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New: Embedded
Cybersecurity Academy

 

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Now Accepting Inquiries

We would like to hear from you!

 

Academy Overview

For Engineering and HR leaders at global OEMs and suppliers within the automotive, aerospace, industrial, and rail industries who are experiencing a talent shortage of embedded cybersecurity personnel and/or lacking a full suite of skill sets and seeking a clear path forward, LHP’s new Embedded Cybersecurity Academy is a proven pathway for increasing cybersecurity capacity, that allows embedded software engineers to become cybersecurity specialists through stackable training modules.

LHP’s new Cybersecurity Academy was created by embedded cybersecurity experts who have already made this leap. Unlike inconsistent self-learning methods that use non-certified online training portals, burdensome internal training that stretches the capacity of already overworked cyber professionals, or rigid and expensive university courses that may or may not deliver the required skill sets, our cybersecurity experts guide your team through relevant and customized modules that fit your specific needs. Our team of experts stays with you through the entire learning path and provides an applicable learning curriculum that translates directly to your role day in and day out.

 

Embedded Cybersecurity Academy
Course Catalog 

Course information is subject to change.

 

Fundamentals

  • Cybersecurity Requirements
    • CR 101 - Cybersecurity Requirement Fundamentals
    • CR 102 - Selecting Cybersecurity Controls from Cybersecurity Requirements

  • System Hardening
    • SH 101 - System Hardening Fundamentals
  • Trusted Execution Environment 
    • TE 101 - TEE Fundamentals
  • Vehicle Networks
    • VN 101 - Vehicle Networking Fundamentals
  • Secure Boot
    • SB 101 - Secure Boot Fundamentals
  • Cybersecurity Management Systems
    • CM 101 - CSMS Fundamentals (ISO 21434)

    • CM 102 - ISO 21434 Overview (ISO 21434)
  • Security Elements
    • SE 101 - Encryption Fundamentals

  • Post-Development Cyber Activities
    • PD 101 - Incident Management Fundamentals (ISO 21434)

    • PD 102 - Vulnerability Management (ISO 21434)

    • PD 103 - Cybersecurity Monitoring

  • Supplier Management
    • SM 101 - TISAX Fundamentals

    • SM 102 - Supplier Agreements

    • SM 103 - Supplier Cybersecurity Qualification

  • AUTOSAR Cybersecurity
    • AC 101 - Autosar Classic Cybersecurity Fundamentals

  • Embedded Cybersecurity
    • EC 101 - Firmware Update Fundamentals

Intermediate 

  • System Hardening
    • SH 201 - Application Hardening
  • Threat Analysis and Risk Assessment
    • TA 201 - TARA Fundamentals
    • TA 202 - TARA Tool Customization

  • Vehicle Networks
    • VN 201 - Vehicle Diagnostics
  • Secure Boot
    • SB 201 - Secure Boot Implementation
  • Security Elements
    • SE 201 - Public Key Infrastructure
    • SE 202 - Provisioning Devices
  • Cybersecurity Management Systems
    • CM 201 - Governance (ISO 21434)

    • CM 202 - Preparing for a CSMS Audit (UNECE R155/R156)

    • CM 203 - Cybersecurity Project Planning (ISO 21434)
    • CM 204 - Developing Work Products for ISO 21434 Clause 5

    • CM 205 - Developing Work Products for ISO 21434 Clause 6

    • CM 208 - Developing Work Products for ISO 21434 Clause 9

    • CM 209 - Developing Work Products for ISO 21434 Clause 10, 11

    • CM 210 - Developing Work Products for ISO 21434 Clause 12,13,14

  • Post-Development Cyber Activities
    • PD 201 - Developing Work Products for ISO 21434 Clause 8

  • Supplier Management
    • SM 201 - Developing Work Products for ISO 21434 Clause 7

  • AUTOSAR Cybersecurity
    • AC 201 - AUTOSAR Adaptive Cybersecurity Fundamentals

  • Embedded Cybersecurity
    • EC 201 - Using an RTOS for Embedded Devices

    • EC 202 - Using Uptane For Firmware Updates

    • EC 203 - Key Management using HSM/SHE

    • EC 204 - IoT Cybersecurity Engineering

Advanced

  • Vehicle Networks
    • VN 301 - Using CAN with Security Controls
    • VN 302 - Vehicle Ethernet Fundamentals

    • VN 303 - Using Vehicle Ethernet with Security Controls
  • Secure Boot
    • SB 301 - Secure Boot NXP imx8 Microprocessors
  • Embedded Cybersecurity
    • EC 301 - Stack and Heap Vulnerabilities
    • EC 302 - String and Integer Vulnerabilities
  • Trusted Execution Environment
    • TE 301 – Using OPTEE with an ARM processor

  • Security Elements
    • SE 301 - Deep Dive into Encryption Mechanisms

  • System Hardening
    • SH 301 - Linux OS Hardening

  • Threat Analysis and Risk Assessment
    • TA 301 - Using Tooling for TARA’s

    • TA 302 - Advanced TARA Practices

    • TA 303 - Risk Assessment using STRIDE

 

Training Dates and Locations

Both In-person and Virtual Classrooms

 

Pontiac, MI

More information coming soon!

 

 

 

 

 

Columbus, IN

More information coming soon!

 

 

 

Anaheim, CA

More information coming soon!