The web has raised consumers’ expectations of retail stores and transformed the purchasing process. Brick and mortar shops need to find ways to compete with the convenience offered by online shopping. Retailers are using wireless connected devices and new technology to create an interactive experience for their customers. In this video, learn how store owners are using cellular connections to make retail systems secure, reliable, and innovative.
Archive for the ‘Networking’ Category
Last week, healthcare and technology innovators from around the United States came together to experience the future of healthcare at the Mill City Innovation & Collaboration Center (ICC), a new space created to showcase technologies, evaluate usability in simulated environments and conduct community and practice-based research. The “Healthcare Anywhere” event focused on how healthcare providers can use information technologies, mobile applications and the Internet of Things to generate patient data for real-time monitoring creating a completely new patient experience and transforming the way patients and their healthcare providers interact. Real world, commercial-ready applications included a wearable, Internet of Things demonstration by AFrame Digital and Digi International.
AFrame and Digi came together to demo of AFrame’s MobileCare™ Monitor system, a wrist watch-like device that wirelessly communicates a user’s motion and location data to a cloud-based monitoring and alert system. The system’s capabilities include emergency call, impact detection, location tracking, along with activity and vitals tracking and trending. The solution uses ZigBee wireless technology, provided by Digi International, to connect to the network, and Device Cloud by Etherios to give providers an easy to use management portal.
The demonstration was installed in a simulated home environment to show attendees that data collection is a non-intrusive process. AFrame Digital and Digi also demonstrated a patient app, intelligent mobile alerts and cloud-based care management tools that help seniors and patients stay safe at home, provide real-time feedback about a person’s health or well-being or give early warning when a person’s health begins to deteriorate.
“The Internet of Things paradigm is really about personalizing experiences,” said AFrame Digital’s Jill Thorpe, vice president for strategic initiatives. “Patient-generated data will influence healthcare the same way web navigation patterns and search criteria personalize consumer experiences on websites. We help healthcare providers leverage patient-generated data to personalize patient-directed content and enhance patient communication with their health care providers. Over time, combining sensor devices and patient-generated with powerful analytics and machine learning will help care providers get ahead of health problems before they become acute, enable more scalable care delivery models, and ultimately lead to better care and outcomes.”
“We believe that technology will reduce unnecessary face-to-face clinic visits, allowing physicians to see more patients and engage with their patients in new ways,” said Richard Tanler, Director of Mill City ICC. “Solutions offered by AFrame and Digi International are part of our hyper-connected world, that now includes apps for managing our health and the health of loved ones.”
“Digi International’s products and services are used by our healthcare customers and OEMs to connect millions of devices in thousands of hospitals. The products and cloud services are being used to bridge the critical gap between healthcare information systems and a broad range of devices,” said Steve Popovich, vice president of global accounts, healthcare at Digi International. “We see new opportunities as healthcare devices become more mobile within traditional patient care facilities, for long term chronic illness monitoring and aging in place applications.”
In addition to live demos, the ICC hosted a roundtable dedicated to the topic. Panelists included representatives from Intel, Oracle, The Boston Consulting Group, and UnitedHealth Group and leaders from all local health systems represented in the audience.
The discussion included statements such as:
“Right now, you’re collecting a lot of data and over the next few years, you’ll continue to share your behavioral footprint,” Deneen Vojta, UnitedHealth Group.
“Open data to entrepreneurs so they can create new ideas on new treatment models that will significantly open up new innovation,” Reid Oakes, Oracle.
“Reducing face to face visits by 40%. Reducing unnecessary face to face time to reduce scarcity,” Anurag Gupta, Boston Consulting Group.
“A visit starts in a different way today and in the future it could be done in a virtual space anytime anywhere at anytime,” Mark Blatt, Intel.
This event is the first of many expected at the ICC, and you can learn more about the center and upcoming events at: MillCityICC.org. The panel discussion will also be available. Stay tuned– we’ll be sharing it in the next two weeks.
A common application of Internet of Things technology is vehicle telematics. Knowing how your fleet is functioning, where they are located, as well as drivers’ time spent on the road is all crucial for managing a successful fleet.
Quite often, the solutions necessary to monitor these data can be cumbersome, expensive, and take time to be implemented. And what if regulatory standards change?
The ubiquity of high performance mobile devices is eliminating many of the barriers that can make the implementation of a sensor network difficult. The advancement of smart phones and tablets have simplified establishing these networks through Wi-Fi and Bluetooth technology. This eliminates the need to install cables and develop expensive and proprietary technology. Additionally, well designed user interfaces on mobile devices can create improved functionality and usability.
