Milestones

Foop

Foop is an Internet of Things (IoT) hydroponic machine for indoor gardening, designed to provide a new green lifestyle. It combines hydroponic technology with smart sensors and a dedicated app to make growing vegetables at home easy, fun, and delicious. The device creates an ideal, controlled environment for plants by monitoring and adjusting conditions like brightness, CO2 concentration, temperature, and humidity.

CB2

CB2 module is the second iteration of T2T’s “CB” (Cerebellum) series modules designed to enhance microcontroller (MCU) performance. The core function of the CB modules is to provide MCUs with accelerated reflexes for seamless coordination with a diverse range of peripherals. Essentially, it acts as a high-speed interface layer, enabling faster communication and control—crucial in applications demanding quick response times and efficient data handling between the MCU and external devices. This allows developers to build more responsive and reliable embedded systems.

CONSCIOUS

CONSCIOUS is a comprehensive Home Energy Management System (HEMS) which is also capable of monitoring Indoor Environmental Quality (IEQ). It is designed to make users more aware of their energy consumption and provide intelligent control over their home environment. Powered by T2T Inc.’s innovative TiC-TaC-ToE platform, CONSCIOUS integrates smart hardware, software platforms, and user interfaces to optimize energy use, enhance living quality, and reduce costs.

IPD22A

IPD22A is a comprehensive system designed for managing large-volume inventory, potentially millions of different items. It includes hardware units, cloud deployments, and various configurable settings, and is scalable by deploying hardware units to different sites to collect and process data. The PCBs in the hardware units are highly modularized, with core PCBs being shared and HATs being swappable for different functions.

IPD24

The IPD24 System is an indoor positioning product that uses wireless technologies like Bluetooth, Wi-Fi, LoRa, and RFID to determine location by measuring the ranging information from LoRa and the signal strength (RSSI). The system is designed with a user-friendly power setup, though it isn’t optimized for space or power consumption. All devices are powered by 110Vac using either built-in power supply units (PSUs) or external AC adapters.

MD19C

MD19C is a fully embedded system developed from the ground up using STM32 based MCUs, designed to be the core of advanced medical systems. This turnkey solution provides everything application teams need – including a robust GUI, high-accuracy sensor calibration and tracking capabilities, and seamless connectivity to an online reporting system for real-time data gathering.

MD19D

Project MD19D is a critical design review and improvement initiative for a customer’s work-in-progress medical laser system. The project addressed significant challenges hindering the product’s readiness for mass production and overall performance reliability.

MD22A

The MD22A surgical microscope system is designed for ophthalmic, dental, ENT, and other surgical procedures. Its architecture includes a robotic arm, optical head, remote controller, and floor stand, all engineered to provide precision, reliability, and seamless integration in operating environments.