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XCTU 6.2 – Linux Support and More

If you’ve opened up XCTU recently you may have noticed a prompt to update. Among many performance upgrades, version 6.2 of XCTU has a variety of new features and most importantly we now support Linux!Linux

Here are the release notes for XCTU 6.2:

Serial Console Tool
The Serial Console tool has been included within the Tools drop-down menu of the main toolbar. This tool allows you to interact with your radio modules without having to discover and add them to the list of radio modules.

  • Added a control in the consoles toolbar to see and manage the serial port flow control lines.
  • Added a new recording feature to XCTU consoles that allows you to record all the sent and received data in a log file with CSV format.
  • Status icon of consoles tabs now changes depending on the status of the console to display the following actions: connected, disconnected, sending and receiving data.

API Console frames filter 
Added a new frames filtering option in the API console in order to filter the frames of the table. This allows you to filter down to specific packet types and even look at packets being sent or received from a specific device on your XBee network.

Firmware Release Notes Viewer
Included a new feature that allows users to explore and read the Release Notes of the released XBee firmwares
in all the firmware list controls.

Documentation Updated With More Graphics and Video
We’ve also done a massive overhaul of our documentation which includes step-by-step walkthroughs of each feature as well as some videos like this one on updating firmware:


With XCTU documentation being moved to an online system we can guarantee up to date information and facilitate its access outside XCTU. Additionally, a PDF copy has been included in the tool, so you can access the documentation while working without an internet connection. Click here to access the new resource.

Download
If you haven’t already updated from within XCTU, or you’re a Linux user that has patiently waited for XCTU, just click here to download the software to your computer. Have fun!

Employee Engagement: The Purpose Behind IoT Systems that You Might Be Missing

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Today, technology can help organizations achieve amazing things, especially Internet of Things (IoT) technology. Preventative maintenance, the elimination of machine downtime—it’s all great. But, with all of the technology talk, we often forget that it’s our job as business leaders to use technology to drive and scale human connectivity.

It’s our business leaders’ job to use technology to take our resources from good to great and from efficient to extraordinarily efficient, because data alone can only do so much. Data puts us in the position to evolve customer service, but real change also stems from your greatest assets: your employees. When we equip and empower employees to be successful at their jobs, they also become happier and more engaged. And while happiness may seem like a fluffy concept, it’s a key driver of employee productivity. With U.S. businesses losing $450-$550 billion dollars a year due to active disengagement (Gallup 2013) happiness that creates engagement is no small win.

So now I have to ask: Have you thought about how the Internet of Things and employee engagement go hand-in-hand? If not, it’s time to start. Here are three key ways IoT systems can better your business through employee engagement.

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1. Empower employees with data.

Data that employees can utilize for customer services makes for better outcomes. Those better outcomes make for more encouraged and engaged employees.

Connected products create an opportunity for employees to know more when disgruntled customers call in about a problem, and they’re equipped with more than just a transcript to help.

Employees who have greater insight can resolve issues faster and more frequently, leading to greater efficiencies and first-call resolutions– not to mention happier customers.

Access to real-time data can also help to surprise and delight customers. Just remember,  that surprise and delight will soon turn into an expectation. Better outcomes and surprise and delight aren’t just great for customer service, but it makes employees feel more successful at their jobs too. Remember, passion and engagement comes from being empowered and enabled to be good at what you do.

2. Engaged employees act like owners.

When employees are empowered to make autonomous decisions, they feel (and act) like owners– giving managers an opportunity to level-up.

Access to actionable data gives front-line workers the information they need to take autonomous actions and experience emergent leadership. With more employees making real-time decisions, time spent in the “chain of command” decreases. Those on the front-lines feel more empowered, while managers and more strategic employees have more time for higher-level activities—a chain reaction that increases engagement levels throughout the organization.

Connected products also help organizations align employees to its mission and goals. By understanding the company’s desired outcomes, employees can make decisions based on clearly-defined goals—not guesses.chsh-logo-300x118

One solution, Clean Hands Safe Hands (CHSH), empowers hospitals to use a set of company-wide metrics for hand hygiene compliance. With the CHSH system in place, staff badges are equipped with a sensor that tracks all hygiene events. Data analytics and reporting allow hospitals to benchmark performance, identify opportunities for coaching and praise, and share a dashboard of hospital compliance guidelines. This transparency helps create good habits and change behaviors. It can also lead to a reduction in healthcare associated infections by 40-70%. With that kind of reduction, a 200 bed hospital with the system installed can save up to $1M per year (CHSH 2015).

