Client Used Case

Currently, manual efforts and semi-automatic machines handle our raw materials, works-in-progress, and packaging. This approach is labor-intensive and error-prone. We use barcode and batch number systems for tracking, but even their assignment is manual. Our core production machinery lacks feedback mechanisms and isn't interconnected with our business systems. Enter Hexa IoT's Pandora IoT platform and wireless sensors—a game-changer. These smart sensors monitor crucial aspects like temperature, humidity, sound levels, and air quality, optimizing our processes. With every key machinery retrofitted, we now effortlessly collect and analyze production data.

We used to practice manual weighing and counting during packaging, leading to inconsistencies and efficiency issues. Additionally, we lack proper temperature control for their paste machine, risking product quality and shelf life. Now, we utilize smart weighing and smart counting to enhance accuracy and efficiency. Additionally, IoT-enabled temperature monitoring ensures precise control over the paste machine's conditions, safeguarding product quality and shelf life. We are able to remotely monitor our operational processes, eliminating the need to physically visit the factory and easing our burden.

We currently using a handheld device-based monitoring approach. Continuously tracking our products using these devices has become time-consuming and prone to errors. We have adopted IoT for temperature monitoring, moving away from the time-consuming and error-prone manual handheld devices we used for product monitoring. This transition aims to enhance efficiency and accuracy, addressing the need for a more contemporary and efficient monitoring solution.

Before implement IoT, we face the issue of manually checking machine status and counting printing jobs. This consumes time, risks errors, and disrupts workflow. After implementation, We can remote monitor machine status through HEXA IoT’s IoT Pandora planform. It is user-friendly and able to notify us by email when the machine condition abnormal. These advancements improve accuracy, efficiency, and competitiveness in the our industry.

Previously we need physical presence at each machine location to verifying machine status. This leading to operational inefficiencies and disruptions. We seek to address this by finding ways to remotely monitor and control machine statuses and we found HEXA IoT. Now, with the IoT system, we able to remote tracking of machine no/off status, eliminating the need for manual checks. This translate to significant time savings, increased operational efficiency, and reduced disruptions to workflow.

In Gopeng, the reddish-brown lateritic soil typically has pH levels of 5.5 to 6, slightly higher near the surface. The warm, humid climate and heavy rainfall can increase soil acidity due to leaching. Operators face the challenge of covering considerable distances on foot to ensure optimal growth conditions for gaharu trees. Initially taking 8 to 15 years to mature, thanks to Pandora Georgia's support, we've accelerated the tree growth process, reducing time to maturity and lowering the risk of tree mortality. This approach cuts fertilization costs and streamlines maintenance. Embracing a technical, scientific approach improves tree health and potential ROI.

Operators have to go underwater and dive into the sea to assess the condition of the coral reefs and use handheld devices to monitor sea water conditions. Now, we have the capability to monitor real-time sea water quality, even in the harshest weather conditions. This technology has not only safeguarded the health of our precious coral reefs but has also ensured the safety of our dedicated staff.

Our team need to check the dissolved oxygen levels in the pond on a regular basis, as sturgeon fish are sensitive to the quality of their water environment. A single difference may cause the sturgeon fish to become sick and may lead to death. This considers a high cost for us. With Pandora Thalassa, we can monitor water dissolved oxygen levels in real time, and it has a trigger function that can send emails to our team when the dissolved oxygen levels reach abnormal values. This has eased our burden and reduced our fish sickness rate.