The convergence of AgTech and ClimateTech represents one of the most significant shifts in modern agriculture, transforming not only operational efficiencies but also the long-term sustainability and resilience of farming. Both in Australia and globally, these technologies are rapidly being deployed, reshaping the agricultural landscape, empowering farmers with tools to boost productivity, mitigating environmental impact and addressing climate concerns. This evolution in technology is creating more resilient agricultural systems, which are increasingly essential to meet the challenges posed by climate change and shifting global demands.
Agricultural technology, or AgTech, encompasses a range of innovations, from precision farming and automated machinery to genetic advances and remote monitoring systems. As these technologies mature, they are addressing critical challenges facing agriculture today, particularly those linked to efficiency, resource scarcity, environmental considerations and fluctuating market pressures. For Australian farmers, who face a climate that is both harsh and variable, these advancements are proving to be very advantageous. From drought-resistant crop varieties to advanced irrigation systems, AgTech allows farmers to optimize their operations, making it feasible to maintain yields and even increase productivity in the face of challenging conditions. It is also advancing animal welfare and production efficiencies by, for example, the introduction of remote animal welfare and nutrition monitoring. Farming practices, including regenerative farming, are focused on soil improvement, erosion mitigation and carbon capture.
Climate technology, or ClimateTech, is specifically geared toward mitigating the environmental impact of agriculture, which is responsible for a measurable portion of global greenhouse gas emissions. Methane reduction, carbon capture and soil management technologies are at the forefront of these initiatives. In Australia, companies are piloting and scaling innovations such as methane-reducing livestock feed and carbon-sequestering crops, which aim to curb emissions while preserving agricultural productivity. These efforts align with the Australian government’s ambitious climate goals, providing farmers with practical solutions that not only enhance sustainability but also improve profitability. The results of these initiatives are measurable, as producers find themselves better positioned to meet increasing regulatory requirements while capitalizing on carbon markets and sustainability-driven consumer demand.
Internationally, the adoption of AgTech and ClimateTech is enabling similar shifts, with regions such as North America and Europe also grappling with climate-related pressures including environmental and sustainability mandates. European agricultural policy, for example, has increasingly emphasized carbon neutrality, prompting an influx of funding and innovation geared toward reducing agriculture’s environmental footprint. In the United States, AgTech companies are leveraging AI and data-driven platforms to enable farmers to make real-time decisions that optimize resources and reduce waste. These technologies also offer promising applications in emerging economies, where sustainable farming practices are necessary to support population growth and food security without exacerbating environmental degradation.
However, the impact of AgTech and ClimateTech extends beyond environmental benefits. By improving the economic viability of farming, these technologies are helping to reverse trends that threaten the agricultural industry, including declining profitability and aging workforces. Automation, data analytics and other AgTech innovations allow farmers to manage larger areas with fewer resources, reducing labour costs and enabling smaller operations to remain competitive. In addition, ClimateTech-driven practices, such as regenerative agriculture and carbon farming, open up new revenue streams, allowing farmers to earn income from environmental stewardship while contributing to global sustainability goals.
The convergence of AgTech and ClimateTech has led to innovative solutions for recycling agricultural waste and improved animal husbandry. Companies such as Extracta, ARC Ento Tech and DIT Ag Tech, all of which are on the PrimaryMarkets Platform, are at the forefront of this convergence. These companies exemplify how technology can improve farming outcomes and turn agricultural byproducts into valuable resources, supporting sustainable agriculture and reducing environmental impacts.
Extracta, based in Australia, specializes in transforming agricultural waste, particularly plant materials, into natural extracts that can be used in various industries, from pharmaceuticals to cosmetics. By upcycling byproducts that would otherwise go to waste, Extracta maximizes the value of agricultural resources and reduces the industry’s carbon footprint.
ARC Ento Tech, also Australian, focuses on converting organic waste into high-quality insect protein and fertiliser through innovative biotechnology. By using black soldier fly larvae to process organic waste, ARC Ento Tech creates a circular economy model where waste is turned into valuable inputs for the feed and agriculture industries. This process not only reduces the need for traditional animal feed production, which is often resource-intensive, but also contributes to soil health through nutrient-rich fertilizer production.
DIT AgTech is an Australian leader in the application of technology to animal husbandry. DIT AgTech’s proprietary supplement delivery systems enable farmers to automate and optimise livestock supplementation. Animals consume water in proportion to their body weight, so supplementing livestock via drinking water is a reliable way to get the target dose of nutrients to every animal, every day. The uDOSE system automatically delivers a specific proportion of supplements into livestock drinking water, ensuring optimal health and performance of all livestock.
These companies underscore the potential of AgTech and ClimateTech in addressing management challenges in agriculture, including turning what was once a disposal cost issue into an opportunity for innovation, sustainability and profit.
Despite these advancements, the integration of AgTech and ClimateTech faces challenges. Access to capital and infrastructure (such as digital connectivity in remote rural regions) remains a barrier for small-scale and regional farmers and the rapid pace of technological development can outstrip regulatory frameworks, creating uncertainty in the marketplace. Furthermore, while these technologies offer substantial benefits, they also require significant investment in training and adoption, as farmers must adapt traditional practices to new systems and tools.
In both the Australian and international markets, AgTech and ClimateTech are driving an unprecedented transformation in agriculture, one that holds promise for greater resilience, profitability and environmental responsibility. As these technologies continue to evolve, they will likely become foundational to a new era of farming, one in which agricultural viability and environmental stewardship are not mutually exclusive but are instead deeply intertwined.
PrimaryMarkets
For companies that are not listed on a stock exchange, the PrimaryMarkets trading Platform is an ideal way to facilitate the off-market sale of shares in your company.
PrimaryMarkets is a flexible and evolving Platform that responds in real time to the ever-changing investment environment. In doing so it provides sophisticated investors with access to companies that are shaping the future in a wide variety of industries and sectors. We provide access to opportunities previously only accessible to institutional investors. In addition to trading, PrimaryMarkets helps companies raise capital from our global investor data base.
PrimaryMarkets exemplifies how innovation can transform the way we invest, trad