Broad Coverage in Rural Areas: Fixed wireless networks established by WISPs are well-suited for providing internet connectivity to remote farms and large agricultural installations. They extend high-speed internet to areas where traditional wired infrastructure is costly or unfeasible.

Scalability for Expanding IoT Networks: Agricultural IoT deployments often involve a multitude of devices spread across vast areas. Fixed wireless networks are highly scalable, accommodating the increasing demands of IoT without extensive infrastructure investments.

Low Latency for Real-Time Data: IoT applications on farms frequently require real-time data transmission. Fixed wireless connections offer low latency, ensuring that data from IoT devices is transmitted and processed quickly, a critical factor for timely decision-making.

Reliability in Challenging Environments: Farms and agricultural settings can present harsh conditions, such as rugged terrain and adverse weather. Fixed wireless technology is designed to withstand these challenges, offering robust and reliable connectivity even in demanding environments.

Flexibility in Network Deployment: WISPs can strategically position fixed wireless access points to cover specific IoT deployment areas, tailoring network designs to meet the unique needs of agricultural IoT applications.

Energy Efficiency for IoT Devices: Many IoT devices on farms are battery-powered or rely on limited energy sources. Fixed wireless connections are energy-efficient, minimizing the power consumption of IoT devices and extending their operational life.

Security for Sensitive Data: Security is a top concern for IoT applications, especially when handling sensitive data. Fixed wireless connections can be configured with robust encryption and security protocols, ensuring the confidentiality and integrity of data transmitted between IoT devices and the cloud.