Better Origin

High-Level Overview

Better Origin is a biotechnology company that develops AI-powered, modular insect farming systems using black soldier fly larvae to convert food waste into sustainable, nutrient-rich animal feed and pet food products[1][2][5][6]. It serves markets including pet food, poultry, aquaculture, and waste management, solving the problems of food waste (which contributes 8% of global greenhouse gas emissions), unsustainable protein sources like soy, and the broken global food supply chain by enabling localized, low-carbon production[1][2][4][5][6]. The company has shown strong growth momentum, raising over £19.2 million in funding (including a $16 million Series A led by Balderton Capital in 2022 and a $3 million seed from Fly Ventures), launching commercial products like carbon-neutral eggs with Morrisons, and deploying upgraded X2 mini-farms while creating over 60 jobs[2][3][4].

Origin Story

Better Origin was founded in 2015 in Cambridge, United Kingdom, emerging from the Cambridge Judge Business School's Accelerate program (Cohort 8)[1][3]. The idea stemmed from observing nature's upcycling process—insects like black soldier flies naturally convert waste into nutrients—and addressing the unsustainable global food chain, which the founders saw as structurally broken due to globalization and inefficiency[2][4][5]. Early traction included developing container-based mini-farms, a successful pilot for carbon-neutral eggs with UK retailer Morrisons, and iterative product launches: the X1 modular farm in 2020 and the AI-enhanced X2 in 2022, alongside expansions into pet food lines for cats, dogs, and wild birds across the UK and Europe[3][4].

Core Differentiators

• Modular, AI-Powered Insect Farms: Shipping container-based systems (X-Series) use black soldier fly larvae to process local food waste into protein-rich feed, with AI, computer vision, sensors, and automation optimizing conditions for maximum yield, remote control, and carbon-neutral output—reducing emissions, transport needs, and soy dependency[1][2][3][4][5][6].
• Localized and Scalable Deployment: Farms integrate with existing infrastructure on-site at supermarkets, farms, or waste facilities, minimizing logistics, supporting circular economies, and lowering costs for farmers while producing alternatives to antibiotics-heavy feeds[1][2][4][5].
• Multi-Market Versatility: Outputs tailored for pet food (nutritious ingredients for cats/dogs), poultry/aquaculture (high-protein feed), and waste management (fertilizer byproducts), with proven pilots like Morrisons eggs demonstrating nutritional completeness and environmental benefits[1][3][6].
• Sustainability Edge Over Competitors: Unlike peers (e.g., Entocycle, Goterra), Better Origin emphasizes fully automated, accessible tech that prevents landfill emissions, saves land from deforestation, and aligns with UN SDGs for zero hunger, climate action, and responsible consumption[1][3][5].

Role in the Broader Tech Landscape

Better Origin rides the wave of sustainable agriculture tech (agritech) and biotech innovation, capitalizing on rising demand for alternative proteins amid climate pressures, food insecurity, and regulations targeting waste/emissions (e.g., EU landfill reductions)[1][2][5][6]. Timing is ideal post-2020s supply chain disruptions and net-zero pledges, with food waste's 8% GHG contribution and soy-driven deforestation creating tailwinds; their localized model counters globalization's vulnerabilities highlighted during the pandemic[4][5]. In the ecosystem, they influence by pioneering insect bioconversion—normalizing it for incumbents like supermarkets (Morrisons) and farms—while fostering jobs, circular economies, and low-carbon feeds that boost animal welfare and reduce antibiotics, positioning insects as a scalable bridge to food system resilience[3][5][6].

Quick Take & Future Outlook

Better Origin is poised to scale internationally with its $16M+ war chest, focusing on X-Series expansions in pet food and aquaculture while targeting net-zero milestones through more AI-driven deployments[3][4]. Trends like AI-agritech convergence, protein diversification (beyond soy/fishmeal), and waste-to-value mandates will propel growth, potentially capturing shares in the $50B+ animal feed market as regulations tighten. Their influence may evolve from UK/Europe pioneer to global enabler of decentralized food production, fundamentally repairing the broken chain they set out to fix—delivering sustainable protein at scale.[2][4][5][6]