AMSG 720B: Understanding and Applying NATO’s Compromising Emanations Laboratory Test Standard Training Course by Tonex
This course provides participants with a comprehensive understanding of NATO’s AMSG 720B Compromising Emanations Laboratory Test Standard, a key framework for managing the risks of electromagnetic emanations in secure environments. Participants will learn the principles, applications, and practical techniques for implementing AMSG 720B in their organizations, ensuring compliance and safeguarding sensitive data.
Learning Objectives:
By the end of this course, participants will:
- Understand the purpose and scope of AMSG 720B.
- Gain insights into the risks posed by compromising emanations and how AMSG 720B mitigates them.
- Learn the technical requirements and testing procedures outlined in AMSG 720B.
- Develop skills for setting up secure facilities and implementing shielding measures.
- Understand the differences between AMSG 720B and related standards like TEMPEST and ZONE.
- Explore best practices for ongoing compliance and certification.
Target Audience:
- Engineers, technicians, and security professionals in defense, government, and critical infrastructure sectors.
- Compliance officers and auditors responsible for secure communications.
- Facility managers involved in designing and maintaining secure environments.
Course Outline:
Day 1: Understanding AMSG 720B and the Threat Landscape
Module 1: Introduction to AMSG 720B
- Historical context and development of the standard.
- NATO’s approach to compromising emanations.
- Key differences between AMSG 720B and TEMPEST standards.
Module 2: Risks of Compromising Emanations
- Electromagnetic emissions: sources and vulnerabilities.
- Real-world case studies of eavesdropping threats.
- Implications for military, government, and commercial sectors.
Module 3: Technical Framework of AMSG 720B
- Overview of laboratory testing requirements.
- Emission limit thresholds and classification categories.
- Testing environments: shielding, isolation, and monitoring setups.
Workshop 1: Identifying Emanation Risks
- Hands-on exercise to map risks in example scenarios.
- Group discussions on mitigation strategies.
Day 2: Applying AMSG 720B Standards in Practice
Module 4: Implementing AMSG 720B Standards
- Designing compliant facilities: shielding and secure zones.
- Equipment certification and procurement processes.
- Collaboration with NATO-approved testing facilities.
Module 5: Testing and Validation Procedures
- Step-by-step guide to conducting laboratory tests.
- Equipment calibration and test result interpretation.
- Documentation and reporting for compliance audits.
Module 6: Maintaining Compliance
- Continuous monitoring and periodic reassessments.
- Addressing evolving threats and emerging technologies.
- Integration with other security frameworks (e.g., TEMPEST, ZONE).
Workshop 2: Simulated Laboratory Test Setup
- Participants design a test environment based on AMSG 720B requirements.
- Review and critique by instructors and peers.
Instructional Methods:
- Lectures: Foundational knowledge of AMSG 720B.
- Workshops: Hands-on activities to reinforce learning.
- Case Studies: Real-world applications and lessons learned.
- Group Discussions: Sharing insights and best practices.
Materials Provided:
- Course workbook with detailed notes and references.
- Sample test documentation templates.
- List of NATO-approved tools and vendors for compliance.
Assessment and Certification:
- Post-course quiz to evaluate understanding.
- Certificate of Completion for participants who attend all sessions and pass the quiz.
Follow-Up Opportunities:
- Advanced training on TEMPEST standards.
- Workshops on secure facility design.
- Consultation on implementing NATO security frameworks.
This course equips participants with the expertise needed to implement and maintain compliance with AMSG 720B, securing facilities and systems against the risks of compromising emanations.