 | Ariel IoT SoC Development Platform Featuring Andes N25F RISC-V Core | Demo PDF Demo Video Go to Demo |
 Booth Opens: Booth Attendants | Andes Technology Corporation is a world-class creator of innovative high-performance/low-power 32/64-bit processor cores and associated development environment to serve the rapidly growing global embedded system applications. The company delivers superior low power CPU cores, including the comprehensive RISC-V V5 family of processor IPs, with integrated development environment and associated software/hardware solutions for efficient SoC design. Up to the end of 2019, the cumulative volume of Andes-Embedded™ SoCs has surpassed the 5-billion mark. Andes Technology’s comprehensive CPU line includes extensible entry-level, mid-range and high-end families. For more information, please visit www.andestech.com |
 | SHC RISC-V Demo: Securely Connect Andes N22 RISC-V to Amazon AWS IoT Cloud with Root of Trust Chip | Demo PDF Demo Video Go the Demo |
 Booth Opens: Booth Attendant | This demo shows a Secure IoT solution using a Corvette-F1 board, evaluation kit with full support for the 32-bit AndesCore N25 and the AndeShape AE250 Platform, runs Amazon FreeRTOS, which is an open source operating system for microcontrollers from Amazon Web Services (AWS). It uses an ESP32-WROOM board as an external Wi-fi module. ATECC608A-MAHDA chip is integrated such as Trusted Platform Module (TPM) to provide hardware-based endpoint device security. This integration ensures the private key used to establish device identity can be securely stored in tamper-proof hardware devices to prevent it from being taken out of the devices for impersonation and other malicious activities. In IoT solution deployments, it is important to check the identity of the device that is communicating with the messaging gateway. For the first time running demo, TPM will generate key pairs for the devices, which are then used to authenticate and encrypt the traffic. The keys are generated inside the TPM itself and are thereby protected from being retrieved by external programs. In fact, even without harnessing the capabilities of a hardware root of trust and secure boot, the TPM is also valuable just as a hardware key store. The private keys are protected by the hardware and offer far better protection than a software key. This integration uses the PKCS#11 protocol as the interface to the TPM. After generating key pairs, this demo uses the FreeRTOS MQTT library to connect to the AWS Cloud and then periodically publish messages to an MQTT topic hosted by the AWS IoT MQTT broker. A specific Android application developed by SHC also uses this topic to communicate with Corvette-F1 board to control its on-board LEDs. |
