healthcare, or online shopping. However, it states that among older, less educated and less affluent people the various digital activities decrease significantly.
One of the most common complaints among the older population is the lack of technological skills and the need for face-to-face assistance or help with video conferencing, online shopping and banking. And in spite of everything, the elders have had to learn, in many cases, any way they could. Their lack of experience has made them a target for cybercriminals.
Phishing is still one of the most common cyber scams. This is the impersonation of entities, such as the bank, through e-mails. Many of these messages include links to fraudulent websites or malicious file attachments that, when downloaded, will install malicious software, or malware, thus infecting the elderly persons device.
Another common digital scam is smishing, a type of hoax via SMS, WhatsApp or voice messages. In this case, cybercriminals once again pose as well-known companies such as parcel delivery companies, electricity or banking companies, or official bodies, which instil trust. Both text messages and voice messages are intended to obtain personal information such as passwords, phone numbers, banking information, etc.
Finally, we can highlight a third danger that older people often face on the internet: online shopping. The creation of attractive fake online shops with fake products is the gateway to getting their victims money. Thus, through great offers or by copying the image of well-known brands, cybercriminals can also appropriate crucial information from our elders: passwords, personal data, etc.
In order to solve the problems that the elderly have on the internet, the National Institute for Cybersecurity, INCIBE, part of the Ministry of Economic Affairs and Digital Transformation, has promoted a series of cybersecurity awareness initiatives to help them enjoy the internet safely. This organisation aims to improve the digital skills of users over 60 years of age and their cyber-helpers or technological guides, with specific training materials that enable them to acquire the basic notions necessary to navigate the Internet with confidence safely.
The Internet Security Office, OSI, has prepared a campaign called Senior Experience in which they remind us of a series of tips that we can pass on to our elders so that they themselves can learn to identify the risks that exist on the Internet. To identify risks such as fake offers and scams, to identify reliable shopping websites, to use secure payment methods.
In addition to these tips, we must also teach older people that the best cybersecurity tool is themselves. For example, we should talk to them about the need to keep their devices operating systems and antivirus software up to date, activate two-step verification systems whenever possible, always opt for strong passwords, not give out personal information without confirming who you are giving it to, and be wary of certain types of emails where the sender or the purpose of the message is unclear.
If we know how older people surf the internet and the kind of dangers they are exposed to, we can help them to surf more safely, to be independent in the digital environment and to enjoy healthy ageing.
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Older People on the Internet: Keys to Safe Surfing - Telefnica
TikTok has been accused of aggressive data harvesting. Is your information at risk? – The Guardian
Cybersecurity experts have warned Australian TikTok users that the Chinese government could use the app to harvest personal information, from in-app messages with friends to precise device locations.
The warnings follow a report by Australian-US cybersecurity firm Internet 2.0, which found the most popular social media app of the year collects excessive amounts of information from its users.
Heres what you need to know about TikToks data harvesting, and how to keep your information safe.
TikToks data collection methods include the ability to collect user contact lists, access calendars, scan hard drives including external ones and geolocate devices on an hourly basis.
When the app is in use, it has significantly more permissions than it really needs, said Robert Potter, co-CEO of Internet 2.0 and one of the editors of the report.
It grants those permissions by default. When a user doesnt give it permission [TikTok] persistently asks.
If you tell Facebook you dont want to share something, it wont ask you again. TikTok is much more aggressive.
The report labelled the apps data collection practices overly intrusive and questioned their purpose.
The application can and will run successfully without any of this data being gathered. This leads us to believe that the only reason this information has been gathered is for data harvesting, it concluded.
Most of the concern in the report focuses on permissions sought on Android devices, because Apples iOS significantly limits what information an app can gather. It has a justification system so that if a developer wants access to something it must justify why this is required before it is granted.
We believe the justification system iOS implements systematically limits a culture of grab what you can in data harvesting, the report states.
TikTok is owned by the Chinese multinational internet company ByteDance, which is headquartered in Beijing. Founder Zhang Yiming sits at No. 28 on Bloombergs billionaires index.
ByteDance has denied a connection to the Chinese government in the past, and called the claim misinformation after various leaks suggested it censors material that does not align with Chinese foreign policy aims or mentions the countrys human rights record.
They are consistent in saying their app doesnt connect to China, isnt accessible to Chinese authorities and wouldnt cooperate with Chinese authorities, Potter said.
But he said Internet 2.0s research found Chinese authorities can actually access device data. By sending tracked bots to the app, Internet 2.0 consistently saw data geolocating back to China.
Potter has said it wasnt clear what data was being sent, just that the app was connecting to Chinese servers.
This month TikTok Australia admitted its staff in China were able to access Australian data.
Our security teams minimise the number of people who have access to data and limit it only to people who need that access in order to do their jobs, Brent Thomas, the companys Australian director of public policy, wrote in a letter. The letter was in response to questions from Senator James Paterson, the oppositions cyber security and foreign interference spokesperson. Thomas said Australian data had never been given to the Chinese government.
Under Chinas national security laws Chinese companies are, upon request from the government, required to share access to data they collect.