3. Connected products create opportunities for higher value employee contributions– from the front-lines up.

Today, over 80% of employees feel their skills aren’t being put to full use (Lumesse 2011). Employees want to do more, but it’s common for corporate technology investments to focus on improving the efficiency only of high cost knowledge workers. That’s changing. Connected devices can empower workers at every level to perform their jobs with greater efficiency, productivity, and even safety. Front-line workers are becoming information workers. That’s technology turning humans into extraordinary resources.

Organizations must give employees the systems and tools to make the most valuable contribution possible. When employees are able to solve customer problems they’re more engaged with their work. Decentralized decision-making and a set shared metrics gives not only front-line workers, but everyone in the organization, the opportunity to level-up. And finally, employees want to do more, they want to make the most valuable impact possible, and it’s your job to give them the tools to do so.

Keith Rabois, Partner at Khosla Ventures, puts it best, “It’s your job to rigorously ask: ‘how do I make people more successful? What things can I give them to make them more valuable per day?’ You have to create tools that enable people to make decisions at the same level you would make them yourself.”

City of Visalia Upgrades Public Transit with Verizon 4G LTE

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The city of Visalia had a cellular solution for their public transit system but it was built on a 2G network.  As 2G networks are slowly phased out over the next few years, coverage is becoming increasingly inconsistent.

With the impending shut down of 2G, Visalia needed a way to modernize their public transit system. They worked with Digi to deploy the TransPort WR44 R throughout their fleet of public transit buses, in order to provide their buses with high speed, 4G LTE connectivity.

This rugged cellular router connected over Verizon’s 4G LTE network provides multiple benefits to the city’s public transit system:

  • Security and safety with access to live video from the bus
  • Ability to offer value added services like free Wi-Fi to passengers
  • Reliable and secure connection to process ticket sales

In one month, customers downloaded roughly 540 GB of data across the entire fleet and an estimated 3,200-3,500 passengers accessed the free Wi-Fi. Overall, a reliable and high-speed cellular connection provides the heartbeat for the entire transit system and is guaranteed to last for years to come.

If you want to learn more about how Digi worked with Visalia to upgrade their public transit system, click here to read the full customer story.

A Better Way to Build Your Next Project: Software Tools for XBee

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The open source movement and strong maker community has led to the creation of a number platforms that give developers a quick and efficient way to create a proof of concept, prototype, or even a final product. We’ve discovered and created quite a few that involve XBee over the last several years so we put some of our favorites in one place for you.connect-devices-to-the-cloud (1)

XBee Java Library
You may remember we released the XBee Java Library earlier this year. This library was created in-house at Digi, so our customers can get to market more quickly with their Java based applications, but we also wanted to share it with the rest of you XBee developers out there. Feel free to make your own contributions! Download the library on Github.

XBee Arduino Library
A few years ago, Andrew Rapp created this extremely useful library for projects involving Arduino and XBee wireless communication. The project supports both Series 1 (802.15.4) and Series 2 (ZigBee) XBee radios. Another fellow XBee’er, Boris, supplemented this library by writing a helpful blog post to help get you startedThe library is available here on Github.

XBee Internet Gateway – XIG
Initially created by Rob Faludi to easily connect XBee to the Internet, the XIG runs on Windows, Macintosh and Linux computers as well as ConnectPort Gateways. If you’re looking to integrate your XBee networks with online databases, web pages, social networks, or other online services this is the starting point for your IoT application. The XIG is available for download here.

Rob has also compiled a list of all XBee libraries living out on the Internet including Max MSP and Python. You can view that on Digi’s Examples site here.

Third Party Development Platforms

In addition to some of the tools we’ve created at Digi, there are a number of companies solely focused on creating development platforms for rapid prototyping and product creation.

 

macchina.io
macchina.io is an open source software toolkit for quickly building embedded applications for the Internet of Things that run on Linux-based devices like the Raspberry Pi and Beaglebone. macchina.io implements a web-enabled, modular and extensible JavaScript and C++ runtime environment to enable applications to talk to various sensors, devices, and cloud services. The first release of macchina.io even includes support for XBee ZigBee radios.

