Category Archives: Internet Security
Internet 101 Survey results show disconnect between confidence and Internet user knowledge – TechSpot
Public Interest Registrys 2017 Internet 101 Survey results are in and you may be surprised by just how many people lack basic knowledge about the Internet. Although it's easy to point fingers at older generations over their perceived lack of technical prowess, it is actually baby boomers that scored highest in a number of areas.
Looking at the infographic below, we see that only 47 percent of people currently have access to the web. Of those who do have access, many rely solely on cellular networks or low-speed connections. Try taking the quiz for yourself to see how you fit in.
The survey included feedback from 506 men and 508 women, all over 18 years of age. Public Interest Registry is a non-profit group responsible for operating the .org top-level domain name. Some of their main goals are educating the public and promoting Internet security.
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Internet 101 Survey results show disconnect between confidence and Internet user knowledge - TechSpot
Leak of >1700 valid passwords could make the IoT mess much worse – Ars Technica
Security researchers have unearthed a sprawling list of login credentials that allows anyone on the Internet to take over home routers and more than 1,700 "Internet of things" devices and make them part of a destructive botnet.
The list of telnet-accessible devices, currently posted at this Pastebin address, was first posted in June, but it has been updated several times since then. It contains user names and passwords for 8,233 unique IP addresses, 2,174 of which were still running open telnet servers as of Friday morning, said Victor Gevers, chairman of the GDI Foundation, a Netherlands-based nonprofit that works to improve Internet security. Of those active telnet services, 1,774 remain accessible using the leaked credentials, Gevers said. In a testament to the poor state of IoT security, the 8,233 hosts use just 144 unique username-password pairs.
It is likely that criminals have been using the list for months as a means to infect large numbers of devices with malware that turns them into powerful denial-of-service platforms. Still, for most of its existence, the list remained largely unnoticed, with only some 700 views. That quickly changed Thursday with this Twitter post. By Friday afternoon, there were more than 13,300 views.
"There's not much new about devices standing out there with default or weak credentials," Troy Hunt, a security researcher and maintainer of the Have I Been Pwned breach notification service, told Ars. "However, a list such as we're seeing on Pastebin makes a known bad situation much worse as it trivializes the effort involved in other people connecting to them. A man and his dog can now grab a readily available list and start owning those IPs."
Last year, several botnets came to light that drastically increased the potency of DDoS botnets, which use thousands of computers or other Internet-connected devices all over the world to bombard a single target with more junk traffic than it can process. Security site KrebsOnSecurity, for instance, was taken down for days by attacks that delivered a then-staggering 620 gigabits per second of network traffic. Around the same time, a French Web host reported sustaining onslaughts of 1.1 terabits per second.
The botnets that made these once-unthinkable attacks possible carried names such as Mirai and Bashlight. Unlike more traditional botnets that infected Windows computers, the new generation targeted routers, security cameras, and other Internet-connected devices. According to OVH, the France-based Web host, the 1.1-terabit-per-second barrage was delivered by roughly 145,000 devices. Based on that figure, the 2,174 currently available devices in the list that came to light Thursday are capable of only a small fraction of that firepower. Still, that's enough to bring plenty of smaller sites down almost instantly.
Some of the credentials included in the list suggest that some of the devices have already been conscripted into botnets. The username-password combination mother:fucker, for instance, is used by some IoT botnets once they infect a device. Even if a device is currently infected by such a botnet, it's often possible for a rival botnet operator to seize control of it by causing it to restart, since most of the malware can't survive a reboot. The ready availability of addresses means a single device could be taken over by multiple groups.
Overall, the list included more than 33,000 records, presumably because it had been updated over time from multiple Internet scans without redundant entries being removed. Some IPs in the list showed more than one username-password pair, either because that device had more than one account or because the device had been infected by malware on subsequent scans.
The list was posted by someone who has previously published a host of valid log-in credentials and botnet source code that has proven useful to security professionals, Ankit Anubhav, a researcher with NewSky Security, told Ars. While some of the exposed passwords had been changed, even those remained weak enough to be deduced using brute forcing, a technique that repeatedly submits the most commonly used usernames and passwords into telnet-accessible devices in hopes of guessing the right combination. The vast majority of the 144 unique pairs, however, were factory-default credentials. The top 10 passwords, as tallied by Anubhav, were:
Of those, all but oneGMB182were factory default passwords. GMB182 has often been used in the past by botnet malware.
