Home > Blog > Community (Page 2)

Archive for the ‘Community’ Category

This Week in the Internet of Things: Friday Favorites

The Internet of Things is developing and buzzing all around us. Throughout the week we come across innovative projects, brilliant articles and posts that support and feature the innovators and companies that make our business possible. Here’s our list of favorites from this week’s journey on the Web.

Jibo-inline53

[Infographic]What is the Internet of Things | Visual Capitalist

M2M Adoption Barometer | Vodafone M2M

Jibo: The Worlds First Family Robot | Mashable

Internet of Things: 8 Pioneering Ideas | InformationWeek

From the Racetrack to Cardiac Surgery: How McLaren is Bringing the Internet of Things Up to Speed | TechRadar

Please tell us in the comments below or Tweet us, @DigiDotCom- we would love to share your findings too. You can also follow all of the commentary and discussion with the hashtag #FridayFavorites.

This Week in the Internet of Things: Friday Favorites

The Internet of Things is developing and buzzing all around us. Throughout the week we come across innovative projects, brilliant articles and posts that support and feature the innovators and companies that make our business possible. Here’s our list of favorites from this week’s journey on the Web.

Why the Internet of Things will Disrupt Everything | Wired

How an Intelligent Thimble Could Replace the Mouse in 3D Virtual Reality Worlds | MIT Technology Reviewdigix2-sg1-300x300

XBee Internet Gateway Update Released

The Internet of Small Things Spurs Big Business | InformationWeek

Internet of Things and Connected Retail Experience | Wired 

Please tell us in the comments below or Tweet us, @DigiDotCom- we would love to share your findings too. You can also follow all of the commentary and discussion with the hashtag #FridayFavorites.

25 Internet of Things, M2M & Connected Product Experts Not to Miss on Twitter

Posted on: 4 Comments

How do you get your Machine-to-Machine (M2M) and Internet of Things (IoT) news? We all love surfing the Web, but who doesn’t want the latest and greatest information delivered in real-time? Here are 25 experts who will add M2M, IoT and connected product news to your Twitter feed.

twitterlogo

@Charlieisaacs
Charlie Isaacs
Bio: CTO for Customer Connection at salesforce.com

 

@Faludi
Rob Faludi
Bio: NYU Professor, SVA professor, author: Building Wireless Sensor Networks, Collaborative Strategy Leader, R&D for Digi International, maker of plants that tweet.

 

@ConnectedWMag
Peggy Smedley 
Bio: Peggy Smedley is a renowned author; award-winning editor; entertaining public speaker; witty radio show host; and technology expert in M2M/connected devices.

 

@petercoffee
Peter Coffee
Bio: VP for Strategic Research at salesforce.com working with app developers and CIOs to build a global community around cloud-based platforms as a service.

 

@klintron
Klint Finley
Bio: Wired reporter, TechCrunch columnist, Mindful Cyborgs co-host, indoor enthusiast. 

 

@MattRichardson
Matt Richardson
Creative Technologist, ITP Resident Research Fellow, MAKE Contributing Editor, K2MRQ, and author

 

@Jordan_Husney
Jordan Husney
Bio: Strategy Director @ Undercurrent. Creating simplicity from complexity | Hacker and maker | NYC

 

@aliciaasin
Alicia Asin
Bio: Libelium’s CEO, engineer fascinated by what sensor networks and the Internet of Things can do in smart cities.

 

@thinkstrategies
Jeff Kaplan
Bio: Cloud Computing, SaaS, & Managed Services Guru Serving IT/Business Decision-Makers, IT Solution Providers and Investors.

 

@ReidCarlberg
Reid Carlberg
Bio: Developer evangelist at salesforce.com and Internet of Things advocate.

 

@EFGoodness
Eric Goodness
Bio: M2M/IoT thought leader and market analyst at Gartner.

 

@agpublic
Adam Greenfield
Bio: Author of Everyware: The Dawning Age of Ubiquitous Computing Founder and managing director, Urbanscale, NYC.

 

@DaveTheFuturist
Dave Evans
Bio: Cisco’s Chief Futurist and Chief Technologist for Cisco’s Internet Business Solutions @CiscoIBSG. Obsessed with technology, robots, and the future.