Youre in a different digital ecosystem when youre on a mainstream Chinese app, Potter said. And who you are may determine the level of risk you are taking.
At an individual level, the average user might not be at immediate risk, Potter said. But if youre involved in something more sensitive or discussing topics that are sensitive youve become very interesting to them very quickly.
A dissident in the Chinese diaspora community, or a critic of the Chinese government, might be extremely concerned about their personal cyber security on TikTok, Paterson said.
TikTok told a 2020 Senate committee on foreign interference on social media that any request for Australian user data would need to go through a mutual legal assistance treaty process.
Other governments also use their national security laws to gain access to user data from TikTok. TikTok publishes a half-yearly transparency report for data requests from governments.
China is not on the list of countries, but the list reveals Australian governments in the second half of 2021 made 51 requests for data related to 57 user accounts, with TikTok handing over data 41% of the time. The US made 1,306 requests for 1,003 accounts, with data handed over 86% of the time.
TikTok is now the most downloaded mobile entertainment app in Australia, with 7.38 million users over the age of 18.
If you decide to keep using TikTok, Potter suggests being specific and granular about the level of permissions shared with the app.
Set permissions manually via in-app settings and in the devices settings. Tom Kenyon, a director of Internet 2.0, also urged users to monitor those permissions regularly. In any update, they can change access to permissions. Its not set and forget.
Potter said users should continue to ignore requests for sharing information. He also urged young people to avoid using TikTok for general messaging.
If you want to share videos and look at cats, sure, go your hardest. If youre going to have a conversation with your friends about your sexual orientation, or human rights, Id be very wary.
Kenyon said young people just starting their careers should think beyond the short term.
He also urged senior public servants, public officials and members of parliament to delete TikTok and other social media. While the data already collected will not disappear from TikToks database, deleting the application will stop data collection into the future. If they are wanting to continue activity across platforms, Kenyon suggested a separate, dedicated phone.
Kenyon said that as it is an avenue for data to flow to China I absolutely think [TikTok] should be banned.
But Potter said he is very rarely in favour of bans.
I am in favour of better regulation.
Potter said Australia must be clear that we expect social media companies operating in Australia to respect our norms of privacy and freedom of speech.
They need to be clear about how they operate. And if caught lying consistently, we need to have some way of holding those companies to account.
The federal minister for home affairs and cyber security, Clare ONeil, said in a statement that the Australian government has this report and has been well aware of these issues for some years.
Australians need to be mindful that they are sharing a lot of detailed information about themselves with apps that arent properly protecting that information.
I hope it concerns Australians because it certainly concerns me.
Australian influencers have vowed to stay on the app despite concerns about Chinese data harvesting.
The Internet 2.0 report will be presented on Monday to a US Senate hearing on TikTok. With 142.2 million users in North America, the US is obviously the dominant market for this app.
I would expect TikTok will come under very hard questions about how the app operates, Potter said.
TikTok has rejected the Internet 2.0 report as baseless.
A TikTok spokesperson said: The TikTok app is not unique in the amount of information it collects ... We collect information that users choose to provide to us and information that helps the app function, operate securely, and improve the user experience.
The IP address is in Singapore, the network traffic does not leave the region, and it is categorically untrue to imply there is communication with China. The researchers conclusions reveal fundamental misunderstandings of how mobile apps work, and by their own admission, they do not have the correct testing environment to confirm their baseless claims.
With Josh Taylor
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TikTok has been accused of aggressive data harvesting. Is your information at risk? - The Guardian
White House to hold summit on addressing the thousands of unfilled cybersecurity jobs – SC Media
The Biden administration has already hosted expansive summits on ransomware and open-source software security. Now its taking a similar approach in an attempt to tackle problems in the cybersecurity workforce.
On Tuesday, the White House will bring experts, private sector companies and federal agencies together to brainstorm around one of the most pressing challenges in cybersecurity: people or, more accurately, the lack of them.
The meeting will be led by National Cyber Director Chris Inglis and includes leadership from the Departments of Homeland Security, Commerce and Labor, as well as Jen Easterly, director of the Cybersecurity and Infrastructure Security Agency; Anne Neuberger, White House deputy national security advisor for cyber and emerging technology; Susan Rice, director of the Domestic Policy Council; and James Kvaal, undersecretary of education.
While the total number varies depending on the source, most estimates peg the shortage of qualified cybersecurity workers in the hundreds of thousands. CyberSeek, a non-profit organization backed by the National Institute for Cybersecurity Education that maps job openings, currently flags more than 714,000 open or unfilled cybersecurity positions around the country. Its a problem that impacts both governments and businesses alike and is happening as both sectors are attempting to coalesce around ambitious long-term plans to increase the resiliency of systems and data against nation-state and criminal hackers alike.
With approximately 700,000 cybersecurity positions open, America faces a national security challenge that must be tackled aggressive. During the summit, participants will help chart a path toward a more secure future in which all Americans have the opportunity to raise the bar on cybersecurity through greater awareness, education, and training, the White House said in the announcement. The summit will also serve as a call to action to ensure that all Americans can capitalize on the benefits of the digital domain and to ensure that our nation carries through on the positive opportunities ahead of us.