Meanwhile, Gevers said the top five username-password combinations were:
People who use routers, cameras, and other IoT devices are reminded that remote access should be enabled only when there is good reason, and then only after changing default credentials to use a unique, randomly generated password, ideally of 12 or more characters, or assuming the device doesn't allow that, one as long as possible. Even when remote access is disabled, people should always ensure the default password is replaced with a strong one.
Gevers said he and other GDI Foundation volunteers are in the process of contacting as many currently affected host owners as possible in an attempt to lock down the vulnerable devices. Given the IoT's deserved reputation for poor default security and the lackadaisical approach many users have for securing their devices, there almost certainly are tens of thousands of other vulnerable devices that can be easily detected doing a simple Internet scan.
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Leak of >1700 valid passwords could make the IoT mess much worse - Ars Technica
China overtakes Belgium on world innovation index – TechNode (blog)
China has overtaken Belgiumon a global innovation index to reach 17th out of 40 countries as it begins work on a new internet security institute to train people in how to keep the internet safe, which could contradict the effort to make China a center of innovation.
The index isresearched by the Chinese Academy of Science and Technology for Development(CASTED) which is run by the state. It measures various aspects such as R&D spending, number of citations of a countrys research and patents applied for. In first place is the US followed by Japan, Switzerland, South Korea and Denmark to make up the top five. Singapore in 9th place was the only other Asian nation in the top twenty.
The worlds top 20 countries for innovation, China in red (Image credit: CASTED)
China has excelled in patents and citations; its R&D spending now makes up 15.6% of the world total up from 1.7% in 2000, allowing the country to squeeze past Belgium to take 17th place and is the only developing country in the top 20 and aims to climb to 15th by the end of the 13th Five Year Plan (2016-2020). State media also announced that construction began Wednesday on an internet security training institute in Hubei.
Breakdown of global R&D spending in 2000 and 2016 (Image credit: CASTED)
The 100-hectare development in the Wuhan Airport Economic Zone will cost RMB 5 billion ($751 million). When it opens in June 2019, it will be able to train 10,000 people. While it is not exactly clear in exactly what, it has been set up by the Office of the Central Leading Group for Cyberspace Affairs. The plan is that by 2027, China will have between four and six international-standard internet security institutes to keep the country safe.
Feng Huamin, vice president of Beijing Electronic Science and Technology Institute, was quoted by Xinhua as saying that back in 2014, 700,000 staff were needed in key industry information systems and infrastructure and this number is expected to double by 2020.
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China overtakes Belgium on world innovation index - TechNode (blog)
How to Choose the Best Internet Security Software? | Bdaily – Bdaily
If your PC is affected by the different virus, then you need to install security software on your system. Dont know who is perfect internet security software for your PC, then you will find the many options on front page of the Google search results but how to choose a right antivirus and internet security software. Dont worries come at Kaspersky-Support-Number.com, here you can find the best answer of your questions.
To keep providing the full protection to your computing devices uses the Kaspersky Antivirus. This is the best and trending internet security software that easily removes every virus, Trojans, malware, spyware and ignores to download and install to malicious applications in your PC. If you want to get the complete information, dial our kaspersky tech support telephone number 1-800-247-9134. Here you can get the brief explanation to download, install, activate, remove viruses, internet protection, block the infected files, and protection from infected files.
Kaspersky is best internet security software that available in affordable range for everyone. Dont be confused with taking other internet security software. Every antivirus is specially designed to give the protections and keep you safe from the every type of virus and malicious software. So if you have any problem with your antivirus software, feel free to contact to experts by dialing kaspersky customer service phone number or kaspersky technical support phone number.
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How to Choose the Best Internet Security Software? | Bdaily - Bdaily
Internet key to farm security, farmer Bruce Crafter says at Farm Security and Farmers Health Expo in Bendigo – Bendigo Advertiser
Data affordability is influencing farmers' decisions about security systems.
Lily and Justine McKenzie help spread awareness of security technology. Picture: EMMA D'AGOSTINO
Beyondblue mental health advocate Tony McManus shares his family's story and some tips for mental health at Bendigo Stadium.
Grant Sutton, of Ag Cloud, presents his product at the Farm Security and Farmers Health Expo in Bendigo.
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FARMER Bruce Crafter travelled from the Wimmera for the Farm Security and Farmers Health Expo in Bendigo.
He was impressed by the technology he encountered, but disappointed that telecommunications companies were not in attendance.
Though Mr Crafter was looking to invest in security cameras, he said he was mindful of the cost of the internet service the system would need to draw upon.
