Cellular Robotics leads the underwater revolution

BY SOHAIL KAMAL, WEST COAST CORRESPONDENT

In the heart of BC a technological renaissance is unfolding. Cellula Robotics, a beacon of innovation in the subsea robotics industry, is charting a course for the future, leveraging a unique ecosystem to drive global change in underwater surveyance.West Coast Report connects with Alex Johnson, Cellula’s director of autonomous underwater vehicles (AUV) products, about the firm’s vision and the challenges in the arctic.

“The w orldwide demand for subsea robotics is surging,” says Johnson. “Canada needs to invest heavily in this technology, especially for offshore renewable energy, telecoms cable inspection, security and defence.”

Given Canada’s expansive territories and sparse population, robotics and autonomy offer a unique solution to the challenges on industry and defence.

“We’re poised to seize global opportunities, especially when industries or defence sectors decide to invest seriously in these technologies,” he adds.

Cellula’s mission is clear: to be the world leader in trusted, autonomous marine robotic solutions. The firm believes its technology and experience can redefine subsea security by deploying autonomous robotics solutions on a large scale.

“We see vast opportunities in both the commercial and defence sectors. Our goal is to provide cost-effective solutions to challenges in sustainable energy and security,” Johnson says.

Cellula sets itself apar t through the innovative use of hydrogen fuel cell technology, particularly in its Solus-XR XLUUV (Extra-Large Unmanned Underwater Vehicle). Hydrogen fuel cells are the most efficient, air-independent power source for large AUVs. This technology offers exceptional energy density and lightweight properties, enabling the vehicles to outperform competitors. The hydrogen fuel cell also expands its range, enabling port-to-port missions without the need for the support of a service ship, thus further reducing the total carbon footprint.

The Canadian Arctic, with its cold, remoteness and ice, poses significant challenges. “It holds strategic importance for shipping, resources, sovereignty, climate change, and defence,” Johnson states. Solus-XR is designed to operate in GPS at communication denied environments, like below the ice, autonomously. The design ensures it can function with minimal human interaction and infrastructure.

Being based in BC offers Cellula numerous advantages. “This region is a hub for marine robotics technology, and we’ve benefited immensely from the talent pool here,” says Johnson. Being in close community with other marine robotics firms boosts collaboration and knowledge sharing for this technology.

Additionally, BC’s geography provides easy access to test locations for AUVs. But looking ahead into 2024, Johnson anticipates challenges: “Recruiting experienced personnel is a hurdle. Government and commercial procurement processes are slow and inflationary pressures coupled with supply chain issues are constant battles.” https://www.cellula.com

Despite these global challenges, Cellula Robotics will leverage its innovative prowess and commitment to excellence to overcome.