Plenty of fish, and exploits too, on dating website

Recent visitors to Plenty of Fish (pof.com), an online dating website with over 3 million daily active users, had their browsers redirected to exploits that installed malware. The attack was launched through a malicious advertisement that was distributed through a third-party ad network, researchers from security firm Malwarebytes said in a blog post Thursday. The malicious ad pointed to the Nuclear exploit kit, a Web-based attack tool that exploits known vulnerabilities in browsers and popular browser plug-ins like Flash Player, Java, Adobe Reader and Silverlight.To read this article in full or to leave a comment, please click here

Why corporate security pros should care about the Ashley Madison breach

Corporate security executives should have a professional interest in the Ashley Madison breach because publicly posted data about its customers represents a fertile field for spear phishers trying to attack business networks. Anyone whose name and contact information appears in the 9.7GB stolen names contact information will likely be susceptible to opening emails purportedly from Ashley Madison, divorce lawyers and private investigators, says Tom Kellerman, chief cybersecurity officer for Trend Micro. + ALSO ON NETWORK WORLD Hackers release full data dump from Ashley Madison, extramarital dating site +To read this article in full or to leave a comment, please click here

Mother Nature teaches Google a lesson

Four successive lightning strikes on a local utility grid in Europe caused a data loss at Google's Belgium data center. For Google, a company with a self-described "appetite for accuracy" in its data center operations, admitting an unrecoverable data loss as small as 0.000001% -- as it did -- likely came with a little bit of pain.The lightning strikes occurred Aug. 13 and the resulting storage system problems weren't fully resolved for five days. Google's post mortem found room for improvement in both hardware upgrades and in the engineering response to the problem.To read this article in full or to leave a comment, please click here

China group attacks India with Word exploit, then uses Microsoft’s WMI

A hacking group suspected of operating from China has had success stealing information from mostly Indian targets, often pertaining to border disputes and trade issues, according to FireEye. The gang specializes in sending targeted phishing emails to victims in the hope of gaining wider access to their networks, a practice known as spear phishing, said Bryce Boland, CTO for Asia-Pacific at the security firm. FireEye hasn’t give a name to the group, but has watched it since 2011, Boland said. The company has gathered data on the group based on attacks attempted against its customers. Analysis of Internet infrastructure used by the group, including command-and-control servers, have given insight into the scope of its operations, Boland said.To read this article in full or to leave a comment, please click here

Latest Ashley Madison data dump reveals emails, source code for websites

The woes of AshleyMadison.com’s owners continued Thursday, with a second large release of internal data that security experts suspect is authentic. An 18.5 GB file was released on file-sharing networks by a group called the Impact Team. The same group claimed responsibility for the initial breach last month of the website, which caters to those seeking extramarital affairs. Because of the large file size, IDG News Service wasn’t able to take a look at the data. But David Kennedy, founder and CEO of the Ohio-based security company TrustedSec, said it appears to be legitimate. His company had taken a brief look at the data. It contains what purports to be email from Avid Life Media’s CEO, Noel Biderman, as well as other employees.To read this article in full or to leave a comment, please click here

Docker for NetOps

I have been spending this week in Silicon Valley at Network Field Day 10. One of the announcements struck a chord with me, as this year has marked some significant career changes for me: specifically an uptake in involvement with containers and software development. My good friend Brent Salisbury once wrote about the idea of using Golang for Network Operations tooling. While I’ve continued (and will continue) to build my Python skillset, I’ve also been getting more and more experience with Golang and with some of the great software projects created by it, such as Docker, and Kubernetes.

Docker for NetOps

I have been spending this week in Silicon Valley at Network Field Day 10. One of the announcements struck a chord with me, as this year has marked some significant career changes for me: specifically an uptake in involvement with containers and software development. My good friend Brent Salisbury once wrote about the idea of using Golang for Network Operations tooling. While I’ve continued (and will continue) to build my Python skillset, I’ve also been getting more and more experience with Golang and with some of the great software projects created by it, such as Docker, and Kubernetes.

Docker for NetOps

I have been spending this week in Silicon Valley at Network Field Day 10. One of the announcements struck a chord with me, as this year has marked some significant career changes for me: specifically an uptake in involvement with containers and software development.

My good friend Brent Salisbury once wrote about the idea of using Golang for Network Operations tooling. While I’ve continued (and will continue) to build my Python skillset, I’ve also been getting more and more experience with Golang and with some of the great software projects created by it, such as Docker, and Kubernetes.