Its the affordability of that data, the farmer said.
Its okay having it [security cameras], but youve got to be able to have those costs.
Having attended the expo, he was all the more motivated to find out how much hed be charged for that connectivity.
Justine McKenzie, of Anyday Security, said the demand for security cameras was rising in the Bendigo area.
The prospect of warmer weather, vacations and a perceived increase in thefts and break-ins were possible factors influencing that trend.
Mrs McKenzie said police had also been encouraging peopleto look into options such as CCTV.
The two-dayexpo, at Bendigo Stadium, concludes at 3pm on Friday.
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Internet key to farm security, farmer Bruce Crafter says at Farm Security and Farmers Health Expo in Bendigo - Bendigo Advertiser
Zephyr Cove internet security company enters into Paten Standstill Agreement – Northern Nevada Business Weekly
ZEPHYR COVE VirnetX Holding Corporation (NYSE AMERICAN: VHC), an internet security software and technology company, on Monday announced it has entered into a Patent Standstill Agreement with HTC Corporation (TWSE: 2498), a global leader in innovation and design. The deal was facilitated by VirnetXs licensing partner, IPVALUE Management Inc.
This is a significant development as we continue to grow our business outside the US, said Sameer Mathur, vice president of corporate development and product marketing for VirnetX. This standstill agreement gives both parties more time to discuss and negotiate a broad license, including a license to VirnetXs LTE-related patents.
We are pleased to have assisted VirnetX in reaching this agreement with HTC, so that a future deal can be consummated without the need for litigation, said Paul Riley, vice president of licensing for IPValue.
VirnetX Holding Corporation is an Internet security software and technology company with patented technology for secure communications including 4G LTE security. The companys software and technology solutions, including its secure domain name registry and Gabriel Connection Technology, are designed to facilitate secure communications and to create a secure environment for real-time communication applications such as instant messaging, VoIP, smart phones, eReaders and video conferencing. The Companys patent portfolio includes over 115 U.S. and international patents and over 50 pending applications. For more information, please visit http://www.virnetx.com
IPVALUE is the leading provider of Intellectual Property transactional and advisory services for the worlds premier technology companies, R&D labs, and owners of significant IP portfolios. Founded in 2001, IPVALUEs mission is to deliver a return on invention by licensing the IP portfolios of leading innovators. Since inception, the firm has helped these innovators realize over $1.5B in revenues from IP licensing and sales. For more information, visit http://www.ipvalue.com
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Zephyr Cove internet security company enters into Paten Standstill Agreement - Northern Nevada Business Weekly
OneLogin is Changing How We Think About Internet Security – HiTechChronicle
Before the 21st century, companies had a much easier time keeping their communications secure. Back then, the most they would have to worry about was encrypting emails and informing their personnel about privacy when they sent faxes. Times have definitely changed. The new wave of communications has enacted new challenges for those companies looking to control how information flows in and out of their company. The emergence of always-on listening devices, for example, like Android Phones and iPhones Siri, as well as the increased number of smart home devices like the Amazon Echo, make for a new set of challenges.
Companies that handle sensitive consumer data like banks and hospitals must be especially vigilant in securing their private information. Complications that can arise from a breach of their communications can be much fold. On the one hand, as soon as news spreads that a company cant secure its patrons data, public trust in that company vanishes along with their consumer base; on the other, these companies can actually face liability and lawsuits if the offended party suffers some type of loss, which adds even more bad publicity. Companies are now faced with the necessity to add more layers of protection between their consumers, themselves, and those who would seek to exploit both.Conversational Apps
Since computing began with enormous desktops that eventually became smaller versions and laptops, the most adamant Internet security is dedicated to that medium. That is, the world is still catching up to the rapid advancement of the mobile phone as a device that can feasibly replace a computer. Simply put, where a user/password authentication will work on most desktops, mobile devices have many ways to sneak in. Conversational apps, for example, are even tougher to secure, as its underlying avenues for entry are simply different than a desktop.
For example, OneLogin has taken measures to alleviate these concerns using Multi-Factor Authentication, or MFA. This form of authentication goes beyond the usual name and password check and adds several factors that allow its mechanism to determine the users identity. On the surface, MFA greatly decreases the likelihood that a breach will occur just by adding more layers of security, but it also prevents accidental breaches of information from occurring by authorized personnel. This can be added to all devices that have access to the network, so the challenge of securing mobile devices with conversational weak points becomes a non-issue since the app will be absorbed into a catalog that integrates with its security measures.
