Bongo Iot case study

  Introduction In the realm of modern construction, efficiency, precision, and seamless operations are paramount. The deployment of mini excavators, versatile machines that play a vital role in excavation and construction projects, demands a comprehensive approach to maximize their potential. However, challenges such as operational visibility, resource allocation, maintenance management, and fuel consumption often hinder the seamless functioning of mini excavator fleets. Challenges A construction company specializing in excavation was facing intricate challenges with their mini excavator fleet: Operational Visibility: Lack of real-time insights into mini excavator operations hindered efficiency and hindered proactive maintenance. Resource Allocation: Inefficient deployment of mini excavators led to underutilization of some units while others were overworked. Maintenance Management: Absence of a comprehensive maintenance schedule resulted in unexpected breakdowns and extended dow...

  Introduction Oil and gas enterprises encompass organizations engaged in activities encompassing the exploration, extraction, refining, and distribution of petroleum and natural gas products. Challenges In the dynamic landscape of oil and gas businesses, accurate fuel management and compliance with regulations are paramount. A prominent oil and gas company confronted significant challenges in precisely monitoring fuel consumption while ensuring adherence to industry standards. With an expansive network of fuel storage tanks scattered across diverse locations, tracking fuel levels and consumption patterns proved to be a complex endeavor. Moreover, the company faced the persistent concern of fuel theft and unauthorized usage, which posed potential risks to their financial performance and reputation. Solution To tackle these multifaceted challenges head-on, the oil and gas company integrated our cutting-edge fuel monitoring software into their operations. The implemented solution int...

Client Profile Mymensingh City Corporation (MCC) is responsible for managing critical urban infrastructure, including water supply and distribution. They serve a rapidly growing city population, making efficient water tank operations crucial for meeting the water demands of residents and businesses. Challenge MCC faced challenges in ensuring continuous water supply from their water tanks to meet the city's needs. They needed a solution to monitor work hours of water tanks, track fuel levels in backup generators, and optimize maintenance processes. Solution MCC implemented an innovative solution by integrating fuel level sensors and Teltonika FMB 125 GPS tracking into their water tank operations. Vehicle Details Vehicle Name Fuel Tank Capacity • Water Tank 170 L Implementation Fuel Level Sensors: MCC installed fuel level sensors in the backup generators connected to each water tank. These sensors provided real-time data on fuel levels, ensuring uninterrupted power supply for ...

  Abstract Advanced Driver Assistance Systems (ADAS) have revolutionized the automotive industry by introducing technologies that enhance driver safety and mitigate potential risks on the road. This case study examines the implementation and impact of an ADAS video telematics system on a personal vehicle, highlighting its role in monitoring driver behavior, promoting safer driving practices, and reducing the likelihood of accidents. The study showcases real-world data, demonstrating how the integration of ADAS technology can lead to significant improvements in road safety and driver accountability. Introduction With the increasing prevalence of road accidents caused by human error, there has been a growing interest in implementing ADAS technologies to enhance driver safety. This case study investigates the effectiveness of an ADAS video telematics system installed on a personal vehicle, aiming to understand its impact on driver behavior and road safety. Methodology The study invol...

  Problem Large tanks can present challenges for fuel sensor accuracy due to their size and the dynamic nature of fuel levels. In large tanks, the volume of fuel can greatly fluctuate and cause movement within the tank, leading to irregular and unpredictable changes in fuel level. This can cause difficulties for fuel sensors in accurately measuring and transmitting the correct fuel level readings. Additionally, the size of large tanks can result in sensors being positioned far from the fuel level, reducing their effectiveness in providing accurate readings. As a result, it is important to properly calibrate and position fuel sensors in large tanks to ensure accurate readings. Solution Bongo Technology has implemented a dual fuel sensor solution in the Tata 407 DIM-NA 23-1695 , in light of the vehicle's larger fuel tank and the need for improved measurement accuracy. The two sensors, Mielta and Mechatronics , are capable of reducing fuel consumption and detecting fuel theft in real...

  Introduction The transportation and logistics industry plays a vital role in the global economy, with efficient cargo handling and accurate weight measurement being key factors. To enhance operational efficiency, ensure regulatory compliance, and optimize resource utilization, this case study presents the successful implementation of Weight Sensors in trucks and the subsequent utilization of Bongo IoT Software for result analysis. Challenges Accurate Weight Measurement: The accurate measurement of cargo weight in trucks is essential for compliance with legal weight limits, road safety, and proper resource allocation. Data Accessibility: Traditional methods of weight measurement lacked real-time data access, leading to delays in decision-making and potential compliance issues. Operational Efficiency: Without accurate and timely weight data, optimizing truckloads and route planning was challenging, impacting fuel efficiency and delivery schedules. Solution To address these challe...