Certified 6G Security Specialist (6G-SS) Certification Program by Tonex
Certified 6G Security Specialist (6G-SS) by Tonex equips professionals to secure next-generation networks end to end. The program blends 6G architecture, post-quantum cryptography, AI-driven detection, and zero-trust principles.
You learn how to harden RAN, core, edge/MEC, and slices with policy, telemetry, and crypto agility. Guidance covers migration from classical crypto, secure onboarding of devices, and identity-centric control. You practice designing policy for per-slice isolation and continuous verification.
You also examine adversarial risks to AI models and safeguards for trustworthy analytics.
The impact on cybersecurity is direct and significant. Stronger confidentiality and integrity protect ultra-low-latency services and massive IoT. Resilience patterns reduce outage risks from jamming, spoofing, and supply-chain compromise. The result is measurable assurance and auditable compliance for 6G deployments.
Learning Objectives:
- Define an end-to-end 6G security framework
- Apply post-quantum crypto with crypto agility
- Engineer zero-trust for slices, RAN, core, and MEC
- Operationalize AI-driven detection and response
- Build resilience, privacy, and safety controls
- Map evidence to standards and regulatory needs
Audience:
- Cybersecurity Professionals
- Telecom/Network Engineers
- 5G/6G Architects and Designers
- SOC/Threat Analysts
- Cloud/Edge Security Engineers
- Technology Leaders and Consultants
Course Modules:
Module 1: 6G Security Foundations
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- 6G reference model
- Threat evolution to 6G
- Secure RAN/edge/core
- Device identity & attestation
- SBOM and supply-chain trust
- Standards and compliance map
Module 2: Post-Quantum Cryptography in 6G
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- PQC algorithms and profiles
- Hybrid key exchange patterns
- Certificate lifecycle & IoT onboarding
- Performance and latency tuning
- Crypto agility and rotations
- Migration runbooks and rollback
Module 3: Zero-Trust for Slices & MEC
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- Identity-based segmentation
- Per-slice policies and isolation
- Continuous verification
- Secure service mesh at MEC
- East-west traffic controls
- Policy-as-code and drift checks
Module 4: AI-Driven Detection & Response
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- Unified telemetry pipelines
- ML anomaly detection
- Adversarial ML defenses
- UE/device fingerprinting
- 6G jamming/spoofing signals
- Response playbooks and SOAR
Module 5: Resilience, Privacy & Safety
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- Anti-jamming techniques
- Firmware and update trust
- Privacy engineering for 6G data
- Safety for URLLC/TSN services
- Chaos and fault injection testing
- Continuity and recovery plans
Module 6: Governance & Assurance
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- Risk frameworks and controls
- KPIs, SLAs, and SLOs
- Change and release security
- Interop and vendor assurance
- Audit trails and observability
- Exam prep and readiness review
Exam Domains:
- 6G Threat Intelligence and Adversary Tradecraft
- Post-Quantum Cryptographic Design & Operations
- Zero-Trust Enforcement Across Slices and MEC
- AI-Native Telemetry, Analytics, and Response
- Network Resilience, Privacy, and Safety Assurance
- Compliance, Risk, and Evidence Management
Course Delivery:
The course is delivered via expert-led lectures, interactive discussions, guided demonstrations, and case-based exercises. Participants access curated readings, reference designs, and implementation checklists.
Assessment and Certification:
Participants are assessed through quizzes, graded assignments, and a capstone project. Upon successful completion, attendees receive the Certified 6G Security Specialist (6G-SS) certificate from Tonex.
Question Types:
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria:
To pass the Certified 6G Security Specialist (6G-SS) exam, candidates must achieve a score of 70% or higher.
Advance your 6G security mastery with Tonex. Enroll now, or contact us to schedule a private cohort for your team. Build trusted 6G—end to end.