Essential Security Measures
The following are further measures you can take to secure a mobile device running conversational apps:
Secure the network. Securing transmissions at the application level becomes much easier when you secure the devices responsible for providing the Internet. A robust firewall application is necessary, as is high-level encryption of data, and limited access. OneLogin uses Integra Cloud Firewall to secure its Active Directories and protect information submitted to the cloud.
Avoiding Linked Devices. This ties into the conversational apps ability to communicate directly with other listening devices once a simple verification is completed once. It means that anyone in physical possession of an external device can use it to infiltrate another. Again, Multi-Factor Authentication also prevents this, since the user would need to pass several more layers before a breach can occur.
Be wary of third parties. Running communications through conversational apps allows the companies that govern these communications access. This is the rare case when reading over the terms and conditions of an application actually matters. If anything in the fine print gives an indication that the company has the right to store information on their own servers, company use should be severely limited or ceased altogether.
About OneLogin
OneLogin is an Internet security company that specializes in all aspects of identity management, including SSO. They offer a number of different services related to securing company devices in all forms, using an extensive array of measures. Mainly they help companies enforce their security policies with cloud-based protection, greater control over their devices and applications, and provide identity management as a service. Check them out on social media, including Facebook.
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OneLogin is Changing How We Think About Internet Security - HiTechChronicle
Q2 2017 Akamai State Of The Internet / Security Report Analyzes Re-Emergence Of PBot Malware; Domain Generation … – PR Newswire (press release)
In the case of PBot, malicious actors used decades-old PHP code to generate the largest DDoS attack observed by Akamai in the second quarter. Attackers were able to create a mini-DDoS botnet capable of launching a 75 gigabits per second (Gbps) DDoS attack. Interestingly, the Pbot botnet was comprised of a relatively small 400 nodes, yet still able to generate a significant level of attack traffic.
Another entry on the "everything old is new again" list is represented by the Akamai Enterprise Threat Research Team's analysis of the use of Domain Generation Algorithms (DGA) in malware Command and Control (C2) infrastructure. Although first introduced with the Conficker worm in 2008, DGA has remained a frequently used communication technique for today's malware. The team found that infected networks generated approximately 15 times the DNS lookup rate of a clean network. This can be explained as the outcome of access to randomly generated domains by the malware on the infected networks. Since most of the generated domains were not registered, trying to access all of them created a lot of noise. Analyzing the difference between behavioral characteristics of infected versus clean networks is one important way of identifying malware activity.
When the Mirai botnet was discovered last September, Akamai was one of its first targets. The company's platform continued to receive and successfully defended against attacks from the Mirai botnet thereafter. Akamai researchers have used the company's unique visibility into Mirai to study different aspects of the botnet, most specifically in the second quarter, its C2 infrastructure. Akamai research offers a strong indication that Mirai, like many other botnets, is now contributing to the commoditization of DDoS. While many of the botnet's C2 nodes were observed conducting "dedicated attacks" against select IPs, even more were noted as participating in what would be considered "pay-for-play" attacks. In these situations, Mirai C2 nodes were observed attacking IPs for a short duration, going inactive and then re-emerging to attack different targets.
"Attackers are constantly probing for weaknesses in the defenses of enterprises, and the more common, the more effective a vulnerability is, the more energy and resources hackers will devote to it," said Martin McKeay, Akamai senior security advocate. "Events like the Mirai botnet, the exploitation used by WannaCry and Petya, the continued rise of SQLi attacks and the re-emergence of PBot all illustrate how attackers will not only migrate to new tools but also return to old tools that have previously proven highly effective."
By the Numbers:
Other key findings from the report include:
A complimentary copy of the Q2 2017 State of the Internet / Security Report is available for download at http://akamai.me/2i9vrdz. Download individual charts and graphs, including associated at http://akamai.me/2w6mI1v.
MethodologyThe Akamai Second Quarter, 2017 State of the Internet / Security Report combines attack data from across Akamai's global infrastructure and represents the research of a diverse set of teams throughout the company. The report provides analysis of the current cloud security and threat landscape, as well as insight into attack trends using data gathered from the Akamai Intelligent Platform. The contributors to the State of the Internet / Security Report include security professionals from across Akamai, including the Security Intelligence Response Team (SIRT), the Threat Research Unit, Information Security, and the Custom Analytics group.
