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Nominum, now part of Akamai, inaugural security report published by its Data Science team, Data Revelations: Fall 2016, includes an analysis of some of the largest threats that are impacting organizations and individuals, including ransomware, DDoS, mobile malware, IoT-based attacks and more. Since DNS is the launch point for over 90% of cyberattacks, it offers a great vantage point from which to examine, understand, thwart and proactively prevent threats1. With
The increasingly digital consumer lifestyle, fueled by explosive growth in the use of the internet, mobile technologies and social media, has given rise to the empowered customer. With access to more information, choices, and opportunities, consumers across all industries are in a position to demand not only what they want, but also where and how they want it.
Each quarter the Akamai team delves into the volumes of data that we have at our disposal. Every time we do so we find something new and exciting, and this last quarter was by no means an exception. You might have heard of a little botnet called Mirai that set the Internet on its ear during the month of October.
Nominum, now part of Akamai, Data Science just released a new Data Science and Security report that investigates the largest threats affecting organizations and individuals, including ransomware, DDoS, mobile device malware, IoT-based attacks and more. Below is an excerpt.
The recent DDoS attack against the Dyn DNS service resulted in major impact across the financial services industry, and provides us an example to better understand the technology risks and the lessons learned from this attack. In the first of this two part blog, we will examine the impact that the attack had on banks, insurance companies, and other firms in the industry. In Part 2, we'll dig into some
On Friday, October 21, 2016, there was a major distributed denial of service (DDoS) attack that took down major U.S. company websites, including Twitter, Paypal, The New York Times, Box, Netflix and more. The attack targeted managed DNS provider Dyn Inc., which hosts the authoritative DNS for these popular domains. The attack originated from a large number of compromised IoT devices, including internet-connected cameras, routers and digital video recorders.
Data scientists put in a tireless amount of work tracking cybercriminals--from specific individuals to entire organizations--looking at their behavior and the methods through which they attempt to compromise data. Because DNS is a ubiquitous protocol that's used for most internet interactions, it also provides fertile ground for cybercriminals to launch malware. Nominum, now part of Akamai, Data Science examines massive volumes of DNS data--100 billion queries daily--to detect anomalies and
For citizens of the most advanced economies, it is hard to conceptualize what being entirely cut off from the Internet would look like, let alone how it could actually happen. Is it as simple as flipping a kill switch or pressing an 'Off' button? Though unlikely in countries like the United States that have numerous independently operated providers and redundant Internet infrastructure, total shutdowns are still possible in geographies where
This story has been told thousands of times before - a botnet is born, a botnet goes down, a botnet tries to get its bots back together. But the story of Necurs is unique.