Nokia wants back into the mobile phone business?

Nokia sold off its mobile phone business to Microsoft last fall, but now one of Nokia's remaining business units is eyeing a return to the consumer mobile phone market next year.Nokia Technologies, which controls thousands of technology patents, plans to re-enter the mobile phone market in 2016, according to unnamed sources cited by Re/code.Such plans would be ambitious, especially given the super-competitive global smartphone and feature phone market. It isn't clear precisely what Nokia Technologies is up to, and at least two analysts are skeptical it will work.To read this article in full or to leave a comment, please click here

VMware just created its first Linux OS, and it’s container-friendly

VMware Monday announced its first operating system, and it’s designed to run containers inside the company’s virtualization management software. In announcing the Linux OS, named Project Photon, VMware is attempting to convince users who are curious about using containers that they can do so while still using the company’s software. + MORE FROM NETWORK WORLD: Will containers kill the virtual machine? + VMware As container technology has gained popularity in recent months there’s been a debate in the cloud computing and virtualization market about whether it is best to run containers on bare metal, meaning without a hypervisor, or in virtual machines. If containers run on bare metal, it could remove the need for VMware’s virtualization software.To read this article in full or to leave a comment, please click here

Live streaming apps pose legal risks for users

Live video is messy. It’s raw, unedited, and with new mobile apps, it’s now capable of capturing many more people who aren’t aware they’re being recorded. And in some cases, that can add up to legal problems. Meerkat and Periscope aren’t the first tools to offer live-streaming capabilties, but they have captured attention due in large part to the ease with which they allow video to be recorded on the fly, from a smartphone, and shared publicly on Twitter. Twitter owns Periscope, while Meerkat is the indie player, a breakout hit at this year’s South by Southwest technology festival in Austin, Texas. And both are positioned to spawn a crop of disputes, and even lawsuits, around alleged privacy violations or copyright infringement.To read this article in full or to leave a comment, please click here

PQ 48 – Multi-Tenant DC with ALE & NEC – Sponsored

Subash Bohra from Alcatel Lucent Enterprise and Toshal Dudwhala from NEC America join Packet Pushers Greg Ferro & Ethan Banks in a discussion about SDN in the data center.

Author information

Ethan Banks

Co-host at Packet Pushers

Ethan Banks, CCIE #20655, has been managing networks for higher ed, government, financials and high tech since 1995. Ethan co-hosts the Packet Pushers Podcast, which has seen over 3M downloads and reaches over 10K listeners. With whatever time is left, Ethan writes for fun & profit, studies for certifications, and enjoys science fiction. @ecbanks
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The post PQ 48 – Multi-Tenant DC with ALE & NEC – Sponsored appeared first on Packet Pushers Podcast and was written by Ethan Banks.

Why the journey to IPv6 is still the road less traveled

The writing’s on the wall about the short supply of IPv4 addresses, and IPv6 has been around since 1999. Then why does the new protocol still make up just a fraction of the Internet?Though IPv6 is finished technology that works, rolling it out may be either a simple process or a complicated and risky one, depending on what role you play on the Internet. And the rewards for doing so aren’t always obvious. For one thing, making your site or service available via IPv6 only helps the relatively small number of users who are already set up with the protocol, creating a nagging chicken-and-egg problem.The new protocol, which is expected to provide more addresses than users will ever need, has made deep inroads at some big Internet companies and service providers, especially mobile operators. Yet it still drives less than 10 percent of the world’s traffic. This is despite evidence that migrating to IPv6 can simplify networks and even speed up the Web experience.To read this article in full or to leave a comment, please click here

Why the journey to IPv6 is still the road less traveled

The writing’s on the wall about the short supply of IPv4 addresses, and IPv6 has been around since 1999. Then why does the new protocol still make up just a fraction of the Internet?Though IPv6 is finished technology that works, rolling it out may be either a simple process or a complicated and risky one, depending on what role you play on the Internet. And the rewards for doing so aren’t always obvious. For one thing, making your site or service available via IPv6 only helps the relatively small number of users who are already set up with the protocol, creating a nagging chicken-and-egg problem.The new protocol, which is expected to provide more addresses than users will ever need, has made deep inroads at some big Internet companies and service providers, especially mobile operators. Yet it still drives less than 10 percent of the world’s traffic. This is despite evidence that migrating to IPv6 can simplify networks and even speed up the Web experience.To read this article in full or to leave a comment, please click here

