Spidermesh as an IoT solution enables:
Why is SpiderMesh The Best IoT Wireless Technology?
It all depends on the needs and scale of your project.
SpiderMesh works great in any medium to large size network applications. Furthermore, its standing out from the crowd when working in challenging radio frequency environments. Obstacles such as trees, buildings, concrete, or rock do not interfere with communication or the data received, thereby keeping the technology low-power even with large scale deployments.
Furthermore, if your project has the potential to scale up, a wireless mesh based technology means that your devices are extremely easy to set up, and can be easily moved from one location to another.
Is Mesh Wireless Technology The Best Option For Me?
As mentioned before, if your IoT project has many obstacles, mesh might be the best option for you. Why? Because the traditional star network system relies on a direct line of sight. If your node is too far from this access point, the data may not reach its final destination.
What’s The Difference Between SpiderMesh and Other Mesh Networks?
Traditional mesh networks focused on self-configuration, self-healing and did not need a direct line of sight. These are great factors, however, the lack of scalability and the power consumption needed for a large area were important issues that we decided to tackle in order to make this an ideal mesh network.
With SpiderMesh, data is synchronized at the bit level (rather than the packet level) thereby preventing typical packet collision issues from happening (such as in standard mesh technologies). Unlike other wireless mesh, SpiderMesh was built from the ground up and offers a predictable, deterministic flow of information. To date, it is the only LPWAMN (low-power wide-area mesh network).
What to Look For When Choosing a Wireless Network For IoT?
As we mentioned earlier, it’s important to look at some key factors that are important to the implementation of your project.
Availability of the communication link
Connectivity to desired devices
Hazardous location rating
Power options to meet desired publication period
Ease of use
Integration with control systems
Stranded investment risk
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