Sustainable agriculture platform Rize has raised $31 million [1] in equity financing to scale low-emission rice farming across Southeast Asia.
This investment targets the reduction of methane emissions, a potent greenhouse gas, while attempting to increase the incomes of small-scale farmers in a region critical to global food security.
The company intends to deploy its technology in Vietnam and other parts of Southeast Asia, including Indonesia [2]. Rize utilizes artificial intelligence and a technique known as Alternate Wetting and Drying (AWD) to optimize water usage and lower the environmental impact of rice production [1, 2].
By implementing these climate-focused models, the platform aims to reach 150,000 farmers by 2030 [1]. The approach seeks to balance the need for high crop yields with regional climate-action goals, a necessity as the agricultural sector faces increasing pressure to decarbonize.
The funding will allow Rize to accelerate the rollout of its AI-driven tools, which help farmers manage their paddies more efficiently. This model focuses on improving livelihoods by lowering input costs and potentially opening doors to carbon credits through verified emission reductions [1, 2].
Rice farming is traditionally water-intensive, often leading to significant methane release from flooded fields. The AWD method breaks these continuous flooding cycles, which reduces the anaerobic conditions that produce methane without compromising the growth of the crop [1].
“Rize has raised $31 million in equity financing to scale low-emission rice farming.”
The scaling of AI-driven water management in Southeast Asia represents a shift toward 'climate-smart' agriculture. By targeting methane emissions through AWD techniques, Rize is attempting to prove that environmental sustainability can coexist with increased profitability for smallholder farmers, potentially creating a blueprint for other staple crops in the region.
