Urban Tech Xchange Facilitates Real-World Testing to Create Sustainable Urban Solutions
Nearly six months ago the Urban Tech Xchange (UTX) launched in Detroit – an innovative lab hosting a series of startups to advance smart city technologies. UTX is a collaboration between Bedrock, Bosch, Cisco, and KODE Labs and is operated by NextEnergy. The space provides a real-world test facility for the progression of sustainable urban solutions. Kevin Mull, senior director for the Office of Urban Strategy and Innovation at Bedrock, sat down with SBN Detroit to discuss the work being done there. Q: Impetus behind UTX? A: In 2021 Bedrock worked with Bosch, Ford, and the Michigan Economic Development Corp. (MEDC) to launch the Detroit Smart Parking Lab (DSPL) at our Assembly Parking Garage. This lab was specifically designed to accommodate open innovation, allowing startups to quickly and effectively deploy early-stage mobility technologies in a real-world testing environment. The concept has worked so well that we began to think about what’s next… being Detroit’s largest real estate developer, it made sense to try to apply those same methods to developing and deploying technologies for the built environment. The DSPL’s focus is mobility and transportation, which in many ways is dependent upon infrastructure, so the Urban Tech Xchange (UTX) was its natural progression. Q: In what ways does UTX help to foster a more resilient Southeast Michigan? A: I think it brings attention to the region’s entrepreneurial spirit and helps define Detroit as a place for innovation while adding another layer to its creator ecosystem. It also gives us a chance to further collaborate with stakeholders here in Southeast Michigan. Between the DSPL, TechTown, Michigan Central, Centrepolis Accelerator, and others like those, and our universities and colleges, and now UTX, we have an emerging set of platforms for continuing to attract and cultivate new ideas and advance open innovation throughout the state. Q: Why the combination of Bosch, Cisco, Bedrock and KODE Labs? A: Bosch and Bedrock are natural cofounders as they have complementary business concepts. Bosch is a lead innovator in energy and building management, while Bedrock is a city builder whose development projects throughout the central business district range from residential and commercial development to hospitality and retail. Cisco is a globally recognized brand and a huge player in smart infrastructure deployment, while KODE Labs is uniquely positioned as a Detroit-based startup focused on smart building technology that has recently experienced tremendous growth. The four companies together bring all the expertise for supporting a sustainable innovation platform, and importantly, maintain a strong Detroit presence. Q: How will Bedrock data be used to design sustainable solutions? A: This is the first-in-the-world kind of opportunity that’s driven by the uniquely dense portfolio we have in Detroit. We have this construct we are working on called a data lake, which is the aggregation of the data that comes from Bedrock’s 17 million square feet of real estate across Detroit. Its access to this unique operational data, combined with publicly accessible information like that from Census Data and the U.S. Energy Information Administration, provides lab participants with the unique opportunity to tie into a broad real estate ecosystem. We encourage and want anyone who engages with UTX to integrate their data as well, and under the right governance, we can offer this data lake to third-party developers for innovation. Q: In what ways are energy usage and decarbonization being looked at? A: Technologies like those being tested and deployed through the UTX platform allow us to track energy usage in real-time and better understand asset optimization. This provides us with the ability to cut back quickly and efficiently on carbon intensity. For example, heat pumps are a great technology but in certain situations, traditional heating systems might actually create less carbon. Real-world and real-time testing will help reveal this. The more data we get, the better decision-making we have and that can support AI applications as well. So first, it’s about understanding where a building is using energy, then understanding how the building responds to energy usage profiles. Q: Elaborate on how UTX is forming best practices for ensuring equity in urban tech solutions. A: When we set out to develop UTX we engaged several stakeholders such as community organizations, local government, public schools, and other platforms to all weigh in. Our work is fully transparent and there is a lot of communication in terms of where we are applying the technologies. For example, we are currently deploying tech in an area of Detroit to better understand air and noise pollution. We are working side-by-side with the community to make sure businesses and residents understand where we are doing this, how we are doing it, and in what ways the information will be used. Communication is paramount when trying to achieve equity in tech deployment. Q: In what ways does all of this work being done here impact businesses in Southeast Michigan? A: I look at it as a bidirectional flow. By establishing the UTX platform, we are helping to attract the best and brightest to deploy their innovations locally. Conversely, established local businesses have the opportunity to plug into a platform that provides a potential global spotlight. Q: What are some examples of new technology that’s being developed there? A: There are several examples of building automation systems, such as using smart blinds that automatically adjust to provide maximum natural sunlight based on occupancy and interior temperature. What I find very interesting are new systems for tracking and automating accessibility. One such deployment is smart communication between power wheelchairs and elevators. … The elevator is automatically called when the wheelchair arrives! Q: Do you think UTX is a differentiator for Detroit? A: Yes. Again, it puts Detroit on the map as a place that’s committed to, and capable of driving innovations and setting benchmarks and best practices for sustainable urban solutions. UTX is putting a stake in the ground for sustainable tech in an urban environment. Detroit is where the innovation is happening. Be sure to subscribe to our newsletter for regular updates
