Effortless customization for secure, stable Tinker Board performance
The ASUS IoT Tinker CORE (Control, Operate, Remote, Expand) suite offers an array of software tools that allow you to seamlessly customize your Tinker Board experience. It covers all aspects of development, deployment, troubleshooting, maintenance, and remote control. Key features include power management scheduling, root mode, kiosk mode, prevention of out-of-memory issues, boot logo customization, and GPIO function configuration. This kit ensures a secure, locked-down environment with restricted access, and supports centralized IoT device management and data analysis with advanced encryption.
Tinker Config App
The ASUS IoT Tinker Config App provides an no-code intuitive interface for system customization, allowing developers to:
- Interface: Peripheral interface control service.
- Overlay: Dynamically modify configurations for hardware management.
- Power Scheduling: Enable users to turn on and off automatically.
Kiosk Mode
Kiosk Mode secures devices by restricting user access to a predefined application.
- Restricted Access: Limits user access to a specific application to enhance security.
- System Integrity: Prevents unauthorized changes to the system.
- Consistent Performance: Maintains stable operation in critical use cases.
ASUS IoT Cloud Console (AICC)
The ASUS IoT Cloud Console (AICC) is a unified platform for managing and analyzing big data from IoT devices.
- Unified Management: Centralized control for IoT devices across different operating systems.
- Data Analysis: Comprehensive tools for analyzing big data.
- User-Friendly Interface: Easy-to-use platform for efficient data management.
Applications
The ASUS IoT Tinker CORE is a software suite support diverse applications, ensuring efficient setup, flexibility and enhanced security.
Smart retail
Smart manufacturing
Smart medical
Autonomous vehicles and robotics
Efficient setup and stability
Facilitates setup and ensures stability for retail environments and self-service kiosks, including managing digital displays, interactive kiosks, and customer-service terminals.
An Arm-based Single Board Computer (SBC), uses Arm big.LITTLE™ technology’s 64-bits processor, offers enhanced computing performance with low power consumption.
Arm System, Rockchip RK3566, LPDDR4X, eMMC, USB3, USB2, MIPI-DSI, HDMI, M.2 E, 12-19V
An Arm-based Single Board Computer (SBC), uses Arm big.LITTLE™ technology’s 64-bits processor, offers enhanced computing performance with low power consumption.