From Hurricanes to Hardware: The Origin Story
OWL, short for Organization, Whereabouts, and Logistics, was born from crisis.
In 2017 and 2018, four catastrophic hurricanes, Irma, Maria, Harvey, and Florence, caused over $300 billion in damage and devastated millions of lives. That devastation sparked action.
Co-founder Bryan Knouse and his colleagues joined a global IBM hackathon with a bold idea: build cost-effective, rapidly deployable communications networks for use in disaster-struck regions. Their early prototype involved wireless, solar-powered devices, aptly named “ducklings,” which could connect even the most isolated communities to first responders.
“Our concept was using low-cost wireless devices we called ducklings, or ducks, to set up communications networks in places that had no power, no electricity, no other means of communication,” said Knouse.
That prototype became Project OWL, which evolved into OWL Integrations: a dual-use technology company with a growing portfolio of disaster resilience, defense, and environmental monitoring solutions.
Innovation at the Edge: OWL’s Technology
OWL’s “cluster-duck” networks are flexible, modular mesh systems designed to bring connectivity to austere environments, whether in the aftermath of a hurricane or on a remote military installation. But the technology doesn’t stop at connectivity.
Today, OWL designs and manufactures its own semiconductors, reducing reliance on foreign-made chips and contributing to the domestic semiconductor renaissance in the U.S.
“It’s not only become a valuable effort for us, but a mission-critical effort,” Knouse said. “We’re very excited to be pushing this next wave of electronics manufacturing in the U.S. forward.”
OWL’s ducks now also support machine learning at the edge, enabling AI-powered acoustic monitoring in environments where internet access is nonexistent. In a recent deployment, OWL partnered with Arizona State University and the Phoenix Zoo to install sensor-equipped ducks in the Costa Rican rainforest, confirming the existence of rare bird species in real-time.
Expanding Use Cases: From Disaster Relief to Defense
While OWL’s roots are in humanitarian aid, its future includes deep collaborations with the U.S. Department of Defense.
The same qualities that make OWL’s technology ideal for natural disasters—resilience, scalability, and low power requirements—translate perfectly to defense and industrial markets. OWL is now actively serving defense needs while also exploring industrial applications in oil and gas, remote sensing, and infrastructure monitoring.
“We had to evolve through different use cases, just like Fairchild Semiconductor did in the 1960s,” Knouse explained. “Back then, they didn’t know if there would be a commercial market. They just built for missiles first. That’s how we think about our strategy too.”
MassChallenge’s Role: Catalyzing OWL’s Growth
OWL first joined MassChallenge through the NATO DIANA program, an experience that Knouse called “exceptional.” It built critical relationships across the U.S. and Europe and deepened OWL’s understanding of dual-use technology in the context of ongoing global conflicts.
But it was MassChallenge’s Air Force Labs program that proved transformative.
“The most valuable aspect of that program was our relationship with MassChallenge,” Knouse said. “We’ve returned multiple times to network, discover new opportunities, and grow our business.”
Key members of the MassChallenge team, including Nick, Elena, and Will, played essential roles in helping OWL navigate the complexities of SBIR funding, defense relationships, and strategic connections.
“MassChallenge is the axis of connectors,” Knouse added. “They’ve helped us tap into relationships we didn’t even know we needed—ones that aren’t just investors or engineers, but critical enablers of success.”
What’s Next for OWL?
OWL is charging forward at the intersection of semiconductors, AI, and resilient networks. With ongoing deployments in both defense and environmental fields, the company is a rare example of scalable dual-use innovation.
From Costa Rica to classified environments, OWL’s ducks are making an impact.
“We couldn’t be more excited to be playing a role in the semiconductor renaissance in the United States,” said Knouse. “And in this coming wave of artificial intelligence, particularly in the Internet of Things.”
Why Founders Should Join MassChallenge
For entrepreneurs, especially those exploring deep tech or defense innovation, Knouse has a clear message:
“Developing relationships inside the Department of Defense is hard. MassChallenge helps you build on top of their strong foundation. It’s a valuable program I would do again in a heartbeat.”