Intel introduces an AI-oriented processor

There are a number of efforts involving artificial intelligence (AI) and neural network-oriented processors from vendors such as IBM, Qualcomm and Google. Now, you can add Intel to that list. The company has formally introduced the Nervana Neural Network processor (NNP) for AI projects and tasks. This isn’t a new Intel design. The chips come out of Intel’s $400 million acquisition of a deep learning startup called Nervana Systems last year. After the acquisition, Nervana CEO Naveen Rao was put in charge of Intel’s AI products group. RELATED: Artificial intelligence in the enterprise: It’s on “The Intel Nervana NNP is a purpose-built architecture for deep learning,” Rao said in a blog post formally announcing the chip. “The goal of this new architecture is to provide the needed flexibility to support all deep learning primitives while making core hardware components as efficient as possible.” To read this article in full or to leave a comment, please click here

Intel introduces an AI-oriented processor

There are a number of efforts involving artificial intelligence (AI) and neural network-oriented processors from vendors such as IBM, Qualcomm and Google. Now, you can add Intel to that list. The company has formally introduced the Nervana Neural Network processor (NNP) for AI projects and tasks. This isn’t a new Intel design. The chips come out of Intel’s $400 million acquisition of a deep learning startup called Nervana Systems last year. After the acquisition, Nervana CEO Naveen Rao was put in charge of Intel’s AI products group. RELATED: Artificial intelligence in the enterprise: It’s on “The Intel Nervana NNP is a purpose-built architecture for deep learning,” Rao said in a blog post formally announcing the chip. “The goal of this new architecture is to provide the needed flexibility to support all deep learning primitives while making core hardware components as efficient as possible.” To read this article in full or to leave a comment, please click here

Performing & Preventing SSL Stripping: A Plain-English Primer

Over the past few days we learnt about a new attack that posed a serious weakness in the encryption protocol used to secure all modern Wi-Fi networks. The KRACK Attack effectively allows interception of traffic on wireless networks secured by the WPA2 protocol. Whilst it is possible to backward patch implementations to mitigate this vulnerability, security updates are rarely installed universally.

Prior to this vulnerability, there were no shortage of wireless networks that were vulnerable to interception attacks. Some wireless networks continue to use a dated security protocol (called WEP) that is demonstrably "totally insecure" ¹; other wireless networks, such as those in coffee shops and airports, remain completely open and do not authenticate users. Once an attacker gains access to a network, they can act as a Man-in-the-Middle to intercept connections over the network (using tactics known as ARP Cache Poisoning and DNS Hijacking). And yes, these interception tactics can easily be deployed against wired networks where someone gains access to an ethernet port.

With all this known, it is beyond doubt that it is simply not secure to blindly trust the medium that connects your users to the internet. HTTPS was created to allow HTTP traffic to Continue reading

Introduction to Symantec Web Application Firewalls

Intel Pumps Funds Into Data Processing In All Shapes And Sizes

Intel’s multi-year effort to expand its reach beyond its PC and server processor roots has taken the chip maker down multiple paths, some of which have ended in dead ends.

The most memorable of those was the billion-plus-dollar attempt to challenge ARM Holdings and its various partners – such as Qualcomm and Samsung – in making chips for mobile devices. Under current CEO Brian Krzanich, Intel has retrenched, dropping its mobile device efforts and pulling back from wearables, and instead is pushing to provide the foundational technologies that will underpin the trends that will continue to shape the industry, from …

Intel Pumps Funds Into Data Processing In All Shapes And Sizes was written by Jeffrey Burt at The Next Platform.

Stuff The Internet Says On Scalability For October 20th, 2017

Hey, it's HighScalability time: 

 

Cassini's last image of Saturn, stitched together from 11 color composites, each a stack of three images taken in red, green, and blue channels. (Jason Major)

• 21 billion: max bitcoins ever; #2: Alibaba's cloud?; 1M MWh: Amazon Wind Farm Texas with 100 Turbines is live; $1000: cost to track someone with mobile ads; 20%: ebook sales of total; 17: qubit chip; 30%: Uber deep learning speedup using RDMA; 


• Quoteable Quotes:
  • Tim O'Reilly: So what makes a real unicorn of this amazing kind? 1.  It seems unbelievable at first. 2.  It changes the way the world works. 3.  It results in an ecosystem of new services, jobs, business models, and industries.
  • @rajivpant: AlphaGo has already beaten two of the world's best players. But the new AlphaGo Zero began with a blank Go board and no data apart from the rules, and then played itself. Within 72 hours it was good enough to beat the original AlphaGo by 100 games to zero!
  • @swardley: Containers aka winning battle but losing the war. AMZN joining Continue reading

Firewall Standard Zones and Configurations

Lets talk about the security Zone in the enterprise network or you can say that implementing the Security Zone in the university that approach to firewall configuration and deployment.  These “Security Zones” are implemented as rule-sets on University firewalls.  

