Stellar Frisby delivered a thought-provoking session exploring how innovation, sustainability, and intellectual property (IP) intersect to shape the future of global food systems. She began by highlighting the immense pressures facing the Agrifood industry, from the rising global demand for safe and nutritious food to the increasing effects of climate change, resource scarcity, and widespread food waste. These challenges, she noted, directly impact global efforts to meet the UN Sustainable Development Goals, particularly Zero Hunger and Climate Action.

To contextualise the urgency, Frisby referenced the World Food Programme’s Hunger Map, pointing to alarming levels of food insecurity and chronic malnutrition in crisis regions such as Yemen. This global reality demands smarter, more resilient, and more efficient food systems, and technology is at the heart of that shift.

Smart, autonomous technology as a catalyst for change
Frisby traced the evolution of agrifood innovation from animal-powered tools to steam power, mechanisation, and now an era defined by smart, autonomous systems. These systems generally rely on three core technological pillars:

1. Automation
Machines take control of operational processes, enhancing consistency, reducing human error, and enabling higher productivity.

2. Artificial Intelligence (AI)
AI processes massive datasets to identify trends, predict outcomes (such as yield optimisation), and detect defects faster and more accurately than human capabilities alone.

3. Internet of Things (IoT)
Connected devices like smart sensors on equipment can continuously collect and transmit real-time data, allowing automated monitoring and faster decision-making.

Together, these technologies form a powerful ecosystem that enables data-driven control throughout the entire production chain. Frisby highlighted examples such as IoT-enabled smart HACCP systems, which automate food safety monitoring and create a seamless feedback loop for quality assurance.

Innovation meets Intellectual Property: The engine of sustainable progress
Frisby emphasised that innovation alone is not enough; it should be protected. Intellectual Property (IP) gives creators the legal tools to gain recognition, earn returns on investment, and maintain a competitive advantage. Without IP rights, she warned, innovators may risk losing control, value, and ownership of their ideas.

She outlined the six types of IP recognised in South Africa:
• Patents – Protect inventions, such as functional ingredients or novel processes
• Designs – Protect the appearance of an article
• Trademarks – Protect brand identity, such as logos and slogans
• Plant Breeders’ Rights – Protect new plant varieties
• Copyright – Protect creative works
• Trade Secrets – Protect confidential information, such as formulations or methods

Frisby strongly reinforced that patents operate on a quid pro quo system: Inventors gain exclusive rights for a period of time in exchange for publicly disclosing their invention, stimulating industry-wide progress. In contrast, trade secrets can last indefinitely provided confidentiality is maintained.

There are sometimes unintended consequences of invention; in this case, the Wardian case, a world-changing innovation that was not protected, unintentionally enabled the global transfer of valuable plant species, helping Britain establish plantations abroad and ultimately dominate commodities such as tea and rubber.

Innovation wins: Modern success stories
Frisby showcased examples of how strong IP strategies can propel food innovations to global success:
• Innocent drinks demonstrate the power of branding, trademarks, and product differentiation.
• Quorn demonstrate the power of branding, trademarks and patents
• Golden rice, developed through international public-private collaboration, illustrates how licensing and IP-sharing can be designed to support humanitarian goals

The data is clear
According to the WIPO Agrifood Patent Landscape Report, over the past 20 years, there have been 3.5 million patent families in the agrifood sector, with AgriTech accounting for 60% and FoodTech 40%, and annual growth rates of 6.9% and 3.3%, respectively.

Looking ahead, Frisby highlighted the growing role of AI-powered R&D assistants, such as the IFT’s Co-Developer, which will enable food scientists to design formulations, test concepts, and solve technical problems faster than ever before.

Conclusion
Frisby concluded with an inspiring call to action: It’s worth speaking to an IP professional to help you protect your innovations. In an increasingly competitive and resource-strained world, IP is not just a legal formality; it is a strategic tool that empowers innovators to secure investment, differentiate products, safeguard sustainability-driven solutions, and contribute meaningfully to the advancement of humankind.