A company is developing a new secure technology and requires computers being used for development to be isolated.
Which of the following should be implemented to provide the MOST secure environment?
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A. B. C. D. E.B.
The MOST secure environment for developing a new secure technology would be to implement an air-gapped computer network.
An air-gapped network is a network that is physically isolated from unsecured networks, such as the internet, by not having any physical or wireless connections to them. This makes it virtually impossible for external threats to infiltrate the network, which is crucial for securing highly sensitive data and intellectual property.
Option A, a perimeter firewall and IDS, is an effective measure for protecting against external attacks, but it does not provide the level of isolation required for developing a highly secure technology.
Option C, a honeypot residing in a DMZ, is a decoy system designed to attract and detect attacks. It does not provide the required level of isolation for secure development.
Option D, an ad hoc network with NAT, is a temporary network established for a specific purpose. It may provide some level of isolation, but it does not guarantee the level of security required for developing a highly secure technology.
Option E, a bastion host, is a hardened computer system designed to provide a secure gateway for access to a private network. While it can provide some level of security, it does not offer the complete isolation required for highly sensitive development.
In summary, an air-gapped computer network is the most secure environment for developing a new secure technology, as it provides complete physical isolation from external networks.