Secure Application Processor

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

When designing a new product, using a single chip with the General Application
Processor and Root of Trust chip is a way to simplify product design and increase security.
To support these functions, ICTK has created a Secure Processor using ARM M4 core.
Another method is to combine General Core and Root of Trust at the silicon level
through Multi-Chip-Packaging.
A chip made with a Secure Processor as a One Chip takes the following security measures to prevent Physical Security Attack.

▪ Active Shielding & Detection (ASD)

▪ Temperature Sensor Detection (TSD)

▪ Light Sensor Detection (LSD)

▪ Protection against side-channel attack’

Since these security chips are provided as One Chip, manufacturers of IoT devices can easily design. In addition, it has the advantage of being able to provide high-security products to end customers and reducing the burden on the price.

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

When designing a new product, using a single chip with the General Application Processor and Root of Trust chip is a way to simplify product design and increase security.

To support these functions, ICTK has created a Secure Processor using ARM M4 core. Another method is to combine General Core and Root of Trust at the silicon level through Multi-Chip-Packaging.

A chip made with a Secure Processor as a One Chip takes the following security measures to prevent Physical Security Attack.

Product
　　
Chips

Secure Application Processor

Secure Processor with RoT

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

Since these security chips are provided as One Chip, manufacturers of IoT devices can easily design. In addition, it has the advantage of being able to provide high-security products to end customers and reducing the burden on the price.

Product Chips

Secure Application Processor

Secure Processor with RoT

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

The advantage of proceeding with a structure that communicates with the existing MCU (Micro Controller Unit) with the Root of Trust Chip outside is that security can be increased without changing the existing architecture.

Since these security chips are provided as One Chip, manufacturers of IoT devices can easily design. In addition, it has the advantage of being able to provide high-security products to end customers and reducing the burden on the price.

Product
　　
Chips