SOLVING
WILDFIRE
SOLVING
WILDFIRE
Wildfires endanger our climate, health, ecosystems, and infrastructure.
We're pioneering the technology required to defeat them.
This is our blueprint - a battle against fire and entropy - to help build an extraordinary future.
Wildfires endanger our climate, health, ecosystems, and infrastructure.



We're pioneering the technology required to defeat them.



This is our blueprint - a battle against fire and entropy - to help build an extraordinary future.
Flight 2.0

For decades, aviation has remained stagnant - where are the flying cars!? A few barriers have stood in the way.

  • Risk - Significant innovation requires development risk - unacceptable in commercial aviation where failure leads to catastrophe.



  • Technology - Supporting technologies - including optimized AI compute, high-bandwidth global communication, low cost sensors, improved batteries and manufacturing methods - were not available.



  • Consolidation - Two manufacturers control over 90% of the market - lack incentive to innovate.


Given the constraints of Flight 1.0 - including pilots, airports, and fossil fuels, it was difficult for new entrants to develop a significantly better product. Recently, the maturation of various technologies has provided the necessary ingredients to pioneer the next generation of powered flight.

Electric propulsion, autonomous piloting, and airport-less access form the foundation of Flight 2.0.

Wildfire

Why are modern aviation startups still failing? They’re solving the wrong problem.

Targeting markets bound by Flight 1.0 constraints is a trap. Air taxis and drone delivery may sound exciting - but introduce human risk, which limits the rate of innovation too early in the technology development curve.

Rigorous development of electric autonomous aircraft requires removing humans from the equation, both onboard and along the flight path. The ideal entry market offers low risk flight opportunities where autonomous electric capabilities provide a significant advantage over incumbent solutions.

Wildfires are a rapidly growing global crisis - Canada's largest source of CO₂ emissions. Autonomous electric aircraft swarms are the only solution capable of achieving the two most critical factors for containment: rapid response and increased mass flow rate of water. Additionally, emergency response environments and remote geographies create low-risk flight profiles, ideal for safely deploying novel autonomous technologies.

The robust flight technology that emerges from this development campaign will be capable of competing in larger, higher risk markets; including commercial transport, flight sharing, flying cars, and beyond.

Wildfire

Why are modern aviation startups still failing? They’re solving the wrong problem.

Targeting markets bound by Flight 1.0 constraints is a trap. Air taxis and drone delivery may sound exciting - but introduce human risk, which limits the rate of innovation too early in the technology development curve.


Rigorous development of electric autonomous aircraft requires removing humans from the equation, both onboard and along the flight path. The ideal entry market offers low risk flight opportunities where autonomous electric capabilities provide a significant advantage over incumbent solutions.

Wildfires are a rapidly growing global crisis - Canada's largest source of CO₂ emissions. Autonomous electric aircraft swarms are the only solution capable of achieving the two most critical factors for containment: rapid response and increased mass flow rate of water. Additionally, emergency response environments and remote geographies create low-risk flight profiles, ideal for safely deploying novel autonomous technologies.

AI Robotics
We've entered an unprecedented technological arms race. Exponential digital intelligence capable of manipulating advanced electro-mechanical systems in the physical world will have a profound impact on modern civilization.

Significant involvement in this competition is imperative for long term economic strength, technological sovereignty, and societal resilience.

Autonomous airborne robotics provides a strategic forcing function for the development for real-world AI and advanced robotics - requiring vast amounts of diverse terrain for flight AI training data, abundant compute, and world class engineering talent.
Sustainable Abundance
Legacy systems are increasingly vulnerable, unsustainable, and in a state of regression. Halo represents an ambitious technological development campaign against entropy.

AI robotics will breathe new life into an ossified aviation industry. Success will not only provide solutions to problems once though impossible, such as wildfires - but expand access to the skies and usher in the era of sustainable flight.

We're bringing this to life through first principles innovation, hardcore engineering, and a relentless motivation to build a sustainable, abundant, and inspiring future.


Carl Johnson, CEO
Halo Mechatronics
OUR TECH
OUR TECH
PATENT PENDING
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HALO MECHATRONICS © 2025
HALO MECHATRONICS © 2025