Cold winter temperatures and precipitation pose a serious threat to our safety while driving. Aside from a quick glance at the day’s forecast, there is little we can do to predict the severity of dangerous road conditions. A Sweden based company, Mowic, is addressing this problem by installing wireless road sensing networks. The network, called TrackIce, is able to sense dangerous road conditions and send out an alert to drivers before they find themselves in harm’s way.
The system’s sensors are part of a large ZigBee Mesh network that allows for long range and low powered communications. Each sensor is installed by drilling a hole, 140mm deep and 90mm in diameter, into the road. Most of these systems contain roughly five sensors, with larger deployments requiring more. The sensors are used to measure the road’s surface temperature and whether the surface is wet or dry.
Each sensor is sending its information to one central wireless device. This central device collects data from all of the sensors within the network as well as general meteorological measurements such as humidity and air temperature. Using a GPRS connection from an embedded modem, the information is sent to the internet for storage and analysis. With the data being sent from all of these sensors, a web application is used to monitor road conditions remotely. MeteoGroup uses the information as part of its RoadCast for predicting road conditions and NowCast, which is used to monitor weather conditions in real time
Because this system is using a ZigBee Mesh network for communications, the power required is minimal. This makes it extremely flexible in where it can be installed because it is fully operational with only batteries and requires no corded power supply.
So far the TrackIce system has been used primarily in road and rail monitoring applications. Field testing for the system began in Fall of 2012 and there are currently 10 of these systems being used throughout the UK, Sweden, and Norway.
TrackIce has a wide range of uses and will be applied to more industries than road and rail monitoring going forward. For instance, in the energy sector it will be used to measure water heights and other factors to predict floods and optimize hydro-electric power plants. Soon it will be installed at an airport to measure landing strip surface conditions, to ensure the safety of travelers. And even ski resorts will use it to provide weather forecasts and snow depth reports for visitors.
This piece of technology, which began as a way to improve road safety, is quickly being adopted for new uses. Creative applications of wireless networks have the potential to change industries making our world smarter and safer.
NASA’s Robonaut is quickly becoming a valuable addition to the International Space Station(ISS) . The robot is able to perform routine maintenance tasks and dangerous operations, freeing astronauts to focus on research and make the most of their limited time. The second-generation Robonaut(R2), is currently deployed on the ISS.
One problem still persisted with the Robonaut- wires were required for power and control. NASA reached out to Digi to help alleviate this constraint. Using a Digi ConnectCore Wi-i.MX53 and a battery stored in its backpack, the Robonaut is now controlled over a Wi-Fi connection and all wires have been eliminated. This allows the Robonaut to be controlled by ISS crew members as well as from NASA Mission Control Center on Earth.
The ConnectCore module is already qualified for extreme industrial environments, but additional testing was needed to simulate the conditions of space. Independent testing for temperature, vibration, and shock were all performed to ensure the module could survive the trip to outer space.
The Wi-Fi connectivity brings about a number of benefits in addition to wireless control. Video can now be transmitted from the four cameras mounted on the Robonaut- two on the torso and two on the legs. Additionally, a number of data points are logged and stored on an SD card, which can be viewed by the ISS crew and ground personnel to monitor the robot’s performance.
Going forward, NASA hopes to make more upgrades to the Robonaut that allow it to assist crew members on space walks! And take a look at the video posted below, which is a nice overview of the Robonaut project.
Digi Enables Fast Communication Between All Bike Rental Terminals in Tel Aviv, Tel-O-Fun
Following the success of public bike rental systems implemented in many European cities such as Paris, Amsterdam and London, the city of Tel Aviv in Israel wanted to provide a similar rental scheme for its residents and visitors. The system, Tel-O-Fun, is initiated by FSM Ground Services Management and provides over 1,700 bikes spread over 170 docking stations in and around the city of Tel Aviv and Jaffa.
Every day, close to ten thousand journeys are made using the bike-sharing system in Tel Aviv. There is a terminal at each docking station, where users are able to purchase subscriptions, rent and return bikes. The bike can be released at, and returned to any station, at any time, all year around.
In order to identify a customer and release a bike for its use, every terminal needs to be connected to the main control center. “Every action enacted at the different terminals in the street needs approval of the main system,” explains Ofer Sela, CIO and CTO at FSM. “Communication needs to be reliable and fast in order to give the right service to the city and the scheme’s customers.”
Connecting Large Numbers of Devices with a Fast Communication Link
FSM wanted a wireless networking solution to provide the communication network for the terminals. It meant a faster solution deployment than a wired connection, and one that would not require costly roadwork involving council permits and road disruption.