 

@JAdP
Joseph di Paolantonio
Bio: VP of Research and Principal Analyst and Constellation Research focused on analytics, data management and the Internet of Things.

 

@mulloom2
Morgan Mullooly
Bio: Telecom industry analyst with Analysis Mason specializing in M2M and IoT technology.

 

@tymkrs
Toymaker Television
Bio: Follow along as we video all of our crazy diy projects. Electronics, programming, avs, building musical instruments, and what ever else we get interested in.

 

@szczys
Mike Szczys
Bio: Musician, Contributing Editor for Hackaday.com

 

@WSNBlog
WSN Blog
Bio: Tiny sensors tweeting over wireless links

 

@bjmclaughlin
Brian McLaughlin
Bio: Spacey Engineer developing systems for NASA and a GeekDad. Opinions shared are my own and I am not representing NASA.

 

@Postscapes
Postscapes
Bio: Tracking the Internet of Things #iot

 

@TheIoT
Bio: Everything Internet of Things; pulled in by @JamesChevalier

 

@adafruit
Limor ‘Ladyada’ Fried
Bio: Teaching, sharing, engineering, DIY electronic kits, open source hardware, arduino, raspberry pi, art, and hacking.

 

@jbertolucci
Jeff Bertolucci
Bio: Technology writer covering the Internet of Things and Big Data for Information Week.

 

@Freescale
Freescale
Bio: Official Twitter page for Freescale Semiconductor (global leader of embedded processing solutions) to share insight on the technologies that power your world.

 

@Make
MAKE
Bio: The twitter home of MAKE magazine.

 

And, of course, you can follow us too:
@XBeeWireless
@DigiDotCom
@Etherios

Are you tweeting about #IoT? Or, do you follow someone that should be on this list? Let us know in the comments section or on Twitter.

Digi Employee Hackathon: Minnetonka Tech Support Team

The Digi Employee Hackathons have now become a tradition we all look forward to. We’ve hacked in Digi offices around the world, built cloud connected projects, and above all else, have just had tons of fun. This week our Tech Support team battled it out to see who could build the most impressive project with the XBee Wi-Fi Cloud Kit.

Here are the projects that went from idea to reality in just hours.

The Coffee Busters

The injustice stops now. No longer will we fall victim to those topping up their morning cups of coffee– only to leave an empty pot for the rest of us. The Coffee Busters’ goal was to make sure no one can flee the scene of an empty coffee pot after pouring the last fresh cup.

 

The team started off by 3D printing a base to hold the coffee pot. Within the 3D printed base is a force resistor that is continually taking measurements and checking to see if the coffee level is getting low. Once the coffee gets low, the device plays a jingle to notify the coffee drinker that ,”Hey, I need to be refilled!” In addition to playing a jingle, the team connected a Digi Watchport Camera to a ConnectPort X4, which snaps a photo when the alarm goes off. If the the coffee drinker fails to fill the coffee pot back up in a timely manner, the photo that was taken at the scene of the crime is sent out to the department via email.
Team Members: Charlie Kotasek, Ron Kinney, and Michael Shatirishvili.
Awarded: Best Buzz

Cool Bees

Servers are expensive and they can get hot. If a server room is approaching warmer than normal temperatures, it’s important that you know as soon as possible, so you can prevent a disaster. Or better yet, let the server room prevent it’s own disaster. The Cool Bees’ project enables servers to let IT staff know when the temperature starts to approach a dangerous level.

 

The team connected a temperature sensor and a cooling fan to the XBee Wi-Fi. Temperature sensor readings were continually sent up to Device Cloud. If a reading was greater than 74 degrees, an alarm was triggered and turned on the connected fan to bring the room’s temperature to a safer level.
Team Members: Jeanne Garmon, Knight Jensen, Margaret Kronenberg, and Scott Peterson.
Awarded: Coolest Project

For the Birds 

Bird feeders are great, but turn your head at the wrong moment and you might miss seeing your winged visitor. Or it turns into a squirrel feeder and no matter what measure you take, you can’t find a way to keep them away. For the Birds channeled this frustration into developing a cloud-connected bird feeder that is full of useful features.

