CanOS 2.0

Hardware sets the floor. CanOS 2.0 sets the ceiling.

Mirror was the world's first software-defined charger (SDC); over MCP it now joins AI agents to become a schedulable AIDC. Underneath sits CanOS 2.0: a layered power operating system that reaches from port handshake to edge-cloud sync, and can OTA even the protocol-chip firmware.

SDC → AIDC

From software-defined to AI-defined.

A software-defined charger (SDC) is a simple idea: what charges, how power splits, who gets priority — software decides all of it in real time, and the hardware just delivers current cleanly. Mirror was the world's first to work this way, with CanOS scheduling the full 160W on the fly and no factory-Fixed Lookup Table anywhere; connectivity, strategy, OTA, config sync, resource management, and allocation are coordinated by the system.

Now it goes a step further. Over the MCP protocol, Mirror joins AI agents like OpenClaw, moving from carrying out commands to reading intent — say "set the laptop port to high-performance" and the AI understands and acts on its own. The hardware becomes a hand the model can call (a Tool Call). That is AIDC: an AI-defined charger.

Layered Power OS

From port to cloud, each layer doing its own job.

Agents & Apps OpenClaw over MCP, user intent, and App / mini-program control.

Open Connectivity MQTT v5, protobuf commands, telemetry, local and remote control, edge-cloud sync.

FluxAI® Scheduler FluxAI® real-time power recycling, whole-unit budget, strategy and priority, config sync.

Display Stack Animation / renderer / driver layers, ingBar status presentation and coordination.

Port Execution FPGA logic, per-port protocol handshake, voltage/current monitoring, budget enforcement.

Full-Stack OTA

Even the protocol chip updates over the air, so it never goes stale.

Most chargers freeze the day you buy them. Mirror does not: protocol-chip firmware, FPGA logic, and AI algorithms all update over the air — the industry's first charger that can OTA its protocol chip. The FPGA is reconfigurable hardware, paired with an encryption-protected bitstream, so low-level logic can refresh too. It shipped more than 30 updates across 2025 and was first in the world to deliver UFCS 2.0 and SPR AVS. Today's devices fast-charge, and next month's have room to grow.

Product Line

One experience spans different forms.

CanOS and FluxAI® keep the product line moving along one software mainline, so every generation keeps getting better. CP-02 CoCan and Mirror share CanOS, the FluxAI® software mainline, and the accessory ecosystem. The previous generation keeps gaining from the software too, with new protocols and new modes pushed to it as well.

OTW Cloud Bridge

Cloud config that even reaches offline CANDYSIGN chargers.

OTW bridge

Over The Wire & Wireless: a cloud config service that upgrades offline CANDYSIGN chargers, lifting a Huawei Pura 80 peak from 26W to about 58W.

Rewritable FPGA

Port-side FPGA logic is managed by CanOS and rewritten with each OTA, so new protocols and strategies reach the lowest layer.

Edge-cloud sync

Local and cloud config sync both ways. Apps, cloud, device, and automation can all change a setting, and the system reports, applies, retries, and debounces it — so port config and charging strategy never overwrite each other.

Cool Intelligence

Always online, yet it barely warms up.

An always-connected charger's worst habit is wasting heat at idle and dropping off at night. CanOS 2.0 cuts always-on standby draw by 36%, so Mirror stays cool, connects wirelessly in an instant, and remains reliably online - an AI can reach it at any time, while the body stays cool to the touch.

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