How to harness big data for maximum business value

Big data webinar

Canonical and Spicule have joined forces to bring your business a better option for open source big data and streaming analytics.

You can learn more about us at some of our upcoming events – read on to find out more.

Or, jump right in and get started using JAAS to deploy a fully supported Hadoop stack for interactive SQL based analytics.

Get started with JAAS

Organisations have massive amounts of valuable data at their fingertips. The challenge is how to operationalise, analyse and gain insights from that data that can mean big advantages for your business in terms of:

  • Increased revenue
  • Efficiencies in modeling, processing, automation, deployment, and
  • Informing decisions about operations and performance

Ubuntu is the platform of choice for these ambitions, working in partnership with companies such as Spicule. Together, we bring easy-to-use, customisable, flexible data platforms developed by Juju experts, and the expertise and efficiency on any cloud that solves for the complexities of big software.

Using Juju as a service (JaaS), users have the ability to spin up complex applications onto different platforms. Combine this with Anssr from Spicule, the software needed to manage data, and we level the competitive playing field for companies looking to configure, scale and install data-based solutions.

If you want to get started and see what it’s all about, check out our tutorial which walks you step-by-step through building and deploying a model.

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How to Partition and Format a Drive on Linux | Linux.com

On most computer systems, Linux or otherwise, when you plug a USB thumb drive in, you’re alerted that the drive exists. If the drive is already partitioned and formatted to your liking, you just need your computer to list the drive somewhere in your file manager window or on your desktop. It’s a simple requirement and one that the computer generally fulfills.

Sometimes, however, a drive isn’t set up the way you want. For those times, you need to know how to find and prepare a storage device connected to your machine.

What are block devices?

A hard drive is generically referred to as a “block device” because hard drives read and write data in fixed-size blocks. This differentiates a hard drive from anything else you might plug into your computer, like a printer, gamepad, microphone, or camera. The easy way to list the block devices attached to your Linux system is to use the lsblk (list block devices) command:

Read more at OpenSource.com

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Why VMware Is Acquiring Heptio and Going All In for Kubernetes

VMware is the company that did more than perhaps any other to help usher in the era of enterprise server virtualization that has been the cornerstone of the last decade of computing. Now VMware once again is positioning itself to be a leader, this time in the emerging world of Kubernetes-based, cloud-native application infrastructure.

On Nov. 6, VMware announced that it is acquiring privately held Kubernetes startup Heptio, in a deal that could help further cement VMware’s position as a cloud-native leader. Heptio was launched in 2016 by the co-founders of Kubernetes, Craig McLuckie and Joe Beda, in an effort to make Kubernetes more friendly to use for enterprises. Financial terms of the deal have not been publicly disclosed, though Heptio has raised $33.5 million in venture funding.

VMware’s acquisition of Heptio comes a week after IBM announced its massive $34 billion deal for Red Hat. While Heptio is a small startup, the core of what IBM was after in Red Hat is similar to what VMware is seeking with Heptio, namely a leg up in the Kubernetes space to enable the next generation of the cloud.

The Kubernetes market has grown quickly, especially given that the technology is just over 4 years old. On the occasion of Kubernetes’ fourth birthday, Beda explained in an eWEEK video how the cloud landscape has changed and evolved with Kubernetes.

Heptio’s product portfolio includes the company’s distribution of Kubernetes, as well as multiple open-source projects including the Ksonnet configuration, Ark disaster recovery and Sonobuoy diagnostics projects.

As to why Heptio decided to sell to VMware, it’s all about scale.

“Our mission has been to make an upstream open rendition of Kubernetes ubiquitously available in a multicloud world,” McLuckie said during a press call announcing the deal. “Obviously, the set of resources that we can bring to bear as a 2-year-old startup is at a certain level, whereas when you look at an organization like VMware, they have led the enterprise through disruptive transformation that’s not all that dissimilar from this new cloud-native change.”

Kubernetes at VMware

VMware wasn’t a stranger to Kubernetes prior to Heptio and already has its Pivotal Container Service (PKS) in market. PKS was announced in August 2017 as a collaboration between Google, VMware and Pivotal. The platform has been updated and expanded in the year since, with the most recent PKS 1.2 update, which was released on Sept. 25. Heptio’s technology is set to be folded into PKS, providing further usability and feature enhancements.

