CANDYSIGN Launches AI Power Brick Mirror: World's First Agent-Powered Charger with Native AI Integration

CANDYSIGN Unveils AI Power Mirror: The World’s First Agent-Powered Charger Supporting Native AI Agent Integration

CANDYSIGN today launched the AI Power Mirror, its flagship product following the AI Power Pro/Ultra. The AI Power Mirror introduces a newly designed ingBar amber screen and supports Xiaomi’s proprietary 120W HyperCharge protocol. As the world’s first agent-powered charger built on the SDC (Software-Defined Charger) architecture, it enables native integration with AI agents such as OpenClaw, Claude Code, Codex, and Hermes via MCP protocol using natural language—allowing AI to directly control charging without requiring an app.

Powered by CanOS 2.0 Ruyi System and CANDYSIGN’s pioneering OTW Cloud Bridge architecture, the AI Power Mirror not only upgrades its own protocols but also provides OTA upgrade capabilities for other Hard Candy chargers. Continuing the iconic modular design of the Power series, it delivers 160W high-energy cruise performance powered by FluxAI FreeFlow® algorithm, achieving real-world multi-port output exceeding 250W.

Breathable ingBar Amber Screen: Making Charging Status Elegant and Perceptible

The front of the AI Power Mirror features a 0.5-inch self-emissive OLED ingBar amber screen that displays real-time power and time information. The status screen doubles as a standby clock, gently pulsing with ambient “breathing” light during idle periods, while clearly showing current power data when needed. This screen pays homage to 1980s terminal aesthetics, using amber lighting to convey power, time, and device status.

Unlike traditional chargers that merely indicate “on/off” via LEDs, the ingBar transforms charging status into something readable, perceptible, and companionable: the standby clock pulses rhythmically, mimicking the warm glow of vacuum tubes; it flashes at the top of each hour; critical states are instantly visible, while detailed parameters remain accessible via smartphone.

In detail, the ingBar uses dual-sided UV-treated blue-light filtering to achieve a vintage-terminal amber texture; the screen sits slightly recessed beneath the panel, paired with UV-resistant coating to reduce daily wear. It also includes Conway’s Game of Life screensaver and adapts fonts and background textures to different orientations and stand configurations.

Supports Xiaomi 120W HyperCharge, Full Protocol Compatibility for Maximum Speed & Stability

The AI Power Mirror supports Xiaomi’s proprietary 120W HyperCharge protocol alongside full compatibility with PPS, AVS, UFCS2.0, and more—ensuring maximum-speed charging for devices from Huawei, Xiaomi, OPPO/Vivo, iPhone/iPad, Nintendo Switch, ROG gaming laptops, Lenovo Legion, and others. All four USB-C ports trigger Xiaomi’s 120W gold badge animation and support 19 protocols including PD 3.2 AVS, QC5, SCP, FCP, AFC, PE+.

FluxAI intelligently adapts current levels—from powering 140W workstations or dual laptops down to trickle-charging Bluetooth earbuds—without damaging devices. ROG gaming laptops and Lenovo Legion models sustain 100W–140W under prolonged heavy load without throttling or voltage drop, truly delivering “plug-in equals power.” From MacBook to electric shavers, DJI drones to digital scales, Mirror covers all daily and creative devices.

Additionally, the AI Power Mirror offers a unique “Magic Simulate Charge” mode for small appliances, enabling older A-to-C-only devices to charge stably via C-to-C cables.

World’s First Agent-Powered Charger Supporting Native OpenClaw Integration

The AI Power Mirror is the world’s first consumer-grade charger supporting native integration with AI agents like OpenClaw. Built on SDC architecture and MCP protocol, Mirror bridges the final gap between AI and hardware control—no app required. Users can let AI directly adjust charging strategies via OpenClaw.

Users can issue natural-language commands to have AI adjust charging modes, check real-time power, switch between sleep or fast charge scenarios, etc. Examples: “Check if my laptop is running at max power,” “Switch to low-noise, low-temp sleep mode tonight,” “I’m starting rendering—prioritize MacBook and power bank.” AI instantly understands intent and autonomously refines instructions, evolving from a mere power tool into an intelligent, on-demand agent within your AI workflow.

CanOS 2.0 Ruyi System: The Evergreen Charging OS

The AI Power Mirror runs CANDYSIGN’s proprietary CanOS 2.0 Ruyi System—a layered energy management system that decouples power delivery into long-term expandable modules. It’s no longer just a collection of charging strategies but a full-fledged operating system architecture for energy and computation.

CanOS 2.0 delivers key upgrades:

• Display System Rebuilt: Evolved from screen function to system capability, with three-tier architecture adapting to various display forms
• FreeFlow Scheduler Upgraded: Evolved from algorithm to real-time scheduler, fully enabling high-energy cruise
• Protocol Firmware Continuously Updatable: Full-module OTA supports chip firmware updates for new protocols like SPR AVS, UFCS 2.0
• Cloud-Synced Configurations: Significantly improved long-term online reliability
• Built-in GPU Driver: Ensures power scheduling and display operate independently—even under heavy load
• Control & Protocol Communication Overhauled: Optimized communication mechanisms boost plug-in recognition and protocol negotiation success rates

Hardware sets the floor; CanOS 2.0 defines the ceiling. Mirror isn’t disposable hardware—it’s an ever-evolving system.

