A Vancouver-based company, Skyward Wildfire, has secured funding of up to $1 million from Innovate B.C., a provincial Crown corporation, to trial cloud-seeding technology aimed at reducing lightning strikes that ignite catastrophic wildfires in British Columbia. Lightning was responsible for approximately 70 per cent of wildfires in the province in 2024, accounting for over 97 per cent of the 1.1 million hectares that were scorched. As climate change increasingly brings about longer and hotter summers, the urgency for innovative wildfire prevention strategies has never been more pressing.
Cloud-Seeding: A Promising, Yet Controversial Solution
Skyward Wildfire has been quietly developing its cloud-seeding technology for the past two years, during which it has raised millions in funding. While the details of this technology remain closely guarded, the company has indicated that it employs “targeted aerial operations” involving non-toxic materials in small quantities, conducted in coordination with public-sector partners.
The cloud-seeding method, traditionally associated with enhancing rainfall, is a form of weather modification that has been in use for decades. Sam Goldman, the chief executive of Skyward, articulated the necessity for additional tools in wildfire management, particularly during peak risk periods. “This project is an opportunity to evaluate our approach in real-world conditions as part of broader wildfire-preparedness and prevention efforts,” he stated in a Ministry press release.
Testing will commence in July, with aircraft stationed in Kamloops conducting operations across the province. In April, Skyward also received $643,000 from NorthX, a Vancouver-based non-profit organisation aimed at fostering clean energy innovation.
The Mechanics of Cloud-Seeding
While Skyward’s website does not explicitly mention “cloud seeding,” several external documents do reference the technique. A March 2025 press release highlighted the technology as “cloud seeding with safe, non-toxic materials.” The method has historical roots, tracing back to the 1960s when military chaff—small metallic particles—was tested for its ability to disrupt thunderclouds.
The materials used by Skyward have been described as an inert substance consisting of aluminium-coated glass fibres, which have various military applications, including radar interference. During the 2025 wildfire season, Skyward aims to collaborate with British Columbia and Alberta’s wildfire services to offer advanced technological solutions, including enhanced aircraft and predictive sensors.
Historical Context and Future Implications
Cloud seeding has been employed globally with varying degrees of success. For instance, in the United States, it has been used to alter rainfall patterns, while China has deployed the technique to alleviate air pollution in urban areas like Beijing. Although the Alberta government has a history of utilising cloud seeding since the 1990s to manage hailstorm risks, Skyward’s focus is distinctly on averting lightning strikes that precipitate wildfires.
Research conducted in the 1950s and 1970s indicated that cloud seeding could significantly reduce the frequency and intensity of lightning strikes in treated clouds. These findings suggest a potential breakthrough in wildfire management strategies, particularly during high-risk conditions characterised by dryness and strong winds.
However, as Skyward embarks on this ambitious initiative, concerns about transparency and the materials being used remain paramount. Keith Brooks, programme director at Environmental Defence, underscores the importance of understanding the implications of such geo-engineering efforts. “If we are using some kind of geo-engineering, or cloud-seeding technology, and we don’t really know exactly what is being sprayed out there, then we don’t know what the unintended impacts are going to be from that,” he cautioned.
Why it Matters
The introduction of cloud-seeding technology represents a potentially transformative approach to wildfire prevention in British Columbia, a region significantly affected by climate change. As the frequency and intensity of wildfires escalate, understanding the implications of such innovative methods becomes crucial. The balance between leveraging technology for environmental safety and ensuring transparency and public awareness will be vital in navigating the complex relationship between human intervention and natural ecosystems. With the stakes higher than ever, the efficacy and safety of these emerging solutions will be closely monitored by communities, environmental advocates, and policymakers alike.
