Sateroid Team
April 2026
Selecting the right wireless protocol is arguably the most critical architectural decision in any edge deployment. The choice dictates the power consumption, range, bandwidth, and ultimately the hardware cost of your entire fleet.
The Protocol Showdown
High-bandwidth protocols consume significant power, making them unsuitable for battery-operated field sensors. Short-range mesh networks create excellent local communication but lack long-range capabilities. Sub-GHz long-range networks operate on lower frequencies, offering ranges up to 15 kilometers with minimal power consumption.
AI and Bandwidth Constraints
With the rise of Artificial Intelligence in edge deployments, protocol selection becomes even more nuanced. If your edge devices are running localized AI models (Edge ML), they don't need to transmit heavy raw data. Instead, they only transmit the *insights* (e.g., 'machine failure predicted in 2 hours').
Because AI reduces the payload size dramatically, low-bandwidth protocols become incredibly viable even for complex analytical systems. Sateroid's wireless R&D team continuously evaluates these tradeoffs to architect networks that are both intelligent and resilient.