Spotlight on Innovation featuring DriveTLV Fastlane Companies
Written by Casey Iaccino – Senior Director of Business Development
This month, we shine a light on the ten groundbreaking startups that joined us in Detroit as part of the Drive TLV FastLane U.S. roadshow. Following a successful two-day program connecting these founders with Michigan’s corporate and investor ecosystem, the potential for high-impact collaborations is clear. The cohort’s focus—spanning distributed energy, next-generation mobility systems, and industrial AI—directly addresses the most pressing needs of Michigan’s industrial and automotive base as we transition to an electrified, connected future. Below is an overview of the innovative companies we were proud to host and introduce to our partners.
Distributed energy and electrification enablers
OASIX Energy — Thermal energy storage (“thermal battery” infrastructure) and control for buildings and data centers, positioned as a way to turn HVAC loads into intelligent, cost-saving infrastructure.
TherMagiX — Waste-heat-to-useful-energy via thermoacoustic technology, aiming to convert low-grade/industrial heat into outputs like electricity and cooling.
Mobility systems, fleet operations, compliance, and connected infrastructure
Monogoto — Global cellular IoT connectivity and private LTE/5G options with tooling positioned for use cases like vehicle telematics, fleet management, and smart metering—important connective tissue for both mobility and energy devices deployed at scale.
Deontic — AI-based software positioned to help mobility companies navigate regulations and compliance requirements, a growing need as automated and connected systems expand across jurisdictions.
Whilx Technologies — An add-on system for autonomous, adaptive tire-pressure optimization intended to improve safety, fuel efficiency, and tire longevity—highly relevant for fleets, OEM validation paths, and total cost of ownership.
Operio.ai — An AI assistant for fleet and field operations that connects to existing systems, unifies telematics/maintenance/fuel/safety data, and produces actionable insights—directly aligned with Michigan’s strength in fleet, automotive, and mobility services.
Skygrid Engineering — Vehicle-based distributed compute orchestration (positioned as turning idle EV/vehicle compute into AI infrastructure), tied to the broader evolution toward software-defined vehicles and new “compute-on-wheels” models.
Industrial AI and manufacturing performance
AIRS ML — Edge AI predictive maintenance for industrial assets using sensor data (temperature/pressure/vibration), positioned to reduce breakdown risk without sending data to the cloud—well aligned with advanced manufacturing priorities.
DataDudes-AI — An Industry 4.0 AI platform aimed at process manufacturing optimization, enabling smarter decisions, waste reduction, and consistent quality over time—high-fit for Michigan’s manufacturing footprint.
Why this focus fits Michigan
The “distributed energy meets mobility” focus is timely, as electrification and connected infrastructure increase the value of resilience and flexibility, such as thermal storage and smarter controls. The U.S. Department of Energy envisions microgrids as essential to the future electricity system by 2035, supporting resilience and decarbonization, making technologies like thermal storage and connected energy management critical for industrial regions like Michigan. Michigan’s history of advanced manufacturing, engineering talent, and a deep ecosystem of OEMs and suppliers makes it the ideal place to validate and scale complex, future mobility solutions. When the entire ecosystem—government, academia, and industry—mobilizes, Michigan wins.