They will be joined by executives from the private sector and experts from academia and the cyber community, though the White House says more announcements on that front are forthcoming. Thus far, SC Media has confirmed that Barbara Massa, executive vice president of business operations at Mandiant, will be in attendance, as will Heather Adkins, vice president of security engineering at Google. A Microsoft spokesperson declined to comment and directed SC Media to the White House.
The summit will focus on three core challenges that have kept the supply of cybersecurity talent from keeping up with demand. One is finding a way to better utilize trade schools, apprenticeships, community colleges and other non-traditional educational institutions to create new skill-based pathways into a cybersecurity career. Another will look at tapping into underserved and diverse communities, including women and people of color, who have long been underrepresented in the field and industry leaders are working to make the field more welcoming to other backgrounds.
Finally, the meeting will look at how to invest wisely in educational initiatives to ensure American workers are trained to succeed and stay secure in a digital economy, regardless of whether they work directly in cybersecurity or other fields. While more cyber practitioners are badly needed, a massive part of any organizations attack surface comes from the actions and decisions of their non-cyber employees, who can often upend millions of dollars in security spending by clicking on a malicious link.
As Inglis put it earlier this year when discussing the need for fundamental skills up and down the workforce: We don't necessarily need to make [everyone] a python programmer but that we make them cyber aware."
Boosting the national cyber workforce has been a long-held goal for the Biden administration as well as its predecessor, the Trump administration. There are few, if any, straightforward solutions to the problem, at least in the short-term. More and more of our national infrastructure is being put under the control or direction of potentially vulnerable software, or connected to the internet, where it's within reach for state-backed or criminal hacking groups. But the often highly technical work needed to secure those systems is being carried out by an increasingly smaller proportion of the workforce.
There is no easy method to quickly teach or acclimate new workers the fundamentals of cybersecurity or the IT and networking principles that underpin them. That means that even as companies and agencies are desperate to fill open roles, theyre often not willing to put the security of their organization or its customers in the hands of a novice.
Some have questioned whether untrained or undertrained cybersecurity workers would ultimately be a net boon or drag on companies remains an active debate.
Jake Williams, a former hacker at the National Security Agency and current executive director of threat intelligence at Scythe, has argued that putting untrained or lightly trained cybersecurity workers on the job is irresponsible and wouldnt be accepted in other fields where safety and competence are considered core priorities.
"Your airline pilot started in a single engine Cessna. Nobody called it gatekeeping. And before that, they learned lots of mostly irrelevant facts in ground training, Williams remarked last week on Twitter. Cyber is one of the only fields where we pretend that skipping the basics is okay to put butts in seats.
In an email, Williams told SC Media he thinks the government and military actually do a very good job of recruiting and training cyber employees but "for the commercial workforce, the situation is a bit more bleak." That's in part due to what Williams, who is also a senior instructor in digital forensics at the SANS Institute, characterized as the poor state of many commercial cybersecurity training programs that churn out degrees without ensuring that graduates are being properly schooled on the fundamentals of IT security that they require before they can be trusted with protecting an organization's sensitive data.
"Those trying to break into the cybersecurity field, often lament that employers need to 'be realistic about skills' and 'take a chance on someone with passion to learn.' The unfortunate reality is that [small and medium-sized businesses], many of which are making their first security hire, simply cannot afford to hire people without a broader cross section of security knowledge and/or experience. This leaves a disconnect between expectations and reality for many cybersecurity bootcamp graduates.
Others have called for the country to respond with a mass mobilization effort to train a generation of cybersecurity workers and put them in a position to gain experience as they work. James Lewis, senior vice president and director of the strategic technologies program at the Center for Strategic and International Studies, said last month that the U.S. is not serious about solving the cyber workforce shortage and wont get anywhere near closing the gap by relying on slower, more traditional means of education or training.
He drew a comparison to efforts by the U.S. military during World War II to train an entire generation of pilots to compete with Germany, Japan and others for dominance of the skies. There is no initiative on the part of policymakers to do something similar with cybersecurity, while shortages and competition with the private sector for qualified workers only continues to grow.
You need to create a pipeline, you need to put untrained bodies at the front, and you need to have pilots come out the other end, and you need to do that at scale and were not doing that, Lewis said.
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White House to hold summit on addressing the thousands of unfilled cybersecurity jobs - SC Media
How to tell if your computer has been hacked, plus what to do if it happens to you – LivingEtc
Ever wondered how to tell if your laptop has been hacked? It might not be the most prominent question in your mind, so how about another... How many smart devices do you have in your home? The answer is probably quite a lot, and almost certainly at least one - after all, you're reading this article on one right now. But how many of those devices are susceptible to hacking, and are they safe to use?
We've been living in a technological age for quite some time, but ever since the pandemic our reliance on electronic devices has accelerated. As the internet plays a more vital role in our everyday lives, we're increasingly dependent on our computers and laptops as part of a smart home. But with increased dependence comes increased potential for hackers.
