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Friday / November 22. 2024
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Sentera, a Minnesota, USA-based ag analytics platform powered by machine learning, has announced the launch of its Direct Georeferencing (DGR) System, which quickly connects to an ag drone to add high-precision location certainty to high-resolution aerial imagery.

“Drones have transformed data collection processes for agriculture,” said Ryan Nelson, chief mechanical engineer, Sentera. “With the DGR, we’re taking it one step further by eliminating inefficiencies so our customers can deliver insights faster.”

The Sentera DGR System features a tactical-grade inertial measurement unit (IMU) and RTK GPS that tightly integrates with a sensor, like Sentera’s 6X Multispectral or 6X Thermal. DGR-enabled products quickly connect with compatible drones, including the DJI Matrice 300 and several MAVLINK-based platforms.

The DGR System adds high-precision geolocation information in real time, which means fewer images are required to cover the same area. As a result, users can eliminate the need for the orthomosaic stitching process. In real-world use, drone flight times decrease by up to 60 per cent, and the time to move from collection to analysis can be reduced by up to 8x.

“Many times, image stitching is just a necessary evil to assemble the data that produces a crop insight,” said Nelson. “With the DGR System, this process is eliminated – completely transforming how fast we can deliver data.”

Because image stitching is no longer required to precisely geolocate data, many analysis workflows can be accomplished right at the field edge. Where cloud-based processing is preferred, the DGR System’s dramatic reduction in data volume accelerates production rates versus current techniques.

“Efficiency in the field allows our customers to spend their time where it matters most – analysing key crop health and performance measurements to validate outcomes and performance,” said Nelson.

Sentera, a Minnesota, USA-based ag analytics platform

 The partnership with the technical institutes will facilitate the application of drones by both government and private sector in the African country.

Agri-drone startup Garuda Aerospace has announced that the company has partnered with Harare Institute of Technology and Nyangani Virtual University to offer drones-as-a-service to the agriculture industry in Zimbabwe.

Garuda has mentioned that its partnership with the technical institutes will facilitate the application of drones by both government and private sector in the African country. In agriculture, Garuda’s drones will be used for carrying out large scaling mapping, inspection and training to increase the agricultural output.

Recently Garuda has announced the completion of the plantation of 75 000 seeds using drones in partnership with Rotary Club Bombay and the Tamil Nadu Forest Department.

″We are constantly on the lookout for partnerships that enable us to deploy drones for agricultural applications that empower the ecosystem and the farmers, ″ Agnishwar Jayapraksh, founder and chief executive of Garuda Aerospace said in a statement.

Jayapraksh added that the objective of the new partnership is to add value to the agriculture ecosystem by providing them with drones that leverage artificial intelligence (AI) and machine learning (ML) technologies.

The startup claims it has over 30 types of drones and offers 50 drone-based services including precision agriculture spray, damage inspection, warehouse management, seed dropping, cleaning of solar panels and delivery of medicines using drones. Some of the more common agricultural applications using drones include pest control, health monitoring, livestock management, soil analysis, and aerial survey.

Founded in 2015, Garuda is backed by Mahendra Singh Dhoni. The start-up raised US$30 million in a Series-A round last month at a valuation of US$250 million.

 The partnership with the technical institutes will