Although Atmosic Technologies already offers very advanced solutions, I think that the integration of additional communication protocols, or greater flexibility in managing multiple energy sources, could be beneficial. This would further broaden the use cases and make it possible to adapt to even more varied environments. It would be interesting to explore other types of energy sources to integrate, such as vibrations or thermal gradients, to further increase the versatility of harvesting solutions in specific conditions. This would strengthen overall autonomy in environments where light or RF energy are less available. An improvement could focus on developing multimode capabilities, allowing the chips to support other communication protocols in addition to Bluetooth BLE, which would greatly increase their versatility in different connectivity environments.
Although Atmosic Technologies already offers very advanced solutions, I think that the integration of additional communication protocols, or greater flexibility in managing multiple energy sources, could be beneficial. This would further broaden the use cases and make it possible to adapt to even more varied environments. It would be interesting to explore other types of energy sources to integrate, such as vibrations or thermal gradients, to further increase the versatility of harvesting solutions in specific conditions. This would strengthen overall autonomy in environments where light or RF energy are less available. An improvement could focus on developing multimode capabilities, allowing the chips to support other communication protocols in addition to Bluetooth BLE, which would greatly increase their versatility in different connectivity environments.