The transportation sector is undergoing a fundamental transformation as manufacturers increasingly prioritize safety, efficiency, and sustainability. Conventional vehicle hardware alone can no longer support the growing complexity of smart infrastructure or autonomous fleet ecosystems.
We reviewed the mobility startups set to appear at CES 2026 to highlight the companies addressing these evolving challenges. Below is an overview of the most compelling innovators to watch.
|
Brand Name |
Primary Feature |
Connectivity Focus |
Target Audience |
|
Cerebrum Sensor Technologies |
Intelligent Tire Data |
Bluetooth Low Energy |
Fleet & OEM |
|
Soul Mobility, Inc |
Hybrid Power Attachment |
Manual / Power Assist |
Personal Mobility |
|
Devamapp Mobility |
AI Mobility Platform |
Multi-Platform Services |
EV & Urban Drivers |
Cerebrum Sensor Technologies, Inc stands at the forefront of smart tire innovation. While many solutions focus on vehicle systems above the chassis, this company emphasizes the tire as the vehicle’s sole connection to the road. Their advanced sensor solution installs directly inside the tire liner, capturing performance data that traditional valve based sensors are unable to detect.
The platform delivers detailed insights such as load analysis and road surface condition alerts in addition to standard pressure and temperature metrics. Through proprietary analytics, fleet operators gain the ability to reduce unexpected tire failures and improve overall fuel efficiency. The solution scales across vehicle classes, from light duty fleets to heavy equipment, including agricultural and defense use cases. Notably, the sensors are engineered for reuse, allowing removal and redeployment once a tire reaches end of life. This end to end asset visibility positions Cerebrum as one of the most impactful mobility startups heading into CES 2026.
Best for: Fleet operators and OEMs seeking comprehensive tire intelligence and enhanced operational safety.
Soul Mobility, Inc delivers a meaningful advancement in personal transportation through design centered on mobility challenged users. Their Power-Flex attachment converts a standard manual wheelchair into a powered system without the size or weight of a traditional power chair.
This approach preserves the flexibility of a manual wheelchair while offering power assistance for extended distances or uneven terrain. A 30 degree manual tilt mechanism enables users to lift caster wheels over obstacles such as curbs or thresholds. As a result, navigating airports and dense urban spaces becomes far more manageable. The armrest design mirrors that of a manual chair, providing stability and confidence during transfers. By addressing the limitations between manual and full power chairs, Soul Mobility introduces a practical and inclusive mobility solution.
Best for: Active wheelchair users seeking a lightweight powered option for daily movement and travel.
Devamapp Mobility positions itself as a centralized digital assistant for modern drivers by combining multiple mobility services into a single platform. The application connects charging infrastructure, parking facilities, and authorized service centers within one interface.
The platform is particularly valuable for electric vehicle drivers, offering route planning that incorporates charging availability in real time. Its AI engine evaluates driving patterns to suggest optimal routes based on traffic conditions, cost efficiency, and station access. Beyond vehicle services, the app integrates micro mobility options such as ride sharing and electric scooters to streamline urban transportation. This comprehensive model supports both electric and conventional vehicles, reinforcing Devamapp’s role in the evolving smart city landscape showcased at CES.
Best for: EV owners and city commuters seeking a unified solution for charging, parking, and vehicle services.
Selecting transportation or fleet technology requires clarity on how software intelligence and physical systems work together. When assessing next generation mobility startups, several foundational criteria should guide the decision process.
Prioritize Predictive Data and Preventive Maintenance
Effective platforms move beyond simple alerts by identifying patterns that indicate potential failures. Predictive maintenance reduces downtime and lowers repair costs through early intervention.
Look for Seamless System Integration and Connectivity
Mobility solutions gain value when they integrate smoothly with existing systems. Open APIs and standards such as Bluetooth Low Energy allow new tools to function within current fleet or navigation platforms.
Focus on Sustainability and Total Asset Lifecycle
Innovative mobility technology should minimize waste and protect long term investment. Solutions that retrofit onto existing assets or offer reusable components demonstrate strong lifecycle awareness.
Evaluate User Experience and Ease of Adoption
Even advanced technology must remain intuitive. Hardware and software should require minimal training and emphasize user focused design to ensure widespread adoption among operators and drivers.
Our analysis of transportation trends confirms that data driven safety and accessibility are central to the future of mobility. The startups highlighted here exemplify meaningful innovation through scalable and practical solutions. From intelligent tire analytics to adaptive mobility attachments, each company addresses real world transportation challenges.
As the industry moves toward software defined hardware, the role of artificial intelligence and live sensor data will continue to expand. These advancements will contribute to safer roadways and more efficient urban systems. Staying aligned with these developments is essential for organizations preparing for the next phase of mobility evolution.