Smart Cities New York (SCNY) is North America’s leading global conference exploring the emerging influence of cities in shaping the future. With the global smart city market expected to grow to $1.6 trillion within the next three years, Smart Cities New York is guided by the idea that smart cities are truly "Powered by People". The conference brings together thought leaders from public and private sectors, academia and NGOs to discuss investments in physical and digital infrastructure, health, education, sustainability, security, mobility, workforce development, and more, to ensure cities are central to advancing and improving urban life in the 21st century and beyond.
Posts tagged with "Internet of Things (IoT)":
Meet the incubators and accelerators producing the new guard of design and architecture start-ups. This is part of a series profiling incubators and accelerators from our April 2018 Technology issue. With a cutting-edge client list that includes Nike, Google, and YouTube, digital agency R/GA is committed to staying way, way ahead of the competition. So, when it came to the rapid rise of start-ups and disruptive technologies, R/GA was quick to jump in. “We knew we would need a platform for innovation, even if we didn’t always know which forms of innovation would ultimately take off,” explained Stephen Plumlee, global chief operating officer of R/GA and founding partner of R/GA Venture Studio, a division of the company. “In order to find more and better innovations, solve problems for our clients, and offer new opportunities to our staff, we needed to get deeper into technology and start-ups.” R/GA Venture Studio partnered with the mentorship-focused start-up accelerator Techstars and launched theR/GA Venture Studio program four years ago. The accelerator offers approximately ten-week-long thematic programs with R/GA, sharing its creative capital in terms of marketing, business strategy, branding, design, and technology; partners invest in each start-up and retain approximately 4 to 8 percent of their equities. R/GA also plays matchmaker, strategically partnering clients that have particular problems with start-ups that have potential solutions. Recent programs yielded a media technology initiative with Verizon and a collaboration with the Los Angeles Dodgers; an Internet of Things and connected devices program in R/GA’s London office has proved to be immensely popular. “We are constantly experimenting with our own program and have evolved beyond the traditional accelerator format into something unique to us,” said Plumlee. One of the things that set the R/GA Venture Studio apart is the age of the start-ups accepted into the program. Rather than limit applicants to new ventures, R/GA will accept older start-ups that are more established and have completed as late as Series B funding rounds. It is also not tied to any one location—R/GA Venture Studio spaces are available in any R/GA office—allowing start-ups to continue business as usual beyond Demo Day and other important mentoring events. To avoid being boxed in and missing potential opportunities, R/GA will also accept applicants year-round for various programs—currently it has four running simultaneously. Within this ethos of avoiding constraints, the accelerator’s start-ups and programs have varied widely and have included blockchain, pet care, smart home technologies, wearable devices, and ad tech, to name a few. Notable alumni include: Keen Home A smart vent system that allows homeowners to create climate zones throughout their houses. Clarifai Clarifai is an artificial intelligence company that empowers businesses and developers to solve real-world problems using visual recognition. LISNR A software that connects devices to speakers and/or microphones by sending data over audio waves.
