Wi-Fi AnywhereTeam Technologies LLC

Sergey SeletskySenior Solutions Architect

Agenda

Connectivity problem ESP8266 IoT Devices Wi-Fi Global Chain Network Smart cars synchronization Easy setup with drones Solar powered Conclusions

Connectivity problem

Signaling Security Presence detection Power consumption Bandwidth

ESP8266 IoT Devices Low power consumption (~12 days from AA battery) Supports SSL Detects nodes & services with UDP broadcast Supports MQTT protocol Bandwidth 150Mbs in up to 200M range

Wi-Fi Global Chain Network ESP8266 supports Wi-Fi AP and client at the same time May work as Wi-Fi repeater With MQTT protocol chain may contain hundreds of devices 100m stable through walls Module price ~1$

Smart cars synchronization use case Predictive traffic control Real-time sensors synchronization Unlimited access to cloud services Efficient energy recuperation Optimal route predictions Large scale simulations Smart road light control to save energy End more…

Easy setup with drones ESP8266 can be powered from small sonar panels Devices can be mounted adhesive tape or magnets Best device location is road lighting Delivery is easy with drones Drones can be controlled by computer vision Network will be reconfigured automatically

Solar powered ESP8266 consume 67mA in average At night will work from Li-ion battery At day will work from sonar energy and charging battery

Conclusions Unlimited secure Wi-Fi will dramatically bust IoT world Predicted production price ~4$ per device Connected cars will optimize traffic Car crash rate ideally 0% Germany has 12,993km roads = 350.000$ Liechtenstein has 130km roads = 5000$