VMware is also very active in the open-source community that enables Kubernetes. The Kubernetes 1.12 milestone, which was released on Sept. 27, was led by VMware senior staff engineer Tim Pepper. VMware’s larger open-source efforts have also expanded in recent years, thanks to the leadership of the company’s chief open-source officer, Dirk Hohndel.

Multicloud

Fundamentally the direction that enterprise IT seems to be heading is multicloud. While the term “multicloud” is often used and misused as a marketing term, it is an actual reality. Organizations are using on-premises assets, sometimes aligned as private cloud, as well as more than one public cloud provider.

Managing and orchestrating a consistent set of policies and workflows across on-premises deployments and multiple public cloud providers is not an easy task when each of the different deployment modalities have their own unique set of options. That’s where Kubernetes fits in and has truly become the enabler, the glue if you will, that binds the real multicloud together.

With Kubernetes’ capable on-premises infrastructure and the same Kubernetes base available across all public cloud providers, it is possible to manage uniform policy and control in a multicloud way. Red Hat’s OpenShift has been a strong early leader in the space, and VMware, with its large on-premises install base, doesn’t want to be left behind.

Kubernetes is the key to multicloud, and with Heptio, VMware now has added significant talent and capability to help organizations make multicloud a reality.

Sean Michael Kerner is a senior editor at eWEEK and InternetNews.com. Follow him on Twitter @TechJournalist.

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The Data Explosion and Academia. Teaching us all new ways to best utilize Software-defined Storage

Enterprises across the world are facing an uphill struggle with managing their increasing data growth, and academic institutions are no exception. Indeed, many universities face unique challenges in this area.

The Challenge is that so many fields of study now generate mountains of data which require ever-growing volumes of storage. Whether it’s physics calculations or data collected from the Large Hadron Collider (LHC) at Cern or Teaching Hospitals that are archiving MRI scans, X-Ray images and ultrasound recordings all of it takes up storage space and adds to the IT budget bottom line. And that doesn’t factor in the data that students are storing. Schools of the Arts are storing images of artwork, music, and video, just to name a few.

In order to meet these challenges, universities have started looking at software-defined software solutions. And many have chosen SUSE® Enterprise Storage as their solution of choice. Powered by Ceph technology, SUSE® Enterprise Storage offers greater flexibility, easier management, and more granularity in adding storage capacity. It is highly scalable and resilient, cost-effective, and eliminates vendor lock-in. Whether it’s Heavy Matter or Heavy Data let us help you solve your storage challenges with SUSE® Enterprise Storage.

To learn more about how Academia is working with SUSE® and software-defined storage go HERE

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Samsung to take Linux on DeX into private beta

samsung-linux-on-dex.png

Samsung will start a private beta of its Linux on DeX product on November 12 that will allow users to open an Ubuntu desktop from a Note 9.

Linux on DeX will only support one Ubuntu version, namely 16.04 LTS, and only works on Note 9 and Tab S4 devices with at least 8GB of storage and more than 4GB of memory, Samsung said. All packages must be compiled for Arm 64.

See: Samsung DeX 101: Turn a Galaxy phone into your primary computer

Samsung is claiming the new Linux on DeX environment can be used by developers to program “on the go”, and, in the case of the Tab S4, bring a fuller environment to a tablet.

“Linux on DeX may slow down or suddenly be turned off in case of lack of memory,” the Korean electronics giant warned.

Those interested in the beta can sign up prior to the beta starting.

Whereas DeX originally required a dock, Samsung’s latest devices only need a USB-C to HDMI cable.

Also read: Convergence returns as former players exit

Earlier this week, Samsung showed off its Infinity Flex display foldable phone.

In its unfolded state, the display is 7.3 inches, with a resolution of 1,536×2,152 pixels, ZDNet’s sister site CNET reported, and when folded the resolution becomes 840×1,960 pixels.

At the same time, the company announced it would be opening up its Bixby assistant to developers.

