Clearpath To Provide GE Healthcare Repair Center With Self-Driving Vehicles

OTTO at GE Healthcare

A fleet of OTTO self-driving vehicles will automate just-in-time parts delivery within Milwaukee facility

(Kitchener, ON, Canada – April 21, 2016)  Clearpath, the developer of OTTO – a self-driving vehicle designed exclusively for material transport – has been selected to automate just-in-time parts delivery in a GE Healthcare repair facility being expanded near Milwaukee, Wisconsin.

“The OTTO fleet will optimize GE Healthcare’s just-in-time manufacturing process to help enable repair cells operate at full capacity,” said Matt Rendall, chief executive officer at Clearpath Robotics.

This GE Healthcare facility is a Repair Operations Center (ROC) that repairs medical equipment, tests functionality, recycles retired equipment, manages warranty service programs, and ships qualified high quality parts to field services to maintain a high level of customer fulfillment at locations in the United States and around the world. The fleet of OTTO self-driving vehicles will be used to load and deliver parts to work cells for repair. Once restored, OTTO will dispatch materials to shipping for return to customers.

“Clearpath’s OTTO self-driving vehicle and intelligent technology will help us serve our customers with speed, flexibility and accuracy, and gives us the ability to scale our operations going forward,” said Patricio Espinosa, director of Repair Operations for the Americas at GE Healthcare.

OTTO enables customers to improve throughput, reduce costs, and to stay flexible with the changing needs of their material flow process. The solution provides infrastructure free navigation, obstacle avoidance, human-safe collaboration, and a payload capacity of 3000 lbs.  Customers using OTTO self-driving vehicles typically experience a return on investment in 18-24 months.  For more information about OTTO, visit www.ottomotors.com.

TextNow’s prospects soar south of border

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by Terry Pender

Waterloo maker of low-cost smartphones saw revenues almost double in 2015, but Canadian carriers aren’t interested

Derek Ting will be spending more time in San Francisco as his seven-year-old startup prepares for a marketing campaign to push the low-cost provider of smartphones way past $20 million US in annual revenues.

Ting, co-founder and chief executive officer of TextNow, recently opened the San Francisco office for data mining and analytics to drive marketing and sales. The vice-president of growth, director of business intelligence and director of data science will work there.

A few years ago, TextNow employed 30 people in its Waterloo office. Today, it employs 77 people in the David Johnston Research and Technology Park, three in San Francisco and two in Los Angeles.

Revenues in 2014 totalled $11.2 million US. Last year the company earned more than $20 million US.

“We increased our revenue 75 per cent year-over-year,” Ting said. “And we are trying to meet, or beat, that growth rate this year.”

TextNow was founded in 2009. In 2011, it raised its only round of venture capital — $1.5 million led by Silicon Valley’s David Samuel. Today the company has no red ink, and it has not needed any more outside financing. All of the growth since 2011 was organic.

“We are very, very proud of that,” Ting said.

TextNow has an active user base of between six million and seven million people a month in the U.S. A year ago, it was selling about 1,000 smartphones equipped with its software each month. By December, its monthly shipment was 7,000 smartphones.

Almost all of the company’s business is in the U.S. because no carrier in Canada will partner with the low-cost upstart. TextNow can be used in Canada only on Wi-Fi, so Canadians are a minuscule part of the company’s business.

After graduating form the University of Waterloo in 2009 with degrees in computer engineering, Ting and Jon Lerner wrote an app that enabled text messaging and phone calls on the iPod Touch using Wi-Fi. It was downloaded 13 million times from the Apple app store.

TextNow now was founded. It quickly evolved into the world’s first cloud-based smartphone carrier.

It partnered with Sprint in the U.S. and provides smartphones and monthly plans at a tiny fraction the prices of its big competitors. Its most popular smartphone these days is the Moto E that it sells for $5 US. Plans start at $19.99 US per month and there is no contract.

And now it is preparing to use 21{+s}t-century analytics to increase sales.

“We want to be able to take some of the money we have and reinvest it in into marketing, but we want to do it in a smart way,” Ting said. “We don’t want to spray and pray.”

The data scientist working out of San Francisco, along with the director of growth and director of business intelligence, will lead the way on marketing. They will work at the intersection of marketing, business and engineering. The office was located in San Francisco because the skill sets and talent for that work are readily available there.

