CANDYSIGN

AI CoCan: A type of SDC (Software Defined Charger) that uses an FPGA chip + full-module OTA to transform the charger into “programmable hardware.” CANDYSIGN serves as the software system for AI CoCan—“hardware combination + software definition,” creating a true form of a “charging computer”!

What can the CANDYSIGN App do for you?

“Full-module OTA”

Cloud upgrades that continually support future charging protocol updates.

“Always-on Information Visualization”

Transparent charging experience, with real-time monitoring of each port’s charging status, giving you full control of the details.

“Customizable Power Output”

Allocate charging power anytime, anywhere based on your charging needs.

“Customizable Protocols”

Modify the protocol of each port, with full support for two PPS PDOs.

“Scenario Modes”

One-tap switching between charging scenarios—fast or slow—to easily meet your all-day needs.

“Built for Power Users”

An open and playful energy management center, integrating pro-level features into everyday use.

“Dual-device or Family Sharing”

Share management access—multiple users and multiple WeChat accounts can manage simultaneously.

“Open-source Firmware”

Full firmware source code available—open for community collaboration.

“Supports NFC Wake-up”

Instant response with a tap—quickly control your device.

Full-module OTA Cloud Updates

Unlike traditional OTA which only optimizes the software interface, CoCan’s full-module OTA enables wireless upgrades of the entire charging OS—charging protocols, AI algorithms, functional logic, and even hardware logic—achieving comprehensive evolution from the ground up. This deep integration of hardware and software truly enables “evolving hardware, expandable functions, and an experience that gets better over time.”

Charging Protocol Updates: CoCan supports OTA-based addition and optimization of the latest charging protocols (e.g., USB PD, PPS), ensuring compatibility with the newest devices.

AI Algorithm Optimization: OTA upgrades improve FluxAI's intelligence—for example, more efficient dynamic load balancing, more precise battery protection, and smarter user-tailored charging strategies.

Function Logic Expansion: CoCan can add new functions (like personalized modes) or optimize existing ones via OTA, adapting to ever-changing user scenarios.

FPGA System Upgrades: The built-in FPGA chip supports OTA upgrades of hardware logic. This means even the core hardware capabilities can evolve over time, keeping the device at the forefront.

Core Advantages and Features of CanOS

CANDYSIGN has long been committed to the R&D and innovation of charging technology. Its self-developed CanOS 1.0 system (project name: ionBridge) completely redefines the foundational architecture of traditional chargers through an integrated cloud-edge design philosophy.

With FPGA chips enabling hardware-level intelligent scheduling, ESP32 chips providing all-time wireless connectivity, and cloud-distributed algorithm strategies, CanOS opens a new era of smart charging.

CanOS boasts powerful and rich features, supporting high-speed response and interrupt-driven dynamic power monitoring and adjustment. This allows users to achieve optimal power scheduling in multi-device parallel charging scenarios.

Importantly, CanOS supports protocol chip OTA (Over-the-Air) updates, ensuring the system can quickly adapt to evolving technical requirements and charging standards.

CanOS provides users with an unprecedented transparent management interface. Through the CANDYSIGN App, users can connect via network configuration and clearly understand each device's charging power and estimated time, while easily enabling independent protocol switching and power control for each port—realizing full visibility and customization of the charging process.