Related Coverage

Citrix brings unified workspace app to Samsung DeX-enabled devices

The new Citrix Workspace app brings customers new capabilities, such as secure access to SaaS applications, when using a mobile device for desktop computing.

At Mobile World Congress, Samsung advances with DeX Pad and may just will it to success

Samsung’s efforts with the DeX Pad and ability to stick with a concept and iterate may ultimately mean that one compute device can do all for most people.

Samsung DeX 101: Turn a Galaxy phone into your primary computer

Samsung’s Galaxy smartphones are extremely powerful, and with the DeX platform, these phones can power a desktop experience that includes productivity, creativity, and communication applications.

Samsung marries new Galaxy Tab S4 with DeX for productivity boost

Samsung Electronics has unveiled its flagship Android tablet, the Galaxy Tab S4, with Samsung DeX connectivity for the first time on a tablet, giving consumers multi-screen options and a powered-up S Pen to cater to the enterprise and professionals.

How Samsung’s DeX could transform workplace productivity (TechRepublic)

Samsung’s Jonathan Wong explains how your mobile phone could power a PC-like productivity experience.

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Download Fedora Xfce Live 29

Fedora Xfce Live is an open source operating system that uses the lightweight Xfce desktop environment on top of the latest upstream Fedora release, providing users with a low on resources distribution of Linux that can be used on older computers.

Distributed as 32-bit and 64-bit Live CDs

You can download this custom Fedora distribution through Softpedia’s secure servers or from its official website (see link above) as two Live CD ISO images, one for each of the supported hardware platforms (64-bit and 32-bit). Please note that you must burn the ISO image onto CD discs or write them on USB flash drives of 1GB or higher capacity in order to boot them from the BIOS of a computer.

Boot options

The Live CDs use a standard boot menu that can also be found on many other official or unofficial Fedora spins. The main emphasis is on starting the live environment without too much fuss. For more advanced options, such as the ability to test the RAM, boot an existing operating system from the first disk drive or start the live session in safe graphics mode, you can access the Troubleshooting entry.

A lightweight and easy to use desktop environment powered by Xfce

As its name suggests, the default and only desktop environment of the Fedora Xfce Live CD distro is Xfce, a lightweight graphical desktop interface that comprises of a top panel (taskbar) and a bottom dock (application launcher).

Includes a lightweight set of open source applications

As expected from a lightweight distribution, the default applications are carefully selected to also be lightweight for the system. Among some of the most important ones, we can mention Claws Mail email client, Liferea news reader, Midori web browser, Pidgin IM client, Transmission torrent downloader, Parola media player, Pragha audio player, and AbiWord word processor.

Bottom line

Summing up, the Xfce edition of Fedora Linux is a very stable and fast operating system suitable for low-end machines and computers with old and semi-old hardware components.

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Who Is Running My Kubernetes Pod? The Past, Present, and Future of Container Runtimes | Linux.com

In the Linux operating system world, container technology has existed for quite some time, reaching back over a decade to the initial ideas around separate namespaces for file systems and processes. At some point in the more recent past, LXC was born and became the common way for users on Linux to access this powerful isolation technology hidden within the Linux kernel.

Even with LXC masking some of the complexity of assembling the various technology underpinnings of what we now commonly call a “container”, containers still seemed like a bit of wizardry, and other than niche uses for those versed in this art of containers, it was not broadly used by the masses.

Docker changed all this in 2014 with the arrival of new, developer-friendly packaging of this same Linux kernel technology that powered LXC—in fact, early versions of Docker used LXC behind the scenes – and containers truly came to the masses as developers were drawn to the simplicity and re-use of Docker’s container images and simple runtime commands.

Read more at InfoQ

Click Here!

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How to Install Seafile on Debian 9 • LinuxCloudVPS Blog

How to Install Seafile on Debian 9

9th November 2018

how to install seafile on Debian 9

Seafile is an open source cloud storage system for storing files on the Seafile server and synchronize the files between multiple computers or mobile devices using the Seafile client. Using Seafile you can also create groups with file syncing and start discussions with your team to enable easy collaboration.

