A telematics system device facilitates equipment data transmission through a communication network. Telematics systems use GPS technology, sensors, and onboard diagnostics to effectively monitor the performance and operation of construction equipment. The telematics of construction machinery enable remote monitoring, complete tracking, and control of assets. Telematics has several advantages, one of which is asset location, which uses data to monitor equipment activities on-site.
As construction and infrastructure activities increase globally, construction companies embed new technology into their equipment and favor vehicles with telematics to gain a competitive edge over other market participants. Telematics software helps monitor fuel consumption, driver behavior, asset location and engine hours, predict maintenance schedules, etc., to provide real-time monitoring of construction machinery.
The demand for machinery and equipment in the construction industry has experienced a substantial increase in recent years due to heightened infrastructure spending by governmental entities and industry participants. Indonesia announced in July 2020 its intention to invest approximately USD 430 billion in infrastructure between 2020 and 2024, a 20% increase over the USD 359.2 billion invested between 2015 and 2019. Demand for these telematics solutions for construction machinery is anticipated to be driven over the forecast period by such active projects and significant government investments in improving infrastructure.
As the construction industry evolves toward new technology, embracing connected and telematics construction machinery, it may be crucial to aggregate data, analytics, and user-based skills insights. This will aid businesses in shifting from a reactive to a predictive approach to problem-solving. Thus, connected construction is anticipated to provide future market growth with numerous advantages.
In 2022, connected construction will likely serve as a catch-all for substantial digital investments to connect, automate, and integrate operations and to bring the entire value chain under a secure, intelligent infrastructure. The growing demand for digital and technological capabilities in the commercial building industry is anticipated to create opportunities for the construction machinery telematics market.
Asia-Pacific is the most significant global construction machinery telematics market shareholder and is anticipated to exhibit a CAGR of 12.47% during the forecast period. The region presents numerous opportunities to expand the construction equipment telematics market. Due to the likelihood of large infrastructure projects and shifting labor dynamics, the demand for construction equipment will increase over the forecast period. According to projections, the construction industry in ASEAN nations is anticipated to experience a growth rate of 6% beyond the year 2021. In the next five years, the combined value of all mega-projects in the ASEAN region is anticipated to reach USD 2.9 trillion. Approximately USD 1.5 trillion is invested in this value's planning or pre-planning phase.
In addition, public and private investments in infrastructure, such as the Indonesian National Medium-term Development Plan (USD 460 billion), the Philippine Development Plan "Build, Build, and Build" (USD 71.8 billion), and the Vietnam Socio-Economic Development Plan (USD 61.5 billion), are anticipated to increase the demand for construction machinery telematics in these regions.
The key global construction machinery telematics market players are Caterpillar, Komatsu Ltd., CNH Industrial NV, Joseph Cyril Bamford Excavators Ltd. (JCB), Deere & Company, Hitachi Construction Equipment Co. Ltd., Hyundai Construction Equipment Ltd., Volvo Construction Equipment, and others.