5G + Edge + Cloud Cybersecurity Architecture Workshop by Tonex
Fifth-generation (5G) infrastructure increasingly distributes service functions across telecommunications networks, regional edge locations, and public or private cloud platforms. This workshop focuses on designing security controls that remain effective as workloads cross ownership, latency, and trust boundaries. Participants examine 5G core service interfaces, network slicing, edge workload identity, cloud orchestration, transport protection, and operational visibility. Architecture discussions emphasize real tradeoffs between isolation, reliability, location sensitivity, and administrative convenience. Professionals produce defensible security requirements, shared-responsibility matrices, data-flow documentation, and assurance criteria that can be reviewed by both network engineering and enterprise cybersecurity teams.
Cybersecurity architecture reduces lateral movement and privilege misuse across shared edge and cloud infrastructure. Strong cybersecurity governance also keeps distributed service dependencies observable, recoverable, and accountable.
The workshop uses a practical training approach that includes exercises, real-world case studies, and examples of processes and documentation used in 5G edge and cloud architecture projects, including trust-boundary diagrams, interface inventories, security requirements, and design review records.
Learning Objectives
- Map security responsibilities across 5G core, edge, transport, and cloud domains.
- Design identity and protected communication controls for distributed network functions.
- Assess segmentation and workload isolation in multi-tenant edge environments.
- Apply security requirements to service interfaces and lifecycle governance.
- Define logging, resilience, and recovery requirements for distributed infrastructure.
- Document architecture tradeoffs, residual risks, and acceptance decisions.
- Strengthen cybersecurity through auditable end-to-end controls and ownership models.
Audience
- Cybersecurity Professionals
- 5G Network Security Architects
- Multi-access Edge Computing Architects
- Cloud Platform Security Engineers
- Telecom Infrastructure Designers
- Network Function Security Leads
- Enterprise Architecture Assurance Managers
Course Modules
Module 1: End to End Architecture Boundaries
- Map core network, edge sites, and cloud deployment locations
- Identify administrative and service-provider ownership boundaries
- Define network function dependencies and critical service pathways
- Distinguish control plane interfaces from user traffic handling
- Review latency and locality constraints affecting security placement
- Create architecture assumptions and data flow inventories
Module 2: Identity and Service Interface Protection
- Define trusted workload identities for cloud-native network functions
- Review mutual authentication across protected service-based interfaces
- Limit service authorization to explicitly required network functions
- Assess secret management and short-lived credential lifecycle controls
- Protect administrative access across edge and core infrastructure
- Document trust delegation and external service access rules
Module 3: Edge Isolation and Workload Security
- Identify tenant isolation needs at shared edge facilities
- Review container runtime and orchestration access control boundaries
- Define trusted deployment artifacts and update approval procedures
- Assess traffic segmentation between applications and network functions
- Review local data retention and jurisdictional processing requirements
- Establish baseline hardening requirements for distributed edge locations
Module 4: Cloud Infrastructure and Supply Chain
- Map privileged responsibilities across operator and cloud providers
- Assess workload image provenance and component dependency documentation
- Use approved configuration policies to prevent cloud permission drift
- Define key management and encryption responsibilities by service
- Review deployment pipeline approvals and change traceability
- Record infrastructure exceptions and vendor assurance requirements
Module 5: Cross Domain Detection and Resilience
- Define telemetry standards spanning network functions and cloud controls
- Correlate identity events across operators and edge service owners
- Assess regional service recovery and control-plane dependency risks
- Plan protected monitoring connections from remote edge facilities
- Establish incident ownership across overlapping technology support teams
- Define evidence requirements for architecture security acceptance
Module 6: Architecture Assurance and Governance
- Develop control matrices for 5G, edge, and cloud interfaces
- Prioritize architecture risks by confidentiality and availability impact
- Review designs against operator policies and applicable specifications
- Create security decision records with explicit residual risk owners
- Align procurement requirements with verified supplier responsibilities
- Plan architecture reassessment during major network service changes
Design accountable distributed networks with 5G + Edge + Cloud Cybersecurity Architecture Workshop by Tonex. Strengthen security architecture across operator and cloud boundaries.