A clear explanation of the science and engineering drives engagement.
Inform and Inspire Management, Industry, and the Public.
KAIA delivers beautiful Emmy Award winning visuals that get the most credible ideas the view time they deserve. We communicate from an understanding of the science and engineering. Inspiring and informative visualization will connect you with the industry, strengthen relationships, and expand opportunities.
Virtual Event
Challenge: The upcoming UPP phase 2 conference was canceled due to social distancing. How could the great work being done by the FAA and its partners be communicated?
Solution: UPP Phase 2 would go virtual. In a few short weeks documentation was collected, interviews were conducted and the virtual event was set up.
Exhibit Design
Challenge: The war for control of our electronic systems takes place out of sight on computer chips and in code. How can this abstract and complex subject be made visible, understandable, and relatable to conference attendees?
Solution: KAIA delivered an exhibit incorporating a car driving simulator that gives the audience a thrilling, visceral experience. The driving simulator is both a showcase for the ongoing project development work and a dramatization that connects the significance of this work to our daily lives.
ENO Illustrations
Annual report illustrations depicting three rapidly developing applications of Unmanned Aerial Vehicles: agriculture, package delivery, and Urban Air Mobility.
Training & Safety
Combat Simulator for US Army | Real-time first person combat training program for detection of IEDs in the city of Fallujah.
Emmy award winning Visual Effects
Visual Effects of a Boeing 777 on approach for the LOST Television Series.
21 Primetime TV Series
10 Feature Films
Illustrating a concept for NASA
Challenge: Capture the audience’s attention to explain a new technology.
Solution: MEDIVAC is a civilian aerial ambulance concept dramatizing a future application and showing the system in action.
Saving Lives
In an urban environment, wind around tall buildings creates enormous eddies and vortexes. These swirling air patterns are tremendously difficult for VTOL aircraft to navigate.
LIDAR (light detection and ranging) can ‘see’ these ever changing wind patterns. Placed along flight paths and around buildings, sensors can update autonomous aircraft so they can compensate, in real-time, for the turbulent airflow and safely reach the destination.
