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Enterprises can no longer rely on just voice or digital channels to support customers and employees. Also, considering that everyone expects a connected experience, they have to integrate disparate communication channels to offer a consistent experience across multiple touchpoints. CPaaS can help enterprises build a connected, end-to-end communication structure to support customers and employees across all channels. CPaaS allows developers to add APIs and microservices into the application without worrying about the backend infrastructure. Developers can build any kind of communication capability – SMS, voice, emails, chatbots, etc. with minimal or no code. It also takes care of security and user authentication by ensuring that the person connecting is allowed to do so.
the challenges that are holding up the 5G wave. One of them we discussed was about privacy challenges. Consumer privacy could be compromised due to semantic information attacks, timing attacks, and boundary attacks that hit the subscriber’s location privacy. There is also a potential threat to the consumer’s data and identity. Considering how consumers take their data privacy seriously and as connected devices rely the most on data, such threats to privacy could discourage people from using IoT devices with a 5G network.
SDN helps to centralize the network control platforms and allows programmability in communication networks. But these two remarkable features also create opportunities for hacking the system. For instance, the centralized control could encourage DoS attacks and expose the critical Application Programming Interfaces (APIs) to unintended software. It’s possible this may cause the entire network to go down. The centralization of network control makes the controller a bottleneck for the whole of the network due to saturation attacks. Given that most of the network functions can be performed as SDN applications, malicious applications, if given access, can spread chaos across the network.
More info: what is f5 - www.fieldengineer.com/skills/f5-certified-big-ip-administrator
the challenges that are holding up the 5G wave. One of them we discussed was about privacy challenges. Consumer privacy could be compromised due to semantic information attacks, timing attacks, and boundary attacks that hit the subscriber’s location privacy. There is also a potential threat to the consumer’s data and identity. Considering how consumers take their data privacy seriously and as connected devices rely the most on data, such threats to privacy could discourage people from using IoT devices with a 5G network.
SDN helps to centralize the network control platforms and allows programmability in communication networks. But these two remarkable features also create opportunities for hacking the system. For instance, the centralized control could encourage DoS attacks and expose the critical Application Programming Interfaces (APIs) to unintended software. It’s possible this may cause the entire network to go down. The centralization of network control makes the controller a bottleneck for the whole of the network due to saturation attacks. Given that most of the network functions can be performed as SDN applications, malicious applications, if given access, can spread chaos across the network.
More info: what is f5 - www.fieldengineer.com/skills/f5-certified-big-ip-administrator