Why the journey to IPv6 is still the road less traveled

The writing’s on the wall about the short supply of IPv4 addresses, and IPv6 has been around since 1999. Then why does the new protocol still make up just a fraction of the Internet?Though IPv6 is finished technology that works, rolling it out may be either a simple process or a complicated and risky one, depending on what role you play on the Internet. And the rewards for doing so aren’t always obvious. For one thing, making your site or service available via IPv6 only helps the relatively small number of users who are already set up with the protocol, creating a nagging chicken-and-egg problem.+ Also on Network World: iPhone 7 rumor rollup +To read this article in full or to leave a comment, please click here

Why the journey to IPv6 is still the road less traveled

The writing’s on the wall about the short supply of IPv4 addresses, and IPv6 has been around since 1999. Then why does the new protocol still make up just a fraction of the Internet?Though IPv6 is finished technology that works, rolling it out may be either a simple process or a complicated and risky one, depending on what role you play on the Internet. And the rewards for doing so aren’t always obvious. For one thing, making your site or service available via IPv6 only helps the relatively small number of users who are already set up with the protocol, creating a nagging chicken-and-egg problem.+ Also on Network World: iPhone 7 rumor rollup +To read this article in full or to leave a comment, please click here

Want to be open to all direct messages? Twitter will let you

As part of Twitter’s larger push to give more people a reason to use its service, it is changing its direct messaging function to let users receive missives from people they don’t follow.Previously, users could only send the private, direct messages to those who followed them. By letting more users message each other privately, Twitter hopes to more strongly compete against messaging apps WhatsApp, with roughly 800 million monthly users, and Facebook Messenger with 600 million users who log in monthly. Twitter had 288 million users as of the end of last year.Importantly for those who worry about spam and abuse, Twitter is letting would-be recipients of the DMs decide if they want to change their account settings to accept direct messages from people they do not follow. A new direct message button will appear on the profiles of people who turn this on.To read this article in full or to leave a comment, please click here

Oceania Redundancy: Auckland and Melbourne data centers now online

The genesis of our 33rd and 34th data centers in Auckland and Melbourne started a short hop away in nearby Sydney. Prior to these deployments traffic from all of New Zealand and Australia's collective 23 million Internet users was routed through CloudFlare's Sydney data center. Even for those in faraway Perth, the time necessary to reach our Sydney PoP was a mere 55ms of round trip time (RTT). By comparison, the blink of an eye takes 300-400ms. In other words, latency wasn't exactly the pressing concern. The real concern was a failure scenario in our Sydney data center.

Fortunately, our entire architecture starts with an assumption: failure is going to happen. As a result, we plan for failure at every level and have designed a system to gracefully handle it when it occurs. Even though we now maintain multiple layers of redundancy—from power supplies and power circuits to line cards, routing engines and network providers—our ultimate level of redundancy is in the ability to fail out an entire data center in favor of another. In the past we've even written about how this might even play out in the case of a global thermonuclear war. In this instance, the challenge Continue reading

Google’s push to encrypt ads will improve security, but won’t kill malvertising

Google plans to serve most of its ads over encrypted HTTPS connections by the end of June, a move that will protect against some ad hijacking attacks and will encourage website owners to enable encryption on their Web properties.However, malicious advertising attacks that direct users to Web-based exploits will still be possible and, because of the new encryption, it will be harder for security researchers to pinpoint their source.Last year, Google announced that it will give more weight to HTTPS-enabled websites in search rankings in order to encourage the adoption of encryption across the Web. HTTPS (HTTP Secure) allows Web communication over a channel encrypted with the TLS (Transport Layer Security) protocol.To read this article in full or to leave a comment, please click here

Deploying VMware NSX on Cisco Nexus 9000 & Cisco UCS Infrastructure

As VMware NSX gains broader adoption, we have heard many customer requests for guidance to help them run NSX on top of the latest Cisco infrastructure, namely Cisco UCS and Nexus 9000 series switches.