A recent report from Which? (opens in new tab) revealed that a home kitted out with smart devices, including popular tech items such as smart thermostats and video doorbells, could be exposed to more than 12,000 hacking or scanning attacks in a single week. While most of our devices are equipped with internet security or antivirus software to fend off attackers, some weaker devices are more susceptible to hackers from across the world.
But what is hacking, and how can it affect our devices? Put simply, hacking is the gaining of unauthorized access to any system or computer, and it can happen for a variety of reasons.
(Image credit: Noa and Nani Ludvig Office Desk Computer Table in Classic White and Natural Pine)
Computers are often hacked for data theft, allowing criminals to gain access to the user's passwords or bank details. In other instances hackers will use ransomware to lock a device or limit its use until a ransom is paid, or a device with a camera can be hacked for surveillance.
Computers can be an easy target for hackers, but in the PC vs laptop comparison, laptops are more at risk. As they're transported easily, we often use them to connect to public internet access, such as free airport Wi-Fi. These systems are often more insecure and therefore a simple way for hackers to monitor our devices.
We've asked the experts the key signs to look out for and what steps to take if you suspect your laptop has been hacked.
There's no single sign to look for when it comes to how to tell if your computer has been hacked. Sometimes, there's even no indication whatsoever. Yet, there are some telltale signs to look out for when using your laptop. This could be the sudden appearance of applications on your desktop that you haven't installed, or maybe your contacts receiving strange messages from you.
There are giveaway signs to be wary of when you're using the internet, too. Look for things like pop-ups in the corner of your screen or internet web pages not behaving as you would expect, says Darren Northfield, a cyber security professional at Aurora Tech Support (opens in new tab).
According to cybersecurity professional and author of Bullseye Breach: Anatomy of an Electronic Break-In (opens in new tab) Greg Scott, a slow computer could also be a sign of your device being hacked. 'One big sign to watch out for is your laptop behaving differently than earlier. Maybe it feels slower, maybe pop-ups show up, maybe your home page is different. Something will have happened to cause those changes.'
As mentioned, the signs of a hacked laptop aren't always clear, and sometimes there are simply none at all. When signs do show, they're often well disguised. Hackers are great at replicating websites or software that look legitimate for malicious purposes, so when we open these dodgy webpages or applications, we don't realise the threat they pose.
According to Greg, this means our mistakes often play a part in our computers being hacked. 'Open a malicious email attachment, visit an evil website, expose your unprotected device to the internet - all these things can lead to a successful compromise of your device.'
The worst outcome for most hacking victims is the loss of money. These hackers are criminals and most of them use their skills to steal our money in some way. Some victims have lost their whole life savings after hackers have gained access to their personal information.
But how does this happen? 'The most likely scenario is somebody will steal your passwords, bank, credit, and other account numbers - and then steal your identity,' explains Greg. 'Another possibility is ransomware where somebody scrambles all your files, including your 20,000 vacation pictures from last summer, and then offers a decryption key in return for a small payment.'
It's hackers' ability to access our online banking that poses the biggest threat to our finances, however. 'Some hackers wait until you are logged in to online banking to move your money away to a separate account controlled by them,' adds Darren from Aurora Tech Support.
If you suspect that your computer has been hacked, it's important to act fast and call a professional as soon as possible. The manufacturer is likely to have a team that can help you, or you can call another tech support company.
It goes without saying, you should stop using the device and especially avoid accessing any personal accounts or inputting passwords. This applies to all your important information stored outside your laptop, too. 'Use another device to change all your passwords, credit cards, and account numbers, and consider freezing your bank accounts,' says Greg.
While it's important to contact manufacturers and support services, be cautious of suspicious phone calls. As Darren explains, 'a phone call from someone claiming to be from your internet company or phone company who claim theres an issue on your line is a well known scam tactic by hackers'.
(Image credit: Jourdan Wee / Pexels)
You might think the easiest way to deal with a suspecting hacking is to shut down your computer. While appropriate security software, such as anti-malware tools, might make this possible, in most cases it's unfortunately not that simple.
'If hackers have made a connection but not yet managed to install software then yes, shutting down your computer will cut them off,' says Darren. 'However if a hacker has already managed to install remote access software, simply shutting down will not be enough.'
Even if you do manage to stop a attack that's in progress, it's likely it will only resume when you turn your laptop back on. If you suspect your laptop has been hacked, shut it down and don't restart it until you can hand it over to a professional.
If you're looking you're looking to buy a new laptop and want to know which is brand
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How to tell if your computer has been hacked, plus what to do if it happens to you - LivingEtc
Cybersecurity Market Projected to Surpass US $ 376.32 Billion During the 2022-2029 Forecast Timeframe | Fortune Business Insights – Digital Journal
Cyber Security Market Size, Share & COVID-19 Impact Analysis, By Component (Solution and Services), By Deployment Type (Cloud and On-Premise), By Enterprise Size (Small & Medium Enterprise and Large Enterprise), By Industry (BFSI, IT and Telecommunications, Retail, Healthcare, Government, Manufacturing, Travel and Transportation, Energy and Utilities and Others) and Region Forecast, 2022-2029
Fortune Business Insightspublished the latest research report on the Cybersecurity Market. In order to comprehend a market holistically, a variety of factors must be evaluated, including demographics, business cycles, and microeconomic requirements that pertain precisely to the market under study. In addition, theCybersecurity Marketstudy demonstrates a detailed examination of the business state, which represents creative ways for company growth, financial factors such as production value, key regions, and growth rate.
