Empowering Agriculture with
Better Data
At Kora Labs, we partner with agriculture input and certification companies to drive the development and adoption of better farming practices. Our goal is to help clients provide better solutions to farmers through integrated data, scenario analysis, predictive insights, and ongoing monitoring—all powered by our cutting-edge digital twin technology.
Agriculture Input
Companies
Adoption:
Agronomic advisors struggle to bridge the knowledge gap and build trust with farmers. High costs, uncertain ROI, and a lack of trust lead farmers to stick with familiar methods rather than adopting improved practices and new products.
Development:
R&D teams in fertilizer and pesticide companies face long development cycles and high costs due to fragmented data and limited predictive analytics. This slows progress, wastes resources, and leads to unpredictable trial results.
Green Certification Companies
Consulting:
Advising on best practices and agricultural changes from a range of nuanced options is challenging. Recommending new practices with uncertain results can lead to economic hardship for farmers and threaten food security for communities.
Monitor:
Monitoring agricultural practices for certification involves complex data collection and validation to ensure environmental compliance. Integrating siloed data, like satellite information, and applying predictive analytics is time-consuming and difficult.
5
Yrs
Time to bring new products to market
$
3
B
Spent annually on manual, inefficient advice
90
%
Of farmers still resist adopting new methods
$
54
B
In fertilizer lost to the environment every year
Transforming Agriculture with
Digital Twins and Artificial Intelligence
Single Source of Truth
We integrate client data with satellite imagery, weather forecasts, and more to develop and refine agronomic models.
Our digital-twin fields simulate real-world conditions and are continuously optimized based on fresh data collected from clients, ensuring insights remain practical and up-to-date.
Predictive Analysis
and Insights
Our digital twin technology forecasts the success of experimental trials and assesses the impact of specialty products and green practices.
It also enables detailed what-if scenarios, root cause analysis, and more.
Personalized Recommendations
Real-time, data-driven insights empower R&D teams, agronomic advisors, and certifiers with targeted recommendations.
Validate new product ideas and identify optimal solutions for farmers to enhance yield and reduce environmental impact.
Continuous Monitoring
Our solution offers continuous monitoring that delivers accurate, actionable data.
This helps streamline the certification process and ensures ongoing compliance with environmental standards.
Impactful Results
and Field-Tested Evidence
20
%
Accelerated Market Entry & Introduction
Speed up product development with better data.
20
%
Increase in Adoption of New Practices
Encourage farmers to adopt innovative solutions.
30
%
Boost in Advisory Efficiency
Improve advice with clearer, actionable insights.
15
%
Increase in Customer Satisfaction
Enable farmers to achieve better returns from their fields.
20
%
Reduction in Harmful Emissions
Lower environmental impact with better practices.
“With dynamic adjustments to weather, soil and plot history, KoraLabs offers a novel approach to optimizing crop management through site-specific solutions.”
Nathalie Wuyts
Agrocope
“Collaborating with Koralabs was an enriching experience. I was very impressed by the team’s innovative spirit and dedication. I highly recommend KoraLabs’ artificial intelligence-based fertilisation planner to anyone seeking to optimise their crop management strategy.”
Lukas Zuber
ZHAW
In Partnership
with Industry Leaders
Get in Touch & Join Us in Shaping the Future of Farming!
Contact
Email: info@koralabs.ch
Phone: +41 78 929 06 64
Address: Letzigraben 26, 8003, Zurich
Phone: +41 78 929 06 64
Address: Letzigraben 26, 8003, Zurich
Send us a message
Why Us, Why Now?
Transforming Agriculture with
Digital Twins and Artificial Intelligence
What are digital twins?
Digital twins are virtual models of physical systems. They simulate real-world conditions by integrating various data sources, allowing for real-time monitoring, predictive analysis, and optimization.
What types of data do you integrate?
We integrate a wide range of data, including satellite imagery, weather forecasts, soil measurements, and other relevant agricultural data to create accurate and actionable digital twins.
Do I need to install hardware or sensors to use our product?
No, Kora Lab’s software generates digital twins from information collected from various sources. While dedicated hardware is not required, incorporating local measurements can enhance prediction accuracy.
How long does the deployment timeline take?
The deployment timeline varies depending on the complexity and scope of the project. Typically, we provide a detailed timeline after assessing your specific needs and data requirements.
Who is the platform most useful for?
Our platform is particularly valuable for R&D teams, agronomic advisors, and green certification companies looking to enhance product development, improve advisory services, and streamline certification processes.
What are the primary use cases for the platform?
The primary use cases include accelerating research and development, optimizing sales strategies, and enhancing the efficiency of advisory services. The platform supports a wide range of agricultural applications.
Can the platform be used for oversight?
Yes, the platform provides comprehensive monitoring and oversight capabilities, enabling users to track compliance with environmental standards and assess the effectiveness of agricultural practices.
How much does it cost?
Pricing varies based on the specific features and scale of the deployment. Contact us for a personalized quote and to discuss your requirements in detail.
What results have you seen?
Our clients have experienced significant improvements, including faster time-to-market, increased adoption of specialty products, enhanced advisory efficiency, and reductions in environmental impact.