About AkamaiAs the world's largest and most trusted cloud delivery platform, Akamai makes it easier for its customers to provide the best and most secure digital experiences on any device, anytime, anywhere. Akamai's massively distributed platform is unparalleled in scale with over 200,000 servers across 130 countries, giving customers superior performance and threat protection. Akamai's portfolio of web and mobile performance, cloud security, enterprise access, and video delivery solutions are supported by exceptional customer service and 24/7 monitoring. To learn why the top financial institutions, e-commerce leaders, media & entertainment providers, and government organizations trust Akamai please visit http://www.akamai.com, blogs.akamai.com, or @Akamai on Twitter.
View original content with multimedia:http://www.prnewswire.com/news-releases/q2-2017-akamai-state-of-the-internet--security-report-analyzes-re-emergence-of-pbot-malware-domain-generation-algorithms-relationship-between-mirai-command--control-and-attack-targets-300507459.html
SOURCE Akamai Technologies, Inc.
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Q2 2017 Akamai State Of The Internet / Security Report Analyzes Re-Emergence Of PBot Malware; Domain Generation ... - PR Newswire (press release)
Getting serious about research ethics: Security and Internet Measurement – Freedom to Tinker
[This blog post is a continuation of our series about research ethics in computer science that we started last week]
Research projects in the information security and Internet measurement sub-disciplines typically interact with third-party systems or devices to collect a large amounts of data. Scholars engaging in these fields are interested to collect data about technical phenomenon. As a result of the widespread use of the Internet, their experiments can interfere with human use of devices and reveal all sorts of private information, such as their browsing behaviour. As awareness of the unintended impact on Internet users grew, these communities have spent considerable time debating their ethical standards at conferences, dedicated workshops, and in journal publications. Their efforts have culminated in guidelines for topics such as vulnerability disclosure or privacy, whereby the aim is to protect unsuspecting Internet users and human implicated in technical research.
Prof. Nick Feamster, Prof. Prateek Mittal, moderator Prof. Elana Zeide, and I discussed some important considerations for research ethics in a panel dedicated to these sub-disciplines at the recent CITP conference on research ethics in computer science communities. We started by explaining that gathering empirical data is crucial to infer the state of values such as privacy and trust in communication systems. However, as methodological choices in computer science will often have ethical impacts, researchers need to be empowered to reflect on their experimental setup meaningfully.
Prof. Feamster discussed several cases where he had sought advice from ethical oversight bodies, but was left with unsatisfying guidance. For example, when his team conducted Internet censorship measurements (pdf), they were aware that they were initiating requests and creating data flows from devices owned by unsuspecting Internet users. These new information flows were created in realms where adversaries were also operating, for example in the form of a government censors. This may pose a risk to the owners of devices that were implicated in the experimentation and data collection. The ethics board, however, concluded that such measurements did not meet the strict definition of human subjects research, which thereby excluded the need for formal review. Prof. Feamster suggests computer scientists reassess how they think about their technologies or newly initiated data flows that can be misused by adversaries, and take that into account in ethical review procedures.
Ethical tensions and dilemmas in technical Internet research could be seen as interesting research problems for scholars, argued Prof. Mittal. For example, to reason about privacy and trust in the anonymous Tor network, researchers need to understand to what extent adversaries can exploit vulnerabilities and thus observe Internet traffic of individual users. The obvious, relatively easy, and ethically dubious measurement would be to attack existing Tor nodes and attempt to collect real-time traffic of identifiable users. However, Prof. Mittal gave an insight into his own critical engagement with alternative design choices, which led his team to create a new node within Princetons university network that they subsequently attacked. This more lab-based approach eliminates risks for unsuspecting Internet users, but allowed for the same inferences to be done.
I concluded the panel, suggesting that ethics review boards at universities, academic conferences, and scholarly journals engage actively with computer scientists to collect valuable data whilst respecting human values. Currently, a panel on non-experts in either computer science or research ethics are given a single moment to judge the full methodology of a research proposal or the resulting paper. When a thumbs-down is issued, researchers have no or limited opportunity to remedy their ethical shortcomings. I argued that a better approach would be an iterative process with in-person meetings and more in-depth consideration of design alternatives, as demonstrated in a recent paper about Advertising as a Platform for Internet measurements (pdf). This is the approach advocates in the Networked Systems Ethics Guidelines. Cross-disciplinary conversation, rather than one-time decisions, allow for a mutual understanding between the gatekeepers of ethical standards and designers of useful computer science research.
See the video of the panel here.