In this tutorial, we will show you how to install Seafile on a Debian 9 Linux virtual server with MySQL.

Install dependencies

Log in to your Debian 9 VPS via SSH as user root and make sure that all packages are up-to-date.

ssh root@Server_IP_Address -p Port_Number
apt-get update
apt-get upgrade

Install the following dependencies needed by Seafile:

apt-get install python2.7 libpython2.7 python-setuptools python-imaging python-ldap python-urllib3 ffmpeg python-pip python-mysqldb python-memcache python-requests
pip install pillow moviepy

Install MySQL server

We will use MySQL as a database back-end for Seafile. If you already don’t have MySQL installed on your Debian 9 server you can install it by running the following command:

apt-get install mysql-server

When the MySQL installation is complete, issue the following command to secure your MySQL installation:

sudo mysql_secure_installation

Install Seafile

At the moment of writing this article, the latest stable version of Seafile is version 6.3.4.

Download the Seafile archive from their official website using the following command:

mkdir /opt/seafile
cd /op/seafile
wget https://download.seadrive.org/seafile-server_6.3.4_x86-64.tar.gz

Once the download is complete run the following command to unpack the tar archive:

tar -xzf seafile-server_4.0.6_x86-64.tar.gz

Navigate to the seafile directory and run the setup script:

cd seafile-server-*
./setup-seafile-mysql.sh

The script will check your server and prompt you to press ENTER to continue

Checking python on this machine …
Checking python module: setuptools … Done.
Checking python module: python-imaging … Done.
Checking python module: python-mysqldb … Done.

—————————————————————–
This script will guide you to setup your seafile server using MySQL.
Make sure you have read seafile server manual at

https://github.com/haiwen/seafile/wiki

Press ENTER to continue
—————————————————————–

Next, you will be prompted to enter several information needed to configure Seafile, such as server name, IP address, listening port and seafile data directory.

What is the name of the server? It will be displayed on the client.
3 – 15 letters or digits
[ server name ] my-server

What is the ip or domain of the server?
For example: www.mycompany.com, 192.168.1.101
[ This server’s ip or domain ] my-seafile.com

Where do you want to put your seafile data?
Please use a volume with enough free space
[ default “/opt/seafile-data” ]

Which port do you want to use for the seafile fileserver?
[ default “8082” ]

When asked to choose a way to initialize Seafile databases, select 1 .

——————————————————-
Please choose a way to initialize Seafile databases:
——————————————————-

[1] Create new ccnet/seafile/seahub databases
[2] Use existing ccnet/seafile/seahub databases

[ 1 or 2 ] 1

Enter your MySQL root password when prompted and the script will create the necessary databases.

What is the host of mysql server?
[ default “localhost” ]

What is the port of mysql server?
[ default “3306” ]

What is the password of the mysql root user?
[ root password ]

verifying password of user root …
verifying password of user root … done

Enter the name for mysql user of seafile. It would be created if not exists.
[ default “seafile” ]

Enter the password for mysql user “seafile”:
[ password for seafile ]

Enter the database name for ccnet-server:
[ default “ccnet-db” ]

Enter the database name for seafile-server:
[ default “seafile-db” ]

Enter the database name for seahub:
[ default “seahub-db” ]

———————————
This is your configuration
———————————

server name: seafile
server ip/domain: my-seafile.com

seafile data dir: /opt/seafile/seafile-data
fileserver port: 8082

database: create new
ccnet database: ccnet-db
seafile database: seafile-db
seahub database: seahub-db
database user: seafile

Once the installation is completed the script will show the following output:

Generating ccnet configuration …

done
Successly create configuration dir /opt/ccnet.
Generating seafile configuration …

Done.
done
Generating seahub configuration …

—————————————-
Now creating seahub database tables …

—————————————-

creating seafile-server-latest symbolic link … done

—————————————————————–
Your Seafile server configuration has been finished successfully.
—————————————————————–

run seafile server: ./seafile.sh { start | stop | restart }
run seahub server: ./seahub.sh { start | stop | restart }

—————————————————————–
If you are behind a firewall, remember to allow input/output of these tcp ports:
—————————————————————–

port of seafile fileserver: 8082
port of seahub: 8000

When problems occur, Refer to

https://github.com/haiwen/seafile/wiki

for information.