The temperature in Tel Aviv goes up to 104°F in summer, with high levels of humidity from the sea. Since it could reach possible temperatures of 122°F within the terminals, Tel-O-Fun was looking for a rugged technology solution, able to withstand the humidity and high temperatures of the working environment.
While looking for companies to enable its solution, FSM contacted Orange as a network partner. As a result of the telecom company’s strong relationship with Digi as its established technology vendor, FSM decided to evaluate the Digi product range for a suitable solution.
A 3G Connection with Digi’s ConnectPort
After testing different connectivity solutions, FSM chose Digi’s ConnectPort for its solution, as the range has multiple Ethernet ports to support terminal functionality. The routers are also fully PCI-DSS Compliant – crucial as the terminals process payments from the bike users.
The ruggedness of the Digi router was another crucial factor in the decision– FSM needed a durable solution for the field.
“Tel Aviv is by the sea and even the harsh conditions of the city, such as the heat, rust and humidity, are not a problem for Digi’s routers,” said Ofer Sela.
A Solution with Possibilities for the Future
“I have been very positive about the results Digi delivers,” said Ofer Sela. “We are also confident that the hardware will support future potential features of the bike rental system. For example, we hope to add Voice Over IP customer support to the terminals so customers can interact directly via voice and video to customer support staff.”
After the solution’s great success in Tel Aviv, FSM is planning to expand Tel-O-Fun to other cities in Israel, and even to other countries. “We will definitely use Digi’s equipment again since there have been no issues with connectivity, nor the Digi equipment in the field. The solution is always working, and working well,” concluded Ofer Sela.
The webinar “500 Sensors & Three Days of Data: The Data Sensing Lab at Google I/O” discussed the 500 sensor-node network and the data the network collected at Google’s developer conference, Google I/O, as part of The Data Sensing Lab. The sensor data was collected by Device Cloud and can be accessed through the Google Cloud Platform. The platforms worked together seamlessly to collect more than 500,000 data points per hour for three days during Google I/O.
The webinar was hosted by three presenters who each played a role in the project:
Rob Faludi, Chief Innovator & Data Sensing Lab team member
Julie Steele, Content Editor & Data Sensing Lab team member
Michael Manoochehri, Developer Programs Engineer at Google
You can see the recording of the webinar below.
We also wanted to follow up on some of your questions that we didn’t get to answer during the webinar.
Q: What options are available to connect the Gateway to the Device Cloud?
A: Digi’s ConnectPort gateways typically connect to Device Cloud over the Internet using a secure TCP connection. Ethernet, Wi-Fi, cellular and satellite interfaces are available.
Q: Is there a specific commercial application in the market or any industry?
A: Distributed sensor networks are widely used in commercial real estate, agricultural and industrial monitoring.
Here’s some more use cases:
Q: Do you plan to make the circuit diagram of the Arduino based sensor available to the public?
A: All currently published DIY assets from the Data Sensing Lab are available online here.
Q: Can Device Cloud accept any data format?
A: Device Cloud can accept arbitrary data into files, so in theory this could support any needed format.
Q: Is there any open-source solution available for running a local (sandboxed) version of Device Cloud?
A: Device Cloud runs on a specialized suite of servers. It is not currently available as a local application.
Q: What kind/count of gateways were used to bridge the sensors to the databases?
A: The Data Sensing Lab at Google I/O used 20 ConnectPort X2e gateways to bring sensor data into Device Cloud. A multiple gateway strategy was very important because no on-site testing could be done before the event, so we used a highly conservative network topology to provide redundancy and ensure complete coverage.
Q: What kind of method does Device Cloud use for Push notification? HTTP POST, email, FTP, custom socket…?
A: Currently HTTP and TCP transport methods are available.
Q: What kind of security do you provide for data stored in Device Cloud and what kind of security implemented for managing devices in network?
A: There are over 175 security controls! Read more on our site here.
Q: What do I need to get started? [sensors… a microcontroller…a device cloud account…]
A: One easy way to get started is with a Digi Gateway Development Kit. There’s also maker-oriented XBee Internet Gateway software that you could use to roll your own kit.
Other questions? Let us know in the comments section below or on Twitter.
“We’re going to see all kinds of new ways to leverage M2M that will drive business disruption and new revenue streams. It’s across the verticals where the most interesting plays are being enabled by M2M. Competitive advantage can be realised from both process efficiencies and greater customer intimacy.”-Joe Dunsmore, president and CEO, Digi International