“There are a lot of consumer companies there that get their growth this way,” Ting said. “We are a consumer company and we need that knowledge to grow.”

The San Francisco team will develop software that crunches data, provides constant feedback and uses predictive analytics to drive marketing.

“Building the capability to measure if things are working or not working is huge for us,” Ting said.

The startup began with the name EnFlick, but changed it to TextNow. It wanted the same name for the company as its flagship product.

It recently expanded to 15,000-square-feet inside 375 Hagey Blvd. There is a customer care centre that receives an average of 3,300 calls a week. There is another room for software developers and user-experience designers. There is cafeteria for catered lunches that has craft beers on tap and snacks. A company gym opened earlier this year, and on the main floor is the customer fulfilment centre.

TextNow has several suppliers of used, and sometimes new smartphones, from the U.S. It has one supplier in China. Most of the devices are less than two months old. After the smartphones are equipped with TextNow’s firmware, new SIM cards are installed. The devices are put in new boxes with the TextNow logo on the cover. New manuals and accessories are packed into the box.

Every work day a UPS truck picks up a palette of devices around 4 p.m. TextNow promises delivery to anywhere in the U.S., including Puerto Rico and Hawaii, in two business days.

Ting walks into a storage room where the shelves are packed with smartphones in new boxes, waiting to be shipped. He takes a box of the shelf and opens it.

“So this is our cheapest phone that we sell right now, the Moto E. This is actually the brand new version. The brand new version is $20, and the refurbished version is $5 US, no contract,” Ting said.

TextNow has several makes and models ready for shipping.

“There is a Galaxy S3. I think this is $40 US on our website,” Ting said. “And you get the brand new version for $50.”

The Galaxy S4 sells for $130 US, the S5 costs $200 US and the high end S6 for $300 U.S.

“We’ve got a lot of great connections,” Ting said. “It is not from one supplier, we have a bunch of suppliers. That is part of our secret sauce, being able to find supply.”

APrivacy provides ubiquitous, invisible security protection

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Fintech startup APrivacy is set to scale its data encryption and tracking technology business from Hong Kong

Established in Canada in 2010, APrivacy is a fintech expert in data security that caters for the financial services industry, with a primary focus on banks. Its security solutions protect confidential information on any devices, digital documents, emails and even messaging and cloud storage. This is through restricting copying, saving, printing, or forwarding documents and emails; or pull back any document or email message at any time, even after being sent or downloaded.

“It is like an invisible security layer on top of existing applications, so you can use whatever application you want and we make it secure with seamless user experience,” Dr Cédric Jeannot, CEO, APrivacy, explained the uniqueness behind the technology.

Fintech Acceleration Programme

After completing the three-month Accenture FinTech Innovation Lab Asia Pacific Programme in 2014, Dr Jeannot, and Michael Basler, COO and CFO, realised the market opportunity and decided to set up in Hong Kong.

“The programme allows us to have a better sense of the city and the lifestyle, and there is a good balance between culture and business. It offers an ideal platform where fintech startups meet the banks and understand the trends and their needs,” Dr Jeannot said.

In September 2015, they set up an office at Smart Space, the co-work space at Cyberport, and another one in downtown Central. To meet its business needs, APrivacy plans to hire up to 20 staff for sales and marketing, customer support, project management and technical deployment by end of 2016.

Massive Market, Sophisticated Customers

Hong Kong has more opportunities for fintech startups than New York, according to Dr Jeannot. “I think local customers are more sophisticated when compared to those in North America. For example, Chinese customers may request the bank staff to use instant messaging apps to communicate with them. If the bank is unable to provide such services, the Chinese customers can easily switch to another bank. Hence, there is an increasing demand for compliance and data centric security solutions,” he explained.

“In terms of market demand of our services, Hong Kong is 10 times larger than the US. And from entrepreneurship point of view, Hong Kong has all the ingredients for startups to flourish – excellent connectivity, strategic location and an increasing number of incubators and accelerators,” he added.

APrivacy was assisted by InvestHK’s Toronto office and the Information and Communications Technology team from the very beginning. Dr Jeannot is very impressed with the efficiency and ease of setting up in Hong Kong. “It is super easy to set up a company in Hong Kong. It is so business-friendly that companies do not need to reinvent the wheel. InvestHK is a one-stop shop for startups and the government services here are very efficient,” he said.

