Meet the Founder
AerVelum™Latin-inspired for “Air Veil”
What began as a practical idea born from real-world travel and rescue transport gradually evolved into a broader vision for reimagining how vehicle windows can function. The concept expanded beyond a single product into a platform approach focused on enhancing the relationship between occupants, airflow, and the driving experience itself.
Having driven in diverse environments across North America, Europe, Asia, and Africa, I repeatedly encountered the same unresolved challenge. Despite differences in climate, culture, road conditions, and vehicle types, the need remained remarkably consistent: finding a better way to enjoy fresh airflow without sacrificing security, visibility, comfort, or protection from the outside environment.
Those observations became even more apparent while transporting rescue animals. Long drives often meant making difficult compromises between ventilation and protection from insects, debris, weather, and other environmental intrusions. Whether traveling to veterinary appointments, foster homes, adoption events, or rescue transports, their comfort and well-being were always a priority.
Over time, and across countless miles on the road, it became clear that partially opened windows often failed to provide adequate ventilation during stops, while leaving a vehicle running was not always practical. Some environments felt less secure than others, yet stopping was unavoidable. For pet owners, families, travelers, and animal rescuers alike, these limitations remained surprisingly common regardless of vehicle type or location.
Those experiences inspired the search for a better solution—one that could more effectively balance airflow, comfort, visibility, and protection in a clean, adaptable way.
Today, AerVelum™ is being developed as a scalable platform for modular automotive airflow and protective window systems designed to support more controlled, comfortable, and open-air driving experiences across a wide range of vehicle applications. ModuScreen™, the first system being developed within the AerVelum™ platform, represents an initial step toward that broader vision.
The average person spends years of their life inside a vehicle. Through decades of travel, international driving experience, and thousands of hours on the road, I came to believe that one of the most overlooked components of the driving experience is also one of the most frequently used: the vehicle window.
For more than a century, vehicle windows have remained largely unchanged in their fundamental purpose—open or closed.
AerVelum™ was born from a simple question:
What if the vehicle window could do more?
It’s time for a new approach.

— Heather
Founder & Inventor, AerVelum™
Why It Matters
The average person may spend 4–7 years of their life inside a vehicle, the largest asset next to home ownership. Yet vehicle windows have remained largely unchanged from the beginning. AerVelum reimagines that experience by improving airflow, comfort, protection, and utility during thousands of hours spent on the road.
Whether traveling with family, pets, rescue animals, or simply enjoying open-window driving, people often want airflow without sacrificing comfort or protection.
AerVelum™ was created to explore a better balance between openness, ventilation, visibility, and environmental protection — while preserving the simple pleasure of fresh-air driving.
Currently in Development
AerVelum™ and ModuScreen™ are currently in the development and concept refinement stage.
The platform vision includes modular applications for consumer, utility, specialty, and future OEM-aligned vehicle integrations.
Potential Applications
- Everyday passenger vehicles
- Pet and rescue transport
- Outdoor and overland travel
- Utility and fleet vehicles
- Specialty vehicle platforms
- Future OEM-aligned integrations
“Sometimes innovation begins with something simple — fresh air, open roads, and the desire to travel more comfortably and protected with the ones who matter most.”
— Heather

AerVelum™ and related technologies are protected by U.S. and international patents pending.