Agerpoint announces patent award for systems and methods for monitoring agricultural products
Systems and methods for monitoring agricultural products
Agerpoint, a leader in geospatial intelligence and data engineering that develops technologies to digitize, analyze and comprehend natural environments, announced today issuance of a new patent from the United States Patent and Trademark Office which brings the Agerpoint patent portfolio to ten.
This newest patent, US Patent No. 11,181,517 “Systems and Methods for Monitoring Agricultural Products,” extends Agerpoint’s IP related to monitoring fruit production, tracking plant growth, monitoring plant health and productivity, measuring morphological attributes and performing field-based phenotyping.
Kevin Lang, CEO of Agerpoint, commented, “We are excited to continue expansion of our patent portfolio and also to develop scalable workflows that allow affordable and efficient access to these innovations to growers, researchers, climate professionals and others that seek accurate plant data.”
About Agerpoint:
Agerpoint is an innovator in geospatial intelligence and data engineering that develops technologies to digitize, analyze and comprehend natural environments.
Through a combination of artificial intelligence, high performance computing and advanced analytics, the Agerpoint platform fuses together sensor data from terrestrial vehicles, mobile devices, drones and satellites with other information and human observations to create a highly precise, quantifiable and interactive digital record to enable better decision-making for clients across agrochemical and food and beverage R&D, forestry, production agriculture, government and conservation organizations.
Agerpoint's Know Your Carbon™ serves to provide credibility and transparency to carbon credits by leveraging Agerpoint’s unique ability to create highly accurate 3D plant models and efficiently extract physical measurements and health information using automation and AI.
With these advancements, our mission is to improve quality of life for our planet’s inhabitants and mitigate climate change by enabling a transformational shift in how we measure, understand and interact with plants, crops and forests.