Brent has also more recently written about using Docker to build network tools, and I’d like to use this post to say I agree with this sentiment. Network Operations can really do more with container technology to accelerate what has traditionally been a pretty stagnant silo.

Fundamentally, the concept of application of containers is not that new, and admittedly, network engineers have not been required to think of them. I mean network operations is only now getting accustomed to delivering network services in form factors like virtual machines. It’s important to remember that solutions like Docker have provided application developers with Continue reading

Big Switch Improves Day to Day Network Operations

Big Switch recently launched major updates to their products Big Cloud Fabric (BCF) and Big Monitoring Fabric (BMF), formerly Big Tap. This post isn’t going to cover the updates or the products from an architectural standpoint, but rather two specific features that are meant to help general day to day network operations.

Command & API History

The first feature is simple – it shows command history, but also API history across the entire Big Cloud Fabric (BCF). The feature is accessed through the central UI of the BCF controller and you can simply look at the last N commands or APIs that were executed on the system. The great thing is that you don’t need a separate AAA system to capture the commands being made and should you want to see the API calls being generated from the CLI commands (because remember the CLI is just an API client), you can also view them. If the CLI isn’t being used, you can also still see each API call that has been recently made on the fabric. It’s my understanding that there is a certain amount of storage dedicated to this function so when the space does fill up, the history Continue reading

Docker for NetOps

I have been spending this week in Silicon Valley at Network Field Day 10. One of the announcements struck a chord with me, as this year has marked some significant career changes for me: specifically an uptake in involvement with containers and software development.

My good friend Brent Salisbury once wrote about the idea of using Golang for Network Operations tooling. While I’ve continued (and will continue) to build my Python skillset, I’ve also been getting more and more experience with Golang and with some of the great software projects created by it, such as Docker, and Kubernetes.

Fundamentally, the concept of application of containers is not that new, and admittedly, network engineers have not been required to think of them. I mean network operations is only now getting accustomed to delivering network services in form factors like virtual machines. It’s important to remember that solutions like Docker have provided application developers with an consistent format for packaging what they produce. In network operations, we can take advantage of this same tooling - instead of asking our network vendors to make sure Python is installed on our switches, we need them only to support Docker.

“Docker is in the Network! Continue reading

A lesson in BitTorrent

Hackers have now posted a second dump of Ashley-Madison, this time 20-gigabytes worth of data. Many, mostly journalists, are eagerly downloading this next dump. However, at the time of this writing, nobody has finished downloading it yet. None of the journalists have a complete copy, so you aren't seeing any new stories about the contents. It promises the full email spool of the CEO in the file name, but no journalist has yet looked into that mail spool and reported a story. Currently, the most any journalist has is 85% of the dump, slowly downloading the rest at 37-kilobytes/second.

Why is that? Is AshMad doing some sort of counter-attack to stop the downloaded (like Sony did)? Or is it overloaded because too many people are trying to download?

No, it's because it hasn't finished seeding.

BitTorrent is p2p (peer-to-peer). You download chunks from the peers, aka. the swarm, not the original source (the tracker). Instead of slowing down as more people join the swarm to download the file(s), BitTorrent downloads become faster -- the more people you can download from, the faster it goes.

But 9 women can't make a baby in 1 month. The same goes for BitTorrent. Continue reading

Mesophere assembles a software stack to analyze streaming data

Today, organizations need to analyze data from multiple sources and, to stay competitive, they need to do it when the data is fresh off the wire. But installing the software to take on this task can be onerous.Open source software vendor Mesosphere plans to release a stack of integrated open source software that would make it easy for enterprises to capture data in real time and analyze it on the fly.The stack, called Mesosphere Infinity,  is based on Apache Mesos open source software for managing clusters of servers. Mesosphere offers a commercial edition of this open source software called the Mesosphere Data Center Operating System, which is used in this package.To read this article in full or to leave a comment, please click here

AshMad is prostitution not adultery

The Ashley-Madison website advertises adultery, but that's a lie. I've talked to a lot of users of the site, and none of them used it to cheat on their spouse. Instead, they used it as just a "dating" site -- and even that is a misnomer, since "dating" often just means a legal way to meet prostitutes. According to several users, prostitutes are really the only females they'd consistently meet on Ashley-Madison.

In other words, Ashley-Madison is a prostitution website, not an adultery website. "Cheating" is just the hook, to communicate to the users that they should expect sex, but not a future spouse. And the website is upfront about charging for it.

I point this out because a lot of people have gone over-the-top on the adultery angle, such as this The Intercept piece. That's rather silly since Ashley-Madison wasn't really about adultery in the first place.







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