Tag Archives: cloud

obniz – API managed IO on the Cloud

Obniz is the world’s first development board which IO is available as API on the cloud. It’s Tiny but powerful, Internet connected board.

obniz has 12 IO and WiFi module and It can be controlled through the APIs on obniz cloud, either through the REST or WebSocket API. The API can be used in javascript, so obniz programs written in JavaScript can run on a webpage, so “Turning on a motor by pressing a button on the Web” is an easy task!

With obniz, it’s easy to make any hardware project you can think of! Just connect motors or sensors to an obniz then program it via the Internet. No App or firmware flashing is required. Program it from your PC or smartphone now!

obniz – API managed IO on the Cloud – [Link]

OwnCloud on Raspberry Pi

Install OwnCloud on Raspberry Pi And make your own cloud server.

OwnCloud set on Raspberry Pi can be a good example of smart cloud storage. A cloud storage is a cloud computing model in which the data is stored on remote servers and maintained by a cloud storage service provider. This allows users to customize their data and share it with friends and business partners over the Internet.

OwnCloud as cloud storage server is a great opportunity, especially for those who would like to use OwnCloud on Raspberry Pi (or any other ARM device).

OwnCloud on Raspberry Pi – [Link]

SmartPID, The New Open Platform For Your Projects

ARZAMAN Smart Engineering is a small innovative Italian startup company that develops smart hi-tech solutions, by working on specific ideas for a specific hobbyist market. ARZMAN has just launched a new product: SmartPID!
SmartPID Controller is a hi-tech product that facilitates temperature and process control. It has the ability to control any thermos-regulated process, heating or cooling, and also it can control any application in your home. In addition, it is compatible with Arduino, so you have the chance now to move your applications to the next step!

It is provided with two apps: smart thermostat app and the smart brewing app. The smart thermostat app can be used for any thermal regulated process, while the brewing app is is a vertical application that is dedicated to brewing process automation from mashing to boiling.

SmartPID is IoT-ready,cloud-connected, and runs PID algorithm. In addition, it has the  following features:

SmartPID is powered by SAMD21 32-bit ARM® Cortex®-M0+ by Atmel and it has 8 Mb EEPROM and ESP8266 WiFi module with many other specifications and advantages as shown in the picture.

It is totally compatible with Arduino since it
has SAMD21 processor, a dedicated USB bootloader and board definition, can be programmed with Arduino IDE and can use the libraries available.

SmartPID comes with a mobile app to control and monitor the project installed. Check this video to see the app in action.

“SmartPID is not a simple controller or thermostat, is more an “open platform” powerful and flexible where the resources and I/O can be used for different applications, different environments and integration. My idea is to develop an ecosystem of “vertical” applications on top of a common set of features” -Davide Arzarello, founder of ARZAMAN Smart Engineering.

SmartPID is now live in a crowdfunding campaign on Indiegogo and it has only one week to go. You can pre-order it now preloaded with the thermostat app for around €89. Check SmartPID website and the campaign page to know more details and specifications. You can see SmartPID in action in this promo video:

Connect Raspberry Pi Easily To IoT with Particle

particle-verticalParticle is an Internet of Things device platform that enables businesses to quickly and easily build, connect and manage their connected solutions. Particle launched on Kickstarter in 2013 with the vision of making the Internet of Things easy and accessible.

Particle was listed as one of Fast Company’s Most Innovative Companies of 2015 and has been featured in a number of Gartner reports on IoT solutions.

Particle announced that they have been working with the Raspberry Pi Foundation to provide free IoT cloud support for the 10,000,000 Raspberry Pi devices already out in the world.

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All Raspberry Pi devices will be able to connect to the Particle Cloud, and to benefit from key IoT features such as secure messaging, over-the-air updates, simplified GPIO control, data visualization, cloud integrations, and batch script execution out of the box.

The Raspberry Pi + Particle integration will bring some unique features to the Raspberry Pi

Run simple Arduino code on your Pi

No more complicated tooling, setup, or scripting to perform simple tasks like trigger a pin, blink an LED, or read a sensor value. With Particle’s Raspberry Pi Agent, you can write simple Arduino and C/C++ code that compiles and runs as an executable on your Raspberry Pi. Take advantage of Particle’s hundreds of embedded libraries to make interacting with sensors and controlling your Pi’s GPIO a breeze.

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Remote Control of your Pi over the web
  • Over the Air Firmware Updates
  • Batch Script Execution
  • Remote Data Collection
  • Integrations with IFTTT, Google Cloud, and other popular web services through Webhooks.

Access to the Particle Cloud is free! Signing up for the beta is open now and if you are interested you should sign up soon since Particle will be providing access to the first 1,000 Particle accounts at the end of November (21 November) with remaining invitations sent in the following weeks.