CanOS / IonBridge Open Source Repository: https://go.ifanr.com/ionbridge-open-sourc

OTW Cloud Bridge Architecture: Upgrade Yourself—and Other Chargers Too

The AI Power Mirror integrates CANDYSIGN’s pioneering OTW (Over The Wire & Wireless) Cloud Bridge architecture. Through OTW, Mirror not only upgrades itself via full-module OTA but also acts as a “hub,” upgrading other Hard Candy chargers simultaneously.

By serving as an energy node, Hard Candy chargers gain access to new protocols and strategies, breaking free from “factory-fixed” limitations. Currently supported OTW products include the 40W Hard Candy A Charger and Hard Candy C³ Charger, which can be flashed with Huawei Mode, Android Mode, Laptop Mode, UFCS 2.0 Mode, and more—turning one charger into many.

For the first time, power adapters evolve from isolated accessories into interconnected nodes within an energy ecosystem—upgradable, networked, and collaborative.

Modular Design: Home & Travel Ready, Desktop Art Piece

The AI Power Mirror continues the signature modular design of the Power family, offering flexible home-and-travel experiences. Combined dimensions: 105 × 39 × 78 mm; detached charger body: 105 × 39 × 39 mm; single-port volume: just 28.6 cm³/port, power density: 1.08 W/cm³—one of the world’s smallest 5-port chargers. Its minimalist aesthetic and retro-proportioned design allow Mirror to blend seamlessly into any desk setup.

New accessories accompany the Mirror: Wingie (Butterfly Stand) and Oxie (Ox Stand). Wingie embodies desktop styling with its soaring posture; Oxie (“Oxy” = oxygen) implies superior airflow and cooling, unlocking the full 160W high-performance cruise. Compared to the previous generation, Mirror reduces idle power consumption by 56%—and pairing with Oxie further enhances thermal performance during extended high-load usage.

At home, place Mirror on Wingie or Oxie—it becomes the central power hub for your entire desk, continuously powering all devices. When traveling, detach the base and carry a compact yet ultra-powerful 160W portable charger capable of feeding laptops, phones, tablets, and earbuds. The detached body is only 39mm thick, barely protruding from wall or hotel sockets and unlikely to block adjacent outlets. Its vertical-center-of-gravity design ensures “wall-plug stability” for worry-free use.

4C+1A Five-Port Design, 4×140W Blind Plug, 160W Sustained Peak Output

The AI Power Mirror adopts a 4C+1A five-port layout, plus dual 5-hole AC sockets on the back—replacing seven separate outlets. All four USB-C ports support up to 140W each; single port maxes out at 140W; dual laptops can sustain 160W output. Mirror’s ultra-compact form factor yields just 28.6 cm³ per port, achieving 1.08 W/cm³ power density—pushing physical limits.

160W High-Energy Cruise—not a short-lived peak, but sustained full-power output over extended durations. During hackathons, 4K/8K rendering marathons, or AI inference tasks, Mirror delivers stable, uninterrupted power. Real-world tests show: ~88W continuous output to MacBook Pro, ~91.1W to Lenovo R9000P gaming laptop, and up to 138.92W to Anker A1340 power bank—all stable over 30 minutes until devices themselves stop requesting peak power, ensuring creators never face power-related workflow interruptions.

▲ MacBook Pro (Apple M5 Max) sustains 88W for 30 mins without throttling

▲ Lenovo R9000P gaming laptop sustains 91.1W for 30 mins without throttling

All this is enabled by FluxAI FreeFlow® Algorithm. Traditional chargers rely on pre-set “power allocation tables,” suffering significant slowdowns under multi-device loads. FreeFlow dynamically monitors, recycles, and reallocates power in real time—achieving actual output efficiency where “160W > 250W.”

Industrial-Grade Redundancy & Level-3 Security Certification: Reliable Protection for Premium Devices

For a smart charger constantly connected to phones, laptops, tablets, and creative gear, safety is as crucial as performance.

The AI Power Mirror employs a new power and thermal architecture built to industrial redundancy standards: components rated for 105°C / 32A / 1000V, featuring 64.2% voltage margin, 1/8 current load ratio, and 105°C saturation-resistant transformers—keeping critical components perpetually in “low-load, high-voltage-tolerance, anti-saturation” state.

Electrically, under 220Vac / 50Hz input and 28V / 5A full load, POWER-Z measures VBUS ripple at ~18mV—far below China’s ≤200mVp-p standard; AC-DC efficiency reaches 94.5%.

For network and firmware security, the AI Power Mirror implements end-to-end security logic from chip to cloud: triple verification and hardware-level trust chain via ESP32, FPGA, and custom Bootloader; eFuse fusing reduces physical attack risks; each unit ships with a unique RSA key; OTA updates use “one-device-one-package” dynamic encryption; and encrypted production lines, mTLS communications, and automated CI/CD auditing ensure firmware remains verifiable and tamper-proof from compilation to runtime.

About CANDYSIGN

CANDYSIGN is a brand centered around exquisite aesthetics and versatile, multi-use power solutions. Guided by the philosophy “Great products are like candy,” CANDYSIGN blends technology, art, and fashion to serve creators, developers, and multi-device productivity users—continuously exploring new forms of digital power products.

From the global travel edition 01s Power launched July 14, 2023, through 02 AI Power, to 03 AI Power Mirror, the Power series has evolved across three generations. CANDYSIGN holds patents for modular design and FreeFlow algorithms, with product definition, industrial design, system architecture, algorithms, firmware, and solutions all developed in-house.

Learn More: https://thecandysign.com/

Tmall Flagship Store: https://candysign.tmall.com

0 Favorites

No Comments Yet