With customers choosing the benefits of VMware NSX along with the Software Defined Data Center (SDDC), the underlying hardware (Ethernet fabric, x86 compute, etc) provides reliable, resilient capacity, but the configuration, state and advanced features move to faster, more flexible software. The requests were for deploying NSX with Cisco infrastructure running in a standard IP-based fabric with the Nexus 9000’s in standalone mode (NX-OS Mode), as opposed to the proprietary ACI Mode. As with any IP fabric, VMware NSX works great with Nexus 9000 as the underlay. The combination of VMware NSX and Nexus 9000 in standalone mode enables the benefits customers have chosen to embrace with the SDDC.

We had previously put out a design guide on deploying VMware NSX with Cisco UCS and Nexus 7000 to help deploy NSX in current environments. Today we are putting out a new reference design for deploying VMware NSX with Cisco UCS and Nexus 9000 infrastructure, providing an easy path to the SDDC while incorporating the latest Cisco Continue reading

Xperia Z4 launch reflects Sony’s timidity in smartphones

Sony’s decision to launch its new high-end smartphone, the Xperia Z4, only in Japan, shows its hesitancy about this market and puts into question its commitment to it.Monday’s introduction of the Xperia Z4 stands in stark contrast to the arrival of competing products like the HTC One M9 or the Galaxy S6 and S6 edge from Samsung Electronics, which were launched with much fanfare at Mobile World Congress. And when LG premiers the G4 on April 28, it will do so at events around the world.But considering the very challenging position Sony’s smartphone business has found itself in, the low-key unveiling doesn’t come as a shock.To read this article in full or to leave a comment, please click here

Improving Mean Time To Innocence With ThousandEyes

In the case of troubleshooting poor performance for an off-site application, improving mean time to innocence is really important. Businesses need to understand whether the problem is in the local infrastructure, in the remote cloud, or somewhere in the middle. This is not especially easy to track down by hand. Manual traceroutes, simple ping tests, and DNS resolution checks are most of what can be done with the average workstation, but in fact there is a great deal more information that is publicly accessible.

Author information

Ethan Banks

Co-host at Packet Pushers

Ethan Banks, CCIE #20655, has been managing networks for higher ed, government, financials and high tech since 1995. Ethan co-hosts the Packet Pushers Podcast, which has seen over 3M downloads and reaches over 10K listeners. With whatever time is left, Ethan writes for fun & profit, studies for certifications, and enjoys science fiction. @ecbanks
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The post Improving Mean Time To Innocence With ThousandEyes appeared first on Packet Pushers Podcast and was written by Ethan Banks.

The facts, while interesting, are irrelevant

Maybe my excuse should be that it was somewhere around two in the morning. Or maybe it was just unclear thinking, and that was that. Sgt P. and I were called out to fix the AN/FPS-77 RADAR system just at the end of our day (I normally came into the shop around 6:30AM after swimming a mile in the Ft. Dix pool, showering, and eating breakfast, so I truly had an early start), so we’d been fighting this problem for some seven or eight hours already. For some reason, a particular fuse down in the high voltage power supply kept blowing. Given this is the circuit that fed the magnetron with 250,000 volts at around 10 amps (yes, that’s a lot of power, especially for a device originally built in 1964), it made for some interesting discussion with the folks in base weather, who were thus dependent on surrounding weather RADAR systems to continue flight operations.

They weren’t happy.

We traced the problem back, using our best half splitting skills in a high voltage circuit that took minutes to power up and down, and finally decided it was a particular resistor located over on a corner of one assembly (we Continue reading

The Future of the Distributed Network

Back in December of 2014, I wrote a blog post about the complexities of the network as a distributed system. In it I pointed out that networks have traditionally been built as distributed systems, and that our entire management and knowledge base for networks is based on this. But, is this the best approach for current and future networking needs?

As humans we have our own ideas of how to best solve problems. While we are immensely creative, our solutions aren’t always the best (or will never be). We often look to nature as a guide for how to improve our manmade solutions. When we look at how large complex systems in nature have been created and evolved, perhaps we should look no further than ourselves. The human body is possibly one of the most complex systems we know. If we think of the brain as the centralized control system, it is easy to see that we are, in fact, highly centralized beings.

We live and function, however, in a social environment that has no clearly established central control system. We are organized by different permanent and temporary control systems. We create environments with centralized direction of work to be Continue reading

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