Fig 1.1- Standard Firewall Zones

Each firewall will provide multiple “Security Zones” to implement specific security controls for each zone.  Default sets of “Security Zones” are created during the implementation of each University firewall as follows:

• Workstation Zone 
• Server Zone 
• DMZ Zone

 CSSD defines these “Security Zones” to be implemented for each firewall as follows:

• Workstation Zone – The Workstation zone is designed to protect a University Unit’s workstations, network printers, and other local network devices (inside the firewall) from all other zones.  Access to this zone from all other zones is restricted and controlled
• Server Zone – The Server zone is designed to protect a University Unit’s critical infrastructure such as domain controllers, file, print, intranet (internal web applications), application, and database servers. Access to this zone is limited to the Unit’s Workstation Zone.
• DMZ Zone– The DMZ zone is designed to protect any server that is accessed by a broad audience. An example Continue reading

How Governments Can Be Smart about Artificial Intelligence

The French MP and Fields medal award winner, Cédric Villani, officially auditioned Constance Bommelaer de Leusse, the Internet Society’s Senior Director, Global Internet Policy, last Monday on national strategies for the future of artificial intelligence (AI). In addition, the Internet Society was asked to send written comments, which are reprinted here.

AI is not new, nor is it magic. It’s about algorithms.

“Intelligent” technology is already everywhere – such as spam filters or systems used by banks to monitor unusual activity and detect fraud – and it has been for some time. What is new and creating a lot of interest from governments stems from recent successes in a subfield of AI known as “machine learning,” which has spurred the rapid deployment of AI into new fields and applications. It is the result of a potent mix of data availability, increased computer power and algorithmic innovation that, if Continue reading

Cisco to Scoop Up Perspica, Gain More App Smarts

Cisco to Scoop Up Perspica, Gain More App Smarts

Worth Reading: Stealing Passwords by Asking

Do you want the user’s Apple ID password, to get access to their Apple account, or to try the same email/password combination on different web services? Just ask your users politely, they’ll probably just hand over their credentials, as they’re trained to do so. —Felix Krause

The post Worth Reading: Stealing Passwords by Asking appeared first on rule 11 reader.

Updating to JDK 1.8 or 1.9 on Ubuntu

Trying to install OpenDaylight Nitrogen needs JDK 1.8 or later.

Needless to say, I’ve not go the right version on my Ubuntu 16.04 server – it reports 1.7.  Also needless to say, installing it isn’t a simple matter of adding the software through apt-get because the repository appears to be broken or empty (at the time of writing).  I was hoping to get away with doing this:

sudo add-apt-repository ppa:webupd8team/java


sudo apt-get update


sudo apt-get install oracle-java9-installer

Anyway, the last part failed with:

Connecting to download.oracle.com (download.oracle.com)|104.86.110.251|:80... connected.
HTTP request sent, awaiting response... 404 Not Found
2017-10-20 14:05:08 ERROR 404: Not Found.download failed
Oracle JDK 9 is NOT installed.
dpkg: error processing package oracle-java9-installer (--configure):
 subprocess installed post-installation script returned error exit status 1
E: Sub-process /usr/bin/dpkg returned an error code (1)

So instead I downloaded it from here:  http://www.oracle.com/technetwork/java/javase/downloads/jdk9-downloads-3848520.html

