KAAN Teknoloji offers a modular development platform featuring ESP32‑Wroom and Arduino‑compatible boards for electronics, sensor, and wireless communication projects, with over 20 ready‑made IoT examples.
Funding
Funding not disclosed
Founders
Product
Problem
Developers of embedded and IoT projects often face fragmented hardware ecosystems, requiring separate boards for microcontrollers, sensors, and power management, which slows prototyping and increases design complexity. High‑current applications such as drones, underwater vehicles, and robotics also lack compact, reliable power distribution solutions that can handle large currents while providing protection and adjustable outputs.
Solution
KAAN Teknoloji provides a modular development platform built around ESP32‑Wroom and Arduino‑compatible boards, enabling rapid integration of electronics, sensor, and wireless communication modules. The platform includes over 20 ready‑made IoT example projects to accelerate learning and proof‑of‑concept development. For high‑power systems, KAAN offers the KNPDB‑02140 power distribution card, a compact 24 × 37 mm PCB that supports 3S‑12S LiPo batteries, delivers up to 160 A continuous current, and features adjustable output voltages (3.3 V, 5 V, 12 V) with built‑in reverse‑polarity protection and LED status indication. Together, the development kits and power board enable engineers in education, prototyping, and defense sectors to build and test complex embedded solutions with reduced component count and improved reliability.
Target Audience
Primary customers are engineering teams and educators developing embedded, IoT, and high‑power robotics or unmanned vehicle projects, including university labs, prototype workshops, and defense‑related R&D groups.
Features
- ESP32‑Wroom microcontroller board with built‑in Wi‑Fi and Bluetooth for wireless IoT connectivity
- Arduino‑compatible programming environment for easy code migration and community support
- Library of 20+ pre‑configured IoT example projects covering sensors, actuators, and communication protocols
- KNPDB‑02140 power distribution card supporting 3S‑12S LiPo input (11.1 V‑44.4 V) and up to 160 A continuous current
- Adjustable output voltage selectable via resistor settings (3.3 V, 5 V, 12 V) with default 5 V / 4 A output
- Integrated reverse‑polarity protection and LED power indicator for safe operation
- Dual‑layer PCB power traces with dedicated positive and negative power planes to reduce arcing and improve thermal management
- Compact form factor (24 × 37 mm) with cooling vents for high‑current applications such as UAVs, underwater vehicles, and robotics