Lack of isolation between network slices

Insufficient encryption algorithms

Vulnerability to DDoS attacks

Unauthorized access to network resources

Implementing strong encryption algorithms

Enforcing strict access control policies

Deploying intrusion detection and prevention systems

All of the above

It increases the complexity of network management and orchestration, making it more vulnerable to attacks.

It simplifies network management and orchestration, reducing the risk of security breaches.

It has no impact on the security of network management and orchestration.

It improves the security of network management and orchestration by providing better visibility and control.

It allows IoT devices to be isolated from other network traffic, reducing the risk of attacks.

It provides IoT devices with dedicated resources, improving their performance and security.

It enables IoT devices to communicate with each other more securely.

All of the above

Man-in-the-middle attacks

DDoS attacks

Phishing attacks

All of the above

By isolating critical infrastructure from the rest of the network, making it less vulnerable to attacks.

By providing critical infrastructure with dedicated resources, ensuring its availability and performance.

By enabling critical infrastructure to communicate with each other more securely.

All of the above

It provides MEC applications with dedicated resources, ensuring their performance and reliability.

It isolates MEC applications from each other, preventing them from interfering with each other.

It enables MEC applications to communicate with each other more securely.

All of the above

It increases the complexity of NFV deployments, making them more vulnerable to attacks.

It simplifies NFV deployments, reducing the risk of security breaches.

It has no impact on the security of NFV deployments.

It improves the security of NFV deployments by providing better visibility and control.

It isolates the core network from the rest of the network, making it less vulnerable to attacks.

It provides the core network with dedicated resources, ensuring its availability and performance.

It enables the core network to communicate with other network components more securely.

All of the above

By isolating RANs from each other, preventing them from interfering with each other.

By providing RANs with dedicated resources, ensuring their performance and reliability.

By enabling RANs to communicate with each other more securely.

All of the above

It isolates transport networks from the rest of the network, making them less vulnerable to attacks.

It provides transport networks with dedicated resources, ensuring their availability and performance.

It enables transport networks to communicate with each other more securely.

All of the above

By isolating UEs from each other, preventing them from interfering with each other.

By providing UEs with dedicated resources, ensuring their performance and reliability.

By enabling UEs to communicate with each other more securely.

All of the above

It isolates applications from each other, preventing them from interfering with each other.

It provides applications with dedicated resources, ensuring their performance and reliability.

It enables applications to communicate with each other more securely.

All of the above

By isolating services from each other, preventing them from interfering with each other.

By providing services with dedicated resources, ensuring their availability and performance.

By enabling services to communicate with each other more securely.

All of the above

Lack of standards and interoperability

Complexity of managing and orchestrating multiple network slices

Increased attack surface due to the introduction of new network components

All of the above