Unpacked the tarball with this:

cd /opt
tar -xvzf jdk-9.0.1_linux-x64_bin.tar.gz

Finally updated my environment variables to tell it where the JDK is:

 export JAVA_HOME=/opt/jdk-9.0.1/
  Continue reading

To back up or not to back up — your data has the answer

As IBM’s general manager of analytics, Rob Thomas’s job is to understand how big data can benefit industries all around the world. In his book The End of Tech Companies, Thomas reported findings from Siemens AG that hold that by 2020, over 50 billion connected devices worldwide will produce 43 zettabytes of digital data. He also discusses how non-IT companies are becoming as well-versed at analytics as their IT peers.With so many connected devices “phoning home” and so much of what we do in our daily lives being tracked by someone somewhere in the ether, it’s no wonder our data centers are bursting at the seams. But do companies need to back up all of that data? Does every last byte of chatter need to become part of our disaster recovery (DR) strategy?To read this article in full or to leave a comment, please click here

IDG Contributor Network: Decoding DOCSIS 3.1

Data Over Cable Service Interface Specification. Say that five times fast.Thankfully, we call it DOCSIS. But unless you follow the rise, fall and rise again of cable, DOCSIS sounds like just another tech industry acronym. DOCSIS 3.1 is the latest standard in the CATV industry, enabling higher data speeds for high-definition television (HDTV) and video on demand (VOD) services. The latest flavor of DOCSIS increases effective downstream data rates from 160 Megabits per second (Mbps) to 10 Gigabits per second (Gbps), and upstream data rates from 120 Mbps to 1 Gbps when compared to DOCSIS 3.0.To read this article in full or to leave a comment, please click here

RIPE 75 starts in Dubai next week

The RIPE 75 meeting is happening next week in Dubai, United Arab Emirates, and it’s going to be a busy week for the Deploy360 team who are chairing and presenting in several sessions. Both Jan Žorž and Kevin Meynell will be there, along with our colleague Andrei Robachevsky, and we’ll also be reporting on relevant developments as usual.

Just to point out that the MANRS initiative is planning an informal BoF sometime during the week to discuss ideas for measuring the health of the Internet routing system. The aim is to develop some empirical data to strengthen the case for collaborative routing security, although the date and time of the BoF is still to be determined.

The RIPE meeting kicks off on Sunday this time, as that’s the start of the working week in Dubai. Proceedings commence with tutorials on IPv6 Deployment in Cellular networks, an Introduction to DDoS attacks, and one on Decoding the IoT ecosystem. These are followed by a Newcomers’ Introduction if you’re a first timer.

The opening plenary commences at 14.00 GST/UTC+4, and after the introductory pleasantries, one presentation not to miss is from Lee Howard (Retevia) on the State of IPv6-only. There’s also an Continue reading

GDPR Puts High Price on Security Breaches

GDPR Puts High Price on Security Breaches

[Video] Data Center Fabric Validation

Validating the expected network behavior is (according to the intent-driven pundits) a fundamental difference that makes intent-driven products more than glorified orchestration systems.

Guess what: smart people knew that for ages and validated their deployments even when using simple tools like Ansible playbooks.

Dinesh Dutt explained how he validates data center fabric deployment during the Network Automation Use Cases webinar; I’m doing something similar in my OSPF deployment playbooks (described in detail in Ansible online course).

I Don’t Need a Car

You know, having conversations with teenagers can be a little annoying sometimes. One of mine (and I’ve heard others) keeps responding to my answers with “Why”. While this gets my blood circulating a little too fast in some contexts, getting to the simplest form of the answer often has validity. John G. Miller actually wrote a book called QBQ! The Question Behind the Question: Practicing Personal Accountability in Work and in Life. 

Circling back to the car, why do I have three of these financially draining machines if I don’t need one? The answer is simple, automobiles are a means to a necessary end for my family. We go to work, we play, we go to college, high school, and the associated extracurricular activities. Transportation is necessary for the way we conduct our daily lives. Transportation in middle America requires a car.

I often think about how it could be different and better. In major cities, and in a lot of the world, public transportation is king. In my part of the world, we’ve been spoiled with personal transportation and our public transportation has failed to develop. It is largely a timing issue and a product of prosperity. It Continue reading

The IBM Transformation Can Gather Steam Now

For the past five and a half years, which is not quite an eternity in the IT business but is something akin to a half of a generation or so, IBM’s revenues have been declining, quarter in and quarter out. As has happened many, many times in its more than century of existence, Big Blue, which used to be a peddler of meat slicers, time machines, scales, and punch card tabulators early in its history, has had to constantly evolve and reimagine itself.

The transformation that IBM had to undergo in the late 1980s and early 1990s was a near …

The IBM Transformation Can Gather Steam Now was written by Timothy Prickett Morgan at The Next Platform.