 

First, the feeder snaps a picture when a bird stops by for a bite. A motion sensor attached to an XBee Wi-Fi recognizes when a bird is near the feeder. A picture is taken and the user is sent an email letting them know a bird has stopped by. The team also wanted to be notified when the feeder needs refilling. To do this, they attached a weight sensor to the feeder and when the amount of feed reaches 20% the user is sent an email letting them know it’s time to refill the feeder.

Next item on the road map is to create an anti-squirrel system that keeps the bushy-tailed creatures off the feeder, but also leaves them unharmed!
Team Members: Cheryl Busch, Michael Toenis, and Jennifer Getty
Awarded: Most Shocking

Closing
The Coffee Busters were awarded first place, but each project showcased the creativity of our employees and what is possible with the Internet of Things–even if you only have a few hours to develop your project. Like always, we gained valuable feedback on how to improve the user experience with our products. Now, hopefully we can get a few coffee busters set up around the office and finally solve the mystery of the empty coffee pot.

This Week in the Internet of Things: Friday Favorites

Please tell us in the comments below or Tweet us, @DigiDotCom- we would love to share your findings too. You can also follow all of the commentary and discussion with the hashtag #FridayFavorites.

Screen Shot 2014-06-20 at 1.40.38 PM
Internet Of Things in 10 Minutes: Hands-On with The Device Cloud | Salesforce Developers Blog

Connected Medical Devices, Apps: Are They Leading the IoT Revolution — or Vice Versa? | Wired

If It Ain’t Broke, Fix It Anyway: How The Internet Of Things Is Changing The Industrial Enterprise | Forbes

White House Maker Faire showcases offbeat innovations | Washington Post

The Internet of Things isn’t About Things, it’s About Cheap Data | GigaOM

Please tell us in the comments below or Tweet us, @DigiDotCom- we would love to share your findings too. You can also follow all of the commentary and discussion with the hashtag #FridayFavorites.

The International M2M Council Shapes the Future of M2M/IoT

international-m2m-councilThe International M2M Council (IMC) brings together M2M solutions providers with adopters of M2M technology to share the business impact of connected solutions. Digi’s CMO, Jeff Liebl, serves on the council’s board of governors alongside numerous industry experts. With over 1,000 Adopter Members, including AT&T, Deutsche Telekom, Oracle and Iridium. IMC is the largest trade association dedicated to the IoT/M2M sector.

The group serves as a resource by providing case studies that demonstrate the value of M2M applications in verticals such as healthcare, retail, transportation and more. Members of the IMC also conduct research on the industry to develop industry best practices and determine metrics for measuring M2M success.

In addition to providing educational resources, the IMC focuses on assisting government and regulatory bodies in developing policy related to M2M. The council has established a working relationship with the Federal Trade Commission and is assisting in privacy and security projects. Future goals for the IMC are aimed at developing more relationships with regulatory groups across the globe.

Today, the IMC is working on a number of initiatives to spread awareness of M2M technology. A number of newsletters focused on verticals are helping improve awareness across industries where M2M can have the greatest impact. The IMC is currently in the process of collaborating with developers to create a professional education programs for M2M adopters, which will be introduced later this year.

To learn more about how M2M is solving business problems check out the International M2M Council’s website here.

This Week in the Internet of Things: Friday Favorites

The Internet of Things is developing and buzzing all around us. Throughout the week we come across innovative projects, brilliant articles and posts that support and feature the innovators and companies that make our business possible. Here’s our list of favorites from this week’s journey on the Web.

Makerland Tutorials
 

Makerland Tutorials: Your First Step with the Internet of Things | EBook (Free Download)

Magic Quadrant for the CRM Customer Engagement Center | Gartner

The ABCs of the Internet of Things | Computerworld

Makerspace on Wheels: Building the Hackmobile | MAKE

5 Technologies Driving the Internet of Things | Business 2 Community

Please tell us in the comments below or Tweet us, @DigiDotCom- we would love to share your findings too. You can also follow all of the commentary and discussion with the hashtag #FridayFavorites.

XBee Tech Tip: Sending Serial Data From One XBee Wi-Fi to Another

Posted on: No Comments

This Tech Tip is brought to you by Digi Applications Engineer Mark Grierson. It is Part 1 in a 3-part series focusing on the XBee Wi-Fi module.

