Application areas and industries:
Runbo is the leader of overall solution providers in the Internet of Things industry. Our mission is to connect equipment and people with networks and services, promote digital innovation and help build a more intelligent world. Our products can help realize a more convenient, efficient, comfortable, rich and safe life.
We provide the overall solution of IoT wireless communication, including industrial wireless module products, cloud services, connection management, and communication tariff package services, which can serve the IoT applications in all vertical industries, such as intelligent POS, cloud office ACPC (always connected PC), intelligent water/electricity/gas meters, intelligent security monitoring and alarm equipment, on-board communication equipment, intelligent connected vehicles, intelligent appliances, wireless gateways And 5G related applications.
We always aim to enable customers to quickly deploy IoT applications at low cost. Our product and scheme design are compatible with a variety of communication systems, multiple operating systems, and have rich hardware interfaces and functional features, such as OpenCPU, eSIM, GNSS, Bluetooth, Wi Fi and other functional features. Such product design saves more total costs for customers.
Global Go to Market capabilities
Our core competitiveness is the industry-leading R&D capability. We quickly integrate the latest wireless technology into our products to provide the latest generation of solutions for wireless communication of the Internet of Things.
We have worked closely with global mainstream operators, and our products have won the global 100+national certification and access certificate of mainstream operators, helping customers to expand the international market, so that customers' Internet of Things equipment and applications can be rapidly deployed locally.
Compared with traditional geodetic surveys that using triangular nets and wire nets to measure, which is not only labor-intensive and time-consuming, but also requires visibility between points, and the accuracy is unevenly distributed, and the accuracy is unknown in the field. GPS static measurement, fast static, and pseudo-dynamic methods cannot know the positioning accuracy in real time during the field measurement and design process. If the measurement and design are completed, and the accuracy is found to be unsatisfactory after returning to the office for processing, the measurement must be returned, and RTK is used for the measurement. Control the measurement and know the positioning accuracy in real time. If the point accuracy requirements are met, the user can stop the observation and know the quality of the observation, which can greatly improve the operation efficiency. If RTK is used for highway control measurement, power line measurement, hydraulic engineering control measurement, and geodetic survey, it can not only greatly reduce save labor costs, but also greatly improve work efficiency, measuring a control point in minutes or even seconds can be completed within.
Topographic mapping In the past, when surveying topographic maps, it was generally necessary to first establish a point control point in the survey area, and then put a total station or theodolite on the point control to cooperate with a small flat-panel survey. Now it has developed to field total station and electronic The handbook cooperates with the feature code, and the large-scale mapping software is used for mapping, and even the development of the recent field electronic flat-panel mapping, etc., all require the measurement of the surrounding land and other parts on the station. All points are in line with the measuring station, and generally at least 2-3 people are required to operate. It is necessary to return to the field for re-measurement if the accuracy does not meet the requirements during the jigsaw puzzle. When RTK is used, only one person is required to carry the instrument on the back of the landform to be measured. Stay for a second or two at the spot, and input the feature code at the same time. You can know the accuracy of the point in real time through the handbook. After measuring an area, return to the room, and the professional software interface can output the required topographic map. In this way, only one person is required to use RTK to operate, and it does not require point-to-point visibility, which greatly improves work efficiency. Using RTK and electronic handbook can measure and design various topographic maps, such as ordinary surveying maps and railway line strip topographic maps. The survey and design of the road pipeline topographic map, together with the echo sounder, can be used to measure the reservoir topographic map, nautical ocean survey and so on.
Construction stakeout is an application branch of measurement. It requires a certain method and a certain instrument to calibrate the artificially designed points in the field. In the past, many conventional stakeout methods were used, such as the theodolite intersection stakeout, total station edge and corner stakeout, etc. Generally, when setting out a design point, it is often necessary to move the target back and forth, and 2-3 people are required to operate it. At the same time, during the stakeout process, it is also required that the point-to-point visibility is good, and the application efficiency is low. Sometimes If you encounter difficulties in staking, you will use many methods to stake out. If you use RTK technology to stake out, you only need to input the designed point coordinates into the electronic handbook, and carry the GPS receiver on your back, it will remind you to go The position of the staked point is fast and convenient. Since GPS directly stakes out the coordinates through coordinates, and the accuracy is very high and uniform, the efficiency of stakeout in the field will be greatly improved, and only one person is required to operate.