Industrial-grade reliability

The industrial-grade reliability design ensures high safety and reliability in harsh industrial environments through its enhanced shock and vibration resistance, as well as its ability to operate stably across extreme temperature ranges.

When designing edge universal controller cards, we ensure that the modules can withstand severe shocks and vibrations, which is typically achieved through a well-designed mechanical structure. In addition, the selection of components is appropriate to ensure they can operate normally within the industrial temperature range. This includes the use of components that can withstand extreme temperatures, humidity, and other environmental factors. The components also need to pass strict industrial standard tests to ensure reliability and durability in actual applications.

Encryption

Encryption is crucial for protecting sensitive data, ensuring system security, and meeting compliance requirements. It ensures safety and reliability in various industrial applications through features such as hardware-accelerated encryption, secure boot, and encrypted storage.

Secure boot: A hardware-verified secure boot process ensures that the system only runs authenticated software, preventing the execution of malicious software.
Encrypted storage: Support for encrypted storage, such as when using dpkg for package management, can be configured to use encrypted storage to protect data stored on the device from unauthorized access.
Memory protection: Ensuring that system memory is protected to prevent potential attackers from reading or tampering with data in memory.