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People across the globe are increasingly concerned about the adverse impact conventional vehicles have on the environment. Carbon footprint across the globe is rapidly increasing. Thus, several governments across the globe have developed vital initiatives to collectively curb the global carbon footprint and successfully attain the Green Planet Initiative by 2050. This notably accelerates the regular maintenance and regulations on the automotive vehicles regarding the carbon compliance. Thus, exponential surge in the automobile sales, rising adoption of utterly efficient and sustainable electric vehicles, and growing demand for hydrogen and hybrid vehicles are expected to surge the demand for remote diagnostics in the upcoming years.  

Customers across the globe are progressively concerned about the performance of their vehicles. Thus, rising focus on timely maintenance and longevity of the vehicle among customers across the globe is expected to drive the demand for remote diagnostics in the coming years. The application of automotive remote diagnostics essentially helps in monitoring overall performance of the vehicle over time, effectively helping in analyzing crucial defects in the vehicle that hinder its performance. They help in providing pivotal information about the vehicle such as temperature of the engine, temperature of the engine oil, and various other vehicle health parameters. 

In addition, the adoption of automotive remote diagnostics helps in saving great deal of time as it significantly reduces servicing time whilst rigorously and accurately determining defective parts in the vehicle. These factors are expected to propel the demand for remote diagnostics in the forthcoming years. 

Furthermore, there has been a significant surge in the adoption and integration of IoT solutions and advanced operating systems among prominent manufacturers. This factor is expected to drive the demand for remote diagnostics as IoT powered automotive vehicles are equipped with more advanced telematics solutions that substantially increased the effectiveness of the remote diagnostics solutions. 

New, innovative products 

Internet of Things (IoT) powered automotive vehicles, also known as semi-automatic vehicles, are appreciably are much more advanced than conventional vehicles as they are capable of appropriately analyzing the conditions of the vehicle’s surroundings, and hence make necessary decisions on the spot. Apart from that, IoT integration provides a much safer, smoother, and seamless driving experience to customers. 

Additionally, numerous manufacturers across the globe are offering IoT solutions that partially provide necessary assistance to the driver in controlling the vehicle due to the presence of stringent regulations for on-road driving to limit the increased frequency of accidents. 

Moreover, remote diagnostics installation in IoT powered vehicles remarkably increases the intuitive information to the IoT solutions. This information can further be utilized as an input by IoT systems to create productive insights. These insights can be incorporated to maintain the wellbeing and perpetuate longevity of the vehicle. Thus, surge in the adoption of internet of things (IoT) and persistent technological advancements in remote diagnostics solutions are expected to create lucrative opportunities for the growth of the global remote diagnostics market. According to the report published by Allied Market Research, the global remote diagnostics market is anticipated to grow aggressively in the near future. 

Numerous players of the market across the globe are launching new, innovative products to effectively cater the needs and demands of the people. For instance, Launch, an innovative remote diagnostics company, announced the launch of its new professional diagnostic tool called Launch PRO 5 Link. 

The product is equipped with super remote diagnostics solution called SmartlinkC. This is an advanced solution that enables technicians to call on a remote service provider. The service provider will then make the use of SmartlinkB interface to connect to the vehicle remotely, and then further use their intuitive professional experience and expertise of aftermarket diagnostic tools to effectively implement almost any programming or diagnostic function on any desired vehicle. Thus, the vehicle can be fixed at a much rapid pace with super remote diagnosis as any diagnostic functions can be implemented, appreciably eliminating the need for technicians to buy supplementary diagnostic tools or face any kind of outsource diagnostic hassles. 

This revolutionary product covers both commercial vehicle and passenger car diagnostics and its technologically advanced interface supports multiple diagnostic and communication protocols such as D-PDU, RP-1210/C, 5GMHz wi-fi, DOIP, CAN FD, J2534/1/2, Ethernet, and USB 2.0. The PRO 5 Link tablet has a 10.1-inch display, and it uses an updated version of Android OS 9.1 system. It has 64GB memory with 4GB of RAM. Its memory can also be expandable to up to 32GB with a micro-SD card. It is also equipped with lightning fast 1.8GHz of processor that enables technicians to undertake quick analysis of information, precisely providing them with the vital data they need without any sort of lag. 

The trend of launching creative remote diagnostic solutions by prominent players of the market continues to gain immense traction in the automotive industry. For instance, Noregon Systems Inc., the U.S.-based dominant technology company that is engaged in acquiring, analyzing, and interpreting vehicle data, launched a unique remote diagnostic application called TripVision Uptime. It is a web-based application that offers both vehicle and fleet owners to constructively monitor the performance, safety, and health status of all their trucks in real time. 

This distinctive application makes the use of color-coordinated safety and health scores in order to immediately determine the vehicles that need proper attention. In addition, the application also gives configurable alerts that remarkably helps fleets to rapidly become conscious about issues that might create problems including reduced fuel efficiency of trucks or out of range parameters. Thus, introduction of various automotive remote diagnostics solutions and applications are expected to create ample opportunities for the growth of the market. 

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Author Bio:

Shreeras Shetty is currently working in the content writing industry and has a Bachelor’s degree in management studies specializing in marketing. He is passionate about writing and is gaining a significant experience in the Market Research Industry. Outside the office, Shreeras is actively engaged in recreational activities like playing football, trekking, travelling, and athletics.