From satellites to shorelines: AI can improve mangrove conservation with monitoring
When satellite technology meets environmental innovation, the possibilities are boundless. exemplifies this synergy by providing customized Earth observation solutions that combine satellite imagery with cutting-edge AI.
Through these integrated tools, they can help clients across mining, agriculture, sustainability, and disaster response make rapid, evidence-based decisions. Despite a solid technological foundation, moving from a compelling idea to commercial success is rarely straightforward.
Recognizing the need for strategic guidance, QL Space turned to CSIRO's Innovate to Grow—a self-paced, free online program that empowers small and medium-sized enterprises to refine research and development pathways, access collaborative opportunities, and bridge the gap between initial concepts and market-ready solutions.
"Through the Innovate to Grow program we gained crucial insights into refining our business model, strengthening our grant applications, and effectively positioning our innovation in the market," says Raj Gautam, CEO of QL Space.
AI applied to mangrove monitoring
A prime example of QL Space's forward-thinking approach is their AI-powered geospatial platform for mangrove monitoring.
Mangroves are vital coastal ecosystems, protecting shorelines, nurturing biodiversity, and contributing to carbon sequestration. By merging satellite-based Earth observation with advanced AI, QL Space analyzes vegetation density, identifies at-risk areas and estimates carbon capture. This enables environmental managers to respond swiftly to emerging threats with timely, data-driven insights.
"Our AI framework interprets satellite data to identify subtle shifts in mangrove health, so conservation efforts can be swift and targeted."
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Grant success and outcomes
QL Space's participation in Innovate to Grow culminated in securing the WA Government Innovation Booster Grant, enabling them to enhance their platform and integrate new capabilities.
Beyond mangrove monitoring, the company aims to broaden its scope to precision mining and agriculture. They are also expanding their team—welcoming new talent in AI, satellite technology, and data science—to accelerate innovation and meet the growing demand for geospatial solutions.
What made the difference
"Innovate to Grow stood out for its hands-on support. Structured learning modules, combined with one-on-one mentoring sessions, equipped QL Space to tackle both technical and commercial hurdles," Raj says.
Meanwhile, being part of a network of peers facing similar challenges across different sectors further fueled knowledge exchange and collaboration.
QL Space's journey shows how timely support, paired with a clear vision for innovation, can unleash the transformative power of satellite technology for industry and the environment alike.
Provided by CSIRO