Fire Protection System
A Bus Body Manufacturing Client came to us with a requirement for developing the Hardware and Firmware for an FPS system which is to be mandatorily installed in all school buses. The System was to include multiple buttons for raising Fire alarms. Also, interfaces like Smoke Sensors, Linear Heat Detection Sensors are to be connected to the system. A Solenoid Valve connected to a Fire Extinguishing Output was to be controlled with different durations based on user inputs. The Control of the Fire Protection was also to be divided into two separate zones.
Bus Destination Board
A Bus Body Manufacturing Client came to us with a challenging requirement. The Goal was to design a robust and reliable control System for the multiple destination boards within a bus. The entire system should be centrally controlled. The system should be able to take at least 1000 routes as input. A Route Design and Upload Software was to be developed for the route design and display. The Display should be able to support any language, Indian or Foreign. The Central Control Unit is to be equipped with multiple interfaces like USB, LCD etc. to ensure ease-of-use for the operator.
Smart Solar Equipment
A Solar Solution Client wanted to test out the feasibility of a IoT Controlled Solar Equipment System. We were approached to deliver such a system by using their Solar Equipment which were run by Solar Batteries. The client wanted to be able to control the equipment from anywhere in the world, from a web page. The web page should be able to set an ON-Time for the equipment as well. It was also expected that the status of the equipment be visible at all times. The controller should be able to connect to a new WiFi if required at any time using Bluetooth/BLE. The client also wanted programmability for later to allow him to scale the application as per his requirements.
Smart Handheld Device
A client with a popular fin-tech app for small businesses approached us for it’s first foray into hardware. They approached us to take-over the entire firmware development of their device.
They wanted many features like Bluetooth connectivity, 4G and WIFI-Connectivity, periodic cloud-server uploads and downloads, OTA updates, microphone connection, audio storage and playing etc. This was to be done with a limited embedded hardware resources. The final product was expected to be user-friendly and simple to navigate. Since the device was battery powered, battery saving was the topmost priority at all instances