Mission
To revolutionize global agriculture by addressing the most challenging issues in agroforestry through cutting-edge technology and sustainable practices.
We are dedicated to:
Early Pest Detection: Utilizing advanced detection technologies to reduce tree mortality and minimize pesticide usage.
Real-Time Farm Analytics: Providing actionable insights and seamless communication from farm to office.
Vision
AgriSciense aims to revolutionize agriculture with sustainable solutions through a dual approach:
Precision: Developing proprietary IoT and AI/ML technologies for early pest detection, specifically targeting Coleoptera species.
Insight: Leveraging conversational AI and a network of sensors to create an "Internet of Pests." Building a system capable of two-way communication, sharing real-time information on tree health, pest conditions, and fruiting status.
Strategy
We harness the full potential of sensor technology and AI to address the most pressing agricultural challenges through:
Sensor Network: Establishing a robust network of IoT devices with varying capabilities across commercial plantations of fruit and non-fruit trees to enable 24/7 monitoring of pest activity and tree health.
Conversational AI: Developing multilingual conversational AI for real-time, two-way communication to facilitate high-frequency data collection, including audio, images, and videos, and gain comprehensive insights into farm conditions.
LONG-TERM VISION
Sustainable Agriculture:
Promote practices that are affordable, accessible, and environmentally sustainable. By leveraging cutting-edge technology, we aim to:
• Affordability: Develop cost-effective solutions that make advanced pest detection and management accessible to farmers of all scales, ensuring financial viability and reduced operational costs.
• Accessibility: Ensure our technologies are easy to deploy and use, providing multilingual support and intuitive interfaces to reach farmers across various regions and demographics.
• Sustainability: Foster healthier farm ecosystems by building energy-independent devices, reducing pesticide use, enhancing pest management, and promoting practices that protect and sustain the environment for future generations.
Establishing Industry Standard:
AgriSciense aims to set industry benchmarks by becoming the leading provider of AI-powered pest detection and sustainable agricultural solutions. Through the creation of the "Internet of Pests" (IoP), we envision a transformative impact on pest management practices, establishing ourselves as the go-to solution provider for early pest detection and real-time farm communication.
Global Expansion:
We are committed to expanding our reach into diverse agricultural segments and geographical markets. Our goal is to develop solutions that mitigate the significant annual damage caused by pests in the Coleoptera family, addressing the $30 billion loss they inflict globally.
RED PALM WEEVIL (RPW)
THREAT TO INTERNATIONAL AGRICULTURE
The Red Palm Weevil (RPW) is a critical global threat to palm trees, particularly in Asia, the Middle East, and North Africa, where it has caused devastating economic and environmental damage. This invasive pest spreads rapidly, burrowing into tree trunks and silently compromising their structural integrity. As a result, farmers face significant challenges, including widespread tree mortality, reduced yields, and increased carbon emissions. The economic impact of RPW is staggering, with an estimated annual loss exceeding $2 billion globally. In regions like the Middle East and India, which account for nearly half of the world’s date palm production, the problem is especially severe, threatening the livelihoods of countless growers.
AgriSciense chose RPW as our initial focus due to the sheer scale and urgency of the problem. Current pest control methods primarily rely on manual visual inspections, which are labor-intensive, costly, and often ineffective, as infestations are typically detected too late to prevent irreversible damage. Additionally, the heavy reliance on chemical pesticides has led to growing environmental concerns and regulatory pressures, prompting the need for more sustainable solutions. The loss of palm trees due to RPW infestation also contributes to significant carbon emissions, equivalent to those produced by hundreds of thousands of vehicles, further exacerbating climate change challenges.
By focusing on RPW, AgriSciense is addressing an immediate and pressing agricultural crisis with its AI-powered IoT sensor network. Our advanced technology enables early, accurate, and automated detection of infestations, allowing growers to take proactive measures that reduce pesticide dependency and safeguard their orchards. Through real-time monitoring and predictive analytics, AgriSciense provides farmers with the tools they need to combat RPW effectively, ensuring the long-term sustainability and profitability of their farms.