Get Sample PDF Brochure: https://www.fortunebusinessinsights.com/enquiry/request-sample-pdf/101165
Report Details:
Driving Factor:
Market Growth will be driven by the Increasing Number of E-Commerce Platforms
Internet security solutions in connected network infrastructure have strengthened as e-commerce platforms and artificial intelligence, cloud technology, and blockchain have emerged. Furthermore, e-commerce businesses are concentrating on integrating network security solutions into their IT and electronic security systems. The demand for network security solutions is expanding as these technologies are increasingly adopted to combat cyber attacks. The demand for innovative solutions is expanding dramatically as the number of internet security threats increases, this factor may impede the global cyber security market growth.
This Report Answers the Following Questions:
Major companies in Cybersecurity Market Report are:
Pre-Post COVID-19 Impact on Global Cybersecurity Market
COVID-19 is an infectious disease caused by the most recently discovered novel corona virus. Largely unknown before the outbreak began in Wuhan (China) in December 2019, COVID-19 has moved from a regional crisis to a global pandemic in just a matter of a few weeks.
In addition, production and supply chain delays were also witnessed during the second quarter which poised a challenge to the Cybersecurity Market, since end-user industries were still not operating at their full capacity.
Secondary Research:
This research study made extensive use of secondary sources, directories, and databases such as Hoovers, Bloomberg BusinessWeek, Factiva, and OneSource to identify and collect information useful for a technical, market-oriented, and commercial study of the global Cybersecurity Market. Other secondary sources included company annual reports, press releases, and investor presentations, white papers, certified publications, articles by recognized authors, manufacturer associations, trade directories, and databases.
Primary Research:
Various sources from both the supply and demand sides were interviewed during the primary research process to obtain qualitative and quantitative information for this report. Primary sources included industry experts from the core and related industries, as well as preferred suppliers, manufacturers, distributors, technology developers, researchers, and organizations from all segments of the value chain of this industry. To obtain and verify critical qualitative and quantitative information, in-depth interviews were conducted with a variety of primary respondents, including key industry participants, subject-matter experts, C-level executives of key market players, and industry consultants.
Estimation of Market Size
The total size of the Cybersecurity Market was estimated and validated using both top-down and bottom-up approaches. These methods were also widely used to estimate the size of various market sub segments. The following research methodologies were used to estimate market size:
Extensive secondary research was used to identify the industrys key players.
The revenues generated by the markets leading players in molecular diagnostics have been determined through primary and secondary research.
All percentage shares, splits, and breakdowns were calculated using secondary sources and confirmed using primary sources.
KEY QUESTIONS ANSWERED:
Key Questions Answered in this Report
1) What were the pre and post-business impacts of COVID-19 on the Cybersecurity Market?
2) What is the market size, share?
3) Who are the top key players in the market?
4) What will be the future market of the Cybersecurity Market?
Key Offerings:
Table of Contents with Major Points:
1.Executive Summary
1.1. Market Snapshot
1.2. Global and Segmental Market Estimates and Forecasts, 2018-2029 (USD Billion)
1.2.1. Cybersecurity Market, by Region, 2018-2029 (USD Billion)
1.2.2. Cybersecurity Market, by Type, 2018-2029 (USD Billion)
1.2.3. Cybersecurity Market, by Application, 2018-2029 (USD Billion)
1.2.4. Cybersecurity Market, by Verticles, 2018-2029 (USD Billion)
1.3. Key Trends
1.4. Estimation Methodology
1.5. Research Assumption
2.Global Cybersecurity Market Definition and Scope
2.1. Objective of the Study
2.2. Market Definition and Scope
2.2.1. Scope of the Study
2.2.2. Industry Evolution
2.3. Years Considered for the Study
2.4. Currency Conversion Rates
3.Global Cybersecurity Market Dynamics
3.1. Cybersecurity Market Impact Analysis (2018-2029)
3.1.1. Market Drivers
3.1.2. Market Challenges
3.1.3. Market Opportunities
4.Global Cybersecurity Market Industry Analysis
4.1. Porters 5 Force Model
4.1.1. Bargaining Power of Suppliers
4.1.2. Bargaining Power of Buyers
4.1.3. Threat of New Entrants
4.1.4. Threat of Substitutes
4.1.5. Competitive Rivalry
4.1.6. Futuristic Approach to Porters 5 Force Model (2018-2029)
4.2. PEST Analysis
4.2.1. Political
4.2.2. Economical
4.2.3. Social
4.2.4. Technological
4.3. Investment Adoption Model
4.4. Analyst Recommendation and Conclusion
5.Global Cybersecurity Market, by Type
5.1. Market Snapshot
5.2. Global Cybersecurity Market by Type, Performance Potential Analysis
5.3. Global Cybersecurity Market Estimates and Forecasts by Type 2018-2029 (USD Billion)
5.4. Cybersecurity Market, Sub Segment Analysis
6.Global Cybersecurity Market, by Application
6.1. Market Snapshot
