Global Industrial Cyber Security Professional (GICSP)

• Industrial control system components, purposes, deployments, significant drivers, and constraints
• Control system attack surfaces, methods, and tools
• Control system approaches to system and network defense architectures and techniques
• Incident-response skills in a control system environment
• Governance models and resources for industrial cybersecurity professionals

• ICS IT practitioners (includes operational technology support)
• ICS Security analysts (includes operational technology security)
• Security engineers
• Industry managers and professionals

GICSP with CyberLive

GIAC knows that cyber security professionals need:

• Discipline-specific certifications
• Practical testing that validates their knowledge and hands-on skills

In response to this industry-wide need, GIAC developed CyberLive - hands-on, real-world practical testing. CyberLive testing creates a lab environment where cyber practitioners prove their knowledge, understanding, and skill using:

• Actual programs
• Actual code
• Virtual machines

• 1 proctored exam
• 82-115 questions
• 3 hours
• Minimum passing score of 71%

NOTE: All GIAC Certification exams are web-based and required to be proctored. There are two proctoring options: remote proctoring through ProctorU, and onsite proctoring through PearsonVUE. Click here for more information.

GIAC certification attempts will be activated in your GIAC account after your application has been approved and according to the terms of your purchase. Details on delivery will be provided along with your registration confirmation upon payment. You will receive an email notification when your certification attempt has been activated in your account. You will have 120 days from the date of activation to complete your certification attempt.

• Hardening & Protecting Endpoints
  The candidate will be able to describe how to implement endpoint security software along with hardening and patching, to secure the Windows and Unix style operating systems commonly found in an ICS environment.
• ICS Components & Architecture
  The candidate will be able to categorize assets that comprise Purdue Reference Architecture levels zero through three and describe how they can be implemented in a securable architecture. The candidate will also be able to summarize the use of levels and zones in defining a secure ICS architecture, as well as the devices deployed at each level and zone.
• ICS Overview & Concepts
  The candidate will be able to summarize the function of high-level ICS processes as well as ICS roles and responsibilities. The candidate will also be able to compare and contrast high-level differences between ICS and IT, including physical security considerations.
• ICS Program & Policy Development
  The candidate will be able to summarize the steps and best practices used in building a security program and creating enforceable security policies for an ICS.
• Intelligence Gathering & Threat Modeling
  The candidate will be able to determine the threat landscape of an ICS and high-level concepts of threat modeling.
• PERA Level 0 & 1 Technology Overview and Compromise
  The candidate will be able to describe level 0 and level 1 devices and technologies and summarize how those devices and technologies are targeted and attacked.
• PERA Level 2 & 3 Technology Overview and Compromise
  The candidate will be able to describe level 2 and level 3 devices and technologies and summarize how those devices and technologies are targeted and attacked.
• Protocols, Communications, & Compromises
  The candidate will be able to describe the basic structures, protocols, and defense of communications within an ICS and summarize how they can be compromised. This includes TCP/IP as well as ICS specific protocols. The candidate will also be able to, at a basic level, describe the cryptography used to protect communications.
• Risk Based Disaster Recovery & Incident Response
  The candidate will be able to describe how risk is measured and how it can be used to inform disaster recovery and incident response.
• Wireless Technologies & Compromises
  The candidate will be able to summarize the different wireless communication technologies used in an ICS, how they are targeted, and how they can be defended.

• Training is available in a variety of modalities including live training and OnDemand.
• Practical work experience can help ensure that you have mastered the skills necessary for certification
• College level courses or self paced study through another program or materials may meet the needs for mastery.
• Get information about the procedure to contest exam results.