Over 2.6 billion people worldwide still lack internet access, limiting their opportunities. At Zenith, we’re on a mission to close this digital divide by setting a new standard for direct-to-cellular, non-terrestrial connectivity—making the world more inclusive, one innovation at a time.Our game-changing stratospheric aircraft is equipped with proprietary wireless systems and a µ-datacenter, allowing us to deliver high-bandwidth, low-latency connectivity straight to regular cellphones—no extra equipment needed. It’s not just effective, it’s the most cost-efficient solution available on the market, outperforming GEO satellites, LEO mega-constellations, and other HAPS technologies, while creating local jobs wherever we operate.What makes us different from satellites? Our aircraft fly orders of magnitude closer to users, providing service quality comparable to ground-based infrastructure—but at a fraction of the cost. After all, physics is the law!How do we stand out from other HAPS? We focus on reliable service over ultra-long flight times. Our aircraft can operate year-round at any latitude and station-keep in any wind conditions, because in the end, it doesn’t matter if you can fly for months if you’re not actually over the area you need to serve. Yes, even in the stratosphere, winds can be tough—and no there isn’t enough sunlight above 30deg latitudes for year round ops—but we’ve built our system to thrive in those challenges.By prioritizing affordability, reliability, and scalability, we’re making the internet accessible to everyone and paving the way for a more connected world.

Development of smart multifunctional composite material.Development of the first multifunctional electronic skin for robotic and prosthesis applications.• Bio-inspired Intelligent Sensing Materials for Fly-By-Feel Autonomous Vehicles, Air Force Office of Scientific Research (AFOSR), Multidisciplinary University Research Initiative (MURI)• Robust Multifunctional Battery Chassis Systems for Automotive Applications, Department of Energy, ARPA-e Program