6.2. Global Cybersecurity Market by Application, Performance Potential Analysis
6.3. Global Cybersecurity Market Estimates and Forecasts by Application 2018-2029 (USD Billion)
6.4. Cybersecurity Market, Sub Segment Analysis
6.4.1. Others
7.Global Cybersecurity Market, by Verticles
7.1. Market Snapshot
7.2. Global Cybersecurity Market by Verticles, Performance Potential Analysis
7.3. Global Cybersecurity Market Estimates and Forecasts by Verticles 2018-2029 (USD Billion)
7.4. Cybersecurity Market, Sub Segment Analysis
8.Global Cybersecurity Market, Regional Analysis
8.1. Cybersecurity Market, Regional Market Snapshot
8.2. North America Cybersecurity Market
8.3. Europe Cybersecurity Market Snapshot
8.4. Asia-Pacific Cybersecurity Market Snapshot
8.5. Latin America Cybersecurity Market Snapshot
8.6. Rest of The World Cybersecurity Market
9.Competitive Intelligence
9.1. Top Market Strategies
9.2. Company Profiles
9.2.1. Keyplayer1
9.2.1.1. Key InDurationation
9.2.1.2. Overview
9.2.1.3. Financial (Subject to Data Availability)
9.2.1.4. Product Summary
9.2.1.5. Recent Developments
10. Research Process
10.1. Research Process
The Man at the Center of the New Cyber World War – POLITICO
Few people have been more instrumental in protecting Ukraines private and government data, along with the countrys ongoing connectivity, than Shchyhol, who is the head of the State Service of Special Communications and Information Protection, the Ukrainian equivalent of the U.S. Cybersecurity and Infrastructure Security Agency. Since the hours before the ground invasion in February, when cyberattacks struck government and banking websites across Ukraine, Shchyhol has been coordinating with the U.S. and EU from a secure location in Kyiv, responding to cyberattacks while sharing with international allies his insights into strategies used by Russian hackers.
Overall, Ukraine has been doing much better in the cyberwar than expected few thought the country could repel a ground invasion and consistent cyberattacks simultaneously. There were certain losses: Russian forces eventually took control of the power plant near Zaporizhzhia, along with large swaths of the countrys southeast while establishing a botnet computer server near Kharkiv to spam cell phones with malicious text messages. Separate operations severely damaged governmental data centers. But despite constant aerial and cyber bombardment by Russian forces, SSSCIP has ensured those attacks were largely unsuccessful; civilians have been able to access government services and support directly from their mobile devices and computers.
I spoke with Shchyhol about the challenges of a digital war of attrition, how partner countries like the U.S. are assisting in that fight and what he sees as the future of cyberwarfare. We spoke through an interpreter over Zoom on June 27, less than a week after the European Commission and EU leaders granted Ukraine candidate status, the first step toward formal membership within the bloc.
This interview has been condensed and edited for clarity.
Kenneth R. Rosen: Viasat communications services went down as Russian forces invaded Ukraine, hindering communication by Ukrainian forces. But one of those high-speed satellite broadband connections was in my own home in northern Italy. Some 50,000 other European residents on the morning of the invasion found their internet routers inoperable. Its one instance Ive used to illustrate to my colleagues and peers the long reach of cyberattacks in the Russo-Ukrainian conflict. Was that a wake-up call for your European intelligence-sharing partners and a way for you as well to explain the difficulties faced by Ukraine?
Yurii Shchyhol: For Ukrainians, the first cyber world war started on Jan. 14, 2022, when there were attacks launched at the websites owned by state authorities. Twenty websites were defaced, and more than 90 information systems belonging to those government authorities were damaged.
In the early morning that day, I started talking to our European partners as well as our U.S. partners, their respective lines, ministries and government institutions, like CISA, and we started receiving and are still receiving assistance from them on a daily basis.
Right before the full-fledged invasion, the cyberattack, like you said, happened against Viasat. Some routers were deleted, especially those that were targeted to provide telecom services to the military units. In Germany, 5,000 wind turbines were attacked, so we can safely claim that it was not just a cyberattack on the whole of Ukraine, but against the civilized world.
So yes, youre right. The world has been awakened and we can observe that countries are more willing to cooperate on those issues and the level of cooperation will only intensify.
But what we need are not further sanctions and further efforts to curb cyberattacks, we also need for global security companies to leave the market of the Russian Federation. Only then can we ensure the victory will be ours, especially in cyberspace.
Rosen: While some of those cyberattacks were against government and military installations, others frequently hit telecommunications services, internet providers, hospitals, first responders and humanitarian aid organizations. What are some of the challenges faced by Ukraine in protecting such a wide, vulnerable attack surface?