You can now start SeaFile and SeaHub scripts and create your new SeaFile admin user:

./seafile.sh start

[10/20/18 14:48:18] ../common/session.c(132): using config file /opt/conf/ccnet.conf
Starting seafile server, please wait …
Seafile server started

Done.

./seahub.sh start

LANG is not set in ENV, set to en_US.UTF-8
LC_ALL is not set in ENV, set to en_US.UTF-8
Starting seahub at port 8000 …

—————————————-
It’s the first time you start the Seafile server. Now let’s create the admin account
—————————————-

What is the email for the admin account?
[ admin email ] admin@rosehosting.com

What is the password for the admin account?
[ admin password ]

Enter the password again:
[ admin password again ]

—————————————-
Successfully created seafile admin
—————————————-

Seahub is started

Done.

Once the Seahub server is started, you can access Seafile at http://your_domain_or_ip.com:8000 and log in with your admin account.

Create systemd unit

We will create a systemd unit files to be able to start all Seafile services at system boot.

nano /etc/systemd/system/seafile.service

Paste the following lines:

[Unit]
Description=Seafile
# add mysql.service or postgresql.service depending on your database to the line below
After=network.target

[Service]
Type=forking
ExecStart=/opt/seafile/seafile-server-latest/seafile.sh start
ExecStop=/opt/seafile/seafile-server-latest/seafile.sh stop
User=seafile
Group=seafile

[Install]
WantedBy=multi-user.target

nano /etc/systemd/system/seahub.service

[Unit]
Description=Seafile hub
After=network.target seafile.service

[Service]
Type=forking
# change start to start-fastcgi if you want to run fastcgi
ExecStart=/opt/seafile/seafile-server-latest/seahub.sh start
ExecStop=/opt/seafile/seafile-server-latest/seahub.sh stop
User=seafile
Group=seafile

[Install]
WantedBy=multi-user.target

Once the unit files are created enable the services to start on system boot by running the following commands:

sudo systemctl enable seafile.service
sudo systemctl enable seahub.service

That is it, SeaFile has been successfully installed on your Debian 9 server.

You don’t need to Install Seafile on Debian 9 if you use one of our Seafile Hosting Services, in which case you can simply ask our expert Linux admins to set up Seafile on your Debian 9 server for you. They are available 24×7 and will take care of your request immediately.

PS. If you liked this post, on How To Install Seafile on Debian 9, please share it with your friends on the social networks using the buttons on the left or simply leave a reply below. Thanks.

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Linux-driven 96Boards SBC features AI and RISC-V companion chips

Bitmain announced a “Sophon BM1880 EDB” 96Boards CE SBC featuring its new Sophon BM1880 AI chip plus dual Cortex-A53 cores that run Linux. There’s also a RISC-V chip and optional Raspberry Pi and Arduino modules.

Beijing-based Bitmain, which is known primarily as a leading vendor of bitcoin mining chips and computers, also has a “Sophon” AI chip business built around its BM1680 and more recent BM1682 Tensor Computing Processor (TPU) AI chips. Bitmain recently announced a third-gen BM1880 TPU along with a Sophon BM1880 Edge Development Board (EDB) 96Boards CE SBC, referred to by 96Boards.org as the “Sophon Edge.”

Sophon BM1880 EDB

The open spec, Linux-driven Sophon BM1880 Edge SBC will be available at the end of the month for $129, but you can reserve an order now. The company also announced a BM1880-based USB stick and compute module, among other products (see farther below).

In conjunction with the Sophon BM1880 Edge announcement, Bitmain joined the steering committee of Linaro’s 96Boards community. The SBC is the latest of Linaro’s rather loosely defined 96Boards.ai family of AI-enabled 96Boards products. These include boards like the Sophon BM1880 EDB and HiSilicon Hikey970 that are equipped with neural network acceleration chips, as well as other boards without such accelerators such as the DragonBoard 920C and Rockchip Rock960, but which can also be used for edge AI applications.