Temboo
Temboo is a platform that simplifies interactions between multiple APIs, so you don’t need to spend hours combing through programming details, but rather focus on creating your IoT application. You can easily generate code in multiple languages for tasks like posting to Twitter, creating Google Calendar events, or more advanced processes like monitoring urban noise levels.

Once the code is generated it can simply be copy and pasted into an IDE. Temboo’s library contains thousands of Choreos that handle API interactions, work with databases, perform code utility functions, and more. Check out this video that walks you through building an XBee tank monitoring demo with Temboo Choreos.

NVDrones
Have you wanted to create and program your own Drone? NVDrones has the tools you need to create your one-of-a-kind UAV. With support for common languages like Arduino, Java and Javascript, the platform gives developers the tools necessary to create their own drone applications. Their API ensures quick development so you can focus your efforts on creating a unique and valuable product. Visit their developers site to learn more about NVDrones.

Looking for More 
Did we miss one of your favorite XBee development tools? Never fear. Just leave a comment below or let us know on Twitter at @XBeeWireless and we will add it to the post!

Look What I Made: XBee Project Gallery Update

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We are always finding amazing XBee projects. From interactive musical landscapes to creating virtual reality - the imagination of XBee makers is endless. We have some new additions to the XBee Project Gallery and wanted to share them with you. Let us know your favorite!

 

Thermo Mapping Device
This system makes creating a graphical representation of an object’s temperature possible. It’s comprised of three cameras placed around an object so the user can map out an object’s temperature in three dimensions. The graphic is displayed on an LCD display that is powered by Arduino.

Project Anywhere
Virtual reality is rapidly becoming more prevalent but many systems are too expensive for consumers. Project Anywhere is addressing this by using a smartphone as the primary interface, 3D printed parts, and other off-the-shelf components like Arduino. This drastically reduces the cost of the system — making it more accessible to consumers.

Felted Terrain
Felted Terrain is an interactive landscape that users can touch to generate sound. The installation uses fabric woven with conductive thread so a Lilypad with XBee can be woven into the design. As users touch parts of the landscape, XBee sends data to computer to create a tone based on where the user touched.

Do you have an XBee project you would like featured in the XBee Project Gallery? You can submit your own or someone else’s project here.

This Week in the Internet of Things: Friday Favorites

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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.

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Happy Internet of Things Day | Deutsche  Telekom Blog

How the Internet of Things Will Change the Future of Sport | IT Wire

Internet of Things Relay for Home Automation Using Arduino | Geeky Gadgets

With Meld, Another Step Toward the Internet of Tasty Things | New York Times

Six Things You Should Know About the Internet of Things | Tech Radar

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.

Look What I Made: XBee Project Gallery Update

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We are always finding amazing XBee projects. From wireless robots, to interactive art installations, to wearable musical instruments–the creativity of XBee makers is endless. We have some new additions to the XBee Project Gallery and wanted to share them with you. Let us know your favorite!

 

Omniwheel Robot
Catalina Computing took an omniwheeled robot project featured in Make Magazine and replaced its radios with XBees. What resulted is a bot which is controllable from Raspberry Pis, Beagle Bones, Macs, with the ability to easily add an almost unlimited amount of sensors and actuators.

PacMan in Super Bowl Ad
The project consisted of a life-size maze that was built to scale of the original video game. The four ghosts wore light up costumes and rollerblades to give the effect of floating through the maze. XBee connects the ghosts’ costumes to a central base-station, so remote commands can be sent to control the LEDs.

SoMo – Wearables turned into Instruments
SOMO is a custom designed circuit board based on the Arduino Leonardo. It includes an accelerometer, gyroscope and magnetometer and the XBee Series 2. Signals are sent over XBee to a computer, which processes the sound in Max MSP and Ableton.

Do you have an XBee project you would like featured in the XBee Project Gallery? You can submit your own or someone else’s project here.

XBee Tech Tip: How to conduct an XBee range test

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Have you ever wanted to test the strength of connections in your XBee network? Within the XBee configuration software, XCTU, you can perform a range test. This will tell you the amount of packets received and the RSSI values at the local and remote nodes. This video will take you through the steps necessary to perform a range test.

You can download XCTU at this link: http://www.digi.com/xctu

We hope you found this tutorial helpful! Let us know what you’d like to learn in the next XBee Tech Tip: http://bit.ly/xbeetechtip