Shchyhol: For the first four months of this invasion roughly more than 90 percent of cyberattacks were carried out against civilian sites. Of course, we were preparing ourselves for this, and in the last 18 months most of our preparations in advance were to be able to withstand widespread attacks against multiple targets. We ensured uninterrupted exchange of information between all [government and civil organizations], sharing information regarding the criteria for compromising networks. We also worked on building up the technical capabilities of government institutions so they could quickly gather server data, make copies, and share those copies with us [ahead of a Russian attack].
In all those efforts we had very strong support from our private sector. Its worth mentioning that a lot of private sector IT cybersecurity experts are either directly serving in the Armed Forces of Ukraine or my State Service or otherwise are indirectly involved in fighting against cyberattacks, and those private sector assistants of ours are world class experts who used to work in leading global companies taking care of their cybersecurity.
Rosen: When I last spoke with your colleague Victor Zoha, in February, he described the UA30 Cyber Center training facility your special service developed for the private sector. How has that grown since and was that instrumental in training the IT experts?
Shchyhol: This training center of ours launched into operation more than one year ago and over that period of time we conducted more than 100 training sessions for civilian contractors, private sector, military operators, all focused on cybersecurity. We conducted a number of hackathons and competitions. Even though we conducted a few training sessions after the beginning of the renewed conflict, the location of the training center is not safe. So were not using it that much right now.
This center was aimed to deepen the knowledge-sharing between the private sector and the government, those tasked with overseeing information protection across various government bodies and institutions. Its a hub that fosters the knowledge of the private sector. We treat it as a competence center that allows all the industries and sectors involved to grow by helping each other.
Rosen: Were referring to the efforts of private citizens, in part, when we talk about the private sector. Perhaps for the first time ever, hundreds of private citizens from across Ukraine and the world have volunteered to prevent, counteract and launch their own attacks in cyberspace in defense of Ukraine. The unifying force in defense of one country, which as far as campaigns go, continues to be rather unique. What has been the impact of the so-called civilian IT Army on Ukraines ability to defend against cyberattacks?
Shchyhol: This is the first time in the history of Ukraine, for sure, probably in the world, when the private sector, the cyberprofessionals, are not only doing what they can professionally defending the cyberspace of their country but they are also willing to defend it by any means. What youre referring to is an army currently comprised of more than 270,000 volunteers who are self-coordinating their efforts and who can decide, plan and execute any strikes on the Russian cyber infrastructure without even Ukraine getting involved in any shape or form. They do it on their own.
Other cybersecurity experts, under the guidance of my State Service, have been helpful in providing consultations to government institutions as to how to properly arrange the cybersecurity efforts, especially in the energy sector and critical infrastructure sites. Thats probably the reason none of the cyberattacks that were carried out in the past four months of this invasion has allowed the enemy to destroy any databases or cause any private data leakage.
Rosen: What are some of the lessons, over these last four months, of these ongoing attacks, that perhaps werent known or anticipated before February?
Shchyhol: In terms of their technical capabilities, so far the attackers have been using modified viruses and software that weve been exposed to before, like the Indestroyer2 virus, when they targeted and damaged our energy station here. Its nothing more than a modification of the virus they developed back in 2017. We all have to be aware that those enemy hackers are very well-sponsored and have access to unlimited finances, especially when they want to take something off the shelf and modify it and update it.
Rosen: At the beginning of our conversation you said that international technology companies should withdraw from the Russian Federation and youve written that the world should restrict Russias access to modern technologies. Such an effort to restrict their access, youve written, should be viewed as an international security priority. What technology specifically? Hardware, like servers and data processing computers? Or software, like those sold by western countries for law enforcement and data manipulation? Telecommunications?
Shchyhol: Any equipment that allows their software to be installed on servers, by way of restricting the use of those services globally so they wouldnt have access to them.
Were also urging the international organizations such as the ITU (International Telecommunication Union) that Russia should no longer be its member. Why? Because they otherwise can get access to innovations, research results by virtue of attending conferences, common meetings. So we are very much strongly in favor of getting Russia out of those organizations, especially those watchdogs that oversee the telecommunications industry of the world. They should not be able to participate in any events and get any IT information.
Rosen: Noting that you already work closely with NATOs cybersecurity command, and the international community, what does this further restriction, cooperation and a more efficient cyber-umbrella look like?
Shchyhol: The cyber-umbrella is something that should be placed over the whole world, not just Ukraine. It should be like an impenetrable wall. Russia would not gain access to any modern IT developments, not have access to innovations or new designs coming from the U.S., U.K. and Japan.
This is something that would pummel Russias ability to develop for themselves. Of course, they could design their own software, but without access to modern IT developments and without the ability to install it on any modern hardware those efforts would soon become obsolete.
