Wireless paging systems are increasingly being adopted to send and receive brief messages to individuals during an emergency or crisis. In fast-moving industries such as food service, logistics and transport, warehousing, and healthcare, demand for wireless paging systems is gaining momentum.

These systems are one-way routed messaging systems, where the base station broadcast messages to associated subscribers for issuing alerts, critical information, and time-sensitive commands and orders. They are effective for achieving unity, discipline, and streamlined operations across various sectors, which is expected to boost sales of wireless paging systems in the upcoming decade.

Further, wireless paging systems are efficient in establishing proper communication among employees and employers in an organization to achieve goals in a streamlined manner.

To reduce energy consumption across the industrial and residential sectors, government bodies across various countries have introduced a standard protocol for lighting control systems. A standard protocol defines and analyses the methods used for data representation, authentication, signaling, and error detection in wireless lighting systems.

A standard protocol ensures the stability of connection in these systems, streamlines communication, and enables data transfer between computing units and control endpoints. Digital protocols are either one-way or two-way, in which two-way (bilateral) protocol enables fast and effective communication between luminaires and connected devices.

Currently, ZigBee and DALI are the most commonly installed protocols in smart and wireless lighting solutions. Besides these two, the adoption of protocols such as KNX has improved the overall efficiency of wireless lighting systems, which is driving sales in the market.

Rise in the usage of smartphones and other smart devices, equipped with navigation system apps, increases the demand for personal navigation systems. Increasing demand from OEMs and after market applications in emerging economies expands the personal navigation devices market share.

Surging awareness and need for location-based devices, for safety, increases the sales of personal navigation devices. Increasing demand for in-vehicle infotainment as well as location tracking services to guide traveling surges the adoption of personal navigation devices.

The growing requirement of navigational devices in the automotive and commercial sectors drives the sales of personal navigation devices. Demand for IoT and cloud-based services to be applied to GPS systems promotes the personal navigation devices market growth.

The need for public WiFi networks has increased, particularly for the management of infrastructure, traffic, safety, and waste and water, and the same is likely to spike the sales of WiFi extenders to a considerable extent. The WiFi extenders market key trends & opportunities are primarily fostered by the telecommunications sector's increased adoption of LTE technology.

The rising demand for WiFi extenders is also due to the fact that WiFi extenders greatly aid in offices or homes where there is one main wireless connection that needs to cover a wider coverage area than the capacity of the main router.

Increasing efforts from service providers and device vendors to eliminate problems such as poor signal quality and slow internet speeds are also expected to augur well for the WiFi extenders market future trends.

The global demand for dynamic data management system demand is projected to increase at a CAGR of 10.3% during the forecast period between 2022 and 2032, reaching a total of US$ 83,231.8 Million in 2032, according to a report from Future Market Insights (FMI). From 2016 to 2021, sales witnessed significant growth, registering a CAGR of 8.9%.

During the forecast period, the worldwide dynamic data management system market is expected to be driven by increasing integration of cloud-based services to offer scalability, flexibility, and efficient data access.