Be sure to answer the XBee Puzzler at the end of this entry for a chance to win an XBee Wi-Fi Development Kit!

In this tech tip, we are going to see just how easy it is to send serial data through from one XBee Wi-Fi radio module to another.

Setup

In order to complete this exercise, you’ll need:

  • 2  XBee  Wi-Fi(S6B) radio modules
  • 2 USB interface boards. These can be the development boards contained in the XBee Wi-Fi Cloud Kit, any XBIB-U or XBIB-U-DEV interface board, or any third party USB XBee interface board such as the Parallax XBee USB adapter board
  • PC (or Mac) running Next Generation XCTU

Procedure

Sending transparent serial data between 2 XBee Wi-Fi modules.

First we will need to connect 2 Wi-Fi Modules to a Wi-Fi access point that has access to the internet. For brevity, if you need assistance connecting you modules to an access point, please refer to the Quick Start Guide: XBee Wi-Fi Cloud Kit for assistance.

Note: For the purposes of this article, a basic understanding of XCTU is assumed. For specific help in working with XCTU please see the help section of the XCTU program.

techtip1-may14

  • Connect the radio modules to the PC using the interface boards and launch 2 instances of XCTU.
  • In each instance of XCTU connect to one of the XBee Wi-Fi modules:
    1. Click on the Add Radio icon
    2. Select the correct com port
    3. Ensure data settings are correct (Radio default is 9600, 8, N,1)
    4. Click Finish

techtip2-may14-sm

  • Now click on the radio module in each instance of XCTU to read its settings.

techtip3-may14-sm

  • Once you have the 2 instances of XCTU running, verify that the radios have received IP addresses from your DHCP server and then address each radio’s Destination IP address (DL) to match the Module IP Address (MY) of the other radio as shown below.

techtip4-may14-sm

  • You will also want to ensure that the Device Options (DO) setting is set to 0. This will ensure that the serial data is not sent to the cloud.
  • Go to the “Consoles” mode of each XCTU by clicking the terminal icon at the top of XCTU.
  • Open the serial connection to the modules by clicking the “Open Serial Connection” icon on each XCTU instance.   The Icon will change to a connected status  and the background changes to green.
  • You can now type text directly into one of the console log screens and see it appear in red of the other consoles screen.

techtip8-may14-sm

  • If you would rather send an entire string at once, this can be accomplished by creating a packet by clicking on the “Add New Packet” icon.   This packet builder also lets you select ASCII or Hex data to be sent.

Using the packet builder, you can create a series of serial strings to transmit from the radio.

Summary

As you complete this exercise, it will become apparent just how easy it can be to connect your XBee Wi-Fi module to any serial sensor or device and have that data sent to any other device connected to another XBee Wi-Fi module. Of course this is just a simple example of how transparent serial data can be transmitted around an XBee Wi-Fi network. XBee modules have many more advanced features including a full API mode to allow your applications to efficiently move data to any IP addressable device worldwide.

In our next issue we will demonstrate sending data back and forth between a host connected to an XBee Wi-Fi module such as XCTU and a non-XBee network client application on a local area network. Until then, have fun experimenting with all of the varied capabilities of these remarkable radio modules.

XBee Puzzler

Which statement best describes how a passive high gain antenna works?

  1. A high gain antenna adds energy to a radio to enhance its range.
  2. A high gain antenna does not add or subtract overall energy to a radio transmission, but rather focuses or re-shapes the radiation pattern in a certain direction.
  3. A high gain antenna removes energy from a radio’s radiation pattern.
  4. A high gain antenna has no effect on the range of a radio link

Submit your answer below. The deadline for entries is June 12, 2014. Three winners will be randomly selected from the correct submissions. Winners will be notified by email. Employees of Digi and its subsidiaries are not eligible for the prize drawing. Good luck!

This XBee Puzzler contest is now closed. The correct answer is: 2. A high gain antenna does not add or subtract overall energy to a radio transmission, but rather focuses or re-shapes the radiation pattern in a certain direction.

 

Contact a Digi expert and get started today! CONTACT US

Desktop Site