IoT Node and Gateway Market worth $604.7 billion by 2029
The IoT Node and Gateway market is projected to grow from USD 424.6 billion in 2024 and is estimated to reach USD 604.7 billion by 2029; it is expected to grow at a Compound Annual Growth Rate (CAGR) of 7.3% from 2024 to 2029 according to a new report by MarketsandMarkets.
The growth of the IoT Node and Gateway market is driven by the Provision of increased IP address space through IPv6, Emergence of 5G technology, and Increasing need for data centers.
Logic devices can adapt to changing requirements even after deployment. As new features or functionalities are needed, the logic within the device can be reprogrammed to accommodate these changes, extending the useful life of the product and reducing the need for hardware revisions. The integration of FPGA technology into IoT devices further enhances these advantages. The integration of FPGAs into IoT nodes and gateways empowers manufacturers to develop highly optimized, customizable, and scalable solutions that meet the diverse needs of IoT applications. Tesla's Full Self-Driving (FSD) computer utilizes FPGAs to handle complex neural network computations for autonomous driving algorithms. This allows them to potentially improve their FSD capabilities through software updates that reconfigure the logic within the FPGAs.
BFSI sector can use IoT technology to provide more convenient solutions for customers. IoT can be used to perform data collection in real time and for instant communication between devices. For instance, it can facilitate cashless payments using an RFID scanner to identify products in the shopping cart and mobile wallet. The adoption of mobile point of sale (mPOS) systems and kiosks is fundamentally reshaping the landscape of the BFSI market. mPOS facilitates transactions anytime, anywhere, benefiting unbanked populations and enabling temporary service points for events. Kiosks offer convenient banking functionalities, reducing wait times and freeing up staff for complex inquiries. These technologies drive cost savings by requiring less investment and automating routine tasks, allowing resources to be reallocated strategically. They provide rich data for personalized services, fraud detection, and operational optimization. mPOS systems and kiosks promote financial inclusion by extending services to remote areas, fostering economic activity and well-being.
The growth of the IoT Node and Gateway market is driven by the Provision of increased IP address space through IPv6, Emergence of 5G technology, and Increasing need for data centers.
Logic devices can adapt to changing requirements even after deployment. As new features or functionalities are needed, the logic within the device can be reprogrammed to accommodate these changes, extending the useful life of the product and reducing the need for hardware revisions. The integration of FPGA technology into IoT devices further enhances these advantages. The integration of FPGAs into IoT nodes and gateways empowers manufacturers to develop highly optimized, customizable, and scalable solutions that meet the diverse needs of IoT applications. Tesla's Full Self-Driving (FSD) computer utilizes FPGAs to handle complex neural network computations for autonomous driving algorithms. This allows them to potentially improve their FSD capabilities through software updates that reconfigure the logic within the FPGAs.
BFSI sector can use IoT technology to provide more convenient solutions for customers. IoT can be used to perform data collection in real time and for instant communication between devices. For instance, it can facilitate cashless payments using an RFID scanner to identify products in the shopping cart and mobile wallet. The adoption of mobile point of sale (mPOS) systems and kiosks is fundamentally reshaping the landscape of the BFSI market. mPOS facilitates transactions anytime, anywhere, benefiting unbanked populations and enabling temporary service points for events. Kiosks offer convenient banking functionalities, reducing wait times and freeing up staff for complex inquiries. These technologies drive cost savings by requiring less investment and automating routine tasks, allowing resources to be reallocated strategically. They provide rich data for personalized services, fraud detection, and operational optimization. mPOS systems and kiosks promote financial inclusion by extending services to remote areas, fostering economic activity and well-being.
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