For generations, mobility was defined by what we could see and touch. Cars, trucks, buses, trains, ships, and airplanes were the symbols of progress, freedom, and economic growth. When people talked about moving goods or traveling from one place to another, the focus was on the vessels doing the work. Powertrain performance, manufacturing scale, and design innovation dominated the conversation.
Today, that definition is no longer sufficient.
Mobility has evolved into something far broader and more complex. It is no longer just about vehicles on roads or in the air. It is about the systems, technologies, infrastructure, and people that enable movement at every level. In today’s reality, mobility is an interconnected ecosystem that blends physical machines with digital intelligence, energy networks, data platforms, and talent pipelines. Many of the most important elements shaping how people and goods move are invisible, yet indispensable.
From Products to Systems
The Detroit Region has long stood at the center of global mobility innovation. Its history in automotive engineering and manufacturing has created one of the most powerful industrial ecosystems in the world. That legacy remains critical, even as the nature of mobility innovation has shifted.
“Where mobility once centered on individual products, it now centers on systems,” said Bernard Swiecki, vice president, mobility & research at the Detroit Regional Partnership (DRP). “A vehicle is no longer a standalone asset. It is part of a larger network that includes software, connectivity, infrastructure, and services – and movement today depends on coordination across these layers, often in real time.”
For example, navigation systems rely on continuous data streams. Fleet operations depend on analytics platforms to optimize routes, reduce downtime, and improve efficiency. Safety systems are powered by sensors, machine learning models, and cloud computing. Electric mobility requires not only vehicles, but charging networks, grid integration, and energy management tools.
These components are not optional. They are foundational to modern mobility. Without them, vehicles cannot operate effectively, sustainably, or at scale.
The Invisible Layers that Power Movement
One of the most important shifts in how we understand mobility is recognizing the value of what cannot be seen. Software, data, and digital infrastructure rarely attract attention, yet they quietly shape how people and goods move across cities, regions, and global networks. These invisible systems increasingly determine whether mobility works smoothly or breaks down. They are also increasingly sought-after revenue streams as automakers and software companies vie for the revenue that modern mobility solutions promise.
Behind the scenes, digital coordination makes modern movement possible. In logistics, for example, data-driven platforms help goods move efficiently from origin to destination, adjusting plans in real time as conditions change. In cities, connected systems influence how traffic flows, how transit adapts to demand, and how travelers choose between different modes of transportation.
Energy has also become a core part of this invisible foundation. As transportation electrifies, mobility depends not just on vehicles, but on how charging, energy management, and infrastructure work together. The relationship between transportation and the power grid is now a defining factor in reliability, sustainability, and access.
“These unseen layers form the connective tissue of modern mobility,” Swiecki said. “They shape resilience and efficiency, expand or limit access, and ultimately determine how well mobility systems serve the people who rely on them every day.”
Mobility as an Ecosystem, Not an Industry
When GEM launched in 2022, it sought to break down silos across the Detroit Region’s advanced mobility industry and reframe it as an ecosystem built on collaboration, engagement and cooperation.
This ecosystem approach creates space for new ideas and new types of companies. Not every mobility breakthrough comes from building a new vehicle or physical product. Some advances improve how systems communicate with one another. Others enhance safety, equity, or accessibility through digital tools, or strengthen how real time data supports decision making.
One compelling example is the License and Registration App (LARA) by Cocoon Technologies. At its core, LARA aims to modernize law enforcement interactions by enabling controlled, contactless engagements that increase transparency and accountability. However, LARA also shows how modern mobility innovation can extend beyond vehicles. Its approach improves safety and trust in systems that intersect with transportation, public space, and community infrastructure.
“Our goal is to save lives and limbs,” said Dr. Leah Lewis, founder of Cocoon Technologies and creator of the LARA app. “LARA keeps both the officer and motorist separated and apart, cocooned in their vehicles, which means they’re also separated from any lethal weapons that may be present.”
Examples like LARA, which received guidance, support and funding from across the GEM ecosystem, underscores how thoughtful digital design can simultaneously improve mobility systems, protect communities, and reduce institutional risk.
By broadening the definition of mobility, GEM helps ensure that innovation is not limited by outdated assumptions. This expanded perspective allows the Detroit region to capture value across the entire mobility ecosystem, from hardware to software, from research to deployment, and from local solutions to global impact.
People at the Center of Mobility
While technology is essential, mobility ultimately exists to serve people. Access to jobs, education, healthcare, and community is shaped by how mobility systems are designed and managed.
“A modern mobility ecosystem must balance efficiency with equity, accessibility, and affordability,” said Jeannine Gant, mobility engagement officer for GEM. “Digital tools and infrastructure investments can expand opportunity, but only when they are aligned with real needs and inclusive design.”
GEM’s approach recognizes that talent is as critical as technology. Building and sustaining the workforce behind mobility systems, from engineering to data, energy, and systems integration, ensures the region remains competitive in a rapidly evolving landscape.
This emphasis on people complements GEM’s broader strategy of strengthening relationships and accessibility across the ecosystem. As described in Creating Connections and Expanding the Lane, GEM actively works to connect organizations of all sizes, expand insight, and broaden access so that both talent and opportunity are visible and reachable throughout the Detroit region’s mobility community.
The Detroit Region’s Strategic Advantage
The Detroit Region is uniquely positioned to lead this expanded definition of mobility. It combines deep technical expertise with a culture of problem solving and large-scale execution. The region understands how to bring complex systems from concept to reality – and possesses the legacy infrastructure to do so thanks to its rich automotive engineering and manufacturing history.
The scope of what those systems include is changing. Mobility today spans electric and autonomous technologies, connected infrastructure, advanced logistics, digital platforms, and sustainable energy. It requires collaboration across sectors and a long-term view of how technologies interact.
GEM’s role is to bring these elements together, creating alignment between innovation, investment, and regional strategy. By identifying emerging technologies and supporting the conditions needed for growth, GEM helps ensure that the region remains globally competitive while adapting to new realities.
And the results of these efforts are literally changing the region for the better. Findings from GEM’s ongoing social network analysis show that the region is shifting from a traditional manufacturing ecosystem to an innovation ecosystem more typically associated with places like Silicon Valley.
“We initially saw a lot of silos of influence across the region, which is what a traditional manufacturing ecosystem typically looks like,” said Meaghan Kennedy, founder of Orange Sparkle Ball, which conducted the social network analysis research. “If you look at someplace like Silicon Valley in contrast, it doesn’t look like that at all. It looks like these distributed networks where everyone has some influence. As we’ve conducted ongoing research over time, we’ve begun to see the Detroit region shifting to more of a distributed influence network more in line with an innovation ecosystem, which means there’s more collaboration and information-sharing that is critical for innovation to occur.”
Looking Forward
As mobility continues to evolve, the most important innovations may be the least visible. Lines of code, streams of data, and networked systems will shape how efficiently goods move, how safely people travel, and how sustainably cities grow.
Through a broader, more holistic understanding of mobility, the Global Epicenter of Mobility is helping redefine what it means to move forward. Not just faster or farther, but smarter, more connected, and more resilient. For the Detroit Region and for the world, mobility is no longer just about transportation. It is about enabling progress in every direction.