Certified FutureG Secure O-RAN Specialist Certification Program by Tonex
The Certified FutureG Secure O-RAN Specialist Certification Program by Tonex is designed for professionals who need a practical and forward-looking understanding of secure Open Radio Access Network architecture in next-generation mobile environments.
The program explores how O-RAN principles are reshaping network openness, vendor interoperability, orchestration, and lifecycle security across modern telecom ecosystems. It gives participants a structured path to understand security challenges tied to disaggregated RAN components, open interfaces, cloud-native deployments, and intelligent control frameworks.
As FutureG environments become more software-defined and distributed, security risk expands across radios, controllers, transport layers, orchestration platforms, and third-party integrations. This makes cybersecurity a central concern rather than a supporting function.
Participants will examine how cybersecurity applies to trust boundaries, interface protection, threat detection, supply chain resilience, secure policy enforcement, and operational assurance in O-RAN ecosystems. The program also highlights how cybersecurity planning improves service continuity, reduces exposure to misconfiguration and adversarial interference, and supports more resilient telecom transformation strategies.
Learning Objectives
- Understand the architecture and security foundations of FutureG and O-RAN environments
- Examine open interfaces, disaggregation models, and their operational security implications
- Identify major threat vectors across O-RAN components, controllers, and orchestration layers
- Apply governance, trust, and assurance concepts to secure multi-vendor telecom deployments
- Evaluate policy enforcement, monitoring, and incident response needs in distributed RAN systems
- Analyze how cybersecurity strengthens resilience, visibility, and risk control in FutureG O-RAN operations
Audience
- Telecom Engineers
- Network Security Architects
- Wireless Infrastructure Specialists
- 5G and FutureG Program Managers
- Systems Integration Professionals
- Cybersecurity Professionals
- Technical Leaders in Open Network Transformation
Program Modules
Module 1: FutureG And O-RAN Security Foundations
- Evolution of open radio access networks
- FutureG architecture and ecosystem overview
- O-RAN principles and design objectives
- Security drivers in open network models
- Core components and trust relationships
- Risk areas in disaggregated deployments
- Business impact of secure O-RAN adoption
Module 2: Open Interfaces And Trust Boundaries
- Key O-RAN interfaces and functions
- Interface exposure and attack surfaces
- Trust boundaries across network elements
- Secure communication between open components
- Identity handling across interoperable systems
- Interface protection and policy alignment
- Dependency mapping in multi-vendor environments
Module 3: Threats Risks And Attack Paths
- Threat landscape for FutureG environments
- Adversarial tactics against open RAN
- Misconfiguration and software supply risks
- Control plane and data plane threats
- Insider and third-party access concerns
- Service disruption and signaling abuse
- Risk prioritization across distributed infrastructure
Module 4: Secure Architecture And Policy Control
- Security architecture for resilient O-RAN
- Zero trust principles in telecom design
- Policy enforcement across network domains
- Role-based access control strategies
- Segmentation and isolation design concepts
- Secure onboarding of network functions
- Governance models for open ecosystems
Module 5: Monitoring Detection And Response Strategies
- Security telemetry in O-RAN operations
- Event correlation across distributed components
- Detection use cases for abnormal behavior
- Response coordination in open environments
- Threat intelligence for telecom defense
- Operational visibility and assurance practices
- Recovery planning for service resilience
Module 6: Compliance Assurance And Future Readiness
- Regulatory considerations for telecom security
- Assurance models for open architectures
- Security validation in vendor ecosystems
- Lifecycle governance and update control
- Resilience planning for FutureG expansion
- Strategic security metrics and reporting
- Preparing organizations for future threats
Exam Domains
- FutureG Security Architecture and Principles
- O-RAN Governance and Ecosystem Assurance
- Telecom Threat Intelligence and Risk Analysis
- Secure Policy Enforcement and Access Management
- Incident Detection and Operational Resilience
- Compliance Strategy for Open Network Transformation
Course Delivery
The course is delivered through a combination of expert-led lectures, interactive discussions, guided workshops, and project-based learning focused on secure FutureG and O-RAN concepts. Participants gain access to curated course materials, technical readings, case-based discussions, and structured exercises that support applied understanding of architecture, risk, governance, and security operations.
Assessment and Certification
Participants are assessed through quizzes, assignments, and a capstone project. Upon successful completion of the course, participants will receive a certificate in Certified FutureG Secure O-RAN Specialist Certification Program by Tonex.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified FutureG Secure O-RAN Specialist Certification Training exam, candidates must achieve a score of 70% or higher.
Advance your expertise in secure telecom transformation with the Certified FutureG Secure O-RAN Specialist Certification Program by Tonex and build the knowledge needed to protect open, intelligent, and future-ready radio access networks.