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Getting serious about research ethics: Security and Internet Measurement - Freedom to Tinker
Q2 2017 Akamai State Of The Internet / Security Report Analyzes Re-Emergence Of PBot Malware; Domain Generation … – GuruFocus.com
CAMBRIDGE, Mass., Aug. 22, 2017 /PRNewswire/ -- Newly released data shows that distributed denial of service (DDoS) and web application attacks are on the rise once again, according to the Second Quarter, 2017 State of the Internet / Security Report released by Akamai Technologies, Inc. (NASDAQ: AKAM). Contributing to this rise was the PBot DDoS malware which re-emerged as the foundation for the strongest DDoS attacks seen by Akamai this quarter.
In the case of PBot, malicious actors used decades-old PHP code to generate the largest DDoS attack observed by Akamai in the second quarter. Attackers were able to create a mini-DDoS botnet capable of launching a 75 gigabits per second (Gbps) DDoS attack. Interestingly, the Pbot botnet was comprised of a relatively small 400 nodes, yet still able to generate a significant level of attack traffic.
Another entry on the "everything old is new again" list is represented by the Akamai Enterprise Threat Research Team's analysis of the use of Domain Generation Algorithms (DGA) in malware Command and Control (C2) infrastructure. Although first introduced with the Conficker worm in 2008, DGA has remained a frequently used communication technique for today's malware. The team found that infected networks generated approximately 15 times the DNS lookup rate of a clean network. This can be explained as the outcome of access to randomly generated domains by the malware on the infected networks. Since most of the generated domains were not registered, trying to access all of them created a lot of noise. Analyzing the difference between behavioral characteristics of infected versus clean networks is one important way of identifying malware activity.
When the Mirai botnet was discovered last September, Akamai was one of its first targets. The company's platform continued to receive and successfully defended against attacks from the Mirai botnet thereafter. Akamai researchers have used the company's unique visibility into Mirai to study different aspects of the botnet, most specifically in the second quarter, its C2 infrastructure. Akamai research offers a strong indication that Mirai, like many other botnets, is now contributing to the commoditization of DDoS. While many of the botnet's C2 nodes were observed conducting "dedicated attacks" against select IPs, even more were noted as participating in what would be considered "pay-for-play" attacks. In these situations, Mirai C2 nodes were observed attacking IPs for a short duration, going inactive and then re-emerging to attack different targets.
"Attackers are constantly probing for weaknesses in the defenses of enterprises, and the more common, the more effective a vulnerability is, the more energy and resources hackers will devote to it," said Martin McKeay, Akamai senior security advocate. "Events like the Mirai botnet, the exploitation used by WannaCry and Petya, the continued rise of SQLi attacks and the re-emergence of PBot all illustrate how attackers will not only migrate to new tools but also return to old tools that have previously proven highly effective."
By the Numbers:
Other key findings from the report include:
A complimentary copy of the Q2 2017 State of the Internet / Security Report is available for download at http://akamai.me/2i9vrdz. Download individual charts and graphs, including associated at http://akamai.me/2w6mI1v.
MethodologyThe Akamai Second Quarter, 2017 State of the Internet / Security Report combines attack data from across Akamai's global infrastructure and represents the research of a diverse set of teams throughout the company. The report provides analysis of the current cloud security and threat landscape, as well as insight into attack trends using data gathered from the Akamai Intelligent Platform. The contributors to the State of the Internet / Security Report include security professionals from across Akamai, including the Security Intelligence Response Team (SIRT), the Threat Research Unit, Information Security, and the Custom Analytics group.
About AkamaiAs the world's largest and most trusted cloud delivery platform, Akamai makes it easier for its customers to provide the best and most secure digital experiences on any device, anytime, anywhere. Akamai's massively distributed platform is unparalleled in scale with over 200,000 servers across 130 countries, giving customers superior performance and threat protection. Akamai's portfolio of web and mobile performance, cloud security, enterprise access, and video delivery solutions are supported by exceptional customer service and 24/7 monitoring. To learn why the top financial institutions, e-commerce leaders, media & entertainment providers, and government organizations trust Akamai please visit http://www.akamai.com, blogs.akamai.com, or @Akamai on Twitter.
View original content with multimedia:http://www.prnewswire.com/news-releases/q2-2017-akamai-state-of-the-internet--security-report-analyzes-re-emergence-of-pbot-malware-domain-generation-algorithms-relationship-between-mirai-command--control-and-attack-targets-300507459.html
SOURCE Akamai Technologies, Inc.
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Q2 2017 Akamai State Of The Internet / Security Report Analyzes Re-Emergence Of PBot Malware; Domain Generation ... - GuruFocus.com