Swift Labs and Miovision team up to make smart city magic

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Miovision – a company with a history of teaming up in the Waterloo Region sandbox – has just announced its most recent strategic partnership: with hardware design and testing startup Swift Labs.

Swift Labs and Miovision are both the sort of hardcore, engineering-focused company that’s becoming the hallmark of Waterloo Region tech, and they’ve joined forces on a mysterious project codenamed “Magic Sensor”. According to McBride, developing the prototype meant Swift Labs “stretched the laws of physics beyond what we thought was possible.”

NDAs are keeping details mum, but the tea leaves suggest a wireless, connected sensor designed specially for the smart city. Miovision is no stranger to smart sensors: the company’s flagship product, Spectrum, tracks vehicle movement in real-time, collecting data that planners use to make roads and cities more efficient.

Swift Labs specializes in wireless hardware, with particular focus on regulatory and compliance testing: whatever the two companies are cooking up, it’ll probably play nicely with others. Swift Labs prides itself on working with the world’s top labs to make sure their clients have full predictability before entering the certification cycle.

“Smart cities are going to be driven by the Internet of Things,” said Miovision CEO Kurtis McBride. “Cities are basically made up of little point-problems. Some of the larger, more well-known companies are coming in with a top-down approach, saying ‘you’ve been a dumb city for a long time, now we’re going to make you a smart city, just pay us oodles of money.’ 

“Our approach is to come in at the point-problem level. Focus on intersections, focus on data-collection, focus on parking. Understand the real problems, and come up with smaller tools to actually solve them, but always with a mind to the bigger picture: how it will all come together to create a smart city. We’ve found an incremental approach is a lot better than one-time, transformational change.”

For Swift Labs, the partnership was most unique for its intimacy.

“Miovision is a big company with a really strong reputation for its engineering talent,” said Swift Labs co-founder and CEO Anthony Middleton. “But the team really trusted us and enabled us to provide services to them. In a way, we were able to augment the teams. Rather than just be stand-off and deliver a service or product in six weeks, we really integrated ourselves and embedded ourselves within their teams to understand their use-cases, customers, and culture. This delivery wasn’t stand alone, we were really enabled by Miovision and I think that’s reflected in the result.”

As Miovision brings the “Magic Sensor” to market, details will start trickling out. For now, McBride and Middleton are basking in the success of a locally-grown partnership bearing fruit.

The biggest surprise that came from these firms collaborating?

“Anthony hitting the date,” said McBride. “It was impossible.”

Photo: Mexico City-12 by Edmund Garman is licensed under CC BY 2.0.

AC Grad blueRover partners with Rogers to offer IoT as a service

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Rogers first Canadian carrier to introduce Internet of Things ‘as a service’ for Canadian businesses

Mar 31, 2016

Businesses can connect, manage devices and the flow of data from IoT solutions in one place

TORONTO, March 31, 2016 /CNW/ – Rogers Communications announced today it is the first Canadian carrier to offer Internet of Things (IoT) ‘as a service’ to simplify the process of managing complex IoT solutions. Two of the first solutions being offered as a service include Farm & Food Monitoring and Level Monitoring, and Rogers will deliver these exclusively with blueRover, a Canadian-based provider. The solutions will be supported end-to-end by Rogers, including the management of devices, applications and connectivity for customers.

“Connectivity is now table stakes today when it comes to supporting the Internet of Things – for Canadian businesses to drive real productivity with this technology, they need solutions that are simple to deploy and manage,” said Charlie Wade, SVP, Products and Solutions, Enterprise Business Unit. “With blueRover, we’re bringing connectivity, monitoring and management of IoT solutions in-house so our customers can focus on running their business while we take care of managing the day-to-day.”

blueRover, a Canadian leader in the Internet of Things, provides IoT solutions across many industries. These solutions allow businesses to securely track and monitor assets in real-time, and also automate manual business processes using sensor technology and secure data pathways. A Rogers-dedicated IoT Support team will additionally monitor these solutions to ensure the customer’s service is always on.

