So far it has been devices were reaching out to IoT Hub’s and Cloud and using the compute power for Edge and/or main computing apart from data handling, with AWS Greengrass it is reverse current!. You can use IoT and Lambda infrastructure that can trigger actions on devices that are connected via this framework and circuit is complete in terms of usage of the computing power in both directions apart from the existing bi-directional data transmission
Check this link for more.
With Ubuntu 18.04 your familiar Unity interface will be dead. I had love-hate relationship with it when it was introduced in 12.04, I have been using GNOME 1/2 from Ubuntu 8. With Microsoft Windows 8 mimic-ing Unity (right side pop-in menu) Unity seems more comfortable with my personal laptop on Ubuntu and official one on MSFT.
With 16:9 monitors Unity did provide lot of real estate for multiple screens (4 terminals) to be opened comfortably, two documents/browsers for comparisons etc. With the left side menu hidden full screen is practically for the apps. Dash is still something that’s inconsistent in it’s behaviour, will not miss it.
Was not a big fan of GNOME either but hopefully it will look similar to Unity interface that has been comfortable for many when 18.04 is released to smooth out transition to the back to the past windows manager!. It brings back the thought of trying to use the multiple workspaces/terminals that was popular in GNOME..
More on the reasons of the going back here written by Mark Shuttleworth, founder of canonical the creator of Ubuntu.
Sad to hear it go!.
Update [11Apr] : Looking at it from positive perspective here
Additional $5 for Wifi and Bluetooth onto Raspberry Pi Zero, you get this for $10!.
Asus has released a mini PC that is better in specifications for video rendering than Raspberry PI 3, a better Video ‘Pi’ for gaming and movie buffs!.
Comparison of Raspberry PI and Asus Tinkerboard is given below:
||Raspberry Pi 3
||Asus Tinker board
||Broadcom BCM2837 64-bit system-on-chip with four ARM Cortex-A53, 1.2 GHZ
||quad-core, 1.8GHz Rockchip RK3288 SoC
||Broadcom VideoCore IV
||1GB LPDDR2 (900MHz)
||Bluetooth 4.1 Classic, Bluetooth Low Energy
||4 USB 2.0
||4 USB 2.0
||1 HDMI out
||1 HDMI Out
||40 port, 28 pin GPIO
||1080p video/60 fps
||4K video – H.265 decoding
After being the provider of consumer and IoT enthusiasts SoC compute/connect supplier, Raspberry has turned up a model for use in industrial applications.
It is just a compute module, with data pinouts similar to laptop memory sockets that can be programmed to take programmable I/O. It has same four-core, 64-bit Broadcom BCM2837 processor and 1GB of RAM as Raspberry Pi 3, half the size of it and doesn’t have ethernet, Wifi, USB, SD Card, Audio and Display.
NEC is already launching it’s large signage systems with this compute module. Interesting to see the Raspberry portfolio expanding.
Just read the blog of Facebook founder Mark Zuckerburg on his attempt to build a AI server for his home named Jarvis, amazing motivation and drive to get to learn AI and most important I noticed is how he faced the challenge of IoT (trying to connect toaster and other devices).
Other thing I noticed is the language of choice : Python.
Read all about his adventure here
After trying Brillio and other initiatives of coming up with the Operating System for IoT devices Google finally centered its OS around it’s popular OS, Android. Android Things announced last week essentially pulls all it’s device support to the OS that can become a unifying one with all low form factor devices!.
There have been some consolidation the low foot print OS market (around RTOS vendors like WindRiver etc.) but with emergence of micro foot print devices like Rasberry Pi, Intel Edison etc. divergence started again. With Android support let’s see if we this convergence starts happening again.