On June 24, Alcatel-Lucent announced a three year agreement with Telenor which includes:

I had the delight of attending at this year’s Augmented Reality Summit yesterday, presenting on the findings of our latest AR research and getting the latest insights from a good mix of technical and commercial experts. In general, I’d say that AR is coming of age in the sense that in get-togethers like this you’re starting to hear more commentary and opinions about what sorts of use cases actually make sense in real life. In the industry briefings and discussions I had, for instance, some two years ago, the focus was more about the technical enablement and the applications themselves weren’t really a concern. Being cool and new was enough.

Richard Yu, CEO of Huawei's consumer business group, has set the cat amongst the pigeons, by saying that Huawei were considering acquiring Nokia; “We are considering these sorts of acquisitions; maybe the combination has some synergies but depends on the willingness of Nokia. We are open-minded,” he stated during a launch event in London, UK, for Huawei's Ascend P6 smartphone.

Are you ready for the rhyme of history set for June 19?   There are too many coincidences for this to be a random event.  Consider (and Google it a bit) 

Critical infrastructure is getting smarter. Electric grids and oil platforms are leveraging IP connectivity, cellular and wireless sensor networks, commercial off-the-shelf software and open protocols to improve efficiency, cut costs and drive productivity. The invasion of information technologies (IT) into underlying industrial control systems (ICS) is well underway and the undisputed reign of operational technologies (OT) is at an end.  The relationship between the two systems would ideally be convergent; yet at the moment, it is all but symbiotic. The threshold of acceptable loss is widely disparate. IT can accommodate delays, interruptions, recovery through rebooting; for OT, delays and system crashes are unacceptable, pen testing is disruptive at best.  It is difficult to apply traditional IT security notions to legacy control systems; yet the requirements are exactly the same: availability, confidentiality, integrity.  This conflict is driving the growth of a niche, emergent market in OT security. While the issues have been publicly (if somewhat obscurely) debated for over a decade, the slow, but determined changeover to smart ICS is prompting a growing interest in those vendors that can offer dedicated security for OT.

AT&T announces a heavy-handed imposition of an arbitrary 61¢ fee per user and sets the twitterati ablaze.   Megabits of commentary angst like “worst outcome” “destroy net neutrality” “punish their customer” have been spilled over this. 

The Internet is a singular force majeure.  Fuelled by dynamic technological advances and a growing number of connected people and machines, it has created a rich digital environment. However this same growth has also intensified the opportunities for malicious exploit. The Internet’s borderless nature has inevitably facilitated the emergence of advanced threats.

NVIDIA announced the final specs and retail pricing for its SHIELD portable Android-based (“pure” Jelly Bean) console.  The device will sport a quad core Tegra 4 (1.9 GHz) processor with 2GB RAM and 16GB Flash memory (microSD up to 64GB supported).  It will include a range of connectivity features including: 802.11n 2x2 MIMO, Bluetooth 3.0 (unfortunately not 4.0), mini-HDMI output, and micro-USB 2.0.  The device will also include other common features found on mobile devices like GPS, 3 Axis Gyro and Accelerometer.  The main feature of the SHIELD however is its dedicated “console grade” controller along with its “Retinal 5” 720p display.”  Reportedly NVIDIA will offer Android updates in a timely fashion, a boon for those users who have tasted the foulness of stale Android “desserts” because their device was ineligible for upgrades.