Wi-Fi Load Cell App
Smart application for oil wells drilling
IoT system for monitoring the oil drilling process.
Tech Solutions & Platforms
Flutter
Key Features
Oil wells depth measurement
Data gathering & transfer
Monitoring of other indicators
Twisting moment control
Reporting
Case type
Mobile
Internet of Things
Smart monitoring system for oil industry
The device is a microcircuit with USB connection to any power source like laptop, powerbank, or power unit. The microcircuit has a built-in Wi-Fi module that connects it to the phone. The mobile app connects to the microcontrollers in the drilling machines through various communication paths. The app fixates and stores data gathered and transferred from the microcircuit to the phone.
The microcircuit is used for oil drilling to measure the depth and other indicators when drilling for an oil well. With the app, the workers can control the torque (twisting moment) during drilling, managing the drill from a safe distance. There is also a feature that allows workers to compile reports and send them via email. The app also allows synchronization through the API of the managing company for on-site work processes optimization.
The task for LANARS was to transform an existing app (we developed it with Flutter) that would seamlessly connect and work with the circuit as a smart system for efficient management of the drilling process. Now our task is to constantly improve the mobile app and make changes according to the client’s requirements.
Product advantages
Smart ecosystem for managing the oil drilling process provides higher levels of safety and ensures fully optimized operations — discover more features of the application in the advantages section.
Improved accuracy and speed of drilling operations by using smart analytics. This smart solution reduces the possibility of a human error and streamlines the processes.
Automated tracking and monitoring of drill performance. This helps reduce costs and increase efficiency, allowing for faster drilling times and better decision-making.
Increased safety and efficiency in managing drilling parameters by providing real-time monitoring of operations and alerting staff to any potential hazards.
Streamlined storage and retrieval of data related to drilling operations. This could include optimizing drilling parameters or identifying the best well location. It also might help to detect potential problems during drilling and allow for quicker troubleshooting and resolution.
Challenges and solutions
Ensuring Stable Connectivity
Problem
The need to create an architectural solution for the stable maintenance of communication channels for different types of devices.
Solution
We have developed an architectural solution, which is based on the "strategy" pattern, which allowed us to implement flexibility and extensibility.
Unusual PDF Report
Problem
Integrating a function with a specific PDF report.
Solution
We implemented a PDF report with a lot of data. Also, we’ve integrated a fast and optimal algorithm for generating graphs inside the report, depending on the available values. Data there can be scaled, the distribution of data on the axes is also implemented.
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