Success Story.

Enabling real time visibility and control for integrated devices of all on-farm devices with AWS

Headquartered in Tumba, Sweden, the client is a globally acclaimed leader specializing in integrated dairy and farming solutions that are sustainable and customer centric.

With multiple dairy production sites across geographies, especially in remote areas, and topological limitations, the communication between devices and equipment deployed on-site was adversely affected.

The client’s ambitious expansion plans for adding more farms into the business portfolio meant that numerous connected devices are bound to rise. The restricted bandwidth for connecting these devices affected overall system availability and performance across the board. A diverse range of hardware and tech assets exacerbated the already vulnerable connectivity issues making it difficult to have a uniform operational picture.

The solution

Team YASH understood the client’s requirements and proposed a scalable and cost-effective solution combining AWS services such as IoT Greengrass, AWS Lambda, and MQTT protocol to maintain messages between devices in a core-flex model. This model ensured rapid human resource optimization, customer centricity, and uncompromised performance, striking a delicate balance between reduced costs and quality deliverables. With a Vacuum Monitoring System, it became possible to relay real-time information using AWS in a bottom-up approach. Within the AWS ecosystem, actionable insights were arrived at with visualizations as an on-demand feature on desktops and mobile devices.

Business impact

Seamless remote connectivity with a cloud native solution

The client was equipped with instantaneous observational capabilities for all on-farm resources. Architecting remote infrastructure and orchestrating devices and facilities led to optimized operational overheads. Using the IoT core in the AWS ecosystem, collating and shaping information for an informed business decision culture was possible. YASH ensured interoperability of embedded devices across the operational landscape for rapid expansion, high availability, and consistent performance.

Reduced field visits

with increased remote access

Predictive maintenance achieved

by real-time monitoring of device health and performance

Reduced milk losses

with heightened operational efficiency and precision

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