CoCan CP-02 / CP-03 | CoCan Mirror

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The World's First SDC-Based Agentic Charger
AI CoCan Mirror is the world's first SDC-based agentic charger. FluxAI® makes 160W outrun a traditional 250W. CanOS 2.0 lets an AI drive it directly. And it splits apart to follow you from desk to the road.
FluxAI® makes 160W out-run a traditional 250W — and it splits apart and takes AI commands.
FluxAI® turns the whole unit into a shared power pool, recycling idle watts in real time and sending power wherever it is needed.
Assembled it is a desktop power stack; split apart, a travel charger that grips the wall — just 31.94 cm³ per port.
Over MCP it joins agents like OpenClaw to read status, switch strategy, and control ports in plain language.
See why FluxAI® and AIDC matter, then go deep on CanOS 2.0, protocols, security, and customization.
From live power across five ports to charging modes, history, and protocol control, CanOS 2.0 turns a high-power charger into software you can see and shape.
Plug devices into five ports whenever you like and pit FluxAI®, Timic™, and a traditional fixed-table charger against the same load — see which fills first, and which keeps every device charging as you add more.
FluxAI® turns the whole unit into one shared power pool: power flows to whatever needs it, idle watts are recycled on the spot, and the link never drops. 160F > 250 is a measured result.
FluxAI® is a patented power-reuse algorithm. It drops the Fixed Lookup Table and the port lock, treating the full 160W as one real-time pool, with idle watts recycled into real demand.
Mirror splits apart and snaps together: assembled, a desktop power stack with two rear outlets; detached, a travel charger that grips the wall and won't fall. A 0.5-inch amber ingBar screen and three stands make a power supply something you actually want on your desk.
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.
OTA, protocol OTA, and licensed OTA often get lumped together. They are three different things. CANDYSIGN was the first charger brand known to ship full-stack OTA - updating even the protocol chip - and so far the only one to add new protocols to devices already sold.
Mirror runs 22 fast-charge protocols: PD 3.2 with AVS and high-watt PPS, Xiaomi 120W Turbo Charging, UFCS 2.0, and more. Full-stack OTA is built to keep adding new protocols.
Mirror builds safety on two axes. Electrically it leaves wide margins — physical limits of 105°C, 32A, and 1000V, with 64.2% voltage-tolerance headroom, and an FPGA watching temperature and current a million times a second. For information it runs a chip-to-cloud chain of trust: a unique key per device, encrypted OTA, device-unique certificates, post-quantum encrypted mTLS, and ISO 27001, ISO 20000, and ISO 9001 certification.
Mirror publishes MQTT v5 topics, protobuf payloads, telemetry fields, and datasheets, and its firmware is open source. The device serves Prometheus and JSON metrics locally alongside a cloud MCP server — use the official cloud, your own broker, Grafana, scripts, or AI tools.
A cloud MCP server lets Claude, Cursor, and Codex read and control CoCan directly; agents such as OpenClaw can drive FluxAI® through MCP, while local Prometheus and JSON metrics keep the record. As far as we know, no other charger does this.
Telemetry turns charging from a black box into data. See what is happening at a glance; dig deeper and port, protocol, power, temperature, and system events are all laid open to feed your own dashboards and automation.
Mirror bends charging to your habits: FluxAI® for everyday top-ups, sleep mode for quiet nights, and appliance Mimic Charge for small-device compatibility. Pro / Ultra unlocks deeper control, OTW upgrades even offline CANDYSIGN chargers, and every surface can change it.
Mirror: 160W total output, up to 140W on all four USB-C ports, the world's smallest five-port integration at 31.94 cm³ per port, 93.7% efficiency, and about 18mV ripple. It snaps apart, carries two rear outlets, pairs with the Wingie / Oxie / Rhinie stands, and has taken three annual awards.
A layered operating system for power and compute.
CanOS 2.0 splits the charger into layered, extensible systems: FluxAI® scheduling in real time, full-stack OTA that updates even the protocol chips, the OTW cloud-bridge that upgrades older chargers, and MCP that lets AI agents take the wheel. Above the hardware sits software that keeps growing.
AI CoCan Mirror supports Pro / Ultra, unlocking richer strategy, connectivity, automation, and AI capability on demand.
AI CoCan was the world's first software-defined charger (SDC). Now it goes further. Over MCP it plugs into AI agents like OpenClaw — reading intent in plain language, correcting its own commands, moving from following orders to grasping what you mean. A power node your AI workflow can call on its own. That is AIDC.
Traditional multi-port chargers split power by a fixed table, so capacity sits idle. FluxAI® turns the whole unit into one shared power pool: power flows to whatever needs it and idle watts are recycled on the spot, with no dropped connection. In testing it delivered 296.4Wh over two hours — more than a traditional charging station rated at 250W. That is 160F > 250.
Assembled, it is a desktop power stack with two rear outlets for a monitor or a lamp. Split it apart and the charger becomes a travel unit that grips the wall and won't fall, feeding a laptop, phone, tablet, and earbuds at once. At 31.94 cm³ per port it is the world's smallest five-port integration — and with the Oxie stand it unlocks a sustained 160W cruise.
What makes it Mirror
A patented power-reuse algorithm: no fixed speed limit, idle watts recycled in real time, 160W outrunning 250W.
A layered power OS whose full-stack OTA updates even the protocol-