The Bezos Centre for Sustainable Protein at the National University of Singapore (Bezos Centre @NUS) and Enterprise Singapore (EnterpriseSG) announced a new partnership to accelerate early-stage sustainable protein innovation through a startup compet …
From climate shocks and inflationary pressures to geopolitical and demographic shifts, the Asia-Pacific agri-food sector is facing a period of profound change. With supply chain disruptions becoming more prevalent, the sector is presented with a uniq …
At the 2024 Asia-Pacific Agri-Food Innovation Summit, Norway-based Avisomo emerged as one of the most strategically positioned start-ups in the controlled environment agri-tech space, demonstrating innovation, scalability and operational foresight.
In the fast-evolving world of agri-food innovation, Rare Earth Global stands out as a visionary start-up driving real change in sustainable food systems. Their participation in the Asia-Pacific Agri-Food Innovation Summit marked a pivotal moment: one …
Start-Up Success Story: How Prefer Turned a Pitch into a $15M Growth Opportunity When you’re a start-up with big ambitions and a bold mission, sometimes the right room can change everything. For Prefer, that room was the stage at the Asia-Pacific Agr …
PATS, a Delft-based agri-tech startup, has secured €2.7 million in seed funding to enhance its AI-powered pest management solutions, aiming to replace insecticides with technology. The company plans to use the funds to develop its pest detection and intervention systems, expand internationally, and reduce reliance on chemical sprays with innovative tools like bat-inspired drones, targeting growers facing labour shortages and stricter pesticide regulations.
AI continues to find a home in the agriculture industry, as a partnership between an industry leader and a start-up will create a platform for developing sustainable and innovative crops.
Genomines, a French biotech start-up, has secured $45 million in Series A funding to advance its innovative method of extracting battery-grade nickel using genetically modified plants. This sustainable approach, which leverages hyperaccumulator plants to absorb metals from soil, presents a cleaner and faster alternative to traditional mining. However, the company's global expansion is challenged by diverse GMO regulations across countries, which could delay its deployment and increase compliance costs. Despite these regulatory hurdles, Genomines aims to transform global mineral supply chains, with plans to extend its technology to other critical metals.