Food waste has long been a pressing issue in the agrifood sector, but the urgency of reducing it has never been greater. Rising costs for consumers, intensified sustainability targets, and increasingly stringent regulations are pushing producers, distributors, and retailers to confront waste head-on. To accelerate progress toward SDG Target 12.3 (Halve Global Per Capita Food Waste), the EU Commission has proposed legally binding food waste reduction targets for Member States by 2030, requiring a 10% reduction in processing and manufacturing and a 30% per capita reduction in retail and consumption. Yet, achieving this demands more than conventional methods—it requires innovation, digitization, and a fundamental shift in industry mindset.
This article draws on recent industry insights and trends highlighted in an interview with Nishit Agrawal, the co-founder of SkoneLabs, a Germany-based DeepTech startup focused on food quality monitoring and waste reduction through smart sensors and AI analytics. It also offers actionable steps for agrifood corporates looking to lead the transformation toward a more sustainable and profitable future.
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It is estimated that ~32% of food waste occurs before food even reaches retailers or food services (17% on farm and 15% in manufacturing). An additional ~21% of food is wasted in food service and retail. This creates not only an environmental challenge but also a significant business opportunity for agrifood companies to improve efficiency, reduce emissions, and gain a competitive edge. WRAP, a global environmental action NGO, estimates that farmers in particular could achieve a 20% increase in profits through reduced food surplus and waste.
Until recently, many stakeholders in the food supply chain paid only limited attention to food waste, often considering it an unavoidable cost of doing business. However, several factors are changing this perception:
Despite heightened awareness, numerous obstacles slow the pace of change:
SkoneLabs, a Berlin-based startup founded by Nishit Agrawal and Siddardha Koneti, aims to address these challenges with a streamlined, data-driven solution made for effortless integration. Their AI platform leverages real-time data from connected devices from the entities, be it their smart sensors or existing third-party devices/hardware to monitor key quality parameters like temperature, humidity, and air composition. With minimal setup and no major infrastructure changes, the platform's AI tools provide actionable insights to predict and prevent spoilage, enabling timely interventions that reduce waste and operational costs.
• Real-World Impact:
In one implementation within a grain storage facility, SkoneLabs’ technology helped predict conditions conducive to moth infestation. By monitoring air quality and other environmental factors, the facility improved ventilation and filtration strategies. The result was a 30% improvement in air quality and a 15% reduction in moth development.
• Scalability and Relevance:
What sets SkoneLabs apart is its potential applicability across different types of storage and supply environments. Whether it’s grains or perishable fruits, their technology aims to transform subjective, experience-based quality checks into objective, predictive analytics.
To truly move the needle on food waste, similar innovations must scale throughout the value chain. Early adopters often include larger grocery chains with robust IT infrastructures and established sustainability goals. However, the greatest untapped potential lies in mid-sized players who have yet to digitize their processes-particularly in regions where digitalization remains uneven, such as parts of Latin America, Africa, and Asia. With better data, these businesses can identify inefficiencies, reduce subjective decision-making, and enhance their margins while simultaneously meeting sustainability targets.
For instance, adopting digital tools like food waste estimators can significantly reduce waste. A study demonstrated that extending the shelf life of poultry meat by 40% could reduce waste by 6–7%, CO₂ emissions by 457–567 kg, and water usage by 656,571–814,149 liters per 1,000 kg of product.
Actionable Steps for Agrifood Corporates
For corporates aiming to break free from traditional waste management approaches and embrace proactive prevention, consider the following strategies:
Minimizing food waste is not only about meeting regulatory requirements or appeasing environmentally conscious consumers. It is also a compelling business opportunity. By adopting data-driven solutions, forging partnerships with innovators like SkoneLabs, and promoting cultural change within organizations, the agrifood sector can dramatically reduce waste. In doing so, these companies will enhance profitability, strengthen supply chain resilience, and contribute meaningfully to global sustainability goals.
Whether you need strategic insights, due diligence on emerging waste-reduction technologies, or guidance through the complexities of implementing sustainable solutions, our team of experts can lead your organization through this essential transformation. With our deep expertise in sustainable food innovations, we will ensure your business is well-positioned to capitalize on these new opportunities. Schedule a call with our Managing Partner, Floor Buitelaar, to discuss how we can support your journey toward a more sustainable, resilient food system.