In a 2016 broadcast of NPR’s Fresh Air, author and cultural anthropologist Gretchen Bakke characterized America’s energy grid as “increasingly unstable, underfunded, and incapable of taking us to a new energy future.” Nevertheless, the steady march toward progress continues, and the threat of obsolescence is driving many cities, urban planners, developers, and businesses to invest in the future. “We happen to be at a moment in time where people are starting to fear that technological obsolescence in the workplace and in cities is a pretty tough place to be and has some real consequences economically for the buildings and the cities that don’t have high-speed networking or don’t have modern energy,” observed Brian Lakamp, founder and CEO of Totem Power. “That’s why you’re seeing city planners, mayors, and businesses get more aggressive about deploying built environment technology than they ever have been, as far as I can tell.” (Note: Some states, such as California, have already passed legislation requiring new buildings to be outfitted with electric vehicle charging ports.) Identifying significant shifts in transportation, communication, and energy, Lakamp saw an opportunity to solve a problem that innovation imposes on our aging buildings. For example, as millions of electric vehicles begin to flood the market in the years ahead, a major investment in infrastructure will be required to support them. Similarly, as buildings are rewired with higher-gauge electrical cabling to accommodate new energy and communications networks, it’s clear that smarter, more flexible solutions are required to meet these ever-increasing demands. “With the coming of 5G and some of the IoT technologies, electric vehicles and autonomous vehicles, there’s a lot that is emerging that needs to change in terms of the way communications networks work and new technology is presented that gets really exciting,” Lakamp said. “We’re here as a way to deploy that infrastructure in the built environment in a way that can be made beautiful and impactful.” To that end, Lakamp launched Totem, a groundbreaking energy solution that reimagines and redesigns smart utility. The Totem platform combines solar energy and energy storage, WiFi and 4G communications, electric vehicle charging, and smart lighting into a single, powerful product that weaves these capabilities directly into the built environment.
How It WorksTotem is, at its core, a vertical server rack that’s designed to support evolution in technology over time. Its base product deploys over 40 kWh of energy storage that serves as a grid asset and dynamic energy foundation that ensures energy quality and provides critical resilience in the event of broader grid issues. Integrated solar generation, electric vehicle charging, and LED lighting add further capability to each Totem and sophistication to each property’s energy assets. Totem also provides a reliable hub for Wi-Fi, 4G, and 5G cellular services to bring high-speed connectivity to properties and communities. Through its modern connectivity platform, it also presents a key communications gateway for IoT devices on and around properties. According to a statement from Jeffrey Kenoff, director at architecture firm Kohn Pedersen Fox, “Totem is one of the first to unite design, infrastructure, and community in a single as well as exquisite platform. It’s hard to imagine a major project or public space that it would not transform.”
Smart city technology is a burgeoning but embryonic field: Kansas City has its "Living Lab," New York City has its LinkNYC, and Toronto may get an entire Sidewalk Labs–developed smart city tech testing ground—and that's just to name a few. While each project is different, many involve using a network of sensors, wi-fi stations, and smartphone apps to better connect residents (and tourists) with local businesses, events, and public transportation. Now, Austin is joining this cadre of smart city testers. Austin CityUP Consortium—an alliance of businesses, government agencies, nonprofits, and other organizations—is behind the Smart 2nd Street Living Lab, an effort to bring a similar smart city network to five blocks of Austin's 2nd Street. (The Lab will extend from Guadalupe Street to Trinity Street on 2nd Street, to be exact.) This system will, according to the Consortium, "collect [and] analyze data such as: pedestrian, traffic, sound, air quality, video, and more to determine safety, quality of life, and other needs." Helping to power this undertaking will be Connecthings, a French company that has already implemented similar technology in European cities such as Lyon and Barcelona, and even farther afield in Rio de Janeiro. How does it work? Generally, it goes like this: many already-existing apps benefit from knowing your location. If they know where you are, the apps can show you geographically-relevant information on local events, transit notifications, security alerts, etc. That's what Connecthings does: it deploys small battery-driven sensors and software that ensures location-specific information gets to the relevant apps on your phone. In the case of Austin, Connecthings is just providing elements of the software while BlueCats is deploying the beacons. Additionally, the Austin test won't initially involve apps—instead, when users with Bluetooh and Chrome approach certain bus stations, they will receive the option (in their notifications/widget panel) to connect to a location-specific URL. Selecting that URL will provide real-time bus schedules for that stop. This feature will be operational as soon as the sensors are installed in September. Down the line, as early as October, other apps will enable the project's full range of "use cases," which includes the ability to find open parking spots, locate alternative transportation options (e.g. ride-shares, public bicycles, taxis), receive wayfinding assistance, or learn about pop-ups and public art. Additionally, the city can use the sensors to record the street's environmental conditions and learn how people are using the streetscape itself. “Austin embraces new technologies that empower its citizens and visitors to get access to real-time information—hence facilitate daily life in helping navigating transportation services,” said Laetitia Gazel Anthoine, CEO and founder of Connecthings. “AustinCityUP is Austin’s key innovation enabler that fosters partnerships and helps make an impact in the city, right away.” If successful, according to the Consortium, this network could extend beyond 2nd Street.
