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To mitigate this threat, strong encryption of data – and accurate authentication of those given access to it, must be guaranteed by telecom operators, even in the most demanding, performance intensive environments. Securing millions of new IoT connections.
This allows the person in charge of the private network to discover sensitive and private data, protect it with remediation measures once that sensitive data – both at rest and in motion – has been discovered and then control the environment with master encryption keys to retain data sovereignty.
What’s more, with the dramatic increase in IoT devices in both corporate and consumer settings, MNOs are getting unprecedented insight into how each user is experiencing and interacting with their network and services. For more information on building a 5G world we can all trust, see: Our recent whitepaper.
Whether it’s NB-IoT, LTE-M or 4G and 5G, cellular can provide the most reliable and stable connectivity in different environments. Like any other IoT device, connected cars need to have built-in security from the start, also known as security-by-design. This is a concept which is known as V2X or ‘Vehicle-to-Everything’. Why cellular?
In our previous blog on this topic, we looked into how a virtual network infrastructure, combined with the use of an unprecedented volume of data, and the introduction of the IoT on 5G networks, all posed a significant challenge to mobile operators in their desire to create secure 5G. Leveraging the possibility offered by private networks.
This problem is magnified by the adoption of newer technologies, such as cloud, big data, internet of things (IoT), software containers and other transformative technologies that make defining a perimeter much more difficult. Perimeter defense, while necessary, is not enough to protect our sensitive data.
There are many different ways to safeguard your organization’s sensitive data from a breach, including encryption, data erasure, data masking, and data resiliency. Inadequate data encryption and security measures such as passwords and multi-factor authentication.
Increasing the use of advanced IoT devices. The deployment of new devices—especially those categorized as IoT that use wireless networks and sensors to collect and exchange information—is a double-edged sword. Authenticate every medical IoT device. Encryption. Todd Moore | VP, Encryption Products. Data security.
Increasing the use of advanced IoT devices. The deployment of new devices—especially those categorized as IoT that use wireless networks and sensors to collect and exchange information—is a double-edged sword. Authenticate every medical IoT device. Encryption. Todd Moore | VP, Encryption Products. Data security.
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