We have been working on development boards for the better parts of our lives. During all these years using development boards such as raspberry pi, arduino etc., we couldn't help but notice the restrictions we have while developing certain projects which have a disadvantage due to the size of the of our development boards. We soon realized that anyone who is trying to build a wearable tech device such as a smart watch will be facing this disadvantage. So we took up the task to make a custom development board for wearable technology development. We did this by integrating ESP8266-12E, an OLED display, charger circuit and push buttons into a PCB designed by us. Our board expands the boundaries for any project developer who is working on wearable devices by being niche specific for wearable tech. This will make wearable devices accessible to any low income person, specially abled person etc. Various IoT functions can be integrated into a wearable device using our board. To show the versatility of our board we will be presenting two totally polarizing projects which have different use cases developed using our board. The first one is a Wi-Fi vulnerability tester. It is used to assess the vulnerability of Wi-Fi networks by performing two attacks namely deauthentication attack and beacon attack. Deauthentication attack is used to disconnect people from their own Wi-Fi network by exploiting the vulnerability in Wi-Fi protocol. The second attack is beacon attack which exploits the beacon frames of the Wi-Fi that enables it to create numerous clones of any Wi-Fi network without its permission. These tasks will be performed by a seemingly innocent smart watch which uses the disguise of a regular digital watch developed using our wearable board. The second project is a smart watch that gets real time day, date, weather and time through ntp time server. It can also control two appliances from anywhere in the planet through internet using blynk bridge.