The Sophon BM1880 EDB is called the first ASIC-based 96Boards.ai product, even though only the BM1880 TPU is an ASIC, not the dual 1.5GHz Cortex-A53 cores that accompany it. The BM1880 TPU and the EDB board are designed for deep learning techniques, like facial recognition, object detection and recognition, license plate recognition, and voiceprint recognition “in real-time on small devices without needing an Internet connection,” says Bitmain.


Sophon BM1880

Sophon BM1880 TPU

The BM1880 is available both in the dual -A53 version, which enables it to be used as the main processor, or as a deep learning co-processor without the -A53 cores. The BM1880 “can also receive video streams and image data from other hosts and then carry out inference and return the results back to the hosts,” says Bitmain.

The BM1880 TPU offers 1 TOP performance on 8-bit integer operations and up to 2 TOPS with Winograd convolution acceleration, claims Bitmain. The company touts the TPU for its scheduling engine, “which supplies extremely high bandwidth data flow effectively to all the tensor processor cores.” The chip integrates 2MB of memory.

The BM1880 TPU is accompanied by deep learning model compilers and an SDK. Deep learning frameworks like Caffe, ONNX, Pytorch, and Tensorflow “can be easily ported to the BM1880 platform,” says Bitmain. It also supports neural network models including CNN, RNN and DNN. The EDB board is said to offer further support for ResNet50, Yolo V2, GoogleNet V1, MobileNet v1/v2, SSD300, Alexnet, and VGG16.

Sophon BM1880 EDB

Aside from its processors, the Sophon BM1880 EDB (Sophon Edge) board is a pretty standard 96Boards CE SBC except that it’s a headless board without video ports and lacks the usual 60-pin high speed connector. The 96Boards compatible 40-pin connector is presumably where you’d add mezzanine boards for the announced Raspberry Pi and Arduino development modules. However, there were no details on the add-ons.

Sophon BM1880 EDB block diagram

This the first board we’ve seen with a RISC-V companion processor, which is unexplained except to say it’s a 750MHz chip. Presumably, this is an MCU-like RISC-V part for real-time processing, possibly designed by Bitmain. That’s a high clock rate for an MCU, so it might be an alternative Linux chip in addition to the dual -A53 block.

A 750MHz clock rate is too low for any of SiFive’s Linux-ready RISC-V chips like the Freedom U540 and upcoming, second-gen U74 and U74-MC. Since Bitmain is a Chinese company, however, it might be one of the new, Linux-ready RISC-V derived C-SKY chips from Hangzhou C-SKY Microsystems.

The Sophon BM1880 EDB is equipped with 1GB LPDDR4, 8GB eMMC, and a microSD slot. The board provides GbE, WiFi, and Bluetooth for networking, as well as 3x USB 3.0 host ports and micro-USB and JTAG debug interfaces. Specific Linux images are said to be coming soon.

Specifications listed for the Sophon BM1880 EDB (Sophon Edge) include:

  • Processor — Bitmain BM1880 TPU combined with 2x -Cortex-A53 cores @ 1.5GHz and 750MHz RISC-V chip
  • Memory/storage:
    • 1GB LPDDR4 (3200MHz)
    • 8GB eMMC
    • MicroSD slot
  • Wireless — USB-based WiFi and Bluetooth with antenna
  • Networking — Gigabit Ethernet port
  • Other I/O:
    • 3x USB 3.0 host/OTG ports (not counting 1x reserved for wireless module)
    • Micro-USB UART debug port
    • JTAG for CPU; optional JTAG for RISC-V
  • Expansion:
    • 40-pin 96Boards low-speed expansion connector
    • Optional Raspberry Pi and Arduino add-on modules
  • Other features — boot switch; LEDs
  • Power — 4-16V ([email protected] or [email protected]) DC jack
  • Operating temperature — 0 to 40℃
  • Weight — 36 g
  • Dimensions — 85 x 54mm (96Boards CE)
  • Operating system — Linux

Bitmain’s BM1880 based USB stick and module

Bitmain also announced a USB-connected Neural Network Stick (NNS) implementation of the BM1880, much like Intel’s Neural Compute Stick and Google’s Edge TPU Accelerator. There’s also a 38 x 38mm Neural Network Module (NNM) based on the BM1880. Neither appear to offer the dual -A53 cores for autonomous Linux operation. Both require connected X86_64 computers running Ubuntu (NNS) or Ubuntu or Windows (NNM).