We also have dire need for more competency and skills and knowledge; we dont have enough qualified staff. In order to raise more qualified personnel, we need to ensure the expedient exchange of information and coordination between professional and government institutions. That should be the global project for the next five to 10 years. Today the enemy can attack Ukraine, tomorrow the United States, or any other country helping to defend our land. Cyberspace is a unified space for everyone, not divided by borders. Thats why we need to learn to operate there together, especially in recognition of this attack on the civilized world perpetrated by Russia.
Rosen: How have U.S. Cyber Command and the National Security Agency operations been able to assist Ukraine with those aims in mind?
Shchyhol: Its an ongoing, continuous war, including the war in cyberspace. Thats why I wont share any details with you, but let me tell you that we do enjoy continuous cooperation. There is a constant synergy with them, both in terms of providing us with the assistance that we need to ensure proper protection and safety of our websites and our cyberspace, especially of government institutions and military-related installations, but also they help us with their experts, some of whom are on-site here in Ukraine and are providing on-going consultations.
Like in further supply of heavy weapons and other forms of weaponry, the same is true for cybersecurity. We expect that level of assistance, of those supplies, will only increase because only in this manner can we together ensure our joint victory against our common enemy.
Rosen: Weve talked a great deal about the hidden cyberwarfare, of a war without borders, but what digital communications devices, or physical gear and assets, sent by the U.S. in aid packages have been helpful and why?
Shchyhol: The most helpful so far was the SpaceX technology, the Starlinks, weve been sent. So far weve received more than 10,000 terminals. What those have helped us with was a relaunch of destroyed infrastructure in those communities were liberating, providing backup copying services to regional and local governments whose digital services [like healthcare cards, tax and travel documents, vehicle and home registrations] are accessed by Ukrainian civilians. It has also aided the repair of critical infrastructure sites.
Second to this have been the servers and mobile data centers. Those have allowed us in a very short time span to arrange backup copies of our government institutions, agencies, state registries, and locate them in safe regions, or at least locations that the enemy couldnt easily access. Its allowed for the continuous operation of our government.
And, the third I wouldnt say its the last as we dont have time for the exhaustive list are software and technologies that weve received access to now [that were too expensive before the invasion]. After the invasion, industry leaders started providing software free of charge or allowing us full access like Amazon, which provided Ukraine with a private cloud, allowing us to administer data from the state registries.
It goes without saying that were not only consuming someone elses services especially when they come free of charge. Even now, when the war is still raging, were taking care of our cybersecurity by investing more funds into procuring what we need. Last week, the government allocated additional funds from the national budget to finalize the preparation of a national backup center. Were ready to buy if its exactly what we need.
Rosen: Most of those vendors are Western-based companies. In April, the U.S., U.K., Canada, Australia and New Zealand, part of the Five Eyes intelligence sharing cooperative, said that Russia was planning a largescale cyberattack against those countries supporting Ukraine. Back then there was no shortage of protracted fears in the security industry that a global cyberwar could trigger Article 5 of NATO. But that constant threat to Western nations seems to have been downgraded in the news cycle along with coverage of the war.
Shchyhol: Russia is already attacking the whole world. Those cyberattacks will continue regardless of whats happening on land. Ukraine can win this war with conventional weapons, but the war in cyberspace will not be over. Ukraine is not capable of destroying Russia as a country, its more likely to destroy itself.
Thats why we all have to be ready for the following scenario to unfold: Those western countries and companies that are supporting the Ukrainian fight against Russia will be and are already under the constant threat of cyberattacks. This cyberwar will continue even after the conventional war stops.
The fact that in the last two months there was a relative lull in the number and quality of cyberattacks of our enemy, both against Ukraine and the rest of the world, only follows the usual Russian tactics, which are that they are accumulating efforts and resources, readying themselves for a new attack which will be coming. It will be widespread, probably global. Right now our task here is not to miss it, to stay awake and aware to that threat.
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The Man at the Center of the New Cyber World War - POLITICO
Cleartrip reports cyberattack but tells customers their sensitive data is safe – CNBCTV18
Flight booking platform Cleartrip on July 18 said its internal systems were breached by unnamed perpetrators.
In an e-mail sent to customers, Cleartrip said, This is to inform you that there has been a security anomaly that entailed illegal and unauthorised access to a part of Cleartrips internal systems."
In the e-mail, Cleartrip informed that apart from a person's profile, "no sensitive information pertaining to your Cleartrip account has been compromised as a result of this anomaly of our systems."
"As per our protocols, we have immediately intimated the relevant cyber authorities and are taking appropriate legal action and recourse to ensure necessary steps are being taken as per the law," the company said.
Reacting to the data breach, a Cleartrip spokesperson said, "We have identified a security anomaly in a few of our internal systems. Our information security team is currently investigating the matter along with a leading external forensics partner and is taking the necessary action. Appropriate legal action and recourse are being evaluated and steps are being taken as per the law."
In April this year, the Indian Computer Emergency Response Team (CERT-In) had asked all government and private agencies, including internet service providers, social media platforms and data centres, to mandatorily report cyber security breach incidents to it within six hours of noticing them.
(Edited by : Shoma Bhattacharjee)
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Cleartrip reports cyberattack but tells customers their sensitive data is safe - CNBCTV18