Particle’s intention is to provide this integration as a free prototyping resource to all Raspberry Pi developers. Thus, you only start paying when you create a product with more than 25 devices. You can check pricing structure here.

Particle is a scalable, reliable and secure IoT cloud platform and there are already some companies that use Particle to connect and ship their products like IDEO and Keurig. It also has some hardware development kits that work amazingly with the platform.

For more details, you can check Particle documentation and Github. More about this integration is featured on Adafruit ASK AN ENGINEER series where Particle’s CTO Zachary Crockett answers questions and gives a live demo of Raspberry Pi on the Particle Cloud. Check it out!

36$ Complete Sensor-to-Cloud Inspiration Kit

Silicon Labs, the leader in energy-friendly solutions for a smarter, more connected world, has been constantly making silicon, software and tools to help engineers transform industries and improve lives since 1996.

Silicon Labs has just launched its newest development platform, The Thunderboard Sense Kit. Thunderboard Sense is a small and feature packed development platform for battery operated IoT applications. It is partnered with a mobile app that seamlessly connects Thunderboard Sense to a real time cloud database.

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batterybuttons-81756b55c133b9dacd11a7a0d1e897d5d7bf311e-s300-c85The mobile app enables a quick proof of concept of cloud connected sensors. The multi-protocol radio combined with a broad selection of on-board sensors, make the Thunderboard Sense an excellent platform to develop and prototype a wide range of battery powered IoT applications.

The 30 mm x 45 mm board includes these energy-friendly
components:

  • Silicon Labs EFR32 Mighty Gecko multiprotocol wireless SoC with a 2.4 GHz chip antenna, with an ARM Cortex-M4 core plus support for Bluetooth low energy, ZigBee, Thread and proprietary protocols
  • Silicon Labs EFM8 Sleepy Bee microcontroller enabling fine-grained power control
  • Silicon Labs Si7021 relative humidity and temperature sensor
  • Silicon Labs Si1133 UV index and ambient light sensor
  • Bosch Sensortec BMP280 barometric pressure sensor
  • Cambridge CCS811 indoor air quality gas sensor
  • InvenSense ICM-20648 6-axis inertial sensor
  • Knowles SPV1840 MEMS microphone
  • Four high-brightness RGB LEDs
  • Onboard Segger J-Link debugger for easy programming and debugging
  • USB Micro-B connector with virtual COM port and debug access
  • Mini Simplicity connector for access to energy profiling and wireless network debugging
  • 20 breakout pins for easy connection to external breadboard hardware
  • CR2032 coin cell battery connector and external battery connector

Onboard sensors measure data and transmit it wirelessly to the cloud. Thunderboard Sense comes with Silicon Labs’ ready-to-use cloud-connected IoT mobile apps, to collect and view real-time sensor data for cloud-based analytics and business intelligence.

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“We’ve designed Thunderboard Sense to inspire developers to create innovative, end-to-end IoT solutions from sensor nodes to the cloud,” said Raman Sharma, Director of Silicon Labs’ IoT Developer Experience. “Thunderboard Sense helps developers make sense of everything in the IoT. They can move quickly from proof of concept to end product and develop a wide range of wireless sensing applications that leverage best-in-class cloud analytics software and business intelligence platforms.”

Check out the official intro video by Raman Sharma

To start using Thunderboard Sense you have to place your CR2032 battery in the right polarity, install the mobile app from Google Play or Apple store, find your board listed on the main screen of the app, and then you will be ready to explore the Thunderboard demos and start your own project! You can program Thunderboard Sense using the USB Micro-B cable and onboard J-Link debugger. You do not need RF design expertise to develop wireless sensor node applications.

Thunderboard Sense kit is available for $36 and you can buy it from here. All hardware, software and design files will be open and accessible for developers. You can visit Silicon Labs Github to download Thunderboard mobile app and cloud software source code.

Design & simulate in the clouds

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by Michael Dunn @ edn.com:

It was a few years ago that I first heard of a free site where you could draw and simulate designs. “What’s the point?” I thought. But, the idea is taking off. Was I wrong?

I questioned the usefulness of this cloud concept because there had already long existed good, free circuit simulators. A quick download, and off you go, drawing and simulating. Why deal with the extra vagaries of service-provider availability, and of course, Internet access?

Well, as with any other cloud-based service, there are advantages, such as being able to work anywhere, on any supported device, and not having to deal with the software directly. And while the services out there now seem mostly suited to exploration, hobby, and simple prototype use, they will keep getting better. Some are arguably already professional grade.

Design & simulate in the clouds – [Link]