Bitmain Neural Network Stick (left) and Neural Network Module

Bitmain also announced a 19-inch 2U

Sophon AI Server SA3

rackmount computer that incorporates three processing units, each with 6x of the earlier BM1682 processors, for 18 processors overall. The system includes an unnamed quad-core processor (probably an Intel Core) that supports Red Hat, CentOS, or Ubuntu distributions.

Bitmain Sophon AI Server SA3 (left)and Embedded Mini AI Machine SE3

A separate Embedded Mini AI Machine SE3 system equipped with the BM1682 targets the smart park market. The 210 x 115 x 45mm device supports 4x dynamic or 10x static facial recognition streams and offers single-precision peak performance of 3 TFLOPS with 60W consumption. Bitmain previously used the BM1682 for an SC3 deep learning accelerator card. No OS or additional processor was listed.

Finally, Bitmain said it would launch a next-generation Cloud chip BM1684 TPU chip by the end of the year, featuring “significantly increased performance.” The chip will drive a new SA5 server.

Further information

The Sophon BM1880 Edge Development Board (EDB) (Sophon Edge) is not yet available, but you can reserve a pre-order for $129 here for shipment due Nov. 30.

More information may be found on the 96Boards Sophon Edge page and Bitmain’s Sophon BM1880 EDB product page. The announcement of the Sophon BM1880 EDB, NNS stick, NNM module, and Bitmain’s other new products may be found here.

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Radxa Launching the Rock Pi SBC, Mender.io Collaborating with Google Cloud IoT Core, Parasoft’s New Initiative to Support Open-Source Projects, New Foundation Formed for GraphQL and Keeper Security Announces BreachWatch Dark Web Monitoring Product

News briefs for November 7, 2018.

Radxa is launching a Raspberry Pi clone called the Rock Pi that runs Linux or
Android on a hexa-core Rockchip RK3399 SoC. LinuxGizmos writes that the Rock Pi will closely match the RPi 3 layout and “may be the most affordable RK3399 based SBC yet, starting at $39 with 1GB RAM”.

Mender.io, the open-source update manager for IoT,
announces its collaboration with Google Cloud IoT Core “to create a reference integration enabling rapid detection and updates of issues in IoT devices”. Thomas Ryd, CEO of Northern.tech, the company behind the Mender.io project says, “Almost daily news stories circulate about bricked devices due to poor home-built update tools. We are inspired to address this common problem with an open-source project.” The collaboration has “resulted in a tutorial and reference integration to easily detect issues with Cloud IoT Core and the ability to correct those issues via updates to IoT devices with Mender. Users of Cloud IoT Core now have a secure and robust way to keep their Linux devices securely updated.” See the Google blog post for more details.

Parasoft announces a new initiative to support open-source projects and
communities. The company plans to offer free access to its tool suite “enabling developers to leverage test automation software, deep code analysis, and security capabilities for their open-source projects”. To be eligible, developers must “prove they are an active contributor and vital to an open-source project that is recognized within the global open-source community. The free user licenses will be valid for one year.” Send email to opensource@parasoft.com for more information.

The Linux Foundation is forming a new foundation to support the open-source
GraphQL specification. eWeek reports that “the move to create a new vendor-neutral independent
foundation under the Linux Foundation will help further advance the development of GraphQL”. The GraphQL started out as an internal project at Facebook for its newsfeed API and was open-sourced in 2015. Currently, the specification is used “beyond Facebook by web properties including GitHub, Shopify, Twitter and Airbnb, among others”.

Keeper Security announces its new BreachWatch dark web monitoring product.
BreachWatch searches the dark web for user accounts from compromised websites and notifies users when it finds their account information, alerting them to update their credentials. BreachWatch is available for iOS, Android and Linux. See the press release for more information.

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