Richard Brown reported on Google Plus that Attachmate has entered into an agreement with Micro Focus, a UK enterprise software company. Under the terms of the agreement, both institutions will merge. You might already know that Attachmate is the company that owns and manages SUSE Linux out of Nurenburg, Germany. So what does this mean for SUSE and OpenSUSE? Maybe nothing! That's great news. From the letter sent by Attachmate to the Board of Directors of SUSE Linux:

* Business as Usual: There are no changes planned for the SUSE business structure and leadership. There is no need for any action by
the openSUSE Project as a result of this announcement.

* Commitment to Open Source: SUSE remains passionately committed to innovation through Open Source. This has always been the foundation of our business and that will continue as we grow and innovate in new areas.

* Commitment to openSUSE: SUSE is also fully committed to being a sponsor and supporter of an open, highly independent and dynamic openSUSE community and project. We are proud of openSUSE and greatly value the collaborative relationship between SUSE and the openSUSE community.

* The combination of the Attachmate Group and Micro Focus creates a larger, global enterprise software entity, operating at a greater global scale. This provides an even stronger foundation for the continued investment in SUSE and our continued innovation through Open Source."

That's good news for fans of the openSUSE Linux distro, as well as SUSE customers everywhere. I would argue that Attachmate's purchase of SUSE from Novell was the best thing that happened to SUSE in years; glad this isn't going to have an impact on a great distro.

So, how y'all feeling? We can fix that.

DARPA, on the back of the US government's BRAIN program, has begun the development of tiny electronic implants that interface directly with your nervous system and can directly control and regulate many different diseases and chronic conditions, such as arthritis, PTSD, inflammatory bowel diseases (Crohn's disease), and depression. The program, called ElectRx (pronounced 'electrics'), ultimately aims to replace medication with "closed-loop" neural implants, which constantly assess the state of your health, and then provide the necessary nerve stimulation to keep your various organs and biological systems functioning properly.

The old joke is that there's no need to study biology since eventually it's all just chemistry anyway. But maybe behind the chemistry it's actually all just electrical? If that's the case, I'd like a USB port wired in, please.

Put aside the "Android is based on Linux" argument for a second, and let's look at the state of tablet hardware running the Linux operating system instead of Android. And it doesn't look good.

Network World reports Ubuntu Touch might be our last and best hope for tablets running Linux:

Canonical says that they expect Ubuntu Touch-powered tablets to start shipping in the second half of this year. When I took Ubuntu Touch for a spin on my Nexus 7 last October, it definitely had promise (if it was a bit on the buggy side). And it has certainly improved a great deal since then. Unfortunately, the ability to run traditional Linux desktop software isn't the focus of Ubuntu Touch. In theory, this will be possible, but I've yet to see this actually happen. So I'm not holding my breath.

Not too long ago, Aaron Seigo and a group of KDE hackers was making a big splash about the upcoming Vivaldi tablet, which was to be a Linux tablet running a customized version of the KDE Plasma environment (KDE4 reconfigured in ways that make sense for a tablet). I was looking forward to that device, as KDE4 was rejiggered specifically to permit this kind of innovation in interfaces and avoid the whole "if Gnome3 is good enough for a tablet it's good enough for your desktop" attitude. Unfortunately, when the Vivaldi tablet project met with a lack of supporters willing to put up cold hard cash, it bit the dust:

Announcing the 'wrap up' in an e-mail sent to backers of the Improv ARM-based development board the team suggests that the FOSS community is 'not ready' to put its weight behind the 'pressing issue of hardware freedom', adding: "We greatly appreciate everyone's support, whether it was purchases, donations or words of wisdom and encouragement. There was simply not enough support to make the project work, despite having fully functional, production ready devices and a strong commitment to succeed."

Well, there's still the Pengpod, currently in crowd funding. But it's barely there as a product, reliant on going from crowd-funding to crowd-funding to push out new versions of their interesting product. What is there to do if you want Linux apps on tablet hardware? For the moment, it seems the answer is "be patient."

Wednesday, Nature (a scientific journal focused on the natural science) reported something either astonishing or expected, depending on your own personal mood: close to 4,000 species of microbes have been discovered growing in the cold, dark environment of Subglacial Lake Whillans in western Antarctica. Each quarter teaspoon of the tea-colored lake water brought to the surface had about 130,000 cells in it.

In the lightless environment of Subglacial Lake Whillans, the microbes rely on minerals from the bedrock and sediments. The pressure of the slowly moving ice above the lake grinds the underlying rock into a powder, liberating the minerals in the rock into the water, and making them accessible to the microorganisms living there. The microbes act on those iron, ammonium and sulphide compounds to create energy.

From the LA Times:

Scientists have discovered a diverse ecosystem of single-celled organisms that have managed to survive without ever seeing the light of the sun. The discovery, reported Wednesday in the journal Nature is not so much a surprise as a triumph of science and engineering. The research team spent 10 years and more than $10 million to prove beyond a shadow of a doubt that life did indeed exist in sub-glacial lakes near the South Pole.

WikiLeaks has released previously unseen copies of weaponised German surveillance malware used by intelligence agencies around the world to spy on journalists, political dissidents and others.

"FinFisher (formerly part of the UK based Gamma Group International until late 2013) is a German company that produces and sells computer intrusion systems, software exploits and remote monitoring systems that are capable of intercepting communications and data from OS X, Windows and Linux computers as well as Android, iOS, BlackBerry, Symbian and Windows Mobile devices. FinFisher first came to public attention in December 2011 when WikiLeaks published documents detailing their products and business in the first SpyFiles release. ...

FinFisher continues to operate brazenly from Germany selling weaponised surveillance malware to some of the most abusive regimes in the world. The Merkel government pretends to be concerned about privacy, but its actions speak otherwise. Why does the Merkel government continue to protect FinFisher? This full data release will help the technical community build tools to protect people from FinFisher including by tracking down its command and control centers."

