Building a safe and secure embedded world

Designing Secure IoT Systems

Designing Secure IoT Systems

Course Convenor: Trevor Martin

Course Duration: 2 days

Course Overview

Day 1: Secure Communications

  • Cryptography: The course provides an introduction the Cryptographic functions used for Confidentiality, Integrity, and Authentication.
  • Transport Layer Security Protocol: We next detail how to establish a secure communication channel using the Transport Layer Security TLS protocol.
  • IoT Data Formats: In this final section we look a common protocols and data formats such as MQTT, JSON and CBOR, used by the key IoT cloud services

Day 2: Device Security

  • PSA security Model: An introduction to the PSA security model and how it is applied to a Cortex-M microcontroller
  • Threat modelling and Secure coding: An overview of how to identify, analyse and rate potential security threats.  We also consider defensive programming techniques designed to minimise potential software vulnerabilities
  • TrustZone: Here we introduce the Arm TrustZone security peripheral which is used for defence against a software or network attack.
  • Trusted Firmware: In this final section we cover the structure of the PSA Trusted Firmware TF-M and its associated secure services (Secure Storage, Cryptography, Attestation and logging).

Prerequisites:

  • Familiarity with current Cortex-M processors
  • Attended the Cortex M workshop (ideal)
  • Knowledge of C programming language

What You’ll Receive:

  • A memory stick containing all presentations and examples used
  • A copy of the Designing Secure IoT devices with the Arm Platform Security Architecture book

Time, Date & Place: Information HERE

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