The once-prosaic thermostat has become a high profile design object as of late. As a critical gateway for the "Internet of Things" and the world of the connected home, it's increasingly seen as an HVAC status symbol. With his new scheme for the Hive for British Gas, Yves Béhar takes a step back from the fray and focuses on the unit's ease of use. Compared to the first learning thermostat, Nest, and its smart-home spawn, Hive takes a low-key approach to aesthetics—but does so via some fairly fancy interface technology. Until it is touched, the face of the unit remains a blank, mirror-like surface. Changeable frames for the Hive (above) work to bring the user into the experience and put them in control of the device—not vice versa. Nest's hardware and interface are resolutely minimalist—indisputably a factor in its success in the marketplace (it's estimated that 10,000 units are sold every day)—but graphically, it's more heavy-handed and generic. The Ecobee3 wi-fi thermostat features remote mini-monitors that track the temperature in more than one room of the house. Occupancy sensors help save energy and reduce operating costs. The device's rounded corners and a cutesy insect icon convey an emphasis less on science and more on everyday accessibility. From the originator of the original Round thermostat (which was designed by Henry Dreyfuss), the Lyric has geofencing capability, which enables the device to adjust automatically, based on the location of the user's smartphone. By inverting the dome profile of Dreyfuss' 1953 icon, the design pays homage to a classic while supporting today's technology.
Google has awarded an endowment worth half a million dollars to Carnegie Mellon University (CMU) to build a “living lab” for the search engine giant’s Open Web of Things (OWT) expedition. OWT envisions a world in which access to networked technology is mediated through internet-connected buildings and everyday objects—beyond the screen of a smartphone or computer device.
“A future where we work seamlessly with connected systems, services, devices, and ‘things’ to support work practices, education and daily interactions.” -in a statement by Google’s Open Web of Things.Carnegie Mellon’s enviable task is to become a testing ground for the cheap, ubiquitous sensors, integrated apps, and user-developed tools which Google sees as the key to an integrated machine future. If that sounds like mystical marketing copy, a recent project by CMU’s Human-Computer Interaction Institute sheds light on what a sensor-saturated “smart” city is capable of. The team headed by Anind K. Dey has created apps like Snap2It, which lets users connect to printers and other shared resources by taking photos of the device. Another application, Impromptu, offers relevant, temporary shared apps. For instance, if a sensor detects that you are waiting at a bus stop, you’ll likely be referred to a scheduling app. “The goal of our project will be nothing less than to radically enhance human-to-human and human-to-computer interaction through a large-scale deployment of the Internet of Things (IoT) that ensures privacy, accommodates new features over time, and enables people to readily design applications for their own use,” said Dey, lead investigator of the expedition and director of HCII. To create the living lab, the expedition will saturate the CMU campus with sensors and infrastructure, and recruit students and other campus members to create and use novel IoT apps. Dey plans on building tools that allow users to easily create their own IoT scripts. “An early milestone will include the development of our IoT app store, where any campus member and the larger research community will be able to develop and share an IoT script, action, multiple-sensor feed, or application easily and widely,” Dey said. “Because many novel IoT applications require a critical mass of sensors, CMU will use inexpensive sensors to add IoT capability to ‘dumb’ appliances and environments across the campus.” Researchers at CMU will work with Cornell, Stanford, and the University of Illinois at Urbana-Champaign to develop the project, code-named GIoTTo. The premise is that embedded sensors in buildings and everyday objects can be interwoven to create “smart” environments controlled and experienced through interoperable technologies.