FinFisher Relay and FinSpy Proxy are the components of the FinFisher suite responsible for collecting the data acquired from the infected victims and delivering it to their controllers. It is commonly deployed by FinFisher's customers in strategic points around the world to route the collected data through an anonymizing chain, in order to disguise the identity of its operators and the real location of the final storage, which is instead operated by the FinSpy Master."

Let's go back in time to a couple of months ago when the German government was furious to learn the US had eavesdropped on Ms. Merkel's cellphone conversations. That anger looks a bit different now, mmmm?

With increasing industrial demand, rising prices, political and environmental concerns, there's renewed interest in extracting valuable minerals from large bodies of salt water. The most profitable of these being lithium, due to demand for advanced batteries in portable electronics and electric vehicles. This is just a variation on a theme, as lithium "mines" already use brine pools to extract the lithium. But extending the process to seas, oceans, or even the salty output of geothermal power plants, offers the promise of practically limitless supplies (estimated as 230 billion tonnes) of the valuable material.

There's some interesting explanation at lithiummine.com if you can get past its promotional bent:

Lithium has historically been produced from two sources: brines and hard rock mining. Producing lithium from brines remains the most efficient and cost effective process. The cost-effectiveness of brine operations forced even large producers in China and Russia to develop their own brine sources or buy raw materials from brine producers.

These brines contain lithium derived mainly from the leaching of volcanic rocks and vary greatly in lithium content, largely as a result of the extent to which they have been subject to solar evaporation. They range from highly concentrated lithium deposits in the high altitude salars of Chile, Argentina, Bolivia, Tibet and China where lithium concentrations can be very high; to mid-level brines like Silver Peak, Nevada and Searles Lake, California (a former location of lithium production); to lower concentration brines like the Great Salt Lake, Utah. The lower concentration brines have modest evaporation rates and dilution is constant due to a large volume of fresh water inflow and small lithium concentrations varying between 30 to 60 ppm.

Typically, September and October are a period that sees an uptick in sales of networking hardware - routers, switches, and the like. Not this year. In fact, industry analysts have noted a drop in sales, and attribute it to increasingly widespread corporate investments in software defined networking (SDN) equipment.

Industry heavyweights like Google, Amazon, Facebook, and others are already heavily invested in OpenFlow and SDN, but it seems to be taking hold on a much wider scale, and not just in ultra-massive data centers.

"We're at the beginning if the S curve [in SDN] with Google, Facebook, Amazon, and NTT adopting and a few others actively deploying it, but it will be several years before it is mainstream," said Guru Parulkar, the chair of the event and executive director at the Open Networking Research Center that works on SDN.

"We will build network infrastructure with white boxes running merchant silicon, open-source network OSs, and services. This will not happen overnight, but it will come."

In the SDN vision, many tasks will be handled as applications running on Linux servers, said Dan Pitt, executive director of the Open Networking Foundation behind the OpenFlow protocol: "The future of the network is Ethernet, x86, and OpenFlow -- nothing is controlled by a single party, it's all community based."

Bad news for Cisco and friends, but they're only suffering what the desktop computer makers suffered a decade ago, and Sun and the rest of the server manufacturers before them.

It's largely bad news out there today, but here's a bright spot to start off your week: Earth's protective ozone layer is well on track to recovery in the next few decades, per a report just released by a study financed by the United Nations. The good news is due largely to the phase-out of certain chemicals used in refrigerants and aerosol cans.

Without the Montreal Protocol and associated agreements, atmospheric levels of ozone depleting substances could have increased tenfold by 2050, according to a summary document of the Scientific Assessment of Ozone Depletion 2014.

The Protocol will have prevented 2 million cases of skin cancer annually by 2030, averted damage to human eyes and immune systems, and protected wildlife and agriculture, according to UNEP."

Nearly 20 years ago researcher Alex Zettl of the U.S. Dept. of Energy (DOE)'s Lawrence Berkeley National Laboratory (Berkeley Lab) synthesized in his laboratory a new material never before found in nature: boron nitride nanotubes, the strongest, lightest, most thermally conducting and most chemically resistant fiber known to exist. Now a startup has licensed this technology with the aim of manufacturing boron nitride nanotubes for commercial use.

Nanowerk reports about this new material:

These textile-like nanotubes with the appearance of cotton have a molecular backbone 100 times stronger than steel. They are as strong as the better-known carbon nanotubes (CNTs), but much more heat resistant - up to 800C in air and very resistant to many chemical modifications.
"So far, it has been generally accepted knowledge that BNNT are highly inert to oxidative treatments and can only be covalently modified by highly reactive species," Zhongfang Chen, a Professor in the Department of Chemistry at the University of Puerto Rico (UPR), tells Nanowerk. "By contrast, oxidation of CNTs has been proven very convenient and fundamentally important to modify the nanotube structure and morphology via controlled corrosive effects."

There's more about the material on Wikipedia.

With Google and Amazon unveiling their new drones, NASA has called for private partners to join its ambitious plan to create a low-altitude air traffic network over the US - that will be run without human traffic controllers - within 10 years.

In a tender published on Wednesday, the agency's Silicon Valley-based Ames Research Center encouraged "public, private, and academic organizations to collaborate with NASA to conduct Unmanned Aerial System (UAS) and UAS Traffic Management (UTM) research and development with the collective goal of safely enabling these operations at lower altitudes by UTM system."

The studies will focus on mapping out corridors and no-fly areas (like airfields) creating a collision detection system, and programming an algorithm that will allow drones to safely fly in hazardous conditions such as rain, and strong wind, which is a particular danger for such light objects.