Rogers Enterprise customers will have access to the following IoT services:

  • End-to-End Incident Management – Today, many businesses troubleshoot and manage their own IoT device and network issues, with multiple suppliers. IoT as a Service will be fully managed by Rogers, including connectivity monitoring and management of IoT endpoints. Rogers IoT Support Teams will immediately action solutions for customers when issues arise.
  • Farm & Food Monitoring: Sensor technology that securely monitors, tracks and automates devices and machines that are used in farming and food services industries such as refrigerators, freezers, deep fryers and ovens. These solutions further help business customers to comply with food safety regulations and to reduce food wastage overall.
  • Level Monitoring: A solution for businesses that require tools to measure and monitor levels of liquids, including grain, oil, water and waste matter. The solution has the ability to monitor liquid levels in order to eliminate the labour intensive processes required by many businesses today to manually refill or empty tanks, bins, and containers prior to capacity. This automated process has potential to reduce the use of emergency deliveries and services, which in turn saves businesses time and money.

“Today just over 45% of Canadian organizations are deploying Internet of Things solutions and we predict the IoT market in Canada to reach a value of $13.5 billion by 2019,” said Nigel Wallis, Research Director, IDC Canada. “By offering IoT solutions as a Service, Rogers, together with blueRover, have the potential to drive adoption of IoT solutions by removing the burden of managing these complex solutions for Canadian businesses.”

The solutions announced today are the first in a series of IoT ‘as a Service’ solutions that Rogers will introduce to the market to remove the complexity for Canadian businesses. Additional solutions being offered as a service today include Cold Chain Management and Food Safety Monitoring for restaurants and food kitchens.

For more information about IoT solutions from Rogers, visit rogers.com/DiscoverIoT

 

Clearpath Robotics Husky A200 Unmanned Ground Vehicle in Training for NASA’s HI-SEAS Study

Clearpath Robotics’ Husky A200 has joined Dr. Jean Hunter and Dr. Kim Binstead, for a two week training session at the Mars Desert Research Station in Utah in preparation for the four-month Hawaii Space Exploration Analog and Simulation (HI-SEAS).

Clearpath Robotics‘ Husky A200 Unmanned Ground Vehicle (UGV) has joined Dr. Jean Hunter (Cornell University), Dr. Kim Binstead (University of Hawaii), and six crew members for a two week training session at the Mars Desert Research Station in Utah in preparation for the four-month Hawaii Space Exploration Analog and Simulation (HI-SEAS).

Beginning in April, HI-SEAS will bring volunteer crew members together in a simulated Mars environment for 120 days to research new forms of food and food preparation for long-term space missions. Additionally, Simon Engler, from the University of Calgary, will be on hand with the Husky A200. Engler will be focusing on astronaut-robot interaction and robot companionship studies.

Playing a key role in Engler’s research is Clearpath Robotics’ small but mighty UGV, the Husky A200. Already being used for methane detection studies by the Autonomous Space Robotics Lab (ASRL) at the University of Toronto Institute for Aerospace Studies, the Husky’s agility in rugged terrain, combined with its easygoing, user friendly nature, is quickly making it the go-to platform for Mars robotics research around the world. HI-SEAS currently uses the Husky to study robot operation while wearing a dexterity-impeding spacesuit and as a useful tool, for example, for transporting rock samples back to the base station.

“The Husky is perfectly suited to the rugged terrain that will be faced on this, and future Mars research missions,” says Matthew Rendall, CEO of Clearpath Robotics. “Having Clearpath platforms involved in, and trusted for, such important work is a great feeling.”

The HI-SEAS team is currently at the Mars Desert Research Station in Utah for a two week warm up before the official project kick off in Hawaii, and the Husky has wasted no time making friends. “We’re all very excited about the rover, and it’s slowly turning into a 7th crew member” says Crew Commander, Angelo Vermeulen.

About Clearpath Robotics:

Clearpath Robotics is a Canadian startup company founded in 2009 by four graduates of the University of Waterloo’s Mechatronics Engineering program. Dedicated to automating the world’s dullest, dirtiest, and deadliest jobs, Clearpath has found early success, winning the FuEL (Future Entrepreneurial Leaders) Award, TiE Quest’s New Entrepreneur Award, the Shopify Build a Business Award, and taking first place in the 2011 CBET RISE Business Plan Competition. High profile clients such as the Department of National Defense, Canadian Space Agency, US Navy, MIT and Carnegie Mellon University are proving Clearpath really is “Your Unmanned Expert”.

Company Contact Information
Clearpath Robotics
Paul van der Vorst
148 Manitou Dr. Suite 101
N2C 1L3

Phone : 519 513 2416 x816