NextEnergy: Working Toward Smarter, Cleaner, and Accessible Solutions for Communities and Cities
According to The World Economic Forum, the share of the world’s population living in cities is expected to rise to 80% by 2050, from 55% now. This increased density combined with an aging infrastructure, a growing digital divide, and other variables brings significant challenges in terms of supporting this increase in density. To address these challenges, NextEnergy works collaboratively to accelerate commercialization in mobility and energy efficiency. SBND interviewed Jim Saber, NextEnergy president and CEO, about its work. Q: Tell me about NextEnergy A: NextEnergy is a nonprofit corporation with a mission to accelerate smarter, cleaner, and more accessible solutions for communities and cities. We partner with innovators to facilitate the commercialization, testing, and deployment of technology in the energy and mobility spaces. We also work with the public sector to help educate on how these solutions can improve the quality of life for people who live, work, and visit their communities. Q: What is the impetus behind NextEnergy? A: Our focus has always been on creating and accelerating new use cases (how a product or service could be used), new applications, and new sectors for the state of Michigan. We were established in 2002 with funding from the Michigan Economic Development Corp. Our goals have remained consistent: To create new opportunities for Michigan to design, develop, and produce new solutions in energy and mobility. Q: Your services include project and program development, market business and trend research, consortium building, infrastructure assessment and design, and custom energy analysis. What are some examples of projects you are working on within these services? A: When it comes to project and program development, NextEnergy partners with Michigan-based companies from startups to Tier 1 automotive suppliers, and energy providers to develop collaborative programs to allow technology to move forward. We are also heavily involved in securing funds from the U.S. Departments of Commerce, Energy, and Transportation among others to bring new solutions to the market. Most recently we’ve been called on to manage two facilities on behalf of industries. These are the Detroit Smart Parking Lab (DSPL) and the Urban Tech Xchange (UTX). These facilities are set up to partner with industry innovators to test and demo new solutions in real-world environments. The DSPL is used to develop solutions for automated parking, charging, sensing applications, and more, to provide data to developers and city planners on how to manage spaces. This is a consortium between Bosch, Ford, Bedrock Detroit, and the Michigan Office of Future Mobility and Electrification. The Urban Tech Xchange operates in the same way, with a focus on the built environment. This is a consortium between Bosch, Bedrock Detroit, KODE Labs, and Cisco. On the market business and the research side, we help companies understand how their solutions best fit the market, assist with the best ways to go to market, who to partner with, how to work with the public sector, and more. When it comes to consortium building, an example of a project we are working on is the development and testing of components that allow for fast fueling of Class 8 trucks (33,001+ pounds), using hydrogen. Within the areas we focus on – mobility and energy – all of the new applications require additions and modifications to existing buildings and property infrastructure. Our team works with companies, cities, and communities to assess where solutions are best deployed, determine how to make them more cost-effective, and understand how best to design and execute, and how to bring it all together. Q: In what ways do you think NextEnergy is making a difference in Southeast Michigan when it comes to sustainability? A: Many of the companies we work with are in Southeast Michigan. I think the work we do to help these businesses bring new solutions and opportunities to market helps them to become more sustainable and employ more people. Outside of Southeast Michigan, we are working with MiNextCities to help create resilient communities in Dearborn, Marquette, and Flint. Q: Tell me about the work you are doing in Dearborn. A: The goal here is to improve community health and minimize the impacts of natural occurrences in the city. We have worked with the city on two areas: The first is planning and preparation to restore city services and mitigate losses from flooding as a result of storms. We’ve been able to partner with the city and companies to install technology that involves real-time sensing and AI monitoring of rising water within the stormwater system. This helps draw comparisons from past events to predict and then mitigate the impacts of flooding, saving the city and residents money, and minimizing health and energy impacts. The second focus in Dearborn has been on air quality. We partnered with Just Air – a startup in Detroit – that takes air quality measurements and brings them into a dashboard in a user-friendly way so that residents can get real-time information on air quality and determine if they should stay inside, etc. Q: In what other ways do you work on and impact sustainability? A: Part of our mission is to move forward solutions at the micro and macro levels that allow us to use less energy. Simply put, the most valuable kilowatt hour of energy is the one you don’t have to use. Creating new mobility applications and solutions for how we move people and goods is another way. Through the MEDC Office of Future Mobility and Electrification, we have been able to support innovators with local Michigan partners (investors, businesses, and communities) to deploy new mobility technology in the state. We have deployed tech in over 30 Michigan communities such as EV charging stations, automated vehicles, and applications that make mobility more accessible. We are affiliated with Michigan Clean Cities (MICC), which is part of a national network of Clean Cities Coalitions supported by the federal government. Its mission is to reduce dependence on fossil fuels for transportation and its